JP4041058B2 - Urine test system and method and recording medium recording urine test program - Google Patents

Description

  The present invention relates to a urinalysis system, and in particular, a urinalysis using a transceiver that induces an electric field based on information to be transmitted in an electric field transmission medium and detects the electric field induced in the electric field transmission medium to transmit and receive information. The present invention relates to a urinalysis system and method for transmitting results to a subject and a recording medium on which a urinalysis program is recorded.

  Although wearable computers are attracting attention due to the miniaturization and high performance of portable terminals, FIG. 10 shows an example in which such wearable computers 27 are worn and used by humans. As shown in the figure, the wearable computer 27 is attached to a human arm, shoulder, torso, etc. via a transceiver 29 to transmit / receive data to / from each other and to be touched by the tip of a limb. It communicates with the computer 28 provided outside via the transceivers 29a and 29b and the cable 31.

  The transceiver 29 used for data communication between the wearable computer 27 and between the wearable computer 27 and the computer 28 uses a signal detection technique based on an electro-optic technique using laser light and an electro-optic crystal. Thus, an electric field based on information to be transmitted is induced in a living body that is an electric field transmission medium, and information is transmitted and received using the induced electric field.

  Since the strength of the electric field induced in the human body and other electric field transmission media is extremely weak, when a signal detection circuit using a normal transistor or the like is used, the input impedance is only several M ohms to several tens of M ohms depending on the characteristics of the transistors. It cannot be secured. At this level of input impedance, the impedance is too low compared to the strength of the induced electric field, so that the signal value of the electric field cannot be obtained sufficiently, and it is affected by various noise components due to the characteristics of the transistor. Therefore, accurate electric field detection is difficult. Therefore, in order to minimize the effects of these various noises and detect extremely weak electric fields, signal detection using an electro-optical technique that can ensure the input impedance several times to several tens of times that of a transistor Means.

  By the way, in recent years, a signal transmission system for easily transmitting personal information about health using such a wearable computer is known. In such a signal transmission system, in order to transmit information on health stored in a wearable computer attached to a human body to the outside, signal transmission is performed via a toilet when a person urinates.

Signals transmitted from the human body are in contact with the electrodes placed on the toilet bowl through continuous urine that is being urinated from the human body, with blood pressure, pulse, body temperature, sweat rate, number of steps, etc. as health data. A transmission path is formed to transmit information (for example, Reference 1). The electrode arranged in the toilet bowl is connected to an information processing apparatus for processing information on the transmitted health. Furthermore, the information processed by the information processing apparatus is transmitted to the wearable computer as necessary. This transmission is performed via a transmission path connected to a human body through continuous urine during urination from an electrode disposed in the toilet.
Japanese Patent Laid-Open No. 2002-2559569

  However, in the above-described mechanism for transmitting personal information about health, there is no method for detecting whether urine is being urinated from the human body, and the information is sent from the human body to the information processing device via the electrode, Alternatively, it is difficult to match the timing for sending information from the information processing device to the human body.

  In addition, if urination is interrupted during the transmission of information, the information to be transmitted is also interrupted, and it is difficult to accurately convey the information.

  In addition, urine during urination diffuses due to the shape of the electrode, and urine is not collected continuously even though it is urinating, so it is difficult to transmit information from the human body to the electrode via urine. It was.

  In addition, there is a problem that personal information may be erroneously transmitted to another person other than the intended person if a person is switched during the transmission of information from the information processing apparatus to the human body. .

  The present invention has been made in view of the above circumstances, and urinalysis that can reliably and accurately transmit personal information such as urinalysis results relating to human health at the time of urination and can prevent leakage of personal information. It is an object of the present invention to provide a recording medium on which a system and method and a urinalysis program are recorded.

  In order to achieve the above object, the present invention according to claim 1 transmits and stores a urine test result of the urine of the subject to the portable information terminal via the transceiver using an electric field induced in the subject. A urinalysis system for communicating with a urinalysis apparatus that outputs the urinalysis result obtained by examining the urine of the subject using the electric field and attached to the subject A first transceiver electrode disposed at a position in contact with the urine during urination of the subject, and coupled to the electric field induced in the subject via the urine; A first coupling electrode and a second coupling electrode arranged at a position where the electric field can be coupled through the urine; and the urine test result connected to the first coupling electrode through the urine. A second transceiver for transmitting to the first transceiver; A connection signal connected to the second coupling electrode and indicating the timing at which the second transceiver transmits the urine test result to the first transceiver is transmitted via the urine and the first coupling electrode. A timing signal transmission device for transmitting to the second transceiver, and the urinalysis result output from the urinalysis device to the portable information terminal carried by the subject at a timing according to the connection signal Based on the urine during urination of the subject and stored in the portable information terminal.

  According to a second aspect of the present invention, there is provided a urine test system for transmitting and storing a urine test result of a urine of the subject to a portable information terminal via a transceiver using an electric field induced in the subject. A urinalysis device that outputs the urinalysis result obtained by examining the urine of the subject, a first transceiver that is attached to the subject and communicates using the electric field, The first and second coupling electrodes that are in contact with the urine during urination of the subject and are capable of coupling electric fields to each other via the urine, and disposed at a position in contact with the subject. A third coupling electrode for coupling with the electric field induced in the subject, and the urinalysis result output from the urinalysis device connected to the third coupling electrode and passing through the subject. A second traffic for transmission to the first transceiver A connection signal connected to the sieve and to the second coupling electrode for indicating when the second transceiver transmits the urine test result to the first transceiver; A urine test output from the urinalysis device to the portable information terminal carried by the subject, the timing signal transmission device for transmitting to the second transceiver via the electrode and the urine The result is transmitted via the third coupling electrode based on the timing of the connection signal and stored in the portable information terminal.

