JP6489624B2 - Communication equipment - Google Patents

Description

  The present invention relates to a communication device.

Various proposals have been made regarding the use of communication devices such as mobile phones. For example, it has been proposed to link computerized maternal and child notebook data with a medical care information database of a medical institution (Patent Document 1). In addition, a mother-child notebook system has been proposed in which information recorded in a mother-child notebook using a card-like storage medium is read by a browsing program provided to information equipment from a server via a communication line (Patent Document 2). ).

On the other hand, mobile phones are equipped with a so-called radio wave off mode in which functions other than communication can be used without turning off the power. In addition, there has been proposed a mobile phone that not only can easily set the radio wave off mode but also allows other people to easily know that the radio wave off mode is set. (Patent Document 3)

  However, there are still many points to consider regarding the use of communication devices.

JP 2000-285178 A Japanese Laid-Open Patent Publication No. 2005-190387 Japanese Unexamined Patent Publication No. 2006-253802

  In view of the above, the problem to be solved by the present invention is to provide a communication device in harmony with social life.

In order to solve the above-described problems, the present invention provides a radio communication function unit using radio waves, an additional function unit that does not use the radio communication function, a setting unit that deactivates the radio communication function, and an inactive radio communication function. There is provided a communication device having a specific communication function inactive state notification means that is recognized in a specific place that is required to be performed. Accordingly, the additional function unit that does not use the wireless communication function can be used in a state where the wireless communication function is inactive, and the fact can be notified, so that troubles with the surroundings can be avoided. Announcement to the surroundings will not be established if an unspecified number of other parties who do not know or do not notice this, but the present invention is effective because it makes a specific notice that is recognized in a specific closed place. It is. Such a specific place is, for example, a hospital, and a member or a maternity hospital whose behavior is limited is an example suitable for the implementation.

  According to a specific feature of the present invention, the communication function inactive state notification means can be attached to the communication device at a specific location and can be removed from the communication device at other locations. This prevents confusion between the normal use of the communication device and the use of the additional function at a specific location.

  According to another specific feature of the present invention, the communication function inactive state notification means includes a guarantee means for guaranteeing that the wireless communication function is inactive. Thus, a trust relationship between the user and the surrounding can be established in the use of the additional function at a specific location. According to a more specific feature, the guarantee means includes a radio wave detection unit. According to a more detailed feature, the guarantee means includes a notification unit that notifies that the radio wave detection unit has not detected the radio wave. According to another detailed feature, the guarantee means includes a notifying unit that notifies when the radio wave detecting unit detects a radio wave.

  According to other features of the present invention, a radio communication function unit using radio waves, an electronic mother and child notebook function unit that can be used in a maternity hospital, a setting means that deactivates the wireless communication function, and an electronic mother and child notebook that can be used in the maternity hospital A communication device having a control unit that guarantees the setting by the setting means as long as the various functions are used is provided. As a result, it is possible to use the communication device as an electronic mother and child notebook function unit while obtaining the trust of the surroundings in an obstetric hospital that is required to deactivate the wireless communication function. According to the specific feature of the present invention described above, a specific communication function inactive state notification means recognized in the maternity hospital is provided for further harmony with the surroundings. The electronic mother and child notebook function unit in the present invention has a communication means such as infrared communication that is permitted in the maternity hospital.

  According to the above detailed feature of the present invention, the control unit automatically performs setting by the setting means when the electronic mother and child notebook function usable in the maternity hospital is used. Further, according to another detailed feature, the control unit does not permit the use of a function usable in the maternity hospital in the electronic mother and child notebook unless setting is performed by the setting unit. As a result, as long as the functions available in the maternity hospital in the electronic mother and child notebook are used, it is ensured that the setting by the setting means is performed.

  According to another feature of the present invention, a radio communication function unit using radio waves, a setting unit that deactivates the radio communication function, and a specific place that is required to deactivate the radio communication function are permitted. There is provided a communication device including a second communication unit and a control unit that guarantees the setting by the setting unit as long as the communication by the second communication unit is used. As a result, information communication at a specific location can be performed by the second communication means that is allowed to be used while avoiding misunderstandings in the maternity hospital that is required to deactivate the wireless communication function. According to the specific feature of the present invention described above, the communication function inactive state notification means for notifying in a specific recognition mode capable of recognizing that the setting means is set is provided, and harmony with the surroundings is achieved. It is done. According to another specific feature, the second communication means transmits information to the outside at a specific location. According to still another specific feature, the second communication means receives information from the outside at a specific location.

  As described above, according to the present invention, various functions of a communication device can be utilized according to various scenes and purposes while achieving harmony with the surroundings.

It is the drawing substitute photograph which showed the block of the whole electronic mother and child notebook system regarding Example 1 of this invention. Example 1 FIG. 3 is a drawing-substituting photograph showing a graph of the relationship between weight and output in the weight sensor in Example 1. FIG. FIG. 3 is a drawing-substituting photograph showing a weight growth curve graph of an electronic mother and child notebook display screen displayed on a mobile phone in Example 1. FIG. FIG. 3 is a drawing-substituting photograph showing a flowchart showing functions executed by the scale control unit in Embodiment 1. FIG. FIG. 5 is a drawing substitute photograph showing a flowchart of a portion related to an electronic mother and child notebook function among the functions executed by the mobile phone control unit according to the first embodiment. It is the drawing substitute photograph which showed the flowchart of the function of the mother-child notebook server performed by the server control part in Example 1. FIG. It is the drawing substitute photograph which showed the block of the whole electronic mother and child notebook system regarding Example 2 of this invention. (Example 2) It is drawing substitute photograph which showed the flowchart of the part regarding an electronic mother and child notebook function among the functions performed by the mobile telephone control part in Example 2. FIG.

