JP6924659B2 - Health check system and health check method - Google Patents

Description

The present invention relates to a medical examination system and a medical examination method.

Japan, which has entered a super-aging society, is now aging on a global scale, and there are concerns about an increase in medical expenses. From the viewpoint of curbing the increase in medical expenses, the importance of health examinations that evaluate the health condition through multiple tests and medical examinations and prevent or detect diseases at an early stage is increasing.

Many examinees receive health examinations all at once at facilities such as hospitals, schools, and companies. For this reason, there is a need to develop a health examination system and a health examination method so that a large number of examinees can efficiently undergo a health examination. For example, in Patent Document 1 below, a examinee wraps a wristband with an examinee number around his arm and heads for the window of each inspection facility, and a reading device provided at the window of each inspection facility is used as a wristband. A medical examination system that efficiently performs a medical examination by reading the recorded examinee number is described.

Japanese Unexamined Patent Publication No. 2005-50178

However, the medical examination system described in Patent Document 1 improves the efficiency of procedures at the counter of each inspection facility by using a wristband, but comprehensively improves the series of flow from the reception of the medical examination to the notification of the diagnosis result. It does not change.

The present invention has been made to solve the above-mentioned problems, and an object of the present invention is to provide a medical examination system and a medical examination method that comprehensively streamline the process from receiving a medical examination to notifying a diagnosis result. ..

The medical examination system according to the present invention has a reception unit that links personal information and an examination desired item among a plurality of examination items for each examinee, and a portable vital that acquires the vital data of the examinee. The data acquisition unit, a plurality of inspection data acquisition units capable of acquiring the inspection data of each of the plurality of inspection items, the personal information, the vital data, and the inspection data of the inspection desired item are linked for each examinee. A memory to be attached and stored, a diagnostic processing unit that makes a diagnosis based on the vital data and the inspection data stored in the memory, a result notification unit that notifies the examinee of the diagnosis result by the diagnostic processing unit, and the result notification unit. When there is an uninspected item among the desired inspection items, the uninspected notification unit for notifying that there is the uninspected item, the exit detection unit for detecting the passage of the exit gate of the examinee, and the attraction of the examinee. The exit detection unit has an entry / exit detection unit that can detect entry / exit to / from, and an inspection order determination unit that determines the inspection order of the inspection desired items of the examinee when there are a plurality of the inspection desired items. the in the presence of non-test item, if the testee was attempting to cross the exit detection unit closes the exit gate, the inspection order determination section and out of said attraction which is detected by the detection unit out fill before The waiting time for the next test desired item of the examinee is calculated from the timing of, and if a waiting time occurs when receiving the test for the next test desired item, another test desired item with less waiting time The examination order of the examinee is changed so that the examination is performed next, and the changed examination order is transmitted to the vital data acquisition unit, and the examination order determination unit determines or determines the vital data acquisition unit. The examination order notification unit for notifying the examinee of the changed examination order is provided .

The medical examination method according to the present invention includes a reception step in which the reception unit links personal information and an examination desired item among a plurality of examination items for each examinee, and a vital data acquisition unit carried by the examinee. The vital data acquisition step of acquiring the vital data of the examinee, the examination data acquisition step in which the examination data acquisition unit acquires the examination data of the examination desired item, and the diagnosis processing unit associating each examinee with each other. There are a diagnostic step in which diagnosis is performed based on vital data and the test data, a result notification step in which the result notification unit notifies the diagnosis result in the diagnostic step, and an untested item among the inspection desired items in the untested notification unit. In this case, the step of notifying that there is the untested item, the step of detecting the entry / exit of the examinee to the attraction by the entry / exit detection unit, and the step of the exit detection unit detecting the passage of the examinee, and the uninspected item. In a certain state, when the examinee tries to pass through the exit detection unit, a step of closing the exit gate, and when the examination order determination unit has a plurality of the examination desired items, the examinee's examination desired item The waiting time for the next inspection desired item of the examinee is calculated from the step of determining the inspection order and the entry / exit timing of the attraction detected by the inspection order determination unit, and the next inspection is performed. If there is a waiting time when the desired item is inspected, the inspection order of the examinee is changed so that the other inspection desired item with less waiting time is inspected next, and the vital data is obtained. The examination order notification unit has a step of transmitting the changed examination order to the acquisition unit, and a step of notifying the examinee of the examination order determined or changed by the examination order determination unit .

In the above-mentioned medical examination system, the reception department links personal information and desired examination items for each examinee (reception). The vital data acquisition unit acquires vital data, and the inspection data acquisition unit acquires the inspection data of the desired inspection item (inspection). The acquired personal information, vital data, and test data are stored in the memory in a state of being linked to each examinee, and the diagnostic processing unit makes a diagnosis based on the vital data and the test data stored in the memory (diagnosis). ). The result notification unit notifies the diagnosis result (notification of the diagnosis result). In this way, the medical examination system streamlines the flow from the reception of the medical examination to the notification of the diagnosis result. The same applies to the medical examination method.

It is a schematic diagram of the medical theme park to which the medical examination system which concerns on embodiment of this invention is applied. It is a schematic diagram which shows the medical examination system which concerns on embodiment. It is a schematic diagram which shows the reception terminal of the entrance gate of the medical examination system which concerns on embodiment. It is a schematic diagram which shows the vital band which concerns on embodiment. It is a schematic diagram which shows the attraction of the medical examination system which concerns on embodiment. It is a block diagram of the attraction of FIG. 5A. It is a schematic diagram which shows the attraction of the medical examination system which concerns on embodiment. It is a block diagram of the attraction of FIG. 6A. It is a schematic diagram which shows the attraction of the medical examination system which concerns on embodiment. It is a block diagram of the attraction of FIG. 7A. It is a schematic diagram which shows the attraction of the medical examination system which concerns on embodiment. It is a block diagram of the attraction of FIG. 8A. It is a block diagram which shows the medical examination equipment of the medical examination system which concerns on embodiment. It is a block diagram which shows the central server of the medical examination system which concerns on embodiment. It is a schematic diagram which shows the output terminal of the exit gate of the medical examination system which concerns on embodiment. It is a flowchart which shows the medical examination method which concerns on embodiment. It is a subroutine flowchart which shows the examination data acquisition step of the medical examination method which concerns on embodiment. It is a schematic diagram which shows the attraction which concerns on the modification.