  According to a third aspect of the present invention, there is provided a urine test system for transmitting and storing a urine test result of a urine of the subject to a portable information terminal via a transceiver using an electric field induced in the subject. A urinalysis device that outputs the urinalysis result obtained by examining the urine of the subject, a first transceiver that is attached to the subject and communicates using the electric field, First and second coupling electrodes disposed at positions where the electric fields can be coupled to each other through the urine in contact with the urine during urination of the subject, the first coupling electrode, and the second The first coupling electrode and the second coupling electrode are coupled to each other via the urine, and the first coupling electrode and the urine being urinated are coupled to each other. Second tiger for transmitting the urinalysis result to the first transceiver. And receiving the first coupling electrode and the second coupling electrode through the urine, so that the second transceiver is in urination with the first coupling electrode. The urinalysis result is transmitted through the urine and stored in the portable information terminal.

  According to a fourth aspect of the present invention, there is provided a urine test system for transmitting and storing a urine test result of a urine of the subject to a portable information terminal via a transceiver using an electric field induced in the subject. A urinalysis device that outputs the urinalysis result obtained by examining the urine of the subject, a first transceiver that is attached to the subject and communicates using the electric field, The first and second coupling electrodes arranged at positions where the electric fields can be coupled via the urine in contact with the urine during urination of the subject, and disposed at a position where the subject comes into contact with the subject. , A third coupling electrode for coupling with the electric field induced in the subject, the first coupling electrode and the second coupling electrode are connected, and the first coupling electrode and the second coupling electrode are connected. The coupling electrode and the coupling electrode via the urine, And a second transceiver for transmitting the urine test result to the first transceiver via the subject, the first coupling electrode and the second coupling electrode being the urine. Then, the second transceiver transmits the urinalysis result via the third coupling electrode and the subject and stores it in the portable information terminal.

  According to a fifth aspect of the present invention, in addition to the third aspect of the present invention, the first transceiver is a receiver that can only receive via the electric field. And

  In addition to the present invention according to any one of claims 1 to 5, the first coupling electrode is expanded to collect and receive the urine during urination. It has a substantially funnel-like shape comprising an opening and a constricted discharge part for discharging the collected urine, and the second coupling electrode is in contact with the urine being discharged from the discharge part Suppose that it is arrange | positioned in the position which ensures conduction | electrical_connection with a said 1st coupling electrode via this urine.

  According to a seventh aspect of the present invention, there is provided a urine test method for transmitting and storing a urine test result of a urine of the subject to a portable information terminal via a transceiver using an electric field induced in the subject. A first transceiver for outputting the urinalysis result by a urinalysis apparatus that outputs the urinalysis result obtained by examining the urine of the subject and communicating using the electric field; The first binding electrode that is attached to the subject and is disposed at a position in contact with the urine during urination of the subject is coupled to the electric field induced in the subject via the urine, The first coupling electrode is coupled to the first coupling electrode and is connected to the first coupling electrode by a second coupling electrode disposed at a position where the electric field can be coupled to the first coupling electrode through the urine. The second transceiver transmits the urine test result via the urine. The timing signal transmission device connected to the second coupling electrode transmits an instruction to the first transceiver to transmit the urine test result to the first transceiver. A connection signal is transmitted to the second transceiver via the urine and the first coupling electrode, and the urinalysis result output from the urinalysis apparatus to the portable information terminal carried by the subject is The urinalysis result is stored in the portable information terminal by transmitting via the urine during urination of the subject based on the timing by the connection signal.

  The present invention according to claim 8 is a urinalysis method for transmitting and storing a urine test result of a urine of the subject to a portable information terminal via a transceiver using an electric field induced in the subject. A first transceiver for outputting the urinalysis result by a urinalysis apparatus that outputs the urinalysis result obtained by examining the urine of the subject and communicating using the electric field; The first and second coupling electrodes, which are attached to the subject and arranged at positions where mutual electric fields can be coupled via the urine, are brought into contact with the urine during urination of the subject, and the subject The third coupling electrode disposed at a position in contact with the specimen is coupled to the electric field induced in the specimen, and the second transceiver connected to the third coupling electrode is used to remove the urinalysis apparatus from the urinalysis apparatus. The urinalysis result that has been output The timing signal transmission device connected to the second coupling electrode instructs the timing at which the second transceiver transmits the urine test result to the first transceiver. Connection signal is transmitted to the second transceiver via the first and second coupling electrodes and the urine, and output from the urinalysis apparatus to the portable information terminal carried by the subject The urinalysis result is stored in the portable information terminal by transmitting the urinalysis result via the third coupling electrode based on the timing of the connection signal.

  According to a ninth aspect of the present invention, there is provided a urinalysis method for transmitting and storing a urine test result of a urine of the subject to a portable information terminal via a transceiver using an electric field induced in the subject. A first transceiver for outputting the urinalysis result by a urinalysis apparatus that outputs the urinalysis result obtained by examining the urine of the subject and communicating using the electric field; The first and second coupling electrodes, which are attached to the subject and arranged at positions where the electric fields of each other can be coupled via the urine, are brought into contact with the urine during urination of the subject, and the first In response to the first transceiver electrode and the second joint electrode being joined via the urine by the second transceiver in which the first joint electrode and the second joint electrode are connected, Through the first binding electrode and the urine during urination The urinalysis result is transmitted to the first transceiver, and the second transceiver transmits the urinalysis result via the first coupling electrode and the urine being urinated, thereby transmitting the urinalysis result to the portable information terminal. Memorize urinalysis results.

