JP6586260B2 - Network browsing system - Google Patents

Description

  The invention of the present application acquires the personal information of the person at the earliest stage of the life of the fetus, beginning with recording the image of the fetus taken with an echo (ultrasound) diagnostic device at the obstetrics and gynecology clinic, It is related with the method of accumulating personal information.

  In the prior art, there are various techniques related to collection of customer information.

Japanese Patent No. 3617035

Patent Document 1 describes a technique for acquiring personal information already registered in a database and using it for member registration without having to input personal information necessary for member registration each time from a person who desires member registration. ing. This is an invention made in view of the difficulty of increasing the number of members registered in the database.
Difficulties are due to the complexity of registration procedures that must generally be performed when registering in a database.
Therefore, many people in the world are trying to increase membership by spending many costs, such as offering free point services or giving a voucher as a gift for member registration in order to have them register.
In order to do so, for example, it is necessary to register members using various opportunities from the pre-adult stage, and to provide various services and information to registered members so that other businesses cannot take customers. Corporate efforts are being made.
However, there is a problem that it is difficult to register as a customer at an early (young) stage of an individual and enclose as a customer because it requires a certain level of judgment and responsibility to register as an independent individual. .

  Therefore, the inventor of the present application invented this network browsing system, which is a mechanism for acquiring personal information at the fetal stage, registering it as a member, and connecting it to customers. That is, since the invention of the present application is the beginning of collecting personal information to record an echo diagnostic video, personal information of the person can be obtained at the fetal stage, and the personal information of the child such as a name after birth, Personal information such as parents' name, age, address, etc. can be collected and stored, and the individual and his / her family prior to member registration and social networking services (hereinafter referred to as “SNS”) existing in society Personal information (member registration information) can be acquired, and it has become possible to connect customers early.

  In addition, for users who use this network browsing system, the image of the fetal period obtained by echo diagnosis is recorded as the beginning of life, and the picture of the subsequent birth, the photograph of the infant period, the boys and girls period, the youth period In addition, if you have a child, you can create a grand album on the network that can record the fetal image and various personal information, etc., and pass it on to the next generation. It has become possible.

  In order to solve the above problems, as a first invention, an echo diagnostic apparatus capable of echo diagnosis of a fetus in a mother body, and a diagnostic video reception for receiving the echo diagnostic video of the fetus taken by the echo diagnostic apparatus Video transmission apparatus comprising: a video recording unit that records the received echo diagnostic video; and a transmission unit that transmits the received or / and recorded echo diagnostic video of the fetus to the video server device via a network A reception unit for receiving the transmitted echo diagnostic video, a life record data holding unit for holding life record data that is a record of the fetus and a human life identical to the fetus, and the received echo diagnostic video Life record data first record part that records at least a part of life record data as life record data in the life record data holding part, and after the first record, the name after the birth of the fetus A network browsing system comprising: a video server device comprising: a life record data second recording unit that records life record data including a name in a life record data holding unit in association with the first recorded life record data. provide.

  As a second invention, the life record data held in the life record data holding unit of the video server device is associated with a child ID which is an ID for identifying a person who is identical to the fetus. A network browsing system according to one invention is provided.

  As a third invention, the life record data held in the life record data holding unit of the video server device is associated with a parent ID which is an ID for identifying a parent of the fetus. A network browsing system according to the invention is provided.

  As a fourth invention, the video server device has the child ID or / and parent ID input from the user terminal to record, edit or / and view life record data via the life record data second recording unit. The network browsing system according to the second or third aspect of the present invention further includes a life record data receiving unit that receives a child ID or / and a parent ID associated with the child ID or the parent ID.

  According to a fifth aspect of the present invention, when a person who has the same identity as the fetus has a child (including the time of the fetus), the video server device sets the child ID as a parent ID and a new child ID. A network browsing system according to any one of the second to fourth aspects of the present invention is provided, which has a continuous control unit that performs control so as to repeat similar processing.

  According to a sixth aspect of the invention, the video transmission device is a tablet terminal having a touch panel, and a control unit that controls video recording and transmission, and a diagnostic video that is received to operate the control unit on the touch panel. Button display for displaying and operating one or more of a start button, a snap button for capturing a still image during diagnostic video recording, a diagnostic video recording pause button, and a diagnostic video recording end button An end transmission unit that operates the control unit to transmit the video recorded in the diagnostic video recording unit from the start of recording and to the video server device. A network browsing system according to any one of the first to fifth inventions is provided.

  As a seventh invention, the video server device includes a life record data analysis unit that analyzes life record data, and advertisement information that accumulates advertisement information to be transmitted to the user terminal based on the analysis result of the life record data A network browsing system according to any one of the first to sixth inventions, comprising a storage unit and an advertisement information transmission unit that transmits the stored advertisement information to a user terminal.

  As an eighth aspect of the invention, the video transmitting apparatus includes a barcode reading unit, a reading result determining unit that determines whether the read barcode information satisfies a predetermined condition, and a determination result in the reading result determining unit is a predetermined result. Any one of the first to seventh inventions having a usage control unit that controls the use of at least one of the diagnostic video receiving unit, the video recording unit, and the transmitting unit when the determination result satisfies the condition. A network browsing system according to claim 1 is provided.

  As a ninth invention, the transmission unit of the video transmission device further includes bar code information transmitting means for transmitting the read bar code information in association with echo diagnostic video that can be transmitted based on the bar code information. A network browsing system according to an eighth aspect of the present invention is provided.

  As a tenth aspect of the invention, the life record data receiving unit of the video server device is configured to provide the child with respect to the echo diagnosis video associated with the barcode information transmitted by the transmission means with barcode information of the video transmission device. In addition to or instead of the ID or / and the parent ID, if the input of the barcode information from the user terminal is accepted and matches the barcode information associated with the echo diagnostic video, recording, editing or / and browsing is performed. A network browsing system according to a ninth invention subordinate to the fourth invention to be received is provided.

  According to an eleventh aspect of the present invention, an echo diagnosis of a fetus is received by receiving from a video transmission device that transmits the echo diagnosis video of the fetus imaged by an echo diagnosis device capable of echo diagnosis of the fetus in the mother body via a network. An operation program of a video server device having a life record data holding unit for holding a video and further holding a life record data which is a record of a human life identical to the fetus, A receiving step for receiving the transmitted fetal echo diagnostic image, and a first life recording data recording step for first recording at least a part of the received fetal echo diagnostic image in the life recording data holding unit as life recording data After the first record, life record data including a name that is a name after the birth of the fetus is recorded in the first recorded life record data. Providing communication with and operation program of the video server apparatus executable describe the video server is the life recorded data the second recording step, the computer to record the life recording data holding unit.

  According to a twelfth aspect of the present invention, an echo diagnosis of a fetus is received by receiving from a video transmission device that transmits the echo diagnosis video of the fetus imaged by an echo diagnosis device capable of echo diagnosis of the fetus in the mother body via a network. An operation method of a video server device having a life record data holding unit for holding a video and further holding a life record data which is a record of a human life identical to the fetus, comprising: A receiving step for receiving the transmitted fetal echo diagnostic image, and a first life recording data recording step for first recording at least a part of the received fetal echo diagnostic image in the life recording data holding unit as life recording data After the first record, the life record data including the name that is the name after the birth of the fetus is associated with the first recorded life record data. It provides a method of operating a video server apparatus to the life recorded data a second recording step of recording the life recording data holding unit, comprising: a Te.

  As a thirteenth invention, there is provided the video server device according to any one of the first to tenth inventions.

  As a fourteenth invention, there is provided the video transmitting apparatus according to any one of the first to tenth inventions.

  According to a fifteenth aspect of the invention, there is provided an echo diagnostic apparatus capable of performing echo diagnosis of a fetus in an animal body, a diagnostic video receiving unit for receiving the fetal echo diagnostic video imaged by the echo diagnostic apparatus, and the received echo A video transmission device having a video recording unit for recording diagnostic video, and a transmission unit for transmitting the received or / and recorded fetal echo diagnostic video to a video server device via a network, and transmitted echo At least one of the received echo diagnostic video, the receiving unit for receiving the diagnostic video, the animal life record data holding unit for holding the animal life record data that is a record of the animal life of the fetus and the animal identical to the fetus The first recorded animal life record data is recorded in the animal life record data holding section as animal life record data, and the name after the birth of the fetus after the first record. An animal video server device having an animal life record data second recording unit that records animal life record data including a name that is associated with the first recorded animal life record data in an animal life record data holding unit; A network browsing system consisting of

  According to a sixteenth aspect of the invention, there is provided an echo diagnostic apparatus capable of performing echo diagnosis of a fetus in the mother body, a diagnostic video receiving unit for receiving the fetal echo diagnostic video imaged by the echo diagnostic apparatus, and the received echo diagnosis A video transmission device having a video recording unit for recording video, and a transmission unit for transmitting the received or / and recorded fetal echo diagnostic video to a video server device via a network, and transmitted echo diagnosis A receiver for receiving images, a life record data holding unit for holding life record data that is a record of the life of a fetus and a human being identical to the fetus, and a life record of at least a part of the received echo diagnostic image Life record data third record part to record first in the life record data holding part as data, and before the first record of life record data after the birth of the fetus after the first record Providing a video server having a life record data fourth recording unit for recording the life recording data holding unit in association with the life record data, and the network browsing system consisting of.

  As a seventeenth aspect of the invention, the life record data held in the life record data holding unit of the video server device is associated with a child ID that is an ID for identifying a person who is identical to the fetus. A network browsing system according to the sixteenth invention is provided.

  As an eighteenth aspect of the invention, the life record data held in the life record data holding unit of the video server device is related to a sixteenth or a sixteenth associated with a parent ID which is an ID for identifying the parent of the fetus. A network browsing system according to the seventeenth invention is provided.

  As a nineteenth aspect of the invention, the video server device has the child ID or / and parent ID input from the user terminal for recording, editing or / and browsing of the life record data via the life record data fourth recording unit. The network browsing system according to the seventeenth or eighteenth aspect of the present invention further includes a life record data accepting unit that accepts when the child ID matches the associated child ID and / or parent ID.

  According to a twenty-sixth aspect of the present invention, when a person who has the same identity as the fetus has a child (including the time of the fetus), the video server device sets the child ID as a parent ID, and creates a new child. A network browsing system according to any one of the seventeenth to nineteenth inventions having a continuous control unit that controls to repeat similar processing using an ID.

  As a twenty-first aspect, the video transmission device is a tablet terminal having a touch panel, and a control unit that controls recording and transmission of video, and a diagnostic video that is received to operate the control unit on the touch panel. To display and operate one or more of the following buttons: Start recording button, Snap button for capturing still images during video recording of diagnostic video, Pause button for diagnostic video recording, and End button for diagnostic video recording A button display unit, and an end transmission unit that causes the control unit to operate to transmit the video recorded in the diagnostic video recording unit from the start of recording to the video server device by terminating the shooting by selecting by touching the shooting end button And a network browsing system according to any one of the sixteenth to twenty-th inventions.