Hereinafter, the medical examination system 1 and the medical examination method according to the embodiment of the present invention will be described with reference to the attached drawings. The following description does not limit the technical scope and meaning of terms described in the claims. In addition, the dimensional ratios in the drawings are exaggerated for convenience of explanation and may differ from the actual ratios.

(Medical examination system)
1 and 2 are diagrams for explaining the medical theme park P and the medical examination system 1 of the medical theme park P. 3 to 11 are diagrams for explaining each part of the medical examination system 1.

As shown in FIG. 1, the medical theme park P is composed of a five-story building. At Medical Theme Park P, visitors can undergo health examinations while experiencing attractions 30, work experiences such as nurses and doctors, purchase health-related products, and nutrition at food courts and restaurants. It is structured as a theme park related to health and medical care where you can eat food. Medical Theme Park P helps a wide range of visitors, from children to the elderly, to enjoy and understand health and raise awareness of self-medication.

The health examination system 1 is configured as a system used for a health examination performed at the medical theme park P. In addition, in this specification, "health examination" means to have a examinee undergo various examinations and evaluate the health condition of the examinee, and general health which is obliged to undergo an annual examination by law. Includes diagnosis, human docks that can be received at will, and specific health checkups that specialize in metabolic syndrome.

The medical examination system 1 is outlined with reference to FIG. 2, which includes an entrance gate 10 for managing the entrance of examinees, a portable vital band 20 for acquiring vital data (corresponding to the “vital data acquisition unit”), and a vital band 20 (corresponding to the “vital data acquisition unit”). An attraction 30 that allows the examinee to acquire vital data and test data while experiencing a plaything that simulates the human body, a medical examination facility 40 that can acquire test data without experiencing the attraction 30, and various data. It has a central server 50 that manages and diagnoses, and an exit gate 60 that manages the exit of the examinee. The thin arrow in FIG. 2 indicates the exchange of various data by wireless communication (wireless LAN, etc.) between the above components, and the thick arrow indicates the flow of the examinee. Hereinafter, each part of the medical examination system 1 will be described.

(Admission gate)
The entrance gate 10 is provided on the first floor of the medical theme park P (see FIG. 1). As shown in FIG. 2, the entrance gate 10 includes a reception terminal 11 (corresponding to a “reception unit”) that accepts input of the personal information of the examinee and an inspection desired item among a plurality of inspection items, and a vital band. The entrance detection unit 12 for detecting the entrance of the examinee to which the 20 is attached is provided. Hereinafter, each part of the entrance gate 10 will be described.

First, the reception terminal 11 will be described.

As shown in FIG. 3, the reception terminal 11 provides an input IF 11a for receiving input of various data from the examinee, assigns an ID to each examinee, registers the ID in the vital band 20, and provides the band to the examinee. A unit 11b, a memory 11c capable of temporarily storing various data, and a transmission / reception unit 11d capable of transmitting / receiving data to / from the central server 50 are provided. Hereinafter, each part of the reception terminal 11 will be described.

In the present embodiment, the input IF 11a is configured by a touch panel. However, the configuration of the input IF11a is not particularly limited as long as it can accept the input of various data from the examinee, and may be configured by, for example, a keyboard.

The input IF11a accepts inputs such as personal information of the examinee, desired items for examination, selection of examination place for some diagnostic items, and the like. Personal information is not particularly limited, but for example, name / name, address, company name, school name, family hospital name, medical history, prior interview, email address of individual / company / school / family doctor, electronic medical record, etc. Is. The desired test items are not particularly limited, but height / weight test, abdominal circumference test, sight / hearing test, chest X-ray test, urinalysis, blood test (liver function, anemia, blood lipid, blood sugar, etc.), Electrocardiography, ultrasonography, etc. The selection of the inspection location for some diagnostic items means that, in the present embodiment, some inspection items can be inspected at both the attraction 30 and the medical examination facility 40. Therefore, either the attraction 30 or the medical examination facility 40 can be selected. It means to select whether to perform the inspection with. In addition, the examinee can input personal information, desired items for examination, selection of examination place, etc. in advance on a smartphone or PC at home, and the input IF11a can read the input contents in advance and have the examinee make a final confirmation. good.

The band providing unit 11b stores the ID assigned to each examinee in the memory 24 of the vital band 20, and provides the examinee with the vital band 20 in which the ID is stored.

The memory 11c stores data such as personal information of the examinee, desired items for examination, and selection of an examination place for each assigned ID. In this way, the reception terminal 11 can associate data such as the personal information of the examinee, the desired inspection item, and the selection of the inspection location by the ID.

The transmission / reception unit 11d transmits data such as an ID, personal information, inspection desired items, and selection of inspection location stored in the memory 11c to the central server 50.

Next, the entrance detection unit 12 will be described.

As shown in FIG. 2, the entrance detection unit 12 is provided at the back of the reception terminal 11. The entrance detection unit 12 is composed of a gate. When the admission detection unit 12 detects the passage of the examinee who has the vital band 20 attached, the admission detection unit 12 instructs the vital band 20 to start acquiring vital data.

(Vital band)
As shown in FIG. 4, the vital band 20 is built in the main body 21 that can be carried, the measuring unit 22 that is built in the main body 21 and can acquire the vital data of the examinee, and the main body 21. , A transmission / reception unit 23 capable of transmitting / receiving data between the entrance gate 10, the central server 50, and the exit gate 60, a memory 24 built in the main body 21 and capable of storing various data, and the main body 21. In addition to being provided, it also has a notification unit 25 (corresponding to an "uninspected notification unit" and an "inspection order notification unit") that notifies the examinee of various information. Hereinafter, each part of the vital band 20 will be described in detail.

The main body 21 has a shape long in the longitudinal direction and is wrapped around the examinee's arm. As described above, since the vital band 20 can be carried by the examinee, the vital data can be acquired at any timing.