  According to a tenth aspect of the present invention, there is provided a urinalysis method for transmitting and storing a urine test result of a urine of the subject to a portable information terminal via a transceiver using an electric field induced in the subject. A first transceiver for outputting the urinalysis result by a urinalysis apparatus that outputs the urinalysis result obtained by examining the urine of the subject and communicating using the electric field; The first and second coupling electrodes, which are attached to the subject and arranged at positions where mutual electric fields can be coupled via the urine, are brought into contact with the urine during urination of the subject, and the subject A third coupling electrode arranged at a position in contact with the specimen is coupled to the electric field induced in the specimen, and the second coupling electrode is connected to the first coupling electrode and the second coupling electrode. A transceiver couples the first coupling electrode and the second coupling electrode. In response to the coupling with the electrode via the urine, the urinalysis result is transmitted to the first transceiver via the third coupling electrode and the subject, and the second transceiver The urinalysis result is stored in the portable information terminal by transmitting the urinalysis result via the third coupling electrode and the subject.

  In addition to the present invention described in any one of the ninth and tenth aspects, the first transceiver is a receiver capable of receiving only via the electric field. And

  In addition to the invention described in any one of claims 7 to 11, the first coupling electrode is an expansion for collecting and receiving the urine during urination. And the second coupling electrode is in contact with the urine being discharged from the discharge portion. The opening portion and the constricted discharge portion for discharging the collected urine. And is arranged at a position to ensure conduction with the first coupling electrode through the urine.

  According to a thirteenth aspect of the present invention, there is provided a urinalysis program for transmitting and storing a urine test result of a urine of the subject to a portable information terminal via a transceiver using an electric field induced in the subject. A urinalysis apparatus that outputs the urinalysis result obtained by examining the urine of the subject, and communicates using the electric field. One transceiver is attached to the subject, and the electric field induced by the subject and the urine are detected by a first coupling electrode disposed at a position in contact with the urine during urination of the subject. And the first coupling electrode is coupled to the first coupling electrode by a second coupling electrode disposed at a position where the first coupling electrode and the electric field can be coupled via the urine. By a second transceiver connected to the coupling electrode, A urinalysis test result is transmitted to the first transceiver via the urine, and the second transceiver is sent to the first transceiver by the timing signal transmitter connected to the second coupling electrode. A connection signal serving as an instruction for timing of transmitting the result is transmitted to the second transceiver via the urine and the first coupling electrode, and the urinalysis apparatus is transferred to the portable information terminal carried by the subject. The urinalysis result is stored in the portable information terminal by transmitting the output urinalysis result via the urine during urination of the subject based on the timing by the connection signal. Record urinalysis program.

  According to a fourteenth aspect of the present invention, a urine test program for transmitting and storing a urine test result of a urine of the subject to a portable information terminal via a transceiver using an electric field induced in the subject is recorded. A urinalysis apparatus that outputs the urinalysis result obtained by examining the urine of the subject, and communicates using the electric field. 1 transceiver is mounted on the subject, and the first and second coupling electrodes arranged at positions where electric fields of each other can be coupled via the urine, and the urine during urination of the subject A second transceiver coupled to the electric field induced in the subject by a third coupling electrode disposed in contact with the subject and connected to the third coupling electrode; Before output from the urinalysis device A urinalysis result is transmitted to the first transceiver through the subject, and the second transceiver is sent to the first transceiver by the timing signal transmitter connected to the second coupling electrode. A connection signal for instructing the timing of transmitting the result is transmitted to the second transceiver via the first and second coupling electrodes and the urine, and to the portable information terminal carried by the subject. The urinalysis result is stored in the portable information terminal by transmitting the urinalysis result output from the urinalysis device via the third coupling electrode based on the timing of the connection signal. Record the urinalysis program.

  Further, the present invention according to claim 15 records a urinalysis program for transmitting and storing a urine test result of the urine of the subject to a portable information terminal via a transceiver using an electric field induced in the subject. A urinalysis apparatus that outputs the urinalysis result obtained by examining the urine of the subject, and communicates using the electric field. 1 transceiver is mounted on the subject, and the first and second coupling electrodes arranged at positions where electric fields of each other can be coupled via the urine, and the urine during urination of the subject The first coupling electrode and the second coupling electrode are coupled to each other through the urine by a second transceiver in contact with each other and connected to the first coupling electrode and the second coupling electrode. In response, the first coupling electrode and The urinalysis result is transmitted to the first transceiver via the urine being urinated, and the second transceiver transmits the urinalysis result via the first coupling electrode and the urine being urinated. Thus, the urinalysis program is recorded, wherein the urinalysis result is stored in the portable information terminal.

  According to a sixteenth aspect of the present invention, there is provided a urine test program for transmitting and storing a urine test result of a urine of the subject to a portable information terminal via a transceiver using an electric field induced in the subject. A urinalysis apparatus that outputs the urinalysis result obtained by examining the urine of the subject, and communicates using the electric field. 1 transceiver is mounted on the subject, and the first and second coupling electrodes arranged at positions where electric fields of each other can be coupled via the urine, and the urine during urination of the subject The third coupling electrode disposed in contact with the subject is coupled to the electric field induced in the subject, and the first coupling electrode and the second coupling electrode are connected to each other. A second transceiver connected to the first transceiver In response to the coupling electrode and the second coupling electrode being coupled via the urine, the urinalysis result is transmitted to the first transceiver via the third coupling electrode and the subject. The urinalysis program stores the urinalysis result in the portable information terminal by the second transceiver transmitting the urinalysis result via the third coupling electrode and the subject. Record.