  As a twenty-second invention, the video server device accumulates advertisement information to be transmitted to the user terminal based on the analysis result of the life record data, and a life record data analysis unit that analyzes the life record data There is provided a network browsing system according to any one of the sixteenth to twenty-first inventions, comprising: an advertisement information storage unit; and an advertisement information transmission unit that transmits the stored advertisement information to a user terminal. .

  As a twenty-third aspect of the invention, the video transmission apparatus includes a barcode reading unit, a reading result determining unit that determines whether the read barcode information satisfies a predetermined condition, and a determination result in the reading result determining unit. And a usage control unit that controls one or more of the diagnostic video reception unit, video recording unit, and transmission unit to be usable when the determination result indicates that the predetermined condition is satisfied. A network browsing system according to any one of the inventions is provided.

  As a twenty-fourth aspect of the invention, the transmission unit of the video transmission device transmits the read barcode information in association with an echo diagnosis video that can be transmitted based on the barcode information. A network browsing system according to the twenty-third invention having means is provided.

  According to a twenty-fifth aspect of the present invention, the life record data receiving unit of the video server device is configured to store the echo diagnostic video associated with the barcode information transmitted by the transmission unit with the barcode information of the video transmission device. In addition to or instead of the child ID or / and the parent ID, the input of the barcode information from the user terminal is accepted and recorded, edited, and / or viewed when the barcode information matches the echo diagnostic video. The network browsing system according to the twenty-fourth invention subordinate to the nineteenth invention is provided.

  As a twenty-sixth invention, there is provided the video server device according to any one of the sixteenth to twenty-fifth inventions.

  As a twenty-seventh aspect of the invention, there is provided the video transmission apparatus according to any one of the sixteenth to twenty-fifth aspects of the invention.

  As an twenty-eighth aspect of the invention, an echo diagnostic apparatus capable of echo diagnosis of a fetus in an animal mother body, a diagnostic video receiving unit for receiving the echo diagnostic video of the fetus taken by the echo diagnostic apparatus, A video recording device having a video recording unit for recording an echo diagnostic video and a transmission unit for transmitting the received or / and recorded echo diagnostic video of the fetus to a video server device via a network; A receiving unit for receiving echo diagnostic video, an animal life record data holding unit for holding animal life record data that is a record of animal life of the fetus and an animal identical to the fetus, and at least the received echo diagnostic video The animal life record data third part is recorded first in the animal life record data holding part as animal life record data, and the animal life record data is recorded after the first record. And animal life recorded data fourth recording unit for recording the animal life recording data holding unit in association with the recorded said animal life recorded data, and animals image server device having, to provide a network browsing system consisting of.

With the network browsing system according to the present invention, the individual and family can be registered as members at an extremely early stage of the individual's life, which is the fetal stage, and the customer can be quickly enclosed.
In addition, for users who use this network browsing system, the image of the fetal period obtained by echo diagnosis is recorded as the beginning of life, and the picture of the subsequent birth, the photograph of the infant period, the boys and girls period, the youth period In addition, if you have a child, create a magnificent album on the network that allows you to pass on the image of the fetus and other personal information to the next generation and record the growth and life. Is also possible.

Functional block diagram of the network browsing system of Embodiment 1 Conceptual diagram of hardware of video communication device of embodiment 1 Hardware conceptual diagram of the video server device of Embodiment 1 Flowchart of video transmission apparatus of embodiment 1 Flowchart of video server device of embodiment 1 Functional block diagram of the network browsing system of the second embodiment Hardware conceptual diagram of the video server device of the second embodiment Flowchart of video server device of embodiment 2 Functional block diagram of the network browsing system of the third embodiment Conceptual diagram of hardware of video server device of embodiment 3 Flowchart of video server device of embodiment 3 Functional block diagram of network browsing system of embodiment 4 Conceptual diagram of the tablet terminal screen of the video transmission device of the fourth embodiment Hardware conceptual diagram of video transmission device of embodiment 4 Flowchart of video transmission apparatus of embodiment 4 Functional block diagram of network browsing system of embodiment 5 Conceptual diagram of hardware of video server device of embodiment 5 Flowchart of Video Server Device of Embodiment 5 Functional block diagram of the network browsing system of the sixth embodiment FIG. 6 is an exemplary diagram of a barcode recording card according to a sixth embodiment. Functional block diagram of the network browsing system of the seventh embodiment

A echo diagnostic device B video transmission device C video server device 0101 diagnostic video reception unit 0102 video recording unit 0103 transmission unit 0111 reception unit 0112 life recording data holding unit 0113 life recording data first recording unit 0114 life recording data second recording unit 0615 Life record data reception unit 0916 Continuous control unit 1204 Control unit 1205 Button display unit 1206 End transmission unit 1301 Recording start button 1302 Snap button 1303 Pause button 1304 End button 1617 Life record data analysis unit 1618 Advertisement information storage unit 1619 Advertisement information transmission unit 1907 Barcode reading unit 1908 Reading result judgment unit 1909 Usage control unit 2110 Barcode information transmission means

  Embodiments of the present invention will be described below with reference to the drawings. Embodiment 1 relates to claims 1 to 3 and 11 to 14. The second embodiment relates to claim 4. The third embodiment relates to claim 5. The fourth embodiment relates to claim 6. The fifth embodiment relates to claim 7. The sixth embodiment relates to claim 8. Embodiment 7 relates to claims 9 and 10. The eighth embodiment relates to claim 15. Another embodiment 1 relates to claims 16 to 18, 26 and 27. Another embodiment 2 relates to claim 19. Another embodiment 3 relates to claim 20. Another embodiment 4 relates to claim 21. Another embodiment 5 relates to claim 22. Another embodiment 6 relates to claim 23. Another embodiment 7 relates to claims 24 and 25. Another embodiment 8 relates to claim 28. Note that the present invention is not limited to these embodiments, and can be implemented in various modes without departing from the scope of the invention.

Embodiment 1

<Overview>
In this embodiment, the fetal video acquired by the echo diagnostic device is transmitted to the video server device via the video transmission device, the echo diagnostic video is used as a part of the life record data, and the retention of the life record data is started. The present invention relates to a network browsing system that collects personal information by recording, maintaining, and accumulating subsequent life record data in association with the first echo diagnosis video.

<Functional configuration>
This embodiment will be described with reference to FIG. The network browsing system of the present embodiment includes an “echo diagnostic device”, a “video transmission device”, and a “video server device”. The “video transmission device” includes a “diagnosis video reception unit” and a “video recording”. Part ”and“ transmission part ”, and“ video server device ”includes“ reception part ”,“ life record data holding part ”,“ life record data first record part ”, and“ life record data ”. Second recording section ”.

<Description of each configuration>
(Echo diagnostic device)
The “echo diagnostic device” (A) is a device that diagnoses a fetus in a pregnant woman's body using echo. The “echo diagnostic video” may be a still image or a moving image. Further, in addition to a flat monochrome image, a color image display, a 3D fetus display, and a temporal element can also be displayed. There is no limitation on the specifications. In the echo diagnostic apparatus, an image of a fetus can be confirmed from about 2 months of pregnancy. Therefore, the “echo diagnostic image” referred to in the present invention can include images of fetuses around the second month of pregnancy. This is the earliest time that can be recognized as a fetus, and it is generally difficult to acquire images of humans (including the fetus) before this time. That is, in the present invention, as will be described later, information is registered in the database at the earliest stage of individual humans (including fetuses). In general, albums on the network are widely used, but images and photos stored in this type of album are acquired by hardware such as cameras and movies. There is a difference in including. As described above, the feature of the present invention resides in that the network album system capable of capturing the echo diagnostic video is invented.

  The echo diagnostic apparatus has a function of transmitting a fetal echo diagnostic video to a video transmission apparatus to be described later. In addition, various types of information may be transmitted to the video transmission apparatus along with the fetal echo diagnostic video. For example, heart rate, body temperature, blood flow status, heartbeat sound, fetal size, fetal density information, amniotic fluid temperature, amount of amniotic fluid, amniotic fluid density information, diagnosis date, time, etc. Various types of information that a teacher or the like inputs to the echo diagnostic apparatus may be attached. For example, nurses in charge of operations, doctors in charge of operations, insurance card numbers, parent and child names such as fetal mothers and fathers, names, dates of birth, postal codes and addresses, ID numbers at hospitals and clinics, so-called my numbers (social security) Tax number), hospital, clinic name, postal code, address, URL, mail address, video server device URL, video transmission device ID, and the like.

(Video transmission device)
The “video transmitting device” (B) receives the echo diagnostic video received from the echo diagnostic device and transmits it to the video server described later. The function of each part of the video transmission apparatus will be described below.

(Diagnostic video receiver)
The “diagnosis image receiving unit” (0101) is configured to receive the echo diagnosis image of the fetus imaged by the echo diagnosis apparatus. Video transmission / reception from the echo diagnostic apparatus to the video transmission apparatus may be performed in a wired or wireless manner. However, if the echo diagnosis video is a video inside the mother's body and a video that can discriminate the state of the fetus, it can be said that the video is highly confidential. Therefore, it is preferable to perform the communication by ensuring security so that it does not leak outside. From the viewpoint of security, it is also preferable to send and receive images by connecting with a wire. Depending on the design, the diagnostic video reception unit transmits the received echo diagnostic video to the transmission unit described later. Note that this reception includes acquisition of an echo diagnosis video from the echo diagnosis apparatus via a portable medium. Examples of portable media include CD, DVD, USB memory, flash memory, and other semiconductor memories.

(Video recording part)
The “video recording unit” (0102) is configured to record the received echo diagnostic video. Depending on the design, the video recording unit transmits the recorded diagnostic video to the later-described transmission unit together with the diagnostic video receiving unit or alone. The video recording format is not particularly limited, but since the video from the echo diagnostic apparatus is generally heavy (large capacity) video, it may be recorded after being reduced in weight for transmission. Further, it may be encrypted and recorded for security during transmission. Further, it may be converted into a format that can be recorded on a portable recording medium such as a CD or a DVD. Therefore, the recording may be recorded in one or more forms as it is received from the echo diagnostic apparatus, in a light weight state for transmission, an encrypted state, or a state converted to a portable recording medium. In addition, in order to prevent personal information from leaking outside, the recorded video is automatically deleted after output to the portable recording medium and after transmission to the video server device as necessary. It may be configured.