  FIG. 1 is a block diagram showing an entire electronic mother and child notebook system according to the first embodiment of the present invention. The system includes an electronic weight scale 2, a mobile phone 4, and a mother and child notebook server 6. The electronic weight scale 2 is controlled by the weight scale control unit 8. The storage unit 10 stores a program for operating the scale control unit 8 and also stores data such as a weight measurement result input from the weight sensor 12 via the A / D conversion unit 14.

  Here, a procedure for measuring the weight of the mother and the infant using the electronic weight scale 2 will be described. First, when the mother rides on the electronic weight scale alone, the weight sensor 12 detects this, and the weight measurement value of the mother alone based on the detection result is sent to the weight scale control section 8 and stored in the storage section 10. Next, when the mother holds the baby and gets on the electronic weight scale 2, the weight sensor 12 detects this, and the weight measurement value of the mother and child based on the detection result is sent to the weight scale controller 8. The weight scale control unit 8 calculates the weight of the infant by subtracting the measured weight value of the mother alone from the measured weight value of the mother and child, and stores the calculated weight in the storage unit 10. As described above, the weight of the mother alone and the weight of the infant alone are measured.

  The electronic weight scale 2 of the present invention is configured on the premise of the measurement procedure as described above. However, the weight sensor 12 including a load cell or the like has a high-accuracy region in which the output changes relatively greatly with respect to a change in weight, and other areas. Usually has a precision region. Accordingly, a wide range of weight measurement is covered while partially having a high accuracy region. The above high sensitivity region is set to include both the weight of the mother alone and the weight of the mother and child. As a result, the weight of the infant alone, which is the result of subtraction of both, is measured with higher accuracy than the normal system. can do. Correspondingly, the weight of the infant, which is the subtraction result, is stored in the storage unit 10 with a finer scale than normal weight measurement, and the weight display on the display unit 16 is also displayed with a finer scale. For example, if the normal weight display scale is a kilogram display in units of 100 g (for example, “46.8 kg”), the weight display for an infant's weight display is a gram display in units of 50 g (for example “3250 g”).

  The high accuracy area can be shifted by adjusting the zero point of the electronic weight scale 2. If the weight of the mother alone is below the lower limit of the high accuracy area, the zero point is shifted to the plus side to increase the high accuracy area. By moving the accuracy region parallel to the light weight side, the weight of the mother alone enters the high accuracy region. Conversely, when the weight of the mother alone is heavy and the weight of the baby is expected to exceed the upper limit of the high-precision area, the zero point is shifted to the minus side and the high-precision area is parallel to the heavy weight side. By moving it, the weight of the mother and child is made to enter the high accuracy region. Since the weight of the infant alone is the difference between the weight of the mother and child and the weight of the mother alone, it can be calculated without depending on such a zero point shift. Since this is necessary for correcting the weight of the mother alone, when the zero point is shifted as described above, the shift amount is stored in the storage unit 10.

  The weight data of the infant and mother measured as described above is read from the storage unit 10 and transmitted from the weight scale short-range communication unit 18 to the mobile phone short-range communication unit 20. As these short-range communication units, those capable of wireless LAN or infrared communication are adopted. The mobile phone control unit 22 stores the received weight data in the storage unit 24, reads the weight data according to the operation of the operation unit 26, and displays it on the display unit 28. This display is displayed as a weight change graph of body weight based on post-birth weight data accumulated in the storage unit 24.

The mobile phone control unit 22 is originally for controlling the entire mobile phone 4 including the telephone function unit 30, and operates according to a program stored in the storage unit 24. The operation unit 26 and the display unit 28 are also originally provided for operation and display related to the function of the telephone function unit 30, but are also used for displaying weight data as described above. The storage unit 24 can record not only infant weight data but also height data and head circumference data, and these can also be displayed on the display unit 28 as a graph of change in age after birth.

The storage unit 24 can also store maternal pregnancy progress data until birth, and all the various data described above are comprehensively managed by the electronic mother and child notebook software installed in the storage unit 24. In this way, the mobile phone 4 has a function as an electronic mother and child notebook. The above electronic mother / child notebook software is distributed under the control of the public institution when the mother / child notebook is issued by the public institution. At this time, the mother / child notebook server 6 to be described later has access to a specific function. The ID and password are assigned under strict personal information management.

The cellular phone 4 can communicate with the mother and child notebook server 6 via the Internet 32 by the telephone function unit 30. The mother and child notebook server 6 has a server control unit 34, a database 36, and an input / output interface 38, and is a portal site that provides various free information in cooperation with health-related public organizations and the baby products industry. And, by registering with the above ID and password, we receive the growth curve software that manages weight, height, and head circumference, and the distribution of statistical growth curve data of the 10th percentile and 90th percentile based on recent year statistics of the growth curve Can do. Furthermore, the latest baby weight data stored in the storage unit 24 from the mobile phone 4 is uploaded privately based on the ID and password, so that the latest updated by other participants under the same conditions at the present time. It is possible to receive distribution of statistical growth curve data of 10th percentile and 90th percentile updated by collecting weight data. Note that the weight data that has been uploaded is only statistically processed, and the personal information is deleted after authentication of the ID and password, and is strictly managed so as not to be leaked. In addition, in order to increase the incentive to update the latest weight data, the right to enter an individual Q & A regarding childcare is given when the weight data is updated.