  According to a seventeenth aspect of the present invention, in addition to the present invention according to any one of the thirteenth and fourteenth aspects, the first transceiver is a receiver that can only receive via the electric field. Record a urinalysis program characterized by:

  In addition to the present invention according to any one of claims 13 to 17, the first coupling electrode is an expansion for collecting and receiving the urine during the urination. And the second coupling electrode is in contact with the urine being discharged from the discharge portion. The opening portion and the constricted discharge portion for discharging the collected urine. A urine test program is recorded, wherein the urine test program is recorded at a position that ensures electrical continuity with the first coupling electrode through the urine.

  The present invention according to claim 19 is a urine test system capable of transmitting a urine test result to the outside through a transceiver, and outputs the urine test result obtained by testing the urine. A device, a first coupling electrode which is arranged at a position in contact with the urine and is coupled to the electric field induced in the urine, and the electric field can be coupled through the first coupling electrode and the urine. A second coupling electrode disposed at a different position, the transceiver connected to the first coupling electrode for transmitting the urine test result to the outside via the urine, and the second coupling electrode A timing signal transmitting device for transmitting a connection signal connected to the transceiver and indicating the timing of transmitting the urine test result to the outside via the urine and the first coupling electrode; Have the urine The urine test result output from 査 device is to be transmitted to the outside through the urine based on timing by the connection signal.

  The present invention according to claim 20 is a urinalysis system capable of transmitting a urine test result to the outside via a transceiver, and outputs the urinalysis result obtained by examining the urine. A first and second coupling electrodes that are in contact with the urine and can be coupled to each other through the urine; and a third coupling electrode for coupling to an external electric field; , Connected to the third coupling electrode, for transmitting the urinalysis result output from the urinalysis apparatus to the outside, and connected to the second coupling electrode, the transceiver being connected to the outside A timing signal transmission device for transmitting a connection signal for instructing a timing for transmitting a urine test result to the transceiver via the first and second coupling electrodes and the urine, and an external Urinalysis The urine test result is placed et the output is to be transmitted to the outside through the third coupling electrode based on the timing by the connection signal.

  The present invention according to claim 21 is a urine test system capable of transmitting urine urine test results to the outside via a transceiver, and outputs the urine test results obtained by testing the urine. A urinalysis device, first and second coupling electrodes arranged at positions where they can be coupled to each other via the urine in contact with the urine, the first coupling electrode and the second coupling In response to the connection between the first and second coupling electrodes via the urine, the urine test result is transmitted to the outside via the first coupling electrode. The transceiver for transmitting, and in response to the coupling of the first coupling electrode and the second coupling electrode through the urine, the transceiver is configured to transmit the first coupling electrode and the urine. The urinalysis result can be transmitted to the outside via the.

  The present invention according to claim 22 is a urinalysis system capable of transmitting a urine test result to the outside via a transceiver, and outputs the urinalysis result obtained by examining the urine. An apparatus, first and second coupling electrodes arranged in contact with the urine and capable of coupling with each other through the urine, and a third coupling electrode for coupling with an external electric field; The first coupling electrode and the second coupling electrode are connected, and the first coupling electrode and the second coupling electrode are coupled through the urine, and the third coupling electrode is coupled to the third coupling electrode. The transceiver for transmitting the urine test result to the outside via the coupling electrode, and receiving the coupling of the first coupling electrode and the second coupling electrode via the urine , The transceiver has the urinalysis result through the third coupling electrode And it can be sent to the outside.

  In addition to the present invention described in any of claims 19 to 22, the first coupling electrode includes an expanded opening for collecting and receiving the urine. And a substantially funnel-shaped shape including a constricted discharge part for discharging the collected urine, and the second coupling electrode contacts the urine being discharged from the discharge part to remove the urine. Via the first coupling electrode.

  According to the urine test system and method of the present invention and the recording medium on which the urine test program is recorded, it is possible to detect whether or not the subject is in the process of urinating, via the subject and the electrode. Since a transmission path can be formed with the urine test apparatus, the urinalysis result can be transmitted to the wearable computer via the urine of the subject in accordance with the timing during urination.

  In addition, since the urine being urinated is received by the funnel-shaped electrode, the urine can be collected together without diffusing, and a transmission path via the subject and the urine being urinated can be formed.

  In addition, since the subject can transmit the urine test result to the wearable computer of the subject only during urination, personal information such as the urine test result can be prevented from leaking.

  FIG. 1 is a schematic configuration diagram of a urine test system 1 according to a first embodiment of the present invention, which is used to implement a recording medium recording a urine test method and a urinalysis program of the present invention. This is a preferred configuration. The urine test system 1 includes a first coupling electrode 6 for receiving the urine 11 excreted by the subject 5, a second coupling electrode 7 in contact with the urine 11 flowing out from the first coupling electrode 6, A connection signal generator 9 connected to the second coupling electrode 7 and a second transceiver 8 connected to the first coupling electrode 6 to receive the connection signal 12 transmitted from the connection signal generator 9. And a urinalysis apparatus 10 for inspecting the urine 11 and a urine analysis probe 15 connected to the urinalysis apparatus 10 and used.

  A subject 5 who is to perform a urine test wears the first transceiver 2 on his / her body via the transmission / reception electrode 4. The first transceiver 2 is connected to a wearable computer 3. The wearable computer 3 includes information processing means, information storage means, information input / output means, a power source, and the like (not shown). With this configuration, desired information can be input from the outside and stored in the wearable computer 3. Alternatively, information stored in the wearable computer 3 can be output to the outside. Such an information processing operation is executed by a control program installed in advance.