The measuring unit 22 measures vital data such as pulse rate, blood pressure, body temperature, and respiratory rate with the main body 21 wrapped around the examinee's arm. In the present embodiment, the measuring unit 22 measures vital data from the time when the examinee passes through the entrance detection unit 12 of the entrance gate 10 to the time when the examinee passes through the exit detection unit 61 of the exit gate 60. However, the timing at which the measuring unit 22 acquires vital data is not particularly limited. For example, the measuring unit 22 may acquire vital data only at a predetermined timing (while experiencing the attraction 30 or the like).

When the examinee passes through the entrance detection unit 12 of the entrance gate 10, the transmission / reception unit 23 receives an instruction to start acquisition of vital data from the entrance detection unit 12. Further, the transmission / reception unit 23 receives the inspection order of the inspection desired items from the central server 50. Further, when the examinee passes through the exit detection unit 61 of the exit gate 60, the transmission / reception unit 23 receives an instruction from the exit detection unit 61 to end acquisition of vital data and an instruction to transmit vital data to the central server 50. According to this instruction, the transmission / reception unit 23 transmits the ID and vital data to the central server 50. This allows the central server 50 to make a diagnosis based on vital data.

The memory 24 stores data such as ID, vital data, and inspection order of desired inspection items.

The notification unit 25 is not particularly limited, but can be configured by, for example, a speaker, a liquid crystal panel, or the like. The notification unit 25 notifies the examinee of the inspection order of the desired inspection items. In addition, the notification unit 25 notifies the movement route to the next inspection location. In addition, the notification unit 25 notifies that there are uninspected items when heading to the exit gate 60 with uninspected items among the desired inspection items.

(Attraction)
As shown in FIG. 2, the attraction 30 includes an intracerebral maze 31 which is a three-dimensional maze simulating a cerebral blood vessel, a catheter coaster 32 simulating a catheter running in a central blood vessel and a peripheral blood vessel, and a drug solution for cancer cells. Gun shooting 33 (corresponding to "test data acquisition unit") that simulates irradiation with, etc., and syringe ride 34 ("test data acquisition unit") that simulates supplying chemicals, nutrients, etc. to the lesion area by a syringe pump. ”) And. Hereinafter, each part of the attraction 30 will be described.

First, the intracerebral maze 31 will be described.

The intracerebral maze 31 is provided on the 5th floor of the medical theme park P (see FIG. 1). As shown in FIG. 5A, the intracerebral maze 31 is a three-dimensional maze that reproduces lesions such as cerebral blood vessels and stenosis. In the intracerebral maze 31, treatment items for lesions, panels related to cerebrovascular diseases (not shown), and the like are provided. In the process of exploring the intracerebral maze 31, the examinee applies a treatment item to a lesion such as a stenosis that blocks the way, or answers a quiz about the treatment of cerebrovascular disease. Proceed to. Therefore, the examinee can enjoy and deepen his / her understanding of the brain disease.

In the intracerebral maze 31, the vital band 20 can acquire vital data such as blood pressure and pulse during exercise and tension. Since the examinee walks in the intracerebral maze 31 with his / her feet, the vital band 20 can acquire the vital data during the exercise of the examinee. In addition, the examinee is expected to be in a tense state when taking a quiz. Therefore, the vital band 20 can acquire vital data in a tense state.

As shown in FIG. 5B, the intracerebral maze 31 transmits / receives data between the entry / exit detection unit 31a capable of detecting the entry / exit of the examinee into the intracerebral maze 31 and the ID of the examinee who has entered / exited, and the central server 50. It is provided with a transmission / reception unit 31b capable of performing the above. When the entry / exit detection unit 31a detects that the examinee has entered the intracerebral maze 31, the transmission / reception unit 31b transmits that fact and the examinee's ID to the central server 50. Further, when the entry / exit detection unit 31a detects that the examinee has exited the intracerebral maze 31, the transmission / reception unit 31b transmits that fact and the examinee's ID to the central server 50. Therefore, the central server 50 can extract the vital data acquired during the experience of the intracerebral maze 31 from the time-series vital data acquired by the vital band 20 when performing the diagnosis. In addition, the central server 50 can grasp the number of examinees who are experiencing the intracerebral maze 31 by grasping the timing of entering and exiting the examinees.

Next, the catheter coaster 32 will be described.

The entrance of the catheter coaster 32 is provided on the 4th floor of the medical theme park P (see FIG. 1). As shown in FIG. 6A, the catheter coaster 32 is a roller coaster in which a coaster simulating a catheter runs in a path that reproduces a lesion such as a central blood vessel, a peripheral blood vessel, and a stenosis. The coaster carrying the examinee travels on a sharp curve (not shown) that reproduces a curved artery such as the ascending aorta or the aortic arch, or on a peripheral blood vessel (not shown) that has a smaller blood vessel diameter than the central blood vessel. Therefore, the examinee can enjoy and deepen the understanding of the vascular structure. Further, in the present embodiment, the coaster is provided with a stenosis dilator (not shown) simulating a balloon and a stent, and the coaster proceeds while treating the stenosis provided in various places with the dilator. I will go. Therefore, the examinee can enjoy and deepen the understanding of the difference between the lesion site and the treatment method between the central blood vessel and the peripheral blood vessel.

In the catheter coaster 32, since the examinee is on a coaster that suddenly descends or ascends, the vital band 20 has blood pressure, pulse, etc. in a state where the examinee is subjected to a load such as acceleration or is in a state of fear. Vital data can be obtained.

As shown in FIG. 6B, the catheter coaster 32 includes an entry / exit detection unit 32a capable of detecting the entry / exit of the examinee into the catheter coaster 32, and a transmission / reception unit 32b capable of transmitting / receiving data between the central server 50. I have. When the entry / exit detection unit 32a detects that the examinee has entered the catheter coaster 32, the transmission / reception unit 32b transmits that fact and the examinee's ID to the central server 50. Further, when the entry / exit detection unit 32a detects that the examinee has left the catheter coaster 32, the transmission / reception unit 32b transmits that fact and the examinee's ID to the central server 50. Therefore, the central server 50 can extract the vital data acquired during the experience of the catheter coaster 32 from the time-series vital data acquired by the vital band 20 when performing the diagnosis. In addition, the central server 50 can grasp the number of examinees who are experiencing the catheter coaster 32.