FIG. 2 is a graph showing the relationship between the weight in the weight sensor 12 and the sensor output after circuit compensation. Curve 102 is a zero-adjusted standard line and this sensor output corresponds to a body weight from less than 20 Kg to more than 120 Kg. In the high sensitivity region of 35 kg to 85 kg, the curve 102 allows the sensor output change with respect to the weight change to be larger than the previous and subsequent regions, and enables measurement with a finer scale in this region. As a whole, the dynamic range from less than 20 kg to over 120 kg can be covered.

The curve 102 can be moved in parallel in the horizontal direction as indicated by the white arrow 104 by shifting the zero point. On the other hand, the high sensitivity region can be shifted to the light weight side and the heavy weight side. A curve 106 is an example in which the high sensitivity region is shifted to the light weight side by shifting the zero point to the plus side, and 30 kg to 80 kg is the high sensitivity region. On the other hand, the curve 108 is an example in which the high sensitivity region is shifted to the heavy weight side by shifting the zero point to the minus side, and 40 kg to 90 kg is the high sensitivity region. The width and inclination of the high sensitivity region can be appropriately determined according to the design conditions of the weighted sensor, the accuracy required for the high sensitivity region, the assumed user variation, the zero point adjustable range, and the like. If the electronic scale does not target a wide range of unspecified users and is close to a custom product designed for the intended user group, the high sensitivity area is narrowed and zero adjustment is unnecessary. In this case, it is also possible to adopt a configuration in which the eye weight at the time of displaying the infant weight based on the high sensitivity range output is simply changed.

FIG. 3 is an example of an electronic mother and child notebook display screen on the display unit 28 of the mobile phone 4 and shows a weight growth curve graph. This graph is processed by the growth curve software distributed from the mother and child notebook server by registering the ID and password, and the history of infant weight data stored in the storage unit 24 is a graph of weight and age. They are automatically plotted on top, and these are automatically connected and displayed as an individual growth curve 202. Note that the processing of the individual growth curve 202 is only performed by the mobile phone control unit 22 inside the mobile phone 4 and does not flow out to the outside.

In FIG. 3, the latest 10th percentile statistical growth curve 204 and the 90th percentile statistical growth curve 206 are displayed. The latest weight data 208 is uploaded to the maternal and child notebook server 6 by inputting the ID box 210, the password box 212, the handle name box 214, and the sex box 216 through the operation unit 26 and operating the send button 218. The reply is provided by the mother and child notebook server 6.

For privacy reasons, when it is not desired to transmit the weight data 208 or the like to the mother-child notebook server 6, the operation unit 26 simply performs an operation for displaying the weight growth curve. As a result, the 10th percentile statistical growth curve 204 and the 90th percentile statistical growth curve 206 that have already been supplied by registering the ID and password are displayed, and the individual growth curve 202 is displayed in comparison with this. . In this way, it is possible to display the weight growth curve graph as shown in FIG. 3 without performing any communication with the mother-child notebook server 6 at the time of display on the display unit 28.

FIG. 4 is a flowchart showing functions executed by the scale control unit 8 and starts when the power switch of the electronic scale 2 is turned on for weight measurement. When the flow starts, first, in step S2, it is checked whether or not a setting operation related to measurement has been performed within a predetermined time. If a setting operation within a predetermined time is detected, the process proceeds to step S4 to check whether the detected operation is a mother-child measurement setting. If it corresponds, it progresses to step S6 and the display part 16 displays that it is under independent measurement only of the mother, and transfers to step S8. In step S8, it is checked whether or not the weight sensor 12 has detected a weight. If no weight is detected, the process returns to step S6 to continue displaying the single measurement and wait for detection.

When the weight is detected in step S8, the process proceeds to step S10, and it is checked whether or not the detected weight is outside the high sensitivity range shown in FIG. When the detected weight is outside the high sensitivity range, as already explained, the upper limit of the high accuracy region when the weight of the mother alone is below the lower limit of the high accuracy region or when the infant's weight is added. Is expected to exceed If it is out of the high sensitivity range, the process proceeds to step S12, and the zero point is automatically shifted so that the high sensitivity region includes both the weight of the mother alone and the weight of the assumed mother and child. This shift amount is recorded in step S14, and the flow proceeds to step S16. On the other hand, if it is not detected that the weight detected in step S10 is outside the high sensitivity range shown in FIG. 2, the process directly proceeds to step S16. In this case, of course, the zero point shift is not performed.

In step S <b> 16, the single measurement value of the mother obtained through the above process is recorded in the storage unit 10. Next, in step S18, the display unit 16 displays that the mother and child are being measured, and the process proceeds to step S20. In step S20, it is checked whether the mother holds the baby and rides on the electronic scale, and the weight sensor 12 detects a weighted increase from the recorded measurement value of the mother alone. If there is no detection, the process returns to step S18 to continue the display during measurement of mother and child and wait for detection. It should be noted that in step S20, it increases both when the mother receives the baby while riding the electronic weight scale 2 or when the mother once gets off the electronic weight scale 2 and holds the baby and rides the electronic weight scale 2 again. Detection is possible.