  In order to perform a urine test with the urine test system 1 according to the first embodiment, and to input and store the urine test result in the wearable computer 3, first, the subject 5 applies the urine test to the first coupling electrode 6. Urinate for. You may install the 1st coupling electrode 6 in a toilet bowl, for example. The urine 11 during urination is continuous, and the body of the subject 5 and the first coupling electrode 6 are connected during urination. This connection refers to a state where the body of the subject 5 is continuously connected to the first coupling electrode 6 through the urine 11.

  The urine 11 urinated by the first coupling electrode 6 reaches the second coupling electrode 7. Here, the first coupling electrode 6 and the second coupling electrode 7 will be described with reference to FIGS. 3 and 4. As shown in FIGS. 3 (a) and 3 (b), the first coupling electrode 6 has an expanded opening 23 and a constricted discharge portion 24 to form a substantially funnel shape. ing.

  The first coupling electrode 6 is preferably manufactured using a metal material, and for example, stainless steel or copper showing conductivity can be used. When such a metal material is used, a protective film may be formed on the surface so that the metal does not corrode. As the protective film, a non-conductive resin material or the like can be used.

  The urine 11 continuously discharged from the discharge unit 24 reaches the second coupling electrode 7 shown in FIGS. 4 (a) and 4 (b). Since the urine from the discharge part 24 is continuous, the first coupling electrode 6 and the second coupling electrode 7 are conducted with the continuous urine 11. The second coupling electrode 7 has a substantially disk shape, FIG. 4 (a) shows a cross-sectional view, and FIG. 4 (b) shows a front view. Similar to the first coupling electrode, the second coupling electrode 7 is preferably made of a metal material. For example, conductive stainless steel, copper, or the like can be used. In order to prevent surface corrosion, a protective film may be formed on the surface, and a non-conductive resin material or the like can be used for these protective films.

  In this way, the connection signal 12 from the connection signal generator 9 connected to the second coupling electrode 7 is generated by the conduction of the first coupling electrode 6 and the second coupling electrode 7 through the continuous urine 11. The signal is transmitted (transmitted) to the second transceiver 8 through the continuous urine 11 and the first coupling electrode 6. The connection signal 12 transmitted from the connection signal generator 9 detects that the subject 5 is urinating and the urine 11 continuously reaches the first coupling electrode 6. Used for.

  The connection signal generator 9 periodically outputs a connection signal 12 for giving a connection timing for the second transceiver 8 to transmit the urine test result to the first transceiver 2. The connection signal generator 9 includes a signal generator (not shown) that periodically transmits a predetermined signal (for example, a simple signal such as a rectangular wave) periodically (for example, every 0.1 second). Since the second coupling electrode 7 and the first coupling electrode 6 are connected by the continuous urine 11, a transmission path to the second transceiver 8 is established. The connection signal 12 that is periodically output is transmitted to the two transceivers 8.

  The second transceiver 8 that has received the connection signal 12 informs the urine test apparatus 10 that the subject 5 is urinating and the urine 11 continues to the first coupling electrode 6. Send to inform. The urine test apparatus 10 receives this connection signal 13, converts the urine test result 14 of the urine 11 into an electrical signal, and sends it to the first coupling electrode 6. The information of the urine test result 14 given to the first coupling electrode 6 is transmitted to the subject 5 through the continuous urine 11, and is connected to the transmission / reception electrode 4 worn by the subject 5. 1 is received by one transceiver 2. The urine test result 14 received by the first transceiver 2 is input to the wearable computer 3 connected to the first transceiver 2 and stored.

  Note that the urine test result 14 is generated by the calculation when the urinalysis apparatus 10 receives the signal output from the urine analysis probe 15. As a content of the urine test, for example, there is a method of determining the concentration of the glucose component in urine. Diabetes can be tested by electrically measuring the concentration of glucose in urine.

  The urine analysis probe 15 takes in the urine 11 urinated by the subject 5 and mixes urine 11 with glucose oxidase as an enzyme reagent. When glucose oxidase and urine 11 are mixed and glucose is contained in urine 11, the oxidation reaction of glucose proceeds. This oxidation reaction proceeds more rapidly as the glucose concentration in the urine 11 is higher, and oxygen in the reaction solution is consumed with this reaction. Therefore, the change in oxygen concentration during the reaction can be detected from the change in the detected value of the current flowing between the pair of electrodes loaded with voltage, and the glucose concentration can be detected.

  The higher the glucose concentration in the urine, the faster the current value of the oxygen electrode decreases in a specific period after mixing the glucose oxidase and the urine 11. Therefore, the glucose concentration in the urine 11 can be obtained by calculation by comparing the average rate of change of the current value in the specific period with the average rate of change of the current value in the test using the standard solution in advance.

  Such a calculation is executed by the urine test apparatus 10. The current value may be output as it is from the urine analysis probe 15, or the change rate of the current value may be obtained and sent to the urine analyzer 10 as a detected value for calculation processing.

  FIG. 2 is a block diagram for explaining the configuration of the first transceiver 2 according to the first embodiment of the present invention. The first transceiver 2 is mounted in contact with the body of the subject 5, and the contact with the subject 5 is performed by the transmission / reception electrode 4. The transmission / reception electrode 4 is provided with an insulating film 16 on the surface in contact with the subject 5. This insulating film 16 does not need to show conductivity, and is for preventing the surface of the transmitting / receiving electrode 4 from corroding, or for obtaining good contact properties when contacting the subject 5. . In addition, the wearable computer 3 described above is connected to the first transceiver 2.