As described above, in the medical examination system 1 of the present embodiment, the examinee experiences not only the vital data in normal times but also during exercise, tension, and acceleration load by experiencing the intracerebral maze 31 and the catheter coaster 32. It is possible to acquire vital data such as when feeling afraid.

Next, the gun shooting 33 will be described.

The gun shooting 33 is provided on the third floor of the medical theme park P (see FIG. 1). As shown in FIG. 7A, the gun shooting 33 is a roller coaster that travels on a coaster in a path that reproduces the liver artery, liver cancer, immune system, etc., and shoots a liquid simulating an anticancer drug toward liver cancer with a gun. It is an attraction that combines shooting and shooting. Therefore, the examinee can enjoy and deepen his / her understanding of liver cancer and the difference between humoral immunity and cell-mediated immunity.

The gun shooting 33 performs a hearing test and a visual acuity test. As shown in FIG. 7B, the gun shooting 33 includes an entry / exit detection unit 33a capable of detecting the entry / exit of the examinee into the gun shooting 33 and the ID of the examinee, an inspection unit 33b for performing a hearing test and a visual acuity test, and various data. The memory 33c for storing the data and the transmission / reception unit 33d capable of transmitting / receiving data between the central server 50 and the central server 50 are provided.

In the hearing test, as shown in FIG. 7A, the examinee is instructed to wear headphones while riding on a coaster and to shoot a gun at liver cancer when a predetermined sound is heard. The examination unit 33b examines the hearing according to whether or not the examinee shoots a gun when a predetermined sound is heard. The hearing test method is not limited to the above method as long as the examinee can perform the hearing test while experiencing the gun shooting 33.

In the visual acuity test, the examinee is instructed to shoot a gun at a marker (not shown) of a predetermined size provided on either the top, bottom, left, or right of the liver cancer. The examination unit 33b examines the visual acuity depending on whether or not the examinee points the gun in the direction in which the marker is provided. The method of the visual acuity test is not limited to the above method as long as the examinee can perform the visual acuity test while experiencing the gun shooting 33.

The memory 33c stores the entry / exit timing and the test data of the hearing test / visual acuity test for each ID of the examinee.

The transmission / reception unit 33d transmits the entry / exit timing associated with each examinee's ID, the test data of the hearing / visual acuity test, and the like to the central server 50.

Next, the syringe ride 34 will be described.

The syringe ride 34 is provided on the third floor of the medical theme park P (see FIG. 1). As shown in FIG. 8A, the syringe ride 34 has a screen on which an image of the patient's body (or an image simulating the inside of the body) is projected, and a seat that moves according to the image projected on the screen. ing. The seat mimics a syringe that injects drugs and nutrients into the patient's body. The examinee sits in the seat with 3D glasses on, and the syringe injects nutritional supplements into the nutrient-deficient part of the body or injects the medicine into the lesion, resulting in physical discomfort. Experience the journey to save a patient who complains. As a result, the examinee can enjoy and deepen his / her understanding of infusions such as drugs and nutritional supplements.

Syringe Ride 34 performs abdominal circumference examination and chest x-ray examination. As shown in FIG. 8B, the syringe ride 34 includes an entry / exit detection unit 34a capable of detecting the entry / exit of the examinee into the syringe ride 34 and the ID of the examinee, and an examination unit 34b for performing an abdominal circumference examination and a chest X-ray examination. It includes a memory 34c for storing various data and a transmission / reception unit 34d capable of transmitting / receiving data to / from the central server 50.

The examination unit 34b measures the abdominal circumference by the examinee sitting on the seat and tightening the belt. In addition, the examination unit 34b acquires a chest X-ray image of the examinee while the examinee sits on the seat and fastens the belt. The method of the abdominal circumference examination and the chest X-ray examination is not limited to the above method as long as the examinee can perform the abdominal circumference examination and the chest X-ray examination while experiencing the syringe ride 34.

The memory 34c records the entry / exit timing and the examination data of the abdominal circumference / chest X-ray examination for each ID of the examinee.

The transmission / reception unit 34d transmits the entry / exit timing and the examination data of the abdominal circumference / chest X-ray examination associated with each examinee's ID to the central server 50.

(Medical examination equipment)
The health examination facility 40 is a facility (general health examination facility provided in a hospital or the like) that allows a person to receive a health examination without experiencing the attraction 30.

As shown in FIG. 2, the medical examination facility 40 includes a plurality of inspection facilities 41 (corresponding to the “inspection data acquisition unit”) that acquire inspection data according to each diagnosis item.

The plurality of examination equipment 41 is not particularly limited, but for example, height / weight examination equipment, abdominal circumference examination equipment, sight / hearing examination equipment, chest X-ray examination equipment, urine examination equipment, blood examination equipment, electrocardiogram examination equipment, super Sound echo inspection equipment, image inspection equipment such as MRI / CT, etc.

The height / weight inspection equipment is not particularly limited, but can be provided, for example, at the back of the entrance gate 10 on the first floor of the medical theme park P.

The abdominal circumference examination equipment, the visual acuity / hearing examination equipment, and the chest X-ray examination equipment are not particularly limited, but can be provided, for example, on the second floor of the Medical Theme Park P. The abdominal circumference test, visual acuity / hearing test, and chest X-ray test overlap with the test items tested by attraction 30. Therefore, as described above, the examinee selects whether to perform the examination at the attraction 30 or the medical examination facility 40 for these items.

Urinalysis equipment is not particularly limited, but can be provided, for example, in the toilet on each floor. Therefore, when there are many examinees, it is possible to suppress an increase in waiting time due to urinalysis. In addition, the examinee can undergo a urine test at a desired timing.

The blood test equipment, the electrocardiogram test equipment, and the ultrasonic echo test equipment are not particularly limited, but can be provided, for example, on the second floor of the medical theme park P. The electrocardiogram examination equipment and the ultrasonic echo examination equipment also have a function as a resting place. When tired of experiencing the attraction 30, the examinee can lie on the bed of the electrocardiogram examination equipment and the ultrasonic echo examination equipment and take an electrocardiogram examination or an ultrasonic echo examination while taking a break. The vital band 20 can acquire vital data in normal times while the examinee is taking a break with the electrocardiogram examination equipment and the ultrasonic echo examination equipment.