When a weighted increase is detected in step S20, the process proceeds to step S22, and the mother-only measurement value recorded in step S16 is subtracted from the mother-child measurement value detected in step S20 to calculate the measurement value of the infant alone. The mother-child measurement value employed in step S22 is the measurement value in the zero-point shift state when the zero-point shift is performed in step S12, and is the same zero point as the mother-only measurement value in step S16. It is in the shift state. Next, at step S24, the scale is switched to one with a finer scale, and the process proceeds to step S26, where the weight of the infant alone is recorded in the storage unit 10 and displayed on the display unit 16. In step S26, the weight of the infant alone is further automatically transmitted from the weight scale short-range communication unit 18 to the mobile phone short-range communication unit 20. The processing from step S16 to step S26 regarding the weight measurement of the infant is not related to whether or not there is a zero point shift in step S12.

Step S28 and subsequent steps are processing relating to the weight of the mother. In step S28, it is checked whether or not a zero point shift has been performed in step S12. If there is a zero point shift, the single measurement value in step S16 is corrected by the shift amount recorded in step S14, and the process proceeds to step S32. On the other hand, if it is confirmed in step S28 that the zero point shift has not been performed, the process directly proceeds to step S32. In this case, of course, no correction is necessary. In step S32, the scale is returned to the normal one, and the process proceeds to step S34 to record the mother's weight in the storage unit 10 and display it on the display unit 16. In step S34, the weight of the mother alone is further automatically transmitted from the weight scale short-range communication unit 18 to the mobile phone short-range communication unit 20, and the flow is terminated. The weight of the mother alone is processed by the electronic mother and child notebook software of the mobile phone 4 and is used for checking the mother's postpartum fertility.

On the other hand, when the operation within the predetermined time is not detected in step S2, it is regarded as normal weight measurement, and the process proceeds to step S36. The same applies to the case where there is an operation within a predetermined time and it is confirmed in step S4 that the operation is not a mother-child measurement. In step S36, the display unit 16 displays that the normal measurement is being performed, and the process proceeds to step S38. In step S38, it is checked whether or not the weight sensor 12 has detected a weight. If no weight is detected, the process returns to step S36 to continue the normal measurement display and wait for detection. When the weight is detected in step S38, the process proceeds to step S32, the display is set as a normal scale, and the weight is recorded, displayed, and transmitted in step S34, and the flow is ended. In the above description, the mother has performed the normal weight measurement even in the normal measurement, but any family member other than the mother can measure the weight via step S36. In this case, it is assumed that “mother” in step S34 is read as “arbitrary family”.

FIG. 5 is a flowchart showing an extracted portion related to the electronic mother / child notebook function among the functions executed by the mobile phone control unit 22, and starts when the power switch of the mobile phone 4 is turned on. When the flow starts, first, the mobile phone 4 is initially started and each function is checked in step S42. In step S44, it is checked whether a weight record is received from the electronic weight scale 2. If there is an incoming call, it is recorded in the storage unit 24 in step S46, and the process proceeds to step S48. On the other hand, if no incoming call is detected in step S44, the process directly proceeds to step S48.

In step S48, it is checked whether or not the mother / child notebook ID has been registered. This mother and child notebook ID is given under the strict personal information management by the public organization when the mother and child notebook is issued as described above. This is to prevent malicious or mischievous access to the mother and child notebook server 6 and to improve the reliability of statistics performed by the mother and child notebook server 6. Whether or not to register the mother and child notebook ID is arbitrary.

If it is determined in step S48 that the mother / child notebook ID has not been registered, the process proceeds to step S50, where it is checked whether a registration operation has been performed by the operation unit 26. When this operation is detected, the process proceeds to step S52, where the access to the mother and child notebook server 6 is performed and a series of registration processes are performed in accordance with instructions from the mother and child notebook server 6. This processing includes ID registration and password authentication for registration as well as setting processing for a handle name and password for future access. When the registration process ends, the process proceeds to step S54. On the other hand, if it is detected in step S48 that the mother and child notebook ID has been registered, the process directly proceeds to step S54.

In step S54, it is checked whether or not the growth curve software has been acquired from the mother and child notebook server 6. If it has not been acquired, the process proceeds to step S56, where the growth curve software for displaying as shown in FIG. 3 and the statistical growth curve data of the 10th percentile and 90th percentile of the latest year of the growth curve are acquired and the process proceeds to step S58. . On the other hand, if the growth curve software has already been acquired, the process directly proceeds to step S58. In addition, also when registration operation is not detected by step S50, it transfers to step S58.

In step S58, it is checked whether or not a weight display operation has been performed by the operation unit 26. When an operation is detected, the process proceeds to step S60, and the weight history recorded in the storage unit 24 is read. In step S62, it is checked whether the development curve software has been acquired. If there is software, the statistical growth curve data of the 10th percentile and 90th percentile are read in step S64. Next, in step S66, it is checked whether or not there has been an operation for uploading the weight information stored in the storage unit to the mother and child notebook server 6. When an operation is detected, the process proceeds to step S68, where the weight information is increased, and in exchange, the 10th percentile and 90th percentile statistical growth curve data based on the latest statistics are also downloaded and updated. Control goes to step S70. Details of the procedure in step S68 are as described in relation to FIG.

On the other hand, if the weight information up operation is not detected in step S66, the process directly proceeds to step S70. If it is not detected in step S62 that the growth curve software has been acquired, the process directly proceeds to step S70. In step S70, weight information is displayed based on the above process. That is, in the case of step S68, the display screen of FIG. 3 is displayed, and the 10th percentile statistical growth curve 204 and the 90th percentile statistical growth curve 206 displayed together with the individual growth curve 202 are the latest. On the other hand, the display screen of FIG. 3 is also displayed when step S66 is directly followed by step S70, but the 10th percentile statistical growth curve 204 and the 90th percentile statistical growth curve 206 displayed together with the individual growth curve 202 are the latest year. It is based on statistics. Further, when the process directly reaches step S70 from step S62, only the individual growth curve 202 obtained by automatically plotting the infant weight data stored in the storage unit 24 on the graph is displayed.