  When transmitting data from the wearable computer 3, when the transmission data is received via the I / O (input / output) circuit 18, the transmission data is supplied to the transmission / reception electrode 4 via the transmission unit 17. An electric field is induced in the electric field transmission medium (in the first embodiment, the subject 5 and the urine 11) through the insulating film 16 and the insulating film 16, and this electric field is transmitted to other parts of the electric field transmission medium. It has become.

  The electric field induced and transmitted by the electric field transmission medium is detected by the transmission / reception electrode 4 through the insulating film 16, and the electric field is coupled to the electric field detection optical unit 22 and converted into an electric signal. . The electric signal is subjected to signal processing such as amplification and noise removal by the signal processing circuit 21, and further shaped by the waveform shaping circuit 19, and then output to the wearable computer 3 via the I / O circuit 18. It has become so.

  The configuration of the first transceiver 2 shown in FIG. 2 is the same as that of the second transceiver 8 shown in FIG. In the second transceiver 8, the first coupling electrode 6 is connected instead of the transmission / reception electrode 4, and the urine test apparatus 10 is connected instead of the wearable computer 3. Further, the connection signal generator 9 is also provided with a transceiver (not shown), and the second coupling electrode 7 is connected to the transceiver.

  As described above, the urinalysis system according to the first embodiment of the present invention induces an electric field based on information to be transmitted in the electric field transmission medium, and detects the induced electric field to transmit / receive information. This is a urinalysis system that uses a transceiver to transmit the urine test result 14 to the subject 5.

  That is, the urine test apparatus 10 that tests the urine 11 of the subject 5 and outputs the urine test result 14, and the urine test result 14 that is attached to the subject 5 and that is input via the first transceiver 2. A wearable computer 3 for storing, a first coupling electrode 6 and a second coupling electrode 7 disposed in a position where they are in contact with each other and in contact with the continuous urine 11 during urination of the subject 5; The urine test result 14 connected to the coupling electrode 6 and transmitted from the urine test apparatus 10 is transmitted to the first transceiver 2 worn by the subject 5 through the continuous urine 11 during urination. Connected to the second transceiver 8 and the second coupling electrode 7, a continuous urine during urination is connected to the second transceiver 8 when the second transceiver 8 transmits the urine test result 14 to the first transceiver 2. 11 through the second transceiver And a, a connection signal transmitter 9 for transmission to.

  With this configuration, between the wearable computer 3 and the urine test apparatus 10, at least the first transceiver 2, the subject 5, the continuous urine 11 during urination, the first coupling electrode 6, and the second The urinalysis result 14 can be transmitted to the wearable computer 3 and stored via the continuous urine 11 during urination at the timing of the connection signal 12.

  For this reason, according to the urine test system 1 of the present invention, it is possible to detect whether or not the subject 5 is in the process of urinating, and the subject 5 and the first coupling electrode 6 can be detected. Since a transmission path can be formed with the urine test apparatus 10, the urine test result 14 can be transmitted to the wearable computer 3 via the urine 11 of the subject 5 in accordance with the timing during urination. it can.

  Further, since the urine 11 being urinated is received by the funnel-shaped first coupling electrode 6, the urine 11 can be collected together without being diffused, and transmitted through the subject 5 and the urine 11 being urinated. A path can be formed.

  Further, since the urine test result 14 can be transmitted to the wearable computer 3 of the subject 5 only while the subject 5 is urinating, personal information such as the urine test result 14 can be prevented from leaking. .

  FIG. 5 is a schematic configuration diagram for explaining a second embodiment according to the urine test system of the present invention. In the urine test system 13 according to the second embodiment, a route for transmitting the urine test result 14 to the wearable computer 3 as compared with the urine test system 1 according to the first embodiment described with reference to FIG. Is different. In addition, the inspection method of the urine 11 and the like are the same as those in the first embodiment.

  In a state where the subject 5 urinates and the urine 11 continuously reaches the first coupling electrode 6 and the second coupling electrode 7, the connection signal 12 is transmitted via the second transceiver 8. The urinalysis apparatus 10 transmits the urine test result 14 to the third transceiver 25.

  A third coupling electrode 26 is connected to the third transceiver 25. The third coupling electrode 26 is disposed at a position in contact with the subject 5 when the subject 5 urinates. For example, it may be arranged on the floor surface where the subject 5 stands when urinating, or a toilet seat or a handrail of a Western-style toilet may be used as the third coupling electrode 26. The material of the third coupling electrode 26 is composed of a conductive metal or the like like the other electrodes, and preferably stainless steel or copper is used. The surface of the third coupling electrode 26 may be coated with a protective film made of a resin material or the like in order to prevent surface corrosion.

  The urine test result 14 transmitted from the urinalysis apparatus 10 passes through the third coupling electrode 26 via the third transceiver 25, reaches the transmission / reception electrode 4 via the subject 5, and passes through the first transceiver 2. And is input to and stored in the wearable computer 3.

  As described above, the urine test system 13 according to the second embodiment of the present invention induces an electric field based on information to be transmitted in the electric field transmission medium, and detects the induced electric field to transmit / receive information. Is a urinalysis system that transmits the urine test result 14 to the subject 5.

  That is, the urine test apparatus 10 that tests the urine 11 of the subject 5 and outputs the urine test result 14, and the urine test result 14 that is attached to the subject 5 and that is input via the first transceiver 2. A wearable computer 3 for storage, a first coupling electrode 6 and a second coupling electrode 7 disposed in a position where they are in contact with each other and in contact with continuous urine 11 during urination of the subject 5; The urinalysis result 14 output from the urinalysis apparatus 10 connected to the third coupling electrode 26 and the third coupling electrode 26 disposed at a position where the urinalysis apparatus 10 is brought into contact with the urine 5 through the subject 5. A third transceiver 25 for transmitting to the first transceiver 2, and a timing when the third transceiver 25 transmits the urine test result 14 to the first transceiver 2 connected to the second coupling electrode 7; Connection signal for transmitting connection signal 12 A second device that is connected to the transmitter 9 and the first coupling electrode 6, receives the connection signal 12 from the connection signal transmitter 9 through the continuous urine 11 during urination and transmits it to the urinalysis device 10. And a transceiver 8.