Image inspection equipment such as MRI and CT is not particularly limited, but can be provided, for example, behind the entrance gate 10 on the first floor of the medical theme park P.

As shown in FIG. 9, each inspection facility 41 includes an entry / exit detection unit 41a capable of detecting the entry / exit of the examinee into each inspection facility 41 and the ID of the examinee, and an inspection unit that acquires inspection data according to the inspection item. It includes a 41b, a memory 41c for storing various data, and a transmission / reception unit 41d capable of transmitting / receiving data between the central server 50.

The inspection unit 41b can be configured by, for example, a known inspection device, inspection instrument, or the like according to the inspection item. In the present embodiment, in the blood test facility, the examinee collects blood by himself / herself using the self-collection kit, and the examination unit 41b examines the blood self-collected by the examinee. Therefore, when there are many examinees, the waiting time in the blood test facility can be alleviated. The method of collecting blood in the blood test facility is not limited to the above, and a doctor, a nurse, or the like may collect blood with a syringe.

The memory 41c stores the entry / exit timing and the inspection data to each inspection equipment 41 for each ID of the examinee.

The transmission / reception unit 41d transmits to the central server 50 the timing of entry / exit to and from each inspection facility 41 and inspection data associated with each examinee's ID.

(Central server)
As shown in FIG. 10, the central server 50 includes a diagnostic processing unit 51 that diagnoses based on vital data and test data, a test order determination unit 52 that determines the test order of each examinee's desired test item, and various data. It is provided with a memory 53 capable of storing data, and a transmission / reception unit 54 capable of transmitting / receiving data between the entrance gate 10, the vital band 20, the attraction 30, the medical examination facility 40, and the exit gate 60.

The diagnostic processing unit 51 evaluates (diagnoses) the health condition of the examinee based on the vital data and the examination data stored in the memory 53. The diagnostic processing unit is composed of a CPU that executes a program for evaluating a health condition. The health condition can be evaluated, for example, by determining whether or not the acquired vital data and the test data meet the criteria of each test item stored in the memory 53. In addition, the diagnostic processing unit 51 may compare the diagnostic result obtained when the medical theme park P was visited last time with the diagnostic result obtained this time. Further, the diagnosis processing unit 51 may compare the diagnosis result of the health examination received at the facility other than the medical theme park P with the diagnosis result acquired at the medical theme park P this time. In addition, the diagnostic processing unit 51 picks up medical / health-related products stored in the memory 53 according to the diagnosis result.

The inspection order determination unit 52 is not particularly limited, but is composed of, for example, a CPU that executes a program for determining the inspection order, artificial intelligence, and the like. First, when the inspection order determination unit 52 receives data such as an examination desired item from the reception terminal 11, it determines the inspection order of the inspection desired item and transmits the inspection order to the vital band 20. The examination order determination unit 52 is not particularly limited, but for example, if there is no waiting time at the attraction 30 / medical examination facility 40, the examinee may move from the upper floor to the lower floor of the medical theme park P. It is possible to determine the inspection order of the items to be inspected. This allows the examinee to create a flow from the upper floor to the exit gate 60 on the lower floor. The inspection order determination unit 52 is not particularly limited, but for example, the waiting time is calculated from the entry / exit timing of each examinee to each attraction 30 and the medical examination facility 40, and one examinee inspects the next inspection desired item. If there is a waiting time when receiving the inspection, the inspection order may be changed so that the inspection of other desired inspection items with less waiting time is performed next. The inspection order determination unit 52 may periodically change the inspection order and transmit the changed inspection order to the vital band 20. Temporarily, the examinee went to other facilities of Medical Theme Park P such as toilets, food courts, restaurants, work experience facilities, shops, etc. during the medical examination, and the waiting time of attractions 30 and medical examination facilities 40 changed during that time. Even so, according to the changed test order, the examinee can then take the test item with less waiting time.

The memory 53 includes various programs, criteria for each inspection item used when the diagnostic processing unit 51 makes a diagnosis, and a plurality of medical / health-related memories used when the diagnostic processing unit 51 picks up a product according to the diagnosis result. Store data such as products. In addition, the memory 53 contains personal information, examination desired items, examination order, entry / exit timing to each attraction 30 / medical examination facility 40, vital data, examination data, diagnosis result, comparison result, and diagnosis result for each examinee's ID. Store the products, etc. according to the above.

(Exit gate)
As shown in FIG. 2, the exit gate 60 collects the exit detection unit 61 that detects the passage of the examinee, the output terminal 62 (corresponding to the “result notification unit”) that outputs the diagnosis result, and the vital band 20. It includes a collection unit 63. Hereinafter, each part of the exit gate 60 will be described.

First, the exit detection unit 61 will be described.

The exit detection unit 61 is composed of a gate that detects the passage of the examinee with the vital band 20 attached. When the exit detection unit 61 detects the passage of the examinee who has the vital band 20 attached, the exit detection unit 61 instructs the vital band 20 to end the acquisition of the vital data and transmit the acquired vital data to the central server 50. As a result, the vital band 20 transmits the vital data to the central server 50, and the diagnostic processing unit 51 starts the diagnosis. Further, the exit detection unit 61 may close the gate to prevent the examinee from leaving when the examinee tries to pass through the exit detection unit 61 while there are uninspected items.

Next, the output terminal 62 will be described.

As shown in FIG. 11, the output terminal 62 includes an input IF 62a that receives an output instruction of a diagnosis result from a examinee, an output IF 62b that outputs a diagnosis result, a memory 62c that stores various data, and a central server 50. It is provided with a transmission / reception unit 62d capable of transmitting / receiving data between them.

In the present embodiment, the input IF 62a is configured by a touch panel. However, the configuration of the input IF62a is not particularly limited as long as it can accept the output instruction of the diagnosis result from the examinee, and may be configured by, for example, a keyboard.

The output IF 62b is not particularly limited, but can be configured by, for example, a printer. The output IF 62b outputs data such as an ID, personal information, a diagnosis result, a comparison result, and a product corresponding to the diagnosis result stored in the memory 62c.