The display in step S70 is automatically terminated after continuing for a predetermined time, and the process proceeds to step S72, where it is checked whether or not a power-off operation of the mobile phone by the operation unit 26 has been performed. When an operation is detected, the flow ends. Note that the power-off operation check in step S72 is also entered when no weight display operation is detected in step S58. If no power off operation is detected in step S72, the process returns to step S42, and steps S42 to S72 are repeated unless a power off operation is detected.

FIG. 6 is a flowchart of functions of the mother-child notebook server 6 executed by the server control unit 34, which starts when the server is started. When the flow starts, first, the server is initially started and each function is checked in step S82. In step S84, it is checked whether or not there is an access for new registration of the mother and child notebook ID. If a new registration access for the mother / child notebook ID is detected in step S84, the process proceeds to step S86, where the ID is registered after authentication of the password for registration and for future access while communicating with the mobile phone 4. And handle name and password setting processing.

Next, in step S88, it is checked whether or not the growth curve software has been transmitted to the access source mobile phone. If it is not detected that the transmission has been completed, the process proceeds to step S90, where processing for transmitting the growth curve software and the statistical growth curve data of the 10th percentile and 90th percentile of the latest year of the growth curve is performed, and the process proceeds to step S92. On the other hand, if the growth curve software has already been transmitted in step S88, the process directly proceeds to step S92. If no new registration of the mother and child notebook is detected in step S84, the process directly proceeds to step S92.

Steps S92 and thereafter relate to a function for updating the statistics in consideration of the uploaded weight information and creating the latest 10th and 90th percentile statistical growth curves. First, in step S92, it is checked whether or not weight information is newly received. If an incoming call is detected, the process proceeds to step S94, where the ID, handle name, and password are authenticated to confirm that the information is not up by mischief. In step S96, the baby's sex is confirmed. In step S98, the infant's age is confirmed. In step S100, the weight information is added to the gender-specific statistics. Thus, in step S102, the growth curve for the corresponding gender is updated. The update in step S102 may be performed every time individual weight data is received, but for example, data for one day may be accumulated and updated collectively at 24:00 on that day.

Next, in step S104, the updated latest growth curve is transmitted to the ID confirmed in step S94. In step S106, data associated with personal information such as ID, handle name, password, etc. attached to the received weight information is deleted, and the process proceeds to step S108. On the other hand, if there is no new incoming weight information in step S92, the process directly proceeds to step S108. In step S108, it is checked whether or not the maintenance time of the mother and child notebook server has come. If it has come, the flow ends. On the other hand, if it is not the maintenance time, the process returns to Step S84, and Steps S82 to S108 are repeated until the maintenance time comes.

The various features of the present invention are not limited to the above-described embodiments, but can be widely applied. For example, the characteristics of the electronic mother and child notebook according to the present invention are not limited to use in combination with the electronic weight scale 2, but can also be used in combination with a dedicated infant weight scale. In the above embodiment, the electronic weight scale 2 and the mobile phone 4 are separate devices. However, all the functions described above are integrated into the electronic weight scale 2 and configured as an integrated electronic weight scale with a built-in mother and child notebook function. Also good. In this case, the electronic weight scale 2 directly communicates with the mother and child notebook server. Furthermore, the electronic scales described in the above embodiments can also be used when the owner holds a subject such as a pet that is difficult to rest directly on the weight scale, and measures the weight.

FIG. 7 is a drawing-substituting photograph showing a block of the entire electronic mother-child notebook system relating to Example 2 of the present invention. The second embodiment includes a maternal and child notebook management system 301, a mobile phone 304, and a mother and child notebook server 306 in an obstetric hospital (hereinafter abbreviated as “maternity hospital”). Since most of the configuration of the mobile phone 304 is the same as that of the first embodiment in FIG. 1, each component is numbered in the 300s, and the corresponding component is common to the 10th place and the 1st place. A description will be omitted unless it is necessary to attach a number. The cellular phone 304 in the second embodiment in FIG. 7 is different from the cellular phone 4 in the first embodiment in FIG. 1 in that the cellular phone infrared communication unit 350 and the radio waves notifying surrounding people that the cellular phone is in the off state. This is a point having an off notification unit 352.

A mobile phone emits radio waves in a standby state as well as during a call, and it is required to turn off the power itself in an aircraft or a hospital so that this does not harm surrounding electronic devices. On the other hand, since mobile phone functions that do not require radio waves, such as music appreciation and photography, are used, the mobile phone can be set to turn off the generation of radio waves without turning off the power itself. The radio wave off notification unit 352 notifies the surroundings that the mobile phone is in such a radio wave off state, and is provided to avoid trouble. Although the radio wave off state is also displayed on the display unit 328, the radio wave off display unit 352 is configured to emit a specific light whose meaning has been recognized to the outside of the mobile phone in order to enhance the notification power to surrounding people. It is configured. It is possible to provide the mobile phone infrared communication unit 350 and the radio wave off notification unit 352 in the second embodiment in FIG. 7 in the first embodiment in FIG. 1, and the portable short-range communication section in the first embodiment in FIG. It is also possible to provide 20 in the second embodiment.