(Transmitter)
The “transmitter” (0103) is configured to transmit the received or / and recorded echo diagnostic video of the fetus to the video server device via the network. As described above, since the echo diagnosis video is a highly confidential video, it is desirable to transmit the video with sufficient security. Furthermore, since the echo diagnosis video, particularly 3D video, is a video with a large capacity, the capacity of the image may be compressed from the viewpoint of reducing the communication load and saving the capacity of the video server device. Further, the data may be converted into another format so as to be compatible with a program in another communication terminal so that it can be displayed on a smartphone or a personal computer. For the compression of the video capacity and the conversion of the data format, in addition to the transmission unit, another unit called a “conversion unit” may be provided, and compression and conversion of the image may be realized by the conversion unit.

(Video server device)
The “video server device” (C) receives the echo diagnostic video from the video transmission device that has received the echo diagnostic video from the echo diagnostic device, and obtains information on the fetus and the person who has the same identity, and the family information. Record and hold. It is also desirable to have functions for editing, deleting, and adding recorded information. The function of each part of the video server device will be described below.

(Receiver)
The “reception unit” (0111) is configured to receive the echo diagnosis video transmitted from the transmission device. The receiving unit may also receive information that can identify individual videos, such as date and time, capacity, and IP address of the video transmitting device, as information for specifying the received echo diagnostic video. In addition, after the reception is completed, a unique identification number may be assigned to the received video by the reception device, or a reception completion reply may be sent to the video transmission device together with the identification number. Information other than the echo diagnostic image received from the echo diagnostic apparatus includes, for example, heart rate, body temperature, blood flow state, heartbeat sound, fetal size, fetal density information, amniotic fluid temperature, amniotic fluid amount, amniotic fluid There can be density information, date of diagnosis, etc. Various information that a nurse or the like inputs to the echo diagnostic apparatus may be attached. For example, nurses in charge of operations, doctors in charge of operations, insurance card numbers, parent and child names such as fetal mothers and fathers, names, dates of birth, postal codes and addresses, ID numbers at hospitals and clinics, so-called my numbers (social security) Tax number), hospital, clinic name, postal code address, URL, e-mail address, video server device URL, video transmission device ID, and the like.

  The receiving unit may give an ID (child ID) for identifying the fetus and an ID (parent ID) for identifying the parent of the fetus to the diagnostic video received without attaching the ID. . That is, as described above, the ID given when notifying the video transmission device that the echo diagnosis video has been received is used as the ID for identifying the fetus and the ID for identifying the parent of the fetus. May be. By assigning these IDs, it is possible to record the echo diagnosis video recorded by the life recording data first recording unit, which will be described later, in association with the name after birth and other life recording data. It becomes. In this case, the ID transmitted from the video transmission device is assigned to the echo diagnostic video for the second and subsequent times and transmitted to the video server device. The method of assigning ID is not limited to the method described above.

(Life Record Data Holding Department)
The “life record data holding unit” (0112) is configured to hold life record data that is a record of a fetus and a human life that is identical to the fetus. The “human being identical to the fetus” here refers to the same individual such as a newborn, an infant, a dwarf, an adult, etc. after the birth of the fetus. “Life record data” means all the information about the person and his / her family, such as echo diagnosis video at the time of fetus, post-natal photo / video, photo / video of his / her family, personal information of himself / her family, It is supposed to keep a record of the person's life. All the records of my life in all forms are consolidated in the life record data holding section and can be organized in chronological order or categorical order, so that photos can be lost or erasable as in the case of physical album management. Can be prevented. Moreover, it is possible to record regardless of the type of information to be recorded (photos, moving images, growth records, diaries, link information of favorite sites, etc.). In addition, since you can always see the image of your own fetus when you hold it, it is also useful for self-recognition. In addition, it will be possible to cultivate a heart of gratitude for parents and ancestors in order to pass data to the next generation.

The information recorded in the life record data holding unit is personal information, but the system administrator uses this information after the fetus grows up or by signing an appropriate contract with the fetal parent or agent. It is preferable to be able to do so. This is because if it can be used within a range that does not cause any disadvantage to the individual, it is possible to bring benefits to both the individual and the system administrator. Accordingly, it is preferable that there is a life recording unit system manager browsing unit or a life recording unit system manager data acquisition unit from such a viewpoint. These may be provided as functions in a system administrator dedicated terminal outside the system, specifically, a personal computer or the like. Moreover, since these data become enormous, it is preferable to provide a function for performing statistical processing on the acquired data in this personal computer. This statistical processing is assumed to be used from a medical or marketing standpoint. It is also conceivable to allow the third party other than the system administrator to use these data after the fetus has grown up or by making an appropriate contract with the parental authority or agent of the fetus. This use may be configured to be available on the web to an appropriate user who satisfies a predetermined condition. It is conceivable to use a huge amount of data meaningfully by dividing the range of data into a plurality of data, setting a data usage fee for each category, and charging on the web. It is conceivable that the system administrator will cover system construction costs and system maintenance costs through such use.
The life record recorded here can be viewed by communication with an external device of the video server device. Further, as will be described later, a record is added, edited, and deleted in some cases. The authority management of these actions will be described in the second embodiment.

(Life recording data first recording part)
The “life recording data first recording unit” (0113) is configured to first record at least a part of the received echo diagnostic video as life recording data in the life recording data holding unit. “At least a part of the received echo diagnostic video” means that the edited echo diagnostic video is edited and the edited video / still image is recorded when a part of the video is cut out or made into a still image. This is the case. Recording the echo diagnostic video received by the life recording data first recording unit starts the creation of the user's album. In general, for personal albums created on the network (such albums are referred to as “network albums”) for reasons such as the complexity of data movement, Normally, images, diaries, etc. are accumulated. Therefore, for the network album provider, how to become the first network album for the individual is important. According to the present invention, since the accumulation of an individual image called an echo diagnosis image is started from the time of fetus, it can be the first network album for the individual. This is based on the behavioral psychology of general consumers and the masses in the network world. For example, the SNS has a high tendency to continuously use the service to which it is initially subscribed unless there is a problem. In addition, the e-commerce service has a high tendency to continuously use the service that was initially subscribed. This is because some assets are accumulated on the service providing platform by subscribing to the service. In other words, the important point is to join or register as a member first, but in the present invention, since the start of the accumulation of personal information starts with the earliest video of the individual (fetus), it is more timely. The system is characterized in that the individual is not associated with the service as soon as possible. The life recording data first recording unit preferably has a function of editing or / and deleting the echo diagnosis video recorded by communication with an external device of the video server device. The life recording data first recording unit and the life recording data second recording unit described later may be the same unit.

(Life recording data second recording part)
The “life record data second recording unit” (0114) associates the life record data including the name that is the name after the birth of the fetus after the first record with the life record data recorded in the first record. It is configured to record in the data holding unit. The “name” as used herein refers to a case where only a name is included, a name is an abbreviation of a name, and a nickname is included. “Life record” recorded by the Second Recorder of Life Record is not only the name of the baby after birth, but also the date of birth, birth, birth status (height, weight, etc.) of the child, Name, address, age, phone number, fax number, mobile phone number, e-mail address, occupation, job title, place of birth, permanent address, purchase history, travel history, etc. By accumulating these life record data for the first echo diagnosis video, the individual and their parents can record various information with attachment, such as their own database or a record of their child's growth. Can be guided to continue. The life record data second recording unit preferably has a function of editing or / and deleting life record data recorded by communication with an external device of the video server device. Further, the life record data second recording part may be the same part as the life record data first recording part described above.

  “Recording in the life record data holding unit in association with the first recorded life record data” means that the same person as the first recorded person is recorded in the life record data as being the same individual information. To record. Specifically, for example, when an echo diagnosis video of an individual identified by a child “001” is recorded, the name of the individual with the child ID “001” is held in association with the echo diagnosis video. . However, the method of associating is not limited to the ID, as long as it is recorded in the life record data holding unit in association with the first recorded life record data. By making the second record in association with the record of the first recording section, information important to a person called a life record is accumulated as an asset. This enables so-called personal enclosure.

  It is assumed that the records in the second recording section of the life record data are generally recorded by the mother, father, parental authority, agent and other interested parties of the fetus. This recording is performed by an external terminal device that can communicate with this system. Specifically, the external terminal device is a personal computer or smartphone at home used by mothers on a daily basis. For example, a birthday photo of a child (female after growth) photographed with a smartphone is recorded in the life record data holding unit by this second recording unit directly from the smartphone via the web service, or once from the smartphone, After the photo is transferred to the personal computer, the photo transmitted from the personal computer is recorded in the life record data holding unit by the second recording unit.

  A plurality of smartphone photos may be transmitted from a smartphone photo album provided on the smartphone, and the same applies to the personal computer. Further, when these photographs are stored on the network, the network storage may be collectively recorded in the life record data holding unit by the second recording unit.

  Needless to say, the information passed to the second recording unit is not limited to the photo. In addition to still images, moving images, text, voice, biometric information (fingerprints, voiceprints, etc.), health checkup data (heart rate, body temperature, changes in pupil time, sweating, component analysis results of extracorporeal excretion, CT scan images Data, body weight data, height data, vital capacity data, radiographic data, in-vivo imaging data, dispensing data, diagnostic data, etc.). Therefore, in the case of medical diagnosis data, it can be considered that it is directly passed to the life recording data second recording unit from the hospital or clinic where the echo diagnosis video is taken at the time of the fetus.

(Second invention)
It is preferable that the life record data held in the life record data holding unit is associated with a child ID that is an ID for identifying a person who is identical to the fetus. The “human being identical to the fetus” mentioned here refers to the fetus and / or the postnatal baby (person). Specifically, the child ID may be a combination of numbers or alphabets such as “001” that can identify individual fetuses. By being associated with the child ID, the life record data is associated with the child, and the management of the data can be simplified. The child ID is not limited to this as long as it is information that enables individual identification in addition to combinations of numbers and alphabets. By associating the life record data with the child ID, it is possible to accumulate subsequent images and personal information via the identification information in the echo diagnosis video held in the life record data holding unit. For this purpose, the echo diagnosis apparatus may include a child ID input unit or an external acquisition unit, and the video transmission apparatus and the video server apparatus may also include these. This ID may be attached to a wristband wound around the arm in order to identify a child (newborn) after giving birth.

  That is, this ID association operation may be performed simultaneously with the generation of the first echo diagnosis video, or may be performed after the generation. The ID association may be performed by the echo diagnostic apparatus, the video transmission apparatus, or the video server apparatus. When it is performed by the video transmission device, it may be performed by the diagnostic video reception unit, the video recording unit, the video transmission unit, and other units without providing a child ID input unit separately. It may be performed in the receiving unit, the life record data holding unit, the life record data first recording unit, the life record data second recording unit, and other units.