The memory 62c temporarily stores personal information, a diagnosis result, a comparison result, a product corresponding to the diagnosis result, and the like for each ID.

The transmission / reception unit 62d receives data such as an ID, personal information, a diagnosis result, and a comparison result from the central server 50.

Next, the collection unit 63 will be described.

As shown in FIG. 2, the collection unit 63 is configured by a box capable of accommodating a plurality of vital bands 20 in the present embodiment. The examinee returns the vital band 20 to the collection unit 63 before leaving the medical theme park P.

(Medical examination method)
Next, the medical examination method carried out by the medical examination system 1 will be described.

The medical examination method will be outlined with reference to FIG. 12, and the reception step S1 for associating the personal information and the desired examination item for each examinee and the vital data acquisition for acquiring the vital data by the vital band 20 carried by the examinee. Step S2, test data acquisition step S3 for acquiring test data of desired test items, diagnosis step S4 for performing diagnosis based on vital data and test data associated with each examinee, and diagnosis results in diagnosis step S4. It has a result notification step S5 to notify. Hereinafter, each step will be described.

In the reception step S1, first, the entrance gate 10 accepts the input such as the personal information of the examinee, the desired examination items, and the selection of the examination place for some diagnostic items by the input IF11a. Next, the entrance gate 10 assigns an ID to each examinee by the band providing unit 11b, and provides the examinee with a vital band 20 storing the ID. In addition, the entrance gate 10 transmits data such as personal information associated with each ID, desired inspection items, and selection of inspection locations for some diagnostic items to the central server 50 by the transmission / reception unit 11d. The inspection order determination unit 52 of the central server 50 determines the inspection order of the inspection desired items.

In the vital data acquisition step S2, the entrance detection unit 12 of the entrance gate 10 detects the passage of the examinee who has the vital band 20 wrapped around his arm, and instructs the vital band 20 to start acquiring the vital data. As a result, the vital band 20 starts acquiring vital data. The vital data acquisition step S2 in which the vital band 20 acquires vital data continues until the examinee passes through the exit detection unit 61 of the exit gate 60.

Next, the inspection data acquisition step S3 will be described. The description of the test data acquisition step S3 will be described with reference to FIG. 13, taking as an example the case where the first test item of the examinee is the hearing / visual acuity test of the gun shooting 33.

First, the vital band 20 receives the inspection order from the central server 50 (S31). Next, the vital band 20 notifies the examinee that the next test item is the hearing / visual acuity test of the gun shooting 33 (S32). Next, the entry / exit detection unit 33a of the gun shooting 33 detects that the examinee has entered the gun shooting 33 and the examinee's ID, and transmits that fact and the examinee's ID to the central server 50 (S33). Next, the inspection unit 33b of the gun shooting 33 performs a hearing / visual acuity test and acquires test data (S34). Next, the entry / exit detection unit 33a of the gun shooting 33 detects that the examinee has left the gun shooting 33, and the transmission / reception unit 33d transmits that fact, the examinee's ID, and the examination data to the central server 50 ( S35). Next, the vital band 20 determines whether or not there is an uninspected item (S36). If there are uninspected items (S36: Yes), the process returns to step S31. If there are no untested items (S36: No), the vital band 20 notifies the examinee that he / she is heading for the exit gate 60 (S37). As a result, the inspection data acquisition step S3 ends.

In addition, in the inspection data acquisition step S3, the examinee goes to other facilities of the medical theme park P such as a toilet, a food court, a restaurant, a work experience facility, and a shop before undergoing the inspection of the next inspection desired item. May be good. Since the inspection order determination unit 52 periodically changes the inspection order and sends the changed inspection order to the vital band 20, it is assumed that the examinee is in the middle of the health examination, and the toilet, food court, restaurant, occupation. Even if the waiting time of the attraction 30 or the medical examination facility 40 changes during the visit to other facilities of the medical theme park P such as the experience facility and the shop, the examinees will have less waiting time according to the changed examination order. You can take the inspection items next.

In the diagnosis step S4, the exit detection unit 61 of the exit gate 60 detects the passage of the examinee, instructs the vital band 20 to finish the acquisition of vital data, and instructs the vital band 20 to transmit the ID and vital data to the central server 50. .. Next, the vital band 20 finishes the acquisition of the vital data and transmits the ID and the vital data to the central server 50. The memory 53 of the central server 50 stores personal information, vital data, and inspection data in association with each other based on the ID. The diagnosis processing unit 51 performs diagnosis based on the vital data and inspection data stored in the memory 53, compares with the previous diagnosis result, picks up a product according to the diagnosis result, and the like.

In the result notification step S5, the output terminal 62 of the exit gate 60 receives a notification instruction of the diagnosis result from the examinee. As a result, the output terminal 62 receives data such as an ID, personal information, a diagnosis result, a comparison result, and a product corresponding to the diagnosis result from the central server 50, and outputs these data. The examinee returns the vital band to the collection unit 63.

This completes the health examination at Medical Theme Park P. Before heading to the exit gate 60, the examinee may use an experience booth, a shop, a food court, etc. where nurses, doctors, and the like can experience work.

As described above, the medical examination system 1 according to the present embodiment has a reception terminal 11 that links personal information and an examination desired item among a plurality of examination items to be examined for each examinee, and a carrying device that acquires vital data of the examinee. Possible vital band 20, multiple test data acquisition units (gun shooting 33, syringe ride 34 and test equipment 41) that can acquire test data for each of the plurality of test items, and personal information and vital data for each examinee. And the memory 53 that stores the test data in association with each other, the diagnostic processing unit 51 that performs diagnosis based on the vital data and test data stored in the memory 53, and the output that notifies the examinee of the diagnosis result by the diagnostic processing unit 51. It has a terminal 62 and.

The medical examination system 1 configured as described above can streamline the flow from the reception of the medical examination to the notification of the diagnosis result.