The mobile phone 304 in the second embodiment of FIG. 7 can record and display newborn weight data, height data and head circumference data, and maternal pregnancy progress data until birth as in the first embodiment. it can. These functions are comprehensively managed by the electronic mother and child notebook software installed in the storage unit 324 in the same manner as in the first embodiment. In this way, the mobile phone 304 of the second embodiment also has a function as an electronic mother and child notebook.

The mobile phone 304 can also communicate with the mother-child notebook server 6 via the Internet 332 by the telephone function unit 330 in the normal electronic mother-child notebook mode. Similar to the first embodiment, the mother and child notebook server 306 is a portal site that provides various free information in which health-related public organizations and the baby products industry are linked. And, by registering with the above ID and password, we receive the growth curve software that manages weight, height, and head circumference, and the distribution of statistical growth curve data of the 10th percentile and 90th percentile based on recent year statistics of the growth curve It is the same as in Example 1 that

In addition, by updating the latest baby weight data stored in the storage unit 324 from the mobile phone 304 based on the ID and password, the latest data uploaded from other participants under the same conditions at the present time. It is the same as in the first embodiment that the 10th percentile and 90th percentile statistical growth curve data can be received by collecting and updating the weight data.

As described above, Example 2 in FIG. 7 basically has the same function as Example 1, but features suitable for use by mothers who are hospitalized at the maternity hospital immediately after giving birth are added. . The mother immediately after giving birth measures body temperature regularly every day for the health management of the newborn based on the guidance of the maternity hospital, records the presence or absence of stool and urine, the amount and their state, and also the presence and state of vomiting Be reported. Records and reports of the amount and status of breastfeeding are also required. These reports are usually submitted in a detailed form in accordance with the format specified by the maternity hospital. On the other hand, the second embodiment is configured such that these records and reports can be electronically performed using the in-hospital report mode in the mobile phone 304 and the electronic mother and child notebook software installed therein.

In maternity hospitals, the use of mobile phones is prohibited in the same way as normal medical institutions, and in principle, it is required to turn off the power. In the second embodiment, the mobile phone 304 can be used as an electronic mother and child notebook in such an environment. Therefore, when the electronic mother and child notebook is used in the in-hospital report mode, the mobile phone 304 is set in the radio wave off mode. Two problems arise here. The first problem is to ensure that the radio wave off mode is reliably established as long as the mobile phone 304 is used in the in-hospital report mode of the electronic mother and child notebook. The second problem is to definitely notify the people around the hospital that the mobile phone is being used in the radio wave off mode, thereby preventing trouble.

In order to address the first problem, the mobile phone 304 according to the second embodiment automatically switches the mobile phone 304 to the radio wave off mode automatically when an operation is performed to use the electronic mother and child notebook software in the in-hospital report mode. It is configured as follows. Further, even if the operation of using the electronic mother and child notebook software is performed, the electronic mother and child notebook software in the in-hospital report mode cannot be used unless the mobile phone 304 is switched to the radio wave off mode. Details of this function will be described later. Also, the radio wave off notification unit 352 described above corresponds to the second problem. Since the second embodiment further includes a configuration corresponding to the second problem, this will be described next.

In order to address the second problem related to notifications to the surroundings, the system of Example 2 is designed for the in-hospital use only for mothers who have installed electronic mother-and-child notebook software and have reported that they use a mobile phone as an electronic mother-child notebook in the hospital. A green mobile strap 354 is distributed, obligating it to be attached to the mobile phone 304. The in-hospital dedicated green mobile phone strap 354 has a unique appearance that is recognized in the hospital to indicate that the mobile phone is being used in the radio wave off mode, and has a green appearance that is conscious of safety.

Furthermore, the in-hospital dedicated green mobile phone strap 354 includes a radio wave detection unit 356, and the strap control unit 358 continues to emit light from the radio wave off notification unit 360 unless radio waves are detected. Light emission from the radio wave off notification unit 360 is performed in green, which is also conscious of safety. Thus, the notification power is enhanced by actively emitting light when no radio wave is generated. For such operations, the in-hospital dedicated green mobile strap 354 incorporates a button battery as a power source. Furthermore, as a countermeasure when the battery is exhausted, a radio wave notification unit 362 that emits light by the electromotive force itself generated by the radio wave detection unit based on the radio wave emitted from the mobile phone 304 is provided. The radio wave notification unit 362 flashes in red to make danger aware. Of course, the radio wave notification unit 362 emits light by radio wave detection even when the in-hospital green mobile phone strap 354 does not deplete the button battery. Note that the in-hospital green mobile phone strap 354 is, of course, removed from the mobile phone 304 when making calls using communication radio waves or the Internet outside the hospital.

Under the circumstances in harmony with the surroundings, the hospitalized mother uses the mobile phone 304 with the electronic mother and child notebook software installed, and the data on body temperature, feces, urine, vomiting, and breastfeeding required by the maternity hospital Is input to the mobile phone in the hospital report mode. This input is performed by a graphical user interface (GUI) by the operation unit 326 and the display unit 328. Specifically, an input screen for report items such as body temperature, feces, urine, vomiting, breastfeeding, etc. of the newborn is displayed on the display unit 328, and the report contents can be easily selected by selection or key input by the operation unit 326 based on the input screen. Electronic mother and child notebook software is configured for input.