  The child ID may be entered by the nurse or doctor in charge, or the office staff of the hospital or clinic, or by the fetal mother, father, other custody, their relatives or agents. Also good. This ID only needs to be unique within the system as long as it can identify the fetus or the subsequent fetus within the system. Therefore, when this system is shared by a plurality of echo diagnostic apparatuses, a plurality of hospitals, and a clinic, it is necessary to be unique among these plurality. Therefore, IDs are uniquely generated within any device or separately from these devices so that duplicate IDs are not given, and fetal mothers, fathers, other custody, and their relatives and agents It is preferable to be configured to be available. In addition, the structure which gives ID automatically without relying on a person's hand is also considered, In that case, any part which gives ID from this ID production | generation system will acquire ID, and it will be in an echo diagnostic image | video etc. Perform the association process. The ID format may include at least a partial ID of a prefecture, a municipality name, a partial ID of a hospital name, a partial ID for identifying a parent or guardian, and a branch ID used when there are twins or more. The branch ID may be added after birth.

  In addition to associating the ID with the echo diagnostic video, it is necessary to be associated with at least information identifying the mother, father, other custody of the fetus, the relative, the agent, etc. of the fetus reflected in the echo diagnostic video. . For example, name, address, age, gender, facial photograph, fingerprint, voice print, iris print, palm print, DNA, capillary image print, my number (social security / tax number), etc. These are input from a terminal device such as a personal computer connected to this system. Or data already input outside the system is associated. This work is performed in the part where the ID is recorded. If the one-to-one relationship is not impaired in addition to the part where the ID is generated, the ID may be stored at the ID storage location where the ID is stored and recorded.

(Third invention)
The life record data held in the life record data holding unit is preferably associated with a parent ID that is an ID for identifying a parent. The life record data and the parent are associated with each other by the time of being associated with the parent ID, and the management of the data can be simplified. Since the fetus grows in the body of the parent, particularly the mother, life record data may not be associated with the above-described child ID but only with the parent ID at the time of the fetus. By associating the parent ID with the life record data, it is possible to accumulate not only the child but also the personal information of the parent who is the guardian. By storing not only the child's personal information but also the parent's personal information, it becomes possible to have more individuals as members, collect personal information, and connect customers. The specific processing relating to the present invention is the same as that described in the second invention.

<Description of hardware>
(Video transmission device)
FIG. 2 is a schematic diagram illustrating an example of a configuration when each functional configuration of the video transmission device of the present embodiment is realized as hardware. As shown in this figure, the video transmission apparatus of this embodiment has a “CPU” (0201) for executing various arithmetic processes. The “storage device” (0202) includes a “diagnostic video reception program” (0212), a “video recording program” (0213), a “transmission program” (0214), and an “echo diagnostic video” (0215). Furthermore, a “main memory” (0203) for reading each program, a “communication interface” (0204), and an “I / O” (0205) are provided. For example, a “keyboard” (0209) is provided via the I / O. , Send / receive information to / from an external peripheral device such as a “display” (0210). In addition, information is transmitted / received to / from the “echo diagnostic device” (0206), “video server device” (0207), and the like via the communication interface. A specific mode of this communication interface can be provided regardless of wired or wireless. In addition, when an echo diagnostic video is acquired from an echo diagnostic apparatus via a portable medium such as a CD, DVD, USB memory, flash memory, or other semiconductor memory (0208), an interface corresponding to these media is also included. . In this sense, the communication interface may be a concept including I / O.
The storage device stores various programs as described below, and the CPU reads these various programs into the work area of the main memory, and develops and executes them. These components are connected to each other via a data communication path such as a “system bus” (0211), and perform transmission / reception and processing of information. Also, depending on the design, a compression program that compresses the video from the echo diagnostic device, an encryption program that encrypts for security, a conversion program that converts the data format to fit the portable recording medium to be recorded, external A video automatic deletion program for preventing personal information from leaking may be stored.

(Hardware operation)
The CPU reads out and executes the “diagnostic image receiving program” (0212) from the storage device to the main memory, and executes the echo diagnosis image of the fetus taken by the echo diagnosis apparatus capable of performing echo diagnosis of the fetus in the mother's body. Receive.

  The CPU reads the “diagnosis recording program” (0213) from the storage device to the main memory and executes it, and records the fetal echo diagnostic video.

  The CPU reads the “transmission program” (0214) from the storage device into the main memory and executes it, and transmits the received or / and recorded echo diagnostic video to the video server device.

(Video server device)
FIG. 3 is a schematic diagram illustrating an example of a configuration when each functional configuration of the video server device of the present embodiment is realized as hardware. As shown in this figure, the video server device of this embodiment has a “CPU” (0301) for executing various arithmetic processes. The “storage device” (0302) includes a “reception program” (0311), a “life recording data first recording program” (0312), a “life recording data second recording program” (0313), and an “echo diagnostic video”. (0314) and “life record data” (0315). Furthermore, a “main memory” (0303) for reading each program, a “communication interface” (0304), and an “I / O” (0305) are provided. For example, a “keyboard” (0308) is provided via the I / O. , Send / receive information to / from an external peripheral device such as a “display” (0309). In addition, information is transmitted / received to / from the “video transmitting device” (0306), “smart phone” (0307), and the like via the communication interface. A specific mode of this communication interface can be provided regardless of wired or wireless. The storage device stores various programs as described below, and the CPU reads these various programs into the work area of the main memory, and develops and executes them. These components are connected to each other through a data communication path such as a “system bus” (0310), and perform transmission / reception and processing of information.

(Hardware operation)
The CPU reads the “reception program” (0311) from the storage device into the main memory and executes it, and is an echo diagnostic image of the fetus taken by an echo diagnostic apparatus capable of performing echo diagnosis of the fetus in the mother body. The fetal echo diagnostic video received by the video transmitting device and transmitted to the video server device is received.

  The CPU reads out and executes the “life recording data first recording program” (0312) from the storage device to the main memory, and first records at least a part of the received echo diagnosis video in the life recording data holding unit.

  The CPU reads the “life recording data second recording program” (0313) from the storage device into the main memory and executes it. After the received fetus is born, the name of the fetus or a human being identical to the fetus is given to life. Second recording is performed in the recording data holding unit.

<Process flow>
(Video transmission device)
FIG. 4 is a diagram illustrating an example of a processing flow of the video transmission apparatus according to the present embodiment. The flow of processing in the figure consists of the following steps. In the “diagnostic video receiving unit”, it is determined whether or not to receive an echo diagnostic video (diagnostic video reception determination S0401), and if it is determined to be received, an echo diagnostic video is received (diagnostic video reception step S0402). In the “video recording unit”, it is determined whether or not the received diagnostic video is to be recorded (video recording determination step S0403), and if it is determined to be recorded, an echo diagnostic video is recorded (video recording step S0404). In the “transmission unit”, it is determined whether or not the echo diagnostic video is transmitted to the video server device (transmission determination step S0405). If it is determined to be transmitted, the echo diagnostic video is transmitted to the video server device (transmission step S0406). .

(Video server device)
FIG. 5 is a diagram showing an example of the processing flow of the video server device in the present embodiment. The flow of processing in the figure consists of the following steps. In the “reception unit”, it is determined whether or not to receive an echo diagnostic video (echo diagnostic video reception determination S0501), and if it is determined to be received, it is received (reception step S0502). In the “life recording data first recording section”, it is determined whether or not at least a part of the echo diagnosis video is to be recorded (life recording data first recording determination step S0503). One record is made (life record data first record step S0504). In the “life recording data second recording section”, it is determined whether or not the name is to be recorded (life recording data second recording determination step S0505), and if it is determined to be recorded, the life recording data is recorded second (life recording data). Data second recording step S0506).

<Effect>
According to this embodiment, personal information (member registration information) about an individual and a family can be acquired at an extremely early stage of the life of the individual as a fetus, and a customer can be enclosed early. In addition, for individuals using this network browsing system, the image of the fetal period obtained by echo diagnosis is used as a record of the beginning of life. In addition, if you have a child, you can use it as a magnificent network album that allows you to hand over the images of the fetus and record the growth and life to the next generation.

<< Embodiment 2 >>

<Overview>
In the present embodiment, the life record data held in the life record data holding unit can be edited and viewed using the child ID or / and the parent ID, and the life record is stored in the life record data holding unit using the same ID. A network browsing system that can store data.

<Functional configuration>
This embodiment will be described with reference to FIG. The network browsing system according to the present embodiment further includes a “life record data receiving unit” in addition to the “video server device” of the network browsing system described in the first embodiment. FIG. 6 is obtained by adding a “life record data receiving unit” to the functional configuration of the “video server device” according to the first embodiment.

<Description of each configuration>
(Life Record Data Reception Department)
The “life record data accepting unit” (0615) has the child ID or / and parent ID input from the user terminal to record, edit or / and view life record data via the life record data second record unit. It is configured to accept if it matches an associated child ID or / and parent ID. Albums on personal networks tend to continue to be used as albums after the initial accumulation of images, etc. It can be said that the success or failure of a business can be determined by becoming a network album. In this regard, this network browsing system starts the recording of personal information from the fetal echo diagnosis video when it is a fetus, then acquires various personal information, retains it as life record data, and accumulates personal information as needed. Therefore, it can be said that it becomes the earliest storage location for the image.

  In addition, the life record data reception unit can record, edit, and view personal information only when the record editing / viewing of life record data matches or matches the ID of the subject holding the life record data. Therefore, it can be said that this is a storage place for information with extremely high closing properties, in which the subject of recording the personal information is limited to the subject that can access the personal information. Since an individual can record personal information with peace of mind on a highly closed site, the personal information can be accumulated in the network browsing system of the present embodiment. Furthermore, since personal information can be recorded, viewed, and stored from personal computers and familiar devices such as smartphones, personal information can be easily recorded and personal information that can be collected is expanded. Thereby, it can be connected to an early enclosure of a customer. As a secondary matter, since the recording subject of the personal information is limited to the person himself / herself, there is an effect that the accuracy of the information is improved and the privacy of the individual is also secured.

As another design, in principle, the life record data may be recorded, edited or / and viewed only by the person of the life record data, for example, a third party may be allowed only partially to view. In this case, since personal photos, action histories, diaries, and the like are disclosed to the outside, it can be used as an SNS. By enabling use as an SNS, people who want to send their information to the outside will be more motivated to accumulate life record data, and more personal information (members) Registration information).
In addition, the echo diagnosis video recorded first in the life record holding unit is the most important of the life records held in the life record holding unit, so that this record cannot be edited. Is desirable. That is, it is desirable that the life record holding unit is provided with an echo diagnostic video record holding unit so that the recording of the echo diagnostic video record holding unit cannot be edited even if there is an editing access from the life record data receiving unit. . However, it is not limited to this.