Further, the medical examination system 1 further includes an entrance detection unit 12 for detecting the passage of the examinee and an exit detection unit 61 for detecting the passage of the examinee, and the vital band 20 is examined by the entrance detection unit 12. When the entry of a person is detected, the acquisition of vital data is started, and when the exit detection unit 61 detects the exit of the examinee, the acquisition of the vital data is completed and the vital data is transmitted to the memory 53. Since the examinee can start and end the acquisition of vital data and transmit the vital data only by passing through the entrance detection unit 12 and the exit detection unit 61, the medical examination system 1 can perform the medical examination more efficiently. You can.

Further, the vital band 20 includes a notification unit 25 for notifying when there is an uninspected item among the inspection desired items. Therefore, the examinee can easily grasp that there are untested items among the desired test items.

Further, the medical examination system 1 further includes an examination order determining unit 52 for determining the examination order of the examination desired items of the examinee, and the vital band 20 includes a notification unit 25 for notifying the examinee of the examination order. Therefore, the examinee can easily grasp the following inspection items.

In addition, when a waiting time occurs when the inspection desired item is inspected, the inspection order determination unit 52 sets the inspection order so that the other inspection desired item having the shorter waiting time is inspected next. change. Therefore, the health examination system 1 can perform the health examination more efficiently.

In addition, the entrance gate 10 assigns an ID to each examinee. Therefore, the medical examination system 1 can identify the examinee by the ID and manage the vital data and the examination data for each examinee.

Further, the diagnostic processing unit 51 compares the previous diagnosis result with the current diagnosis result, and the exit gate 60 notifies the examinee of the comparison result by the diagnosis processing unit 51. Therefore, the examinee can grasp the change of the health condition.

In addition, the output terminal 62 notifies the examinee of the product according to the diagnosis result. Therefore, the examinee can easily grasp what kind of product should be used to improve his / her health condition.

In addition, the vital band 20 is wrapped around the examinee's arm. Therefore, the examinee can easily put on and take off the vital band 20.

In addition, at least one of the test data acquisition units (gun shooting 33 and syringe ride 34) is a medical-themed attraction, and the examinee acquires test data while experiencing the attraction 30. Therefore, the examinee can enjoy and deepen his / her understanding of medical treatment. As a result, the test data acquisition unit can not only perform a health examination of the examinee but also raise the awareness of self-medication.

Further, the medical examination method according to the present embodiment is based on the reception step S1 for associating personal information with the examination desired item among a plurality of examination items for each examinee, and the vital band 20 carried by the examinee. Vital data acquisition step S2 for acquiring vital data, examination data acquisition step S3 for acquiring examination data of desired examination items, and diagnosis step S4 for performing diagnosis based on vital data and examination data associated with each examinee. , A result notification step S5 for notifying the diagnosis result in the diagnosis step. Therefore, according to the medical examination method according to the present embodiment, the flow from the reception of the medical examination to the notification of the diagnosis result can be streamlined.

(Modification example)
FIG. 14 is a diagram showing an attraction 130 according to a modified example.

The attraction 130 according to the modified example is different from the above embodiment in that it is provided outside the five-story building of the medical theme park P.

The attraction 130 is a freefall in which a riding portion imitating an endoscope falls vertically in a tower imitating lesions such as the esophagus, stomach and ulcer. In addition, the examinee enters the attraction 130 from the entrance imitating the duodenum and gets on the boarding section. The riding section rises to the top and then falls vertically, pauses at the part where the stomach is provided, and then falls vertically again. Therefore, the examinee can enjoy and deepen the understanding of the esophagus, stomach, duodenum and the lesions caused therein.

Attraction 130 performs an abdominal x-ray examination. At attraction 130, an abdominal X-ray examination is performed with the examinee getting on the boarding section and attaching a safety bar.

The attraction 130 includes an entry / exit detection unit, an inspection unit, a memory, a transmission / reception unit, and the like, as in the gun shooting 33 and the syringe ride 34 according to the above embodiment, but these have the same configuration as the above embodiment. Therefore, the description thereof will be omitted.

In this way, when the attraction 130 is provided outside the building, it is preferable that the entrance gate 10 and the exit gate 60 are provided outside the building (not shown).

Although the medical examination system and the medical examination method according to the present invention have been described above through the embodiments, the present invention is not limited to each configuration described in the specification, and is based on the description of the scope of claims. It can be changed as appropriate.

For example, in the above embodiment, the medical examination system and the medical examination method according to the present invention are applied to the medical theme park, but the facility to which the medical examination system and the medical examination method according to the present invention is applied is not limited to the medical theme park. , Can be applied to general health examination facilities in hospitals, companies and schools.

Further, in the above embodiment, the case where the vital data acquisition unit is composed of a vital band wrapped around the examinee's arm has been described, but the vital data acquisition unit can be carried by the examinee and has vital signs. There is no particular limitation as long as the data can be acquired. For example, the vital data acquisition unit may be composed of a plurality of devices. Specifically, the vital data acquisition unit is capable of wireless communication with a sensor that is attached to the body surface of the examinee to acquire vital data, or can be removed via a sensor and a signal cable or the like. It may have a small mobile terminal to be connected. In this case, for example, the examinee may attach the sensor to the body surface such as the chest and hang the mobile terminal from the neck to receive a medical examination. During the health examination, the mobile terminal processes signals from sensors, stores various data, sends and receives various data to and from the central server, and notifies the examinee of various information. When the health examination is completed, the mobile terminal may be collected and the sensor attached to the body surface may be discarded.

Further, in the above embodiment, the case where the result notification unit is configured by the output terminal of the exit gate has been described, but the configuration of the result notification unit is not particularly limited as long as the diagnosis result can be notified to the examinee. For example, the result notification unit is built in the central server, and the diagnosis result may be transmitted to the e-mail address of an individual, a company, a school, a family hospital, a local medical database, or the like.

Further, in the above embodiment, the case where the vital band transmits the vital data to the central server by passing through the entrance detection unit and the exit detection unit has been described, but the vital band transmits the vital data to the central server. The timing of transmission is not particularly limited. For example, the vital band may send vital data to the central server each time a certain amount of vital data is accumulated in the memory of the vital band. Further, for example, the vital band may transmit vital data to the central server when the output terminal of the exit gate receives an instruction to start diagnosis from the examinee.