  With such a configuration, the wearable computer 3 and the urinalysis apparatus 10 are electrically connected via at least the first transceiver 2, the subject 5, the third transceiver 25, and the third coupling electrode 26, and the connection signal 12 The urinalysis result 14 can be transmitted to the wearable computer 3 through the subject 5 and stored at the timing according to.

  FIG. 6 is a schematic configuration diagram for explaining a third embodiment according to the urine test system of the present invention. The urine test system 35 according to the third embodiment detects that the subject 5 is urinating compared to the urine test system 1 according to the first embodiment shown in FIG. Therefore, the first coupling electrode 6 and the second coupling electrode 7 are characterized in that they are connected to the second transceiver 50, respectively. The configuration of the second transceiver 50 is similar to that of the first transceiver 8 of the present invention described above, as shown in FIG. The second transceiver 50 includes a transmission unit 17, an I / O circuit 18, a waveform shaping circuit 19, a reception unit 20, a signal processing circuit 21 included in the reception unit 20, and an electric field detection optical unit. 22, a transmission electrode 45, an insulating film 46, a receiving electrode 47, and an insulating film 48. Further, the computer 49 is connected to the second transceiver 50, and may be built in the second transceiver 50 or arranged outside.

  The second transceiver 50 has the same internal circuit configuration as the first transceiver 8 described above, but has a difference in electrode arrangement. That is, in the first transceiver 8, the electrodes are only provided with the transmission / reception electrode 4 and the insulating film 16, and transmission and reception are performed by one common electrode. On the other hand, the second transceiver 50 includes two electrodes for transmission and reception, which are a transmission electrode 45 for transmission and a reception electrode 47 for reception, and an insulating film is formed on each electrode. 46 and the insulating film 48 are combined.

  The computer 49 manages data transmitted and received by the second transceiver 50, and outputs and stores it as necessary.

  The urine 11 being urinated by the subject 5 is collectively received by the first coupling electrode 6 and then reaches the second coupling electrode 7. By coupling the first coupling electrode 6 and the second coupling electrode 7 with the urine 11, the second transceiver 50 transmits the urine test result 14 via the first coupling electrode 6 and the urine 11. The data is transmitted to the first transceiver 2 worn by the examiner 5. The transmission electrode 45 of the second transceiver 50 is coupled to the second coupling electrode 7, and the reception electrode 47 is coupled to the first coupling electrode 6. When the transmission electrode 45 and the reception electrode 47 are coupled via the urine 11, the second transceiver 50 transmits the urine test result 14 from the transmission electrode 45. At the time of this transmission, at least the receiving unit 20 is electrically disconnected, and the disconnection timing may be intermittently performed at a predetermined cycle.

  The first transceiver 2 receives this urine test result 14 and transmits it to the wearable computer 3. The second transceiver 50 detects that the first combined electrode 6 and the second combined electrode 7 are combined by the urine 11 and transmits the urine test result 14. The urine 11 is analyzed during urination of the subject 5 by the urine analysis probe 15 and the urine analyzer 10, and a urine test result 14 of the urine 11 can be obtained.

  Thus, the urine test system 35 according to the third embodiment of the present invention uses the electric field induced in the subject 5 to obtain the urine test result 14 of the urine 11 of the subject 5 in the first transceiver 2. And a urine test system for transmitting to and storing the wearable computer (personal digital assistant) 3 via the second transceiver 50 and outputting a urine test result 14 obtained by testing the urine 11 of the subject 5 The first transceiver 2 that is mounted on the subject 5 and communicates by using an electric field, and the urine 11 that is urinating the subject 5 is in contact with the inspection device 10, and the mutual electric field is generated via the urine 11. The 1st coupling electrode 6 and the 2nd coupling electrode 7 which were arrange | positioned in the position which can be combined, the 1st coupling electrode 6 and the 2nd coupling electrode 7 are connected, and the 1st coupling electrode 6 and the 2nd In response to the binding electrode to the urine 11, Has a second transceiver 50 for transmitting the urine test results 14 wherein the first transceiver 2 via the urine 11 in the coupling electrodes 6 and in urination 1, a.

  With this configuration, in response to the first coupling electrode 6 and the second coupling electrode 7 being coupled via the urine 11, the second transceiver 50 removes the first coupling electrode 6 and the urine 11 being urinated. The urinalysis result 14 can be transmitted via the wearable computer 3.

  FIG. 7 is a schematic configuration diagram for explaining a fourth embodiment according to the urine test system of the present invention. In the urine test system 36 according to the fourth embodiment, the urine test result 14 is sent to the subject 5 as compared with the urine test system 35 according to the third embodiment described with reference to FIG. 3 is characterized in that the third coupling electrode 26 is used.

  The urine 11 being urinated by the subject 5 is collectively received by the first coupling electrode 6 and then reaches the second coupling electrode 7. When the first coupling electrode 6 and the second coupling electrode 7 are coupled with the urine 11, the second transceiver 50 transmits the urine test result 14 to the subject 5 via the third coupling electrode 26. Transmit to the first transceiver 2 that is attached. The transmission electrode 45 of the second transceiver 50 is coupled to the second coupling electrode 7 and the third coupling electrode 26, and is configured to be switchable to either one by a control means (not shown). Further, the receiving electrode 47 is coupled to the first coupling electrode 6. When the transmission electrode 45 and the reception electrode 47 are coupled via the urine 11, the second transceiver 50 transmits the urine test result 14 from the transmission electrode 45. The transmitted urinalysis result 14 is transmitted from the transmission electrode 45 via the third coupling electrode 26 selected by switching means (not shown).