On the other hand, in the hospital maternal and child notebook management system 301 side of the maternity hospital, in-hospital infrared communication units 364 are installed in important places such as hospital rooms and bedsides. Further, a radio wave detection unit 368 is detected in the vicinity. Thereby, the information input to the mobile phone 304 can be reported to the maternity hospital by infrared communication by the mobile phone infrared communication unit 350 and the in-hospital infrared communication unit 364. The radio wave detection unit 368 has a role of checking whether or not the mobile phone 304 in infrared communication is erroneously emitting radio waves, and the radio wave off notification unit 372 is controlled by the hospital control unit 370 unless the generation of radio waves is detected. Turn on green. This has a function of notifying surrounding people who are watching the operation of the mobile phone 304 for infrared communication. The radio wave off notification unit 372 may be configured to display or announce characters such as “data transfer in radio wave off mode” as a more specific notification.

On the other hand, when the radio wave detection unit 368 detects a radio wave, the radio wave off notification unit 372 is turned off by the control of the hospital control unit 370 and the radio wave notification unit 374 flashes red. This is mainly to issue a warning to the user of the mobile phone 304 and quickly turn off the power of the mobile phone 304 or switch to the radio wave off mode. When such a situation occurs, before the radio wave detection by the in-hospital mother and child notebook management system 301, the radio wave off notification unit 360 in the in-hospital dedicated green mobile strap 354 is turned off, regardless of where the mobile phone 304 is in the hospital. The radio wave notification unit 362 is turned on, and a warning is given to the user.

The basic function on the maternity hospital side in the hospital maternal and child notebook management system 301 is performed by the storage management unit 376 controlled by the hospital control unit 370. The storage management unit 376 stores and manages reports from the mobile phone 304 received by the in-hospital infrared communication unit 364. The in-hospital maternal and child notebook management system 301 also manages newborns in the hospital, and information of a newborn monitor 376 for monitoring the presence or absence of each newborn in the newborn bed and movement heart sounds is automatically input to the in-hospital control unit 370. . The information on the newborn monitor 376 is notified to the nurse station 378 together with the report from the mobile phone 304 stored in the storage management unit 376, and the status of each newborn is grasped by the monitor screen provided on the nurse station 378.

Infrared communication by the mobile phone infrared communication unit 350 and the in-hospital infrared communication unit 364 is not only performed in one direction from the mobile phone 304 to the in-hospital mother / child notebook management system 301 but also by the information from the newborn monitor 376 of the in-hospital mother / child notebook management system 301 and the nurse station 378. It is also an interactive one that allows the mobile phone 304 to take in comments and instructions from the mobile phone 304.

FIG. 8 is a flowchart showing an extracted portion related to the electronic mother / child notebook function among the functions executed by the mobile phone control unit 322, which starts when the power switch of the mobile phone 304 is turned on. When the flow starts, first, the mobile phone 304 is initially started and each function is checked in step S112. In step S114, it is checked whether or not the electronic mother and child notebook software is already installed in the mobile phone 304. If it has been installed, it is checked in step S116 whether or not the in-hospital report mode in the mother and child notebook has been selected, and if there is a selection, the process proceeds to step S118. Note that when the electronic mother and child notebook software is used in a mode other than the in-hospital report mode, such as when the weight gain is recorded at home after giving birth, the process does not correspond to step S116 and does not proceed to step S118.

In step S118, it is checked whether or not the automatic mode for automatically setting the radio wave off mode. The automatic mode is set in advance when custom setting of the mobile phone 304 is performed. If it is not the automatic mode, since it is the manual mode, the process proceeds to step S120, and it is checked whether or not the mobile phone 304 is in the radio wave off mode. If it is not the radio wave off mode, the process proceeds to step S122, and guidance is given by voice or display on the display unit 328 to manually set the radio wave off mode. Next, in step S124, it is checked whether a mode other than the mother / child notebook mode or a mode other than the electronic notebook mode has been selected. If no other mode is selected, the flow returns to step S120. Hereinafter, except when the other mode is selected, Step S120 to Step S124 are repeated until the radio wave off mode is manually set, and the electronic mother / child notebook mode cannot be substantially entered. The flow can proceed to step S126 only after the radio wave off mode is set in step S120.

On the other hand, if the automatic mode is set in step S118, the process proceeds to step S128 to forcibly automatically set to the radio wave off mode, and the process proceeds to step S126. If the radio wave off mode has already been set, nothing is performed in step S128, and the process proceeds to step S126. As described above, when the automatic mode is set, the radio wave off mode setting is automatically and quickly secured in accordance with the in-hospital report mode selection of the electronic mother and child notebook in step S116. As described above, in both the automatic mode and the manual mode, the process does not reach step S126 without setting the radio wave off mode, and when using the mobile phone 304 in the in-hospital report mode of the electronic mother and child notebook, the radio wave is used. It is guaranteed to be in off mode.

In step S126, a display indicating that the mobile phone 304 is in the radio wave off mode is displayed on the radio wave off display unit 352, and notification is given to the surrounding people. The display indicating the radio wave off mode is also displayed on the display unit 328 to display to the user himself that the radio wave off mode is set. Then, while continuing these displays, the flow proceeds to step S130.