Further, in the above embodiment, the personal information, the vital data, and the examination data are associated with each examinee by the ID, but the method of associating the personal information, the vital data, and the examination data with each examinee is particularly limited. Not done. For example, personal information, vital data, and examination data may be associated with each examinee by the name of the examinee.

Further, in the above embodiment, the case where the inspection data acquisition unit directly transmits the inspection data to the central server has been described, but the inspection data acquisition unit transmits the inspection data to the vital data acquisition unit, and the vital data acquisition unit performs the inspection. Data and vital data may be sent to a central server.

Further, the medical examination method according to the present invention is not particularly limited as long as it has a reception step, a vital data acquisition step, an examination data acquisition step, a diagnosis step, and a result notification step. For example, in the above embodiment, the case where the inspection data acquisition step is started after starting the vital data acquisition step has been described, but the vital data acquisition step may be started after starting the inspection data acquisition step. Further, the inspection data acquisition step and the vital data acquisition step may proceed at the same time.

1 Medical examination system,
10 entrance gate,
11 Reception terminal (reception department),
12 Admission detector,
20 vital bands,
25 Notification unit (inspection order notification unit, uninspected notification unit),
30 attractions,
31 Intracerebral maze,
32 Catheter coaster,
33 Gun shooting (inspection data acquisition department),
34 Syringe Ride (Inspection Data Acquisition Department),
40 Medical examination equipment,
41 Inspection equipment (inspection data acquisition department),
50 central server,
51 Diagnostic Processing Department,
52 Inspection order determination department,
53 memory,
60 exit gate,
61 Exit detector,
62 Output terminal (result notification unit),
130 attractions,
P Medical Theme Park.

Claims (8)

A reception department that links personal information with each examinee and the desired inspection item among multiple inspection items,
A portable vital data acquisition unit that acquires vital data of the examinee,
A plurality of inspection data acquisition units capable of acquiring each inspection data of the plurality of inspection items, and
A memory that stores the personal information, the vital data, and the test data of the desired test item in association with each other for each examinee.
A diagnostic processing unit that performs diagnosis based on the vital data and the inspection data stored in the memory, and
A result notification unit that notifies the examinee of the diagnosis result by the diagnosis processing unit, and
When there is an uninspected item among the desired inspection items, an uninspected notification unit for notifying that there is the uninspected item, and an uninspected notification unit.
An exit detection unit that detects the passage of the examinee's exit gate,
An entry / exit detection unit that can detect the entry / exit of the examinee to the attraction,
When there are a plurality of the desired test items, the test order determination unit that determines the test order of the desired test items of the examinee, and the test order determination unit.
Have,
The exit detection unit, wherein in the presence of non-test item, if the testee was attempting to cross the exit detection unit closes the exit gate,
The inspection order determination unit calculates the waiting time of the next inspection desired item of the examinee from the entrance / exit timing of the attraction detected by the entry / exit detection unit, and when receiving the inspection of the next inspection desired item. When a waiting time occurs, the inspection order of the examinee is changed so that the inspection of another desired inspection item with a shorter waiting time is performed next, and the changed inspection order is sent to the vital data acquisition unit. And send
The vital data acquisition unit is a medical examination system including an examination order notification unit that notifies the examinee of the examination order determined or changed by the examination order determination unit. It also has an entrance detection unit that detects the passage of the examinee through the entrance gate.
The vital data acquisition unit starts acquiring the vital data when the entrance detection unit detects the passage of the examinee through the entrance gate, and the exit detection unit passes through the exit gate of the examinee. When the above is detected, the acquisition of the vital data is completed, the vital data is transmitted to the memory, and the vital data is transmitted.
Of the vital data acquired by the vital data acquisition unit when the diagnostic processing unit makes a diagnosis, the vital data acquired while the examinee whose entry / exit is detected by the entry / exit detection unit is experiencing the attraction. The medical examination system according to claim 1, wherein the data is extracted. The medical examination system according to claim 1 or 2, wherein the reception unit assigns an ID to each examinee. The diagnostic processing unit compares the previous diagnosis result with the current diagnosis result, and compares it with the current diagnosis result.
The medical examination system according to any one of claims 1 to 3 , wherein the result notification unit notifies the examinee of the comparison result by the diagnostic processing unit. The medical examination system according to any one of claims 1 to 4 , wherein the result notification unit notifies the examinee of a product corresponding to the diagnosis result. The medical examination system according to any one of claims 1 to 5 , wherein the vital data acquisition unit is a vital band wrapped around the examinee's arm. The invention according to any one of claims 1 to 6 , wherein at least one of the test data acquisition units is a medical-themed attraction, and the examinee acquires the test data while experiencing the attraction. Medical examination system. A reception step in which the reception department links personal information with each examinee and the desired inspection item among multiple inspection items, and the reception step.
A vital data acquisition step in which the vital data acquisition unit carried by the examinee acquires the vital data of the examinee, and
The inspection data acquisition step in which the inspection data acquisition unit acquires the inspection data of the inspection desired item, and
A diagnostic step in which the diagnostic processing unit makes a diagnosis based on the vital data and the test data linked to each examinee.
A result notification step in which the result notification unit notifies the diagnosis result in the diagnosis step, and
When the uninspected notification unit has an uninspected item among the desired inspection items, the step of notifying that there is the uninspected item and the step
The step that the entry / exit detection unit detects the entry / exit of the examinee to the attraction, and
When the exit detection unit detects the passage of the examinee and the examinee tries to pass through the exit detection unit while there is an uninspected item, a step of closing the exit gate and a step of closing the exit gate.
When the inspection order determination unit has a plurality of the inspection desired items, the step of determining the inspection order of the inspection desired item of the examinee and the step
The inspection order determination unit calculates the waiting time for the next inspection desired item of the examinee from the entrance / exit timing of the attraction detected by the entry / exit detection unit, and waits when the next inspection desired item is inspected. When time occurs, the examination order of the examinee is changed so that the examination of another desired examination item with less waiting time is performed next, and the changed examination order is sent to the vital data acquisition unit. Steps to send and
A medical examination method comprising a step in which an examination order notification unit notifies the examinee of the examination order determined or changed by the examination order determination unit.

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