  The life record data receiving unit has a configuration for determining whether the child ID or / and the parent ID are authentic. For example, a database having these IDs is provided, and access is allowed only when the IDs match. In addition, a password separately set by the user may be attached to the ID, and a password match may be requested. Furthermore, the MAC addresses of smartphones, mobile phones, personal computers, tablet terminals, etc. used by the user are stored in the database in association with these child IDs, parent IDs, and passwords, and requests are made until the MAC addresses match. Also good. In addition, if the editing work involves deletion of life record data, if this is done with a child ID, a warning is issued to the user identified by the parent ID that the user is going to be deleted. The deletion may be executed only when there is a reply that the deletion is accepted. In this case, the access authority is accepted by the parent ID and child ID, a warning is issued to the user terminal having the MAC address associated with the parent ID on the database, and a response is received from this terminal. To be configured. As described above, this user terminal is a smartphone, a mobile phone, a personal computer, a tablet terminal, or the like.

Further, when the person identified by the child ID reaches an adult, the child ID alone may be deleted so as not to issue such a warning to the parent.
If the person identified by the parent ID has his / her own life record data in the life record data holding unit, even if the life record data can be accessed by the child ID, there is no editing authority. The video server apparatus may have a separate editing authority adjustment unit to be set.

<Description of hardware>
FIG. 7 is a schematic diagram illustrating an example of a configuration when each functional configuration of the video server device of the present embodiment is realized as hardware. As shown in this figure, the video server device of this embodiment has a “CPU” (0701) for executing various arithmetic processes. The “storage device” (0702) includes “reception program” (0711), “life recording data first recording program” (0712), “life recording data second recording program” (0713), “echo diagnostic video”. (0714), “life record data” (0715), and “life record data reception program” (0716). Furthermore, a “main memory” (0703) for reading each program, a “communication interface” (0704), and an “I / O” (0705) are provided. For example, a “keyboard” (0708) is provided via the I / O. , Send / receive information to / from an external peripheral device such as a “display” (0709). In addition, information is transmitted / received to / from the “video transmission device” (0706), “smart phone” (0707), and the like via the communication interface. A specific mode of this communication interface can be provided regardless of wired or wireless. The storage device stores various programs as described below, and the CPU reads these various programs into the work area of the main memory, and develops and executes them. These components are connected to each other via a data communication path such as a “system bus” (0710), and perform transmission / reception and processing of information.

(Hardware operation)
The CPU reads the “reception program” (0711) from the storage device into the main memory and executes it, and is an echo diagnostic image of the fetus taken by an echo diagnostic apparatus capable of echo diagnosis of the fetus in the mother body. The fetal echo diagnostic video received by the video transmitting device and transmitted to the video server device is received.

  The CPU reads the “life recording data first recording program” (0712) from the storage device and executes it in the main memory, and first records at least a part of the received echo diagnosis video in the life recording data holding unit.

  The CPU reads out and executes the “life record data receiving program” (0716) from the storage device to the main memory, and records, edits and / or browses the life record data via the life record data second record program. This is accepted when the child ID or / and parent ID input from the above matches the associated child ID or / and parent ID.

  The CPU reads the “life recording data second recording program” (0713) from the storage device and executes it in the main memory, and after the received fetus is born, the name of the fetus or a human being identical to the fetus is given to life. Second recording is performed in the recording data holding unit.

<Process flow>
(Video transmission device)
FIG. 8 is a diagram illustrating an example of a processing flow of the video server device according to the present embodiment. The flow of processing in the figure consists of the following steps. In the “reception unit”, it is determined whether or not to receive an echo diagnostic video (echo diagnostic video reception determination S0801), and if it is determined to be received, it is received (reception step S0802). In the “life recording data first recording unit”, it is determined whether or not at least a part of the echo diagnosis video is to be recorded (life recording data first recording determination step S0803). One record is made (life record data first record step S0804). In the “life record data reception unit”, it is determined whether the child ID or / and parent ID matches the associated child ID or / and parent ID (life record data reception determination step S0805). If it is, recording, editing or / and browsing of life record data is accepted (life record data accepting step S0806). In the “life record data second recording section”, it is determined whether or not the life record data is recorded (life record data second record determination step S0807). Life recording data second recording step S0808).

<Effect>
According to this embodiment, personal information (member registration information) about the individual and family can be acquired at an extremely early stage of the individual's life as a fetus, and the customer can be enclosed at an early stage. Since the entity that can record, browse and store the personal information is limited to a certain narrow range of individuals, such as the individual and their parents, the individual can record personal information with peace of mind and expand the personal information that can be collected This can lead to early customer engagement.

<< Embodiment 3 >>

<Overview>
In the present embodiment, when a person who is a fetus is born, grows and has his own child, the ID is converted from a child ID to a parent ID, and a new child is created for the new child. An ID is given, a new child's echo diagnosis video is recorded, and the personal information (member registration information) is handed over to the early customer by associating it with the current information and new child information to be acquired. The present invention relates to a network browsing system capable of continuing the enclosure.

<Functional configuration>
This embodiment will be described with reference to FIG. The network browsing system of the present embodiment further includes a “continuous control unit” in the “video server device” of the network browsing system described in the first or second embodiment. FIG. 9 is obtained by adding a “continuous control unit” to the functional configuration of the “video server device” according to the first embodiment. However, the present embodiment is not limited to the network browsing system of the first embodiment.

<Description of each configuration>
(Continuous control unit)
The “continuous control unit” (0916) uses the child ID as a parent ID and a new child ID when a person who has the same identity as the fetus has his own child (including the time of the fetus). It is configured to control to repeat similar processing. More specifically, for example, it is assumed that the child whose child ID is “001” has grown after that and has become pregnant. Echo diagnosis of maternal child's fetus is received from the echo diagnosis device via the video transmission device, just as the parents did when they were echoed during the maternity checkup. Record as life record data. The parent ID is assumed to have “P” added at the end. My ID was “001” until now, but since I became a parent, I changed this ID to “001P” to make it my parent ID, and gave a new child ID to the fetus. The parent ID “001P” is recorded in association. At this time, it is preferable that a person who has been identified by “001P”, which is a parent ID of “001” in the past, newly assigns “001PP” and advances the generation in order.
As a result, it is possible to obtain the next generation of personal information about the subject of the recorded personal information, and it is possible to realize early customer containment.

<Description of hardware>
FIG. 10 is a schematic diagram illustrating an example of a configuration when each functional configuration of the video server device of the present embodiment is realized as hardware. As shown in this figure, the video server device of the present embodiment has a “CPU” (1001) for executing various arithmetic processes. The “storage device” (1002) includes a “reception program” (1011), a “life recording data first recording program” (1012), a “life recording data second recording program” (1013), and an “echo diagnostic video”. (1014), “life record data” (1015), “continuous control program” (1016), “child ID” (1017), and “parent ID” (1018). Furthermore, a “main memory” (1003) for reading each program, a “communication interface” (1004), and an “I / O” (1005) are provided, and for example, a “keyboard” (1008) is provided via the I / O. , Send / receive information to / from an external peripheral device such as a “display” (1009). In addition, information is transmitted / received to / from the “video transmission device” (1006), “smart phone” (1007), and the like via the communication interface. A specific mode of this communication interface can be provided regardless of wired or wireless. The storage device stores various programs as described below, and the CPU reads these various programs into the work area of the main memory, and develops and executes them. These components are connected to each other via a data communication path such as a “system bus” (1010), and perform transmission / reception and processing of information.

(Hardware operation)
The CPU reads the “reception program” (1011) from the storage device into the main memory and executes it, and is an echo diagnostic image of the fetus taken by an echo diagnostic apparatus capable of performing echo diagnosis of the fetus in the mother body. The fetal echo diagnostic video received by the video transmitting device and transmitted to the video server device is received.

  The CPU reads the “continuous control program” (1016) from the storage device into the main memory and executes it, and when a person who is identical to the fetus has his own child (including the fetal time), the CPU Control is performed so that the same processing is repeated using the child ID as the parent ID and the new child ID.

  The CPU reads out and executes the “life recording data first recording program” (1012) from the storage device to the main memory, and first records at least a part of the received echo diagnosis video in the life recording data holding unit.

  The CPU reads the “life recording data second recording program” (1013) from the storage device and executes it in the main memory, and after the received fetus is born, the name of the fetus or a human being identical to the fetus is given to life. Second recording is performed in the recording data holding unit.

<Process flow>
(Video transmission device)
FIG. 11 is a diagram illustrating an example of a processing flow of the video server apparatus according to the present embodiment. The flow of processing in the figure consists of the following steps. In the “reception unit”, it is determined whether or not to receive an echo diagnostic video (echo diagnostic video reception determination S1101), and if it is determined to be received, it is received (reception step S1102). If it is found as a result of receiving the echo diagnosis video that a human being identical to the fetus has a child (including the time of the fetus), the “continuous control unit” uses the child ID as a parent. It is determined whether or not control is performed so that the same process is repeated using a new child ID (continuous control determination step S1103). If it is determined that continuous control is to be performed, continuous control processing is performed (continuous control processing step). S1104). In the “life recording data first recording section”, it is determined whether or not at least a part of the echo diagnosis video is to be recorded (life recording data first recording determination step S1105). One record is made (life record data first record step S1106). In the “life record data second recording section”, it is determined whether or not the life record data is recorded (life record data second record determination step S1107). Life recording data second recording step S1108).

<Effect>
According to the present embodiment, information about the individual and family can be obtained at an extremely early stage of the individual's life as a fetus, the customer can be enclosed early, and the individual's fetus can also be personal. Information (member registration information) is acquired, and early containment of customers is realized. In addition, a user who uses the network browsing system can create an album on the network for generations.

<< Embodiment 4 >>

<Overview>
In this embodiment, the video transmission device is a tablet terminal having a touch panel, and recording, snapping, pausing, and recording end can be performed by touching a button on the touch panel, and video recorded by touching a recording end button Relates to a network browsing system in which is transmitted to a video server device.

<Functional configuration>
This embodiment will be described with reference to FIG. The network browsing system of the present embodiment is a tablet terminal in which the “video transmission device” of the network browsing system described in the first to third embodiments has a touch panel, and includes a “control unit”, “button display unit”, and “end” A "transmission unit". FIG. 12 is obtained by adding a “control unit”, a “button display unit”, and an “end transmission unit” to the functional configuration of the “video transmission device” of the first embodiment. However, the present embodiment is not limited to the network browsing system of the first embodiment.

<Description of each configuration>
(Control part)
The “control unit” (1204) is configured to control video recording and transmission. Specifically, on the tablet terminal, when a recording start button displayed by a button display unit to be described later is touched, control is performed so as to start recording of the echo diagnostic video, and a still image is captured during the diagnostic video recording. When the snap button for shooting is touched, control is performed to take a still image, and when the pause button for recording diagnostic video is touched, recording is controlled to be paused. When the recording end button is touched, the video server is controlled to end the video recording, and an end transmission unit, which will be described later, is controlled to display the video recorded in the diagnostic video recording unit from the recording start to the video server device. To send.