In step S130, it is checked whether or not there has been an electronic mother's hand writing for reporting or a browsing operation for reporting items. If there is a corresponding operation, the process proceeds to step S132, where write data is stored and displayed. In case of simple browsing, the written data is displayed. Then, the process proceeds to step S134 while continuing the display, and it is checked whether or not there has been an operation of transmitting the written data to the in-hospital mother and child notebook management system 301 by infrared. If an operation is detected, the process proceeds to step S136, and if there is a response from the in-hospital infrared communication unit, the process proceeds to step S138 to perform infrared in-hospital communication processing, reporting write data and receiving feedback of necessary information, etc., step S140. Migrate to The in-hospital in-hospital communication processing in step S138 is performed by specifying the ID of the mobile phone 304, so that the in-hospital mother and child notebook management system 301 can grasp who the report is from. On the other hand, if there is no response from the in-hospital infrared communication unit in step S136, the process proceeds to step S142, and the infrared communication procedure required by the in-hospital mother and child notebook management system 301 or a predetermined place where infrared in-hospital communication is possible depending on the reason for no response. And move to step S140.

When the mother / child notebook software has not been installed at step S114, when the selection of the in-hospital report mode in the electronic mother / child notebook is not detected at step S116, or when another mode is selected at step S124, or When the writing or browsing operation of the mother-child notebook is not detected in step S130, or when the infrared transmission operation of the writing data is not detected in step S134, the process immediately proceeds to step S140.

In step S140, it is checked whether a power-off operation of the mobile phone has been performed by the operation unit 326. When an operation is detected, the flow ends. If no power-off operation is detected in step S140, the process returns to step S114, and steps S112 to S142 are repeated unless a power-off operation is detected.

The various features relating to the input and reporting of newborn information shown in the second embodiment are not limited to the first embodiment. For example, the report of the input information is not limited to being transmitted to the in-hospital infrared communication unit 364, but may be transferred by infrared communication to a mobile phone held by the nurse in the radio wave off mode. In this case, an in-hospital maternal and child handbook management system can be constructed by simply installing electronic mother and child handbook software on mobile phones that are usually owned by patients and nurses without adding equipment in the hospital. In this case, of course, the in-hospital green mobile phone strap 354 is also attached to the mobile phone owned by the nurse.

The various features related to the input and reporting of newborn information shown in the second embodiment are not limited to the embodiment, and can be widely applied. For example, electronic input of newborn information can be performed by a dedicated input device including an input unit and a screen provided on the bedside, without using a mobile phone. In this case, the problem of the generation of radio waves can be avoided by connecting the input device with the wired communication. Even in such a case, if the electronic mother and child handbook software is installed on the mobile phone for mid- to long-term care from prenatal to postpartum, the data immediately after childbirth entered with the dedicated input device is used. It can be taken into a mobile phone as appropriate by infrared communication or the like. Various features relating to the radio wave off mode can also be utilized in such data acquisition.

Furthermore, although the said Example has described electronic mother and child notebook and an obstetrics hospital as an example, the various characteristics of this invention are not restricted to said Example, and can apply widely. For example, Example 2 discloses an in-hospital mobile phone strap that is recognized as being used in the radio wave off mode in the maternity hospital. However, as long as it is locally recognized that the radio wave off mode is used, a specific place is in the maternity hospital. It is not limited, and a normal hospital may be used. In addition, as long as the awareness of radio wave off mode can be thoroughly communicated to people located in that specific location, and the distribution and management of notification means can also be thoroughly implemented, the specific location is a facility or area other than a hospital. May be.

Although the infrared communication unit is described as an example in the second embodiment as means for performing communication in the radio wave off mode, the various features of the present invention are not limited to the above-described embodiments, and can be widely applied. It is. For example, in the first embodiment, a wireless LAN or infrared communication is exemplified as the short-range communication unit. However, a wireless LAN is possible as long as the radio wave intensity is below an allowable level. It can be employed as a communication means in the radio wave off mode.

  The present invention can be applied to a communication function such as a mobile phone.

330 Wireless communication function 322 Additional function unit 322, 326 Setting unit 352, 354 Communication function inactive state notification unit 356, 360, 362 Guaranty unit 356 Radio wave detection unit 360 Notification unit 362 Notification unit 350 Communication unit 322, 326, 328 Electronic mother and child Notebook function unit 350 Second communication means

Claims (5)

A wireless communication function unit capable of communicating with an external server via the Internet by radio waves, an input means for inputting weight data of a specific individual regardless of the wireless communication function, and the mobile phone inside the mobile phone regardless of the wireless communication function Software for processing weight data of a specific individual, a storage unit for storing the weight data of the specific individual input by the input means, and the specific individual by the software and the input means regardless of the wireless communication function Display means for displaying the body weight data, and the wireless communication function section uses the weight data of the specific person in the storage section as statistical information that does not specify individual persons and individual data. Statistics of weight data of a large number of unspecified individuals who do not identify the individual individuals from the server in exchange for sending anonymously to the server Which receives a broadcast, the wireless communication function unit, the weight data of the particular individual, the same authentication information that is continuously used to authenticate that the sender while being erased after authentication at said server are the same At the same time, by transmitting to the server by the wireless communication function unit, both the reliability that the transmission data is transmitted from the same sender each time and the anonymity of the sender are made compatible . The radio statistics communication function unit receives, the wireless communication function unit according to claim 1, wherein a is the latest of statistical processing, including weight data of the particular individual who sent by the mobile phone . The mobile phone according to claim 1 or 2 , wherein the storage unit receives and stores the software from the server by the wireless communication function unit. The display means, one of claims 1 to 3, characterized in that comparably displaying the statistics the wireless communication function unit body weight data of the particular individual stored in the storage unit has received The mobile phone described in 1. The display means, according to claim 4, characterized in that the comparably displaying the statistics the said particular individual weight data stored in the storage unit wireless communication function unit receives the weight change curve Mobile phone.