(Button display)
The “button display unit” (1205) includes a diagnostic video recording start button, a snap button for capturing a still image during diagnostic video recording, and diagnostic video recording for a video transmission device that is a tablet terminal having a touch panel. One or more of a pause button and a diagnostic video recording end button are displayed. It should be noted that an echo diagnostic video is transmitted with the end of recording, and a series of processing ends, so that a confirmation button may be displayed when the end button is pressed. In addition, when the function of the video transmission apparatus is enabled by reading a barcode, the displayed button may be changed according to the barcode information. For example, only the recording start button and the end button are displayed based on certain barcode information, but in addition to this, a stop button and a snap button are also displayed based on other barcode information.

  FIG. 13 is a conceptual diagram of a tablet terminal. As shown in this, the tablet terminal of the present embodiment includes a recording start button (1301), a snap button (1302) for capturing a still image during diagnostic video recording, and a diagnostic video recording pause button (1302). 1303) and a diagnostic video recording end button (1304). When the recording start button is touched, the echo diagnosis video is recorded in the video transmission device. When the snap button is touched, the still image at the time of the touch is recorded in the video transmission device. When the pause button is touched, the recording state is paused. Touching the recording end button ends video recording.

  In addition, it is convenient that this tablet terminal has a guidance information output unit that outputs guidance information for a photographer or the like. The guidance information may be voice or display, but the former is convenient. As an example of guidance information, “You can start shooting” “Please press the record start button” “Recordable time is N minutes” (N is a natural number, the same applies below) “Snapshot can be taken” “Stop button Was pressed ”“ Please press ~ to resume ”“ N snapshots have been reached ”“ Recording time has ended ”“ N minutes have been recorded ”“ Please press the confirmation button ” “Video transmission starts” “Video transmission in progress” “Do not turn off the power” “N minutes until transmission is completed” “Video transmission is completed” “Echo diagnostic video in the tablet For example, “deleted”, “delete completed”, and so on. As described above, it is preferable to delete the echo diagnosis video in the video transmission device after the echo diagnostic video is transmitted to the video server device. For this reason, a video deletion unit may be provided in the video transmission device. These languages may be output not only in Japanese but also in other languages such as English, Chinese, Korean, French, German, etc. For this reason, it is preferable that a language selection button is displayed.

  Furthermore, the video transmission device may be able to use a public network. The video transmission apparatus may be configured to be able to communicate with an external management server via a public network, and to be capable of remote operation, remote diagnosis, and remote monitoring from the external management server. Here, the remote diagnosis is for determining whether any device trouble has occurred, and the remote monitoring is for viewing the operating status of the video transmission device from the external management server. It is preferable to provide a remote control unit having these functions. Further, it is preferable that a remote management server device that realizes these functions is incorporated in this system.

(End sending section)
The “end transmission unit” (1206) is configured to end shooting by selection by touching the shooting end button and transmit the video recorded in the diagnostic video recording unit from the start of recording to the video server device. . Since the transmission to the video server device is automatically performed when the end button is touched, the labor of doctors and nurses who actually operate the video transmission device is reduced. It will be illustrated. Moreover, since it is an important video, it is possible to prevent the video from being lost due to forgetting to transmit.

In addition, it is preferable that a camera is attached to the tablet terminal. Images (movies) or photographs of mothers who have undergone echo diagnosis with a camera are taken, and images or photographs of these mothers are also transmitted in association with echo diagnosis images by selection by touching the end button. Good. By doing so, it is possible to prevent mistakes in the case of an echo diagnostic video, and it is possible to experience a more realistic video experience when browsing this echo diagnostic video in the future. Audio may be added to the mother's video (moving picture) to record a conversation during the examination or a message from the mother to the future child. Furthermore, these voices may be converted into text using voice recognition technology, and the texts may be associated with each other and transmitted to the video server apparatus. Furthermore, it is preferable to give the tablet terminal a function of acquiring the news of the day or the previous day. By sending these news in association with the echo diagnosis video, you can know how the world was when the child was a fetus in the distant future.
<Description of hardware>
(Video transmission device)
FIG. 14 is a schematic diagram illustrating an example of a configuration when each functional configuration of the video transmission device of the present embodiment is realized as hardware. As shown in this figure, the video transmission apparatus of this embodiment has a “CPU” (1401) for executing various arithmetic processes. The “storage device” (1402) includes a “diagnostic video reception program” (1412), a “video recording program” (1413), a “transmission program” (1414), an “echo diagnostic video” (1415), and a “control program”. ”(1416),“ button display program ”(1417),“ end transmission program ”(1418), and“ various buttons ”(1419). Furthermore, a “main memory” (1403) for reading out each program, a “communication interface” (1404), and an “I / O” (1405) are provided. For example, a “keyboard” (1409) is provided via the I / O. , Send / receive information to / from an external peripheral device such as a “display” (1410). In addition, information is transmitted / received to / from the “echo diagnostic device” (1406), “video server device” (1407), and the like via the communication interface. A specific mode of this communication interface can be provided regardless of wired or wireless. In addition, when an echo diagnostic video is acquired from an echo diagnostic apparatus via a portable medium such as a CD, DVD, USB memory, flash memory, or other semiconductor memory (1408), an interface corresponding to these media is also included. . In this sense, the communication interface may be a concept including I / O. A specific mode of this communication interface can be provided regardless of wired or wireless. The storage device stores various programs as described below, and the CPU reads these various programs into the work area of the main memory, and develops and executes them. These components are connected to each other via a data communication path such as a “system bus” (1411), and perform transmission / reception and processing of information.

(Hardware operation)
The CPU reads out and executes the “button display program” (1417) from the storage device to the main memory, executes a diagnostic video recording start button, a snap button for photographing a still image during diagnostic video recording, and a diagnostic video. One or more of a recording pause button and a diagnostic video recording end button are displayed and operated.

  The CPU reads out and executes the “control program” (1416) from the storage device to the main memory, controls the recording and transmission of the video, records the echo diagnostic video, pauses the recording, shoots the snap, and the video server device. Perform transmission processing to.

  The CPU reads the “diagnostic image reception program” (1412) from the storage device into the main memory and executes it, and the echo diagnosis image of the fetus taken by the echo diagnosis apparatus capable of performing echo diagnosis of the fetus in the mother's body is obtained. Receive.

  The CPU reads out and executes the “diagnosis recording program” (1413) from the storage device to the main memory, and records the fetal echo diagnosis video.

  The CPU reads out and executes the “end transmission program” (1418) from the storage device to the main memory, ends the shooting by selecting the shooting end button and touches the video recorded in the diagnostic video recording unit from the start of recording. Is transmitted to the video server device.

  The CPU reads the “transmission program” (1414) from the storage device into the main memory and executes it, and transmits the received or / and recorded echo diagnostic video to the video server device.

<Process flow>
(Video transmission device)
FIG. 15 is a diagram illustrating an example of a processing flow of the video transmission apparatus in the present embodiment. The flow of processing in the figure consists of the following steps. In the “control unit”, it is determined whether to control recording and transmission of video (control determination step S1501), and when it is determined to control, recording and transmission are controlled (control step S1502). In the “diagnostic video receiving unit”, it is determined whether or not to receive an echo diagnostic video (diagnostic video reception determination S1503), and if it is determined to be received, an echo diagnostic video is received (diagnosis video reception step S1504). In the “video recording unit”, it is determined whether or not the received diagnostic video is to be recorded (video recording determination step S1505), and if it is determined to be recorded, an echo diagnostic video is recorded (video recording step S1506). In the “video recording unit”, it is determined whether or not the recording of the diagnostic video is to be stopped (temporary stop determination step S1507), and when it is determined to be temporarily stopped, the recording is temporarily stopped (temporary stop step S1508). In the “video recording unit”, it is determined whether or not to take a snap for taking a still image during the shooting of a diagnostic video (snap shooting determination step S1509). Shooting step S1510). In the “end transmission unit”, it is determined whether or not the recorded video is to be transmitted in an end (end transmission determination step S1511). If it is determined that the transmission is to be ended, the recording is transmitted to the video server device (end transmission step S1512). . In the “button display portion”, it is determined whether or not to display a button (button display determination step S1513), and when it is determined to be displayed, the button is displayed (button display step S1514).

<Effect>
According to the present embodiment, recording / editing of echo diagnostic video (pause recording and still image shooting) and transmission to the video server device can be performed more easily, and cooperation in recording the echo diagnostic video is achieved. This will reduce the burden on doctors and nurses, and it will be possible to promote the introduction of this system at the obstetrics and gynecology clinic.

<< Embodiment 5 >>

<Overview>
The present embodiment analyzes a personal information (member registration information) of an acquired fetus and its family, and can transmit an advertisement of a product / service that attracts the individual to the individual. About.

<Functional configuration>
This embodiment will be described with reference to FIG. The network browsing system of the present embodiment further includes a “life record data analysis unit”, an “advertisement information storage unit”, and an “advertisement information transmission” in addition to the “video server device” of the network browsing system described in the first to fourth embodiments. Part ". FIG. 16 is obtained by adding a “life record data analysis unit”, an “advertisement information storage unit”, and an “advertisement information transmission unit” to the functional configuration of the “video server device” according to the first embodiment. However, the present embodiment is not limited to the network browsing system of the first embodiment.

<Description of each configuration>
(Life Record Data Analysis Department)
The “Life Record Data Analysis Unit” (1617) is configured to analyze life record data. Life record data analysis is to analyze the individual's gender, age, attributes, family structure, hobbies, preferences, purchasing tendency, etc. that can be read from the life record data to determine what products / services the individual is likely to purchase. It is to conclude after analysis. Specifically, for example, the fact that the age of an individual N is 10 years old is analyzed that it is two years until junior high school admission, and it is analyzed that it is an appropriate age to start taking entrance examinations for junior high school admission, which will be described later The advertising information related to the cram school and correspondence education stored in the advertising information storage unit is transmitted via the advertising information transmission unit described later. As another example, it is assumed that the information that the individual M is 40 years old, the gender is female, and usually accesses a beauty related site is accumulated in the life record data. The life record data analysis unit determines that an anti-aging cosmetic advertisement stored in an advertisement information storage unit, which will be described later, should be distributed as appropriate cosmetic advertisement information to a 40-year-old woman.
Furthermore, it is assumed that the individual O sets that his / her credit card usage history may be shared with the network browsing system of the present embodiment. From the credit card usage history, it is clear that the individual O has purchased golf-related products, and that he / she did not use the online mail order very much and made many purchases at actual stores. The analysis unit determines that it is not appropriate for the individual O to distribute advertisements for golf-related products / services through online shopping, and the advertisement information of the actual store of the golf store accumulated by the advertisement information accumulation unit described later Is determined to be delivered.

(Advertising Information Storage Department)
The “advertisement information storage unit” (1618) is configured to store advertisement information to be transmitted to the user terminal based on the analysis result of the life record data. The advertisement information accumulated by the advertisement information storage unit includes advertisements that match the individual, such as gender, age, attributes, family structure, hobbies, preferences, purchasing trends, etc., in order to efficiently provide advertisements to the individual. It is preferable that the information is detailed so that information can be provided.

(Advertisement information sending part)
The “advertisement information transmission unit” (1619) is configured to transmit the accumulated advertisement information to the user terminal. In order to verify whether the transmitted advertisement information is appropriate for the user, the advertisement information transmission unit checks whether the user has accessed the link destination from the advertisement or whether the product that actually displayed the advertisement information has been purchased. It is preferable to accumulate feedback as much as possible.
In addition to or instead of the advertisement information, SNS information may be transmitted and the user may be taken into the SNS. For example, a system that forms a group of people born on the same day and communicates on the SNS can be considered.

<Description of hardware>
FIG. 17 is a schematic diagram illustrating an example of a configuration when each functional configuration of the video server device of the present embodiment is realized as hardware. As shown in this figure, the video server device of this embodiment has a “CPU” (1701) for executing various arithmetic processes. The “storage device” (1702) includes a “reception program” (1711), a “life recording data first recording program” (1712), a “life recording data second recording program” (1713), and an “echo diagnostic video”. (1714), “Life Record Data” (1715), “Life Record Data Analysis Program” (1716), “Advertisement Information Accumulation Program” (1717), “Advertisement Information Transmission Program” (1718), “Advertisement Information” (1719) ). Furthermore, a “main memory” (1703) for reading out each program, a “communication interface” (1704), and an “I / O” (1705) are provided. For example, a “keyboard” (1708) is provided via the I / O. , Information is transmitted to and received from an external peripheral device such as a “display” (1709). In addition, information is transmitted / received to / from the “video transmission device” (1706), “smart phone” (1707), and the like via the communication interface. A specific mode of this communication interface can be provided regardless of wired or wireless. The storage device stores various programs as described below, and the CPU reads these various programs into the work area of the main memory, and develops and executes them. These components are connected to each other via a data communication path such as a “system bus” (1710), and perform transmission / reception and processing of information.

(Hardware operation)
The CPU reads the “reception program” (1711) from the storage device into the main memory and executes it, and is an echo diagnostic image of the fetus taken by an echo diagnostic apparatus capable of performing echo diagnosis of the fetus in the mother body. The fetal echo diagnostic video received by the video transmitting device and transmitted to the video server device is received.

  The CPU reads out and executes the “life recording data first recording program” (1712) from the storage device to the main memory, and first records at least a part of the received echo diagnosis video in the life recording data holding unit.

  The CPU reads the “life recording data second recording program” (1713) from the storage device into the main memory and executes it, and after the received fetus is born, the name of the fetus or a human being identical to the fetus is given to life. Second recording is performed in the recording data holding unit.

  The CPU reads the “life record data analysis program” (1716) from the storage device into the main memory and executes it to analyze the life record data.

  The CPU reads out and executes the “advertisement information storage program” (1717) from the storage device to the main memory, and stores the advertisement information.

  The CPU reads the “advertisement information transmission program” (1718) from the storage device into the main memory, executes it, and transmits the advertisement information.

<Process flow>
(Video transmission device)
FIG. 18 is a diagram illustrating an example of a processing flow of the video server device in the present embodiment. The flow of processing in the figure consists of the following steps. In the “reception unit”, it is determined whether or not to receive an echo diagnostic video (echo diagnostic video reception determination S1801), and if it is determined to be received, it is received (reception step S1802). In the “life recording data first recording section”, it is determined whether or not at least a part of the echo diagnosis video is to be recorded (life recording data first recording determination step S1803). One record is made (life record data first record step S1804). In the “life record data second recording section”, it is determined whether or not the life record data is to be recorded (life record data second record determination step S1805). Life recording data second recording step S1806). In the “life record data analysis unit”, it is determined whether or not the life record data is analyzed (life record data analysis determination step S1807). When it is determined that the life record data is analyzed, the life record data is analyzed (life record data). Data analysis step S1808). The “advertisement information transmission unit” determines whether or not to transmit advertisement information (advertisement information transmission determination step S1809). If it is determined to transmit the advertisement information, the advertisement information is transmitted (advertisement information transmission step S1810). The “advertisement information storage unit” determines whether or not to store advertisement information (advertisement information storage determination step S1811), and stores advertisement information (advertisement information storage step S1812).

<Effect>
According to the present embodiment, information about the individual and family can be obtained at an extremely early stage of the individual's life as a fetus, the customer can be enclosed early, and the individual's fetus can also be personal. Information (member registration information) can be acquired, and early customer lock-in can be realized, and appropriate advertisement information can be transmitted to the individual based on the result of the analyzed personal information.

Embodiment 6

<Overview>
The present embodiment relates to a network browsing system that activates each unit of a video transmission device using a barcode.

<Functional configuration>
This embodiment will be described with reference to FIG. The network browsing system of the present embodiment further includes a “barcode reading unit”, a “reading result determination unit”, and a “use control unit” in addition to the “video transmission device” of the network browsing system described in the first to fifth embodiments. And have. FIG. 19 is obtained by adding a “barcode reading unit”, a “reading result determination unit”, and a “use control unit” to the functional configuration of the “video transmission apparatus” according to the first embodiment. However, the present embodiment is not limited to the network browsing system of the first embodiment.

<Description of each configuration>
(Bar code reader)
The “bar code reading unit” (1907) reads the bar code, and the owner of the bar code (or the card on which the bar code is recorded (hereinafter referred to as “bar code recording card”) is read by the network browsing system. In order to make a reading result determination unit, which will be described later, determine whether or not the user is a legitimate user, the barcode is read.

  FIG. 20 is a view showing an example of a barcode recording card used in this embodiment. As shown in this exemplary diagram, a barcode is recorded on the surface of the card, and information recorded on the barcode is obtained by reading the barcode with a barcode scanner. This card is assumed to be sold, for example, at the reception of obstetrics and gynecology, or sold at a vending machine in a hospital. The barcode information is also stored in the database and has a one-to-one relationship with the barcode information recorded on the barcode recording card. When sold, the sold barcode information is transmitted to the database, and the corresponding barcode information is validated. Those that are not sold should be in an unactivated state. Further, it may be possible to set a validity period after the sale and invalidate the barcode information once validated by expiration. In addition, when it is sold at the reception of obstetrics and gynecology, there is a barcode reader for the reception, and there is a barcode activation device configured so that the read barcode information is transmitted to the aforementioned database. Good. The same device may be incorporated in the vending machine described above.

(Reading result judgment unit)
The “reading result determination unit” (1908) is configured to determine whether the read barcode information satisfies a predetermined condition. Here, the “predetermined condition” refers to a condition for determining whether or not the holder of the barcode recording card is a valid user of the network browsing system. Specifically, for example, recording of an echo diagnosis image costs 1000 yen in 10 minutes, and a person (for example, a pregnant woman) who wants to receive this service inserts a card on which a prepaid barcode is written. It shall be purchased in advance. The predetermined condition in this case is whether or not the amount of 1000 yen is charged in the barcode card balance presented by the bearer of the barcode recording card. In addition, in the case of performing personal authentication using a bar code, whether or not the card holder matches the person recorded on the bar code. When it is determined that the barcode information read by the barcode reading unit described above satisfies a predetermined condition, the use control unit described later selects any one of the diagnostic video reception unit, the video recording unit, and the transmission unit described above. The above is controlled to be available. On the other hand, when the reading result determination unit determines that the read barcode information does not satisfy the predetermined condition, the use control unit described later does not use the video transmission device, and the echo diagnosis video device Do not perform reception, recording, or transmission.

(Usage control unit)
The “use control unit” (1909) is one of the diagnostic video reception unit, the video recording unit, and the transmission unit described above when the determination result in the reading result determination unit is a determination result that satisfies a predetermined condition. It is configured to control the above so as to be usable. That is, when it is determined that the barcode information read by the barcode reading unit described above satisfies a predetermined condition by the determination of the reading result determination unit described above, for example, the owner of the barcode recording card Since it is a person who has a valid status to receive the service of this network browsing system, one or more of the diagnostic video reception unit, video recording unit, and transmission unit, which are each part of the video transmission device, can be used, activated, and echo diagnostic video Is received, recorded, and transmitted to the video server device. It is desirable that information indicating that the barcode is consumed is transmitted to the above-described database when the transmission is completed, and the barcode information is invalidated so that the barcode information is not reused. However, if the barcode information is not the number of echo diagnostic video transmissions of the echo diagnostic device but the video playback time (recording time), and the time is not used up in the transmission May be configured to execute a process of transmitting the used time to the database and subtracting it from the associated time. In addition, when the number of transmissions is increased by paying an additional fee, or when the video reproducible time (recording time) is increased, the barcode activation device is associated with the barcode information for the database. There should be a rewrite unit to rewrite the usage restrictions. It should be noted that all or part of the barcode information recorded in the database can be used as a child ID or parent ID, and can be associated with the child ID or parent ID. When all or part of the barcode information is used as a child ID or / and a parent ID, the barcode reading unit and the reading result judging unit perform the functions of the ID input unit described above. The section is configured to be transmitted to the video server apparatus in association with the echo diagnosis video as a child ID or / and a parent ID. Such processing may be performed by the barcode ID information association unit. Therefore, in the bar code information database, the bar code information includes the number of times echo diagnostic video is transmitted, the video reproducible time (recording time), or a part that specifies both, a part that specifies the quality of the video, and an editable range. Part for defining, part for defining information addition range, information for identifying child, information for identifying echo diagnosis video, information for identifying parent, information for identifying hospital, information for identifying sales date, transmission server device Any one or more of the address information may be associated with information such as valid, invalid, consumed, and expired.

<Effect>
According to this embodiment, it is possible to determine whether or not the holder of the barcode recording card has a legitimate status to receive the service of the network browsing system by using the barcode, so that the labor and time on the hospital side for verifying the identity can be greatly increased. Can be reduced.

<< Embodiment 7 >>

<Overview>
The present embodiment relates to a network browsing system that associates barcode information with an echo diagnosis video and transmits it to a video server device.

<Functional configuration>
This embodiment will be described with reference to FIG. The network browsing system of the present embodiment further includes “barcode information transmitting means” in the “transmitting unit” of the “video transmitting device” of the network browsing system described in the sixth embodiment. FIG. 21 is obtained by adding “barcode information transmission means” to the “transmission unit” of the “video transmission apparatus” of the sixth embodiment. However, the present embodiment is not limited to the network browsing system of the sixth embodiment.

<Description of each configuration>
(Barcode information transmission means)
The “barcode information transmission means” (2110) is configured to transmit the read barcode information in association with an echo diagnostic video that can be transmitted based on the barcode information as a function of the transmission unit of the video transmission device. Is done. Specifically, “the read barcode information is transmitted in association with echo diagnostic video that can be transmitted based on the barcode information” means that the read result determination unit described above is the result of reading the barcode information. If it is determined whether or not the predetermined condition is satisfied, and if it is determined that the condition is satisfied, the “diagnostic video receiving unit”, “video recording unit”, and “transmitting unit” which are each unit of the video transmitting device are activated, Video can be recorded. In this case, this enabled video and the read barcode information are combined and transmitted to the video server device. As a result, the authentication information read with the barcode and the echo diagnosis video are sent together, so it becomes clear who the echo diagnosis video is, and at the same time the effort of personal authentication can be saved and at the same time the echo diagnostic video And the subject (mother and child) of the video can be transmitted to the video server device without making a mistake.

(Tenth invention)
The life record data receiving unit of the video server device according to the present embodiment is configured so that the child ID or / and the parent of the echo diagnosis video associated with the barcode information transmitted by the barcode information transmission unit of the video transmission device. In addition to or instead of the ID, it is configured to accept input from the user terminal of the barcode information and accept recording, editing or / and viewing when the barcode information matches the barcode information associated with the echo diagnostic video . Specifically, for example, when the user of the network browsing system accesses the database and desires to record / edit / view his / her life record data, in the case of the invention described in the second embodiment, Entered his / her ID, and when it matches, recording / editing / viewing became possible. In the present embodiment, the personal authentication is completed by reading the barcode recorded on the card with the barcode reader without inputting the ID by itself, and the same state as when the ID is entered may be obtained. it can. As a result, it is possible to save the trouble of inputting IDs one by one, and even if the ID is forgotten, the user can be authenticated if the user has the barcode recording card. However, if only the barcode is used to authenticate the person, there is a disadvantage if the barcode recording card is not at hand or lost, so it is preferable that the two person authentication means co-exist. .

<Effect>
According to the present embodiment, it is possible to always know who the echo diagnostic video is, and the echo diagnostic video and its subject (mother and child) can be transmitted to the video server device without making a mistake. Also, when a user wants to record / edit / view life record data, the user authentication is completed by reading the barcode without entering the ID one by one, thus improving the convenience of the user. Can do.

<< Embodiment 8 >>

<Overview>
In this embodiment, the network browsing system described in the first embodiment is applied to the case of echo diagnosis not for humans but for animals.

<Functional configuration and explanation>
The configuration of the present embodiment includes an echo diagnostic apparatus capable of echo diagnosis of a fetus in an animal mother body, a diagnostic video receiving unit that receives the fetal echo diagnostic video imaged by the echo diagnostic apparatus, and the received echo A video transmission device having a video recording unit for recording diagnostic video, and a transmission unit for transmitting the received or / and recorded fetal echo diagnostic video to a video server device via a network, and transmitted echo At least one of the received echo diagnostic video, the receiving unit for receiving the diagnostic video, the animal life record data holding unit for holding the animal life record data that is a record of the animal life of the fetus and the animal identical to the fetus The first recorded animal life record data in the animal life record data holding section as animal life record data, and after the first record, the fetus was born An animal video server device comprising: an animal life record data second recording unit that records animal life record data including a name that is a name in an animal life record data holding unit in association with the first recorded animal life record data; A network browsing system consisting of The description of each functional configuration is the same as that described in the first embodiment, and the description in the drawings is the same as that described in FIGS. However, unlike humans, when the object of the echo diagnostic video is an animal, the animal life record data is recorded, edited, and viewed by humans such as animal owners and veterinarians. .

<Effect>
According to the present embodiment, it is possible to record an image of an animal fetal echo diagnosis image and record / edit / view it from a terminal or the like. If the target animal is a pet, such as a dog or cat, the owner may acquire the image of the animal's fetus or transfer it with the image of the animal's fetus. It is possible to feel attachment to the target animal. In addition, if the target animal is an economic animal such as a cow or horse, it is possible to detect the disease early and grasp the number of individuals by acquiring images of the time of fetus, thus enabling efficient breeding. .

<< Other Embodiment 1 >>

  This embodiment is basically the same as the first embodiment, but the functions of the first recording unit and the second recording unit are different. A third recording unit was used instead of the first recording unit, and a fourth recording unit was used instead of the second recording unit. The configuration includes an echo diagnostic apparatus capable of echo diagnosis of a fetus in a mother body, a diagnostic video receiver, a video recorder, a transmitter, a video transmitter, a receiver, and a life record data holding unit. A life recording data third recording unit that records at least a part of the received echo diagnostic video as life recording data in the life recording data holding unit, and life recording data after the first recording after the first recording A network browsing system comprising: a video server device having a life record data fourth recording unit for recording in a life record data holding unit in association with the first recorded life record data. The life record data held in the life record data holding unit of the video server device may be associated with a child ID that is an ID for identifying a person who is identical to the fetus. The life record data held in the life record data holding unit of the video server device may be associated with a parent ID that is an ID for identifying the parent of the fetus. In summary, the difference from the first embodiment is that the second recording unit and the fourth recording unit do not necessarily record names.

<< Other Embodiment 2 >>

  The video server device is basically based on the other embodiment 1, but the video server device receives the recording, editing or / and browsing of the life record data via the life record data fourth recording unit from the user terminal. The network browsing system further includes a life record data accepting unit that accepts a child ID or / and parent ID when the child ID or / and parent ID matches the associated child ID or / and parent ID.

<< Other embodiment 3 >>

    Basically, the video server device is basically the same as the other embodiments 1 and 2, which are the base embodiment. However, the video server device is characterized in that a person who has the same identity as the fetus If the child ID is included, the child ID is used as a parent ID, and a continuous control unit that controls to repeat the same process using a new child ID can be mentioned.

«Other embodiment 4»

  Although fundamentally common to the other embodiments 1 to 3, which are the base embodiment, as a feature point, the video transmission device is a tablet terminal having a touch panel, and controls video recording and transmission. And a touch button for recording diagnostic video to be received for operating the control unit on the touch panel, a snap button for shooting a still image during moving image shooting of the diagnostic video, a button for temporarily stopping recording of diagnostic video, a diagnosis The button display unit for displaying and operating one or more of the video recording end buttons, and the video recording which has been recorded in the diagnostic video recording unit from the start of the recording by the selection by touching the shooting end button. And an end transmission unit that operates the control unit to transmit to the video server device.

<< Other embodiment 5 >>

  Basically, the video server device is basically the same as the other embodiments 1 to 4 that are the base embodiment, but the video server device includes a life record data analysis unit that analyzes life record data, The point which has the advertisement information storage part which accumulate | stores the advertisement information which should be transmitted with respect to a user terminal based on an analysis result, and the advertisement information transmission part which transmits the accumulate | stored advertisement information with respect to a user terminal Can do.

<< Other Embodiment 6 >>

  Although fundamentally common to the other embodiments 1 to 5, which are the base embodiment, as a feature point, the video transmission device is characterized in that the barcode reading unit and the read barcode information satisfy a predetermined condition. If the determination result of the reading result determination unit and the determination result of the reading result determination unit satisfy the predetermined condition, use one or more of the diagnostic video reception unit, the video recording unit, and the transmission unit And a use control unit that can be controlled.

<< Other embodiment 7 >>

  Although basically the same as the other embodiment 6 which is the base embodiment, as a feature point, the transmission unit of the video transmission apparatus transmits the read barcode information based on the barcode information. It can be mentioned that it has a transmission means with barcode information to be transmitted in association with the echo diagnostic video that can be enabled, and the life record data reception unit of the video server device has the barcode information attached to the video transmission device. For echo diagnostic video associated with barcode information sent by the transmission means, in addition to or instead of the child ID or / and parent ID, an echo diagnostic video is received by receiving input of the barcode information from the user terminal. It may be configured to accept recording, editing or / and viewing when it matches the barcode information associated with It can be mentioned.

<< Embodiment 8 >>

  Basically the same as in the eighth embodiment, but the difference is that at least a part of the echo diagnostic video received in place of the animal life record data first recording part and the animal life record data second recording part is used as the animal life record. The animal life record data third recording part is first recorded in the animal life record data holding part as record data, and the animal life record data is associated with the animal life record data recorded third after the third record. And a fourth animal life record data recording part to be recorded in the record data holding part. That is, in this embodiment, an echo diagnostic apparatus capable of echo diagnosis of the fetus in the animal mother body, a diagnostic video receiving unit that receives the echo diagnostic video of the fetus imaged by the echo diagnostic apparatus, and the received echo diagnosis A video transmission device having a video recording unit for recording video, and a transmission unit for transmitting the received or / and recorded fetal echo diagnostic video to a video server device via a network, and transmitted echo diagnosis A receiver for receiving images, an animal life record data holding unit for holding animal life record data that is a record of animal life of the fetus and an animal identical to the fetus, and at least a part of the received echo diagnostic image The animal life record data is recorded in the animal life record data holding section as the animal life record data first, and the animal life record data is recorded after the first record. And animal life recorded data fourth recording unit for recording the animal life recording data holding unit in association with the recorded said animal life recorded data, and animals image server device having, to provide a network browsing system consisting of.

Claims (1)

A network browsing system having an echo diagnostic device, a video transmission device, and a video server device,
The echo diagnostic apparatus comprises:
Echo diagnosis of maternal fetus is possibleIs a thing,
  The video transmission device includes:
A diagnostic video receiver for receiving an echo diagnostic video of the fetus imaged by an echo diagnostic device;
  A video recording unit for recording the received echo diagnostic video;
The received and / or recorded echocardiographic images of the fetus at the time of diagnosis, including heart rate, body temperature, blood flow, fetal size, fetal density information, amniotic fluid temperature, amniotic fluid volume Information that identifies one or more of the amniotic fluid density information, the date of diagnosis, the fetal mother, father, other custody, and their relatives or agents. A transmission unit that transmits one or more of a person's face photograph, fingerprint, voice print, iris print, palm print, DNA, or capillary image print to a video server device via a network.Shi,
  The video server device
  A receiving unit for receiving the transmitted echo diagnostic video; and
  A life record data holding unit for holding life record data which is a record of a fetus and a human life identical to the fetus;
A life record data first recording unit for first recording at least a part of the received echo diagnostic video as life record data in a life record data holding unit;
  A life record data second recording unit that records life record data including a name that is a name after the birth of the fetus in the life record data holding unit in association with the first recorded life record data; ,
  A life record data receiving unit that accepts recording, editing or / and browsing of life record data via the life record data second recording unit;
  Having
  Life record data held in the life record data holding unit of the video server device is:
  A child ID that is an ID for identifying a person who is identical to the fetus and a parent ID that is an ID for identifying the parent of the fetus;The life record data receiving unit receives the life via the life record data second recording unit when a child ID or parent ID input from a user terminal matches either the associated child ID or parent ID. Accepts recording, editing or / and viewing of recorded data;
  The life recording data holding unit of the video server device is provided with echo diagnostic video record holding means for preventing editing of the first recorded echo diagnostic video record,
  Network browsing system.

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