  The first transceiver 2 receives this urine test result 14 and transmits it to the wearable computer 3. The second transceiver 50 detects that the first combined electrode 6 and the second combined electrode 7 are combined by the urine 11 and transmits the urine test result 14. The urine 11 is analyzed during urination of the subject 5 by the urine analysis probe 15 and the urine analyzer 10, and a urine test result 14 of the urine 11 can be obtained.

  Thus, the urine test system 36 according to the fourth embodiment of the present invention uses the electric field induced in the subject 5 to send the urine test result 14 of the urine 11 of the subject 5 to the first transceiver 2. A urinalysis system 10 that transmits to and stores the wearable computer 3 via the second transceiver 50 and outputs a urine test result 14 obtained by examining the urine 11 of the subject 5; The first transceiver 2 that is attached to the subject 5 and communicates using the electric field, and the urine 11 during urination of the subject 5 is in contact with the urine 11 so that the electric fields can be coupled to each other via the urine 11. A first coupling electrode 6 and a second coupling electrode 7 which are arranged, a third coupling electrode 26 which is arranged at a position in contact with the subject 5 and is coupled to an electric field induced in the subject 5; The first coupling electrode 6 and the second coupling electrode 7 are in contact with each other. In response to the first binding electrode 6 and the second binding electrode 7 being coupled via the urine 11, the urinalysis result 14 is obtained via the third coupling electrode 26 and the subject 5. And a second transceiver 50 that transmits to the transceiver 2.

  With such a configuration, the second transceiver 50 is connected via the third binding electrode 26 and the subject 5 in response to the binding of the first binding electrode 6 and the second binding electrode 7 via the urine 11. The urine test result 14 can be transmitted and stored in the wearable computer (portable information terminal) 3.

  Next, a urine test system according to first to fourth embodiments of the present invention will be described with reference to FIG. The urinalysis system according to the embodiment shown in FIG. 9 is used by humans (subjects) 41 and 50 such as elderly people living alone such as the bed 54 and the toilet seat 43 of the toilet, for example, while living. One or more coupling electrodes 44 and 52 are provided on the surfaces of these contact portions where the bodies of the humans 41 and 50 are in close proximity or close to each other, and the first transceiver 2 and the wearable computer 3 shown in FIG. Further, the wearable computer 3 is further connected to the personal computer 55, and the portable terminals 42 and 51 comprising the combination of the wearable computer 3 and the first transceiver 2 having the same configuration as in FIG. When the humans 41 and 50 sleep on the bed 54 or sit on the toilet seat 43, the electrodes 44 provided on the surface of the contact portion such as the pad of the bed 54 and the toilet seat 43 are provided. The signals from the portable terminals 42 and 51 are detected by the small information terminals 45 and 53 with transceivers, transmitted to the personal computer 55, and sent to the personal computer 55. The urine state of the living state, health condition, etc. of the humans 41, 50 such as when the humans 41, 50 entered the bed 54, got out of the bed 54, entered the toilet today, and how many times they entered the toilet, etc. In addition to the information of the inspection result 14, it is transmitted and monitored.

  In addition to the bed pad of the bed 54 and the toilet seat 43 described above, the coupling electrodes 44 and 52 are not limited to various kinds of people 41 and 50 such as table chairs, cushions, futons, sheets, and toilet seat covers. Provided on the surface of the contact portion.

  Furthermore, in the urinalysis system of this embodiment, each coupling electrode 44, 52 provided on the surface of the contact portion such as the pad of the bed 54 or the toilet seat 43 can be identified by the identification means. Is preferred. Thus, by identifying each coupling electrode 44, 52, it is possible to accurately identify whether the contact portion that the person 41, 50 is currently using is the pad of the bed 54 or the toilet seat 43. Because.

  In addition, it is preferable that the transceiver identification information is given to the portable terminals 42 and 51 carried by each person 41 and 50, and thus the transceiver identification information is given to the portable terminals 42 and 51 carried by each person 41 and 50. By granting, for example, when there is an elderly person who does not depend on the living of two people and does not live up to life, it is possible to identify which one was used.

  The urine test system of the embodiment shown in FIG. 9 uses the above-described configuration and each control method to identify whether the person 41 or 50 is in the bed 54 or the toilet seat 43, and thereby the person 41 or 50. The state of life of humans 41 and 50, such as when the person entered the bed 54, exited the bed 54, entered the bathroom today, how many times the person entered the bathroom, and health conditions such as the urine test result 14 Is monitored, and it is determined from the state of the monitored humans 41 and 50 whether or not the humans 41 and 50 are normal. Then, if necessary, the result of the determination is sent from the personal computer 55 via the network line 60 and the Internet 61 to the data processing terminal 65 of the management center 64, the data processing terminal 63 of the hospital / police 62, and the data processing terminal 68 of the care / security center 67. In addition, the mobile phone 66 such as a neighbor, an acquaintance, or a relative 69 is notified.

  More specifically, in order to determine whether the humans 41 and 50 have entered the bed 54, are sleeping, or have come out, the personal computer 55 uses the transceiver 53 and the coupling electrode 52 provided on the surface of the bed 54, for example, the bed pad. It is detected through. In this detection, detection signals for detecting the humans 41 and 50 are issued from the mobile terminals 42 and 51 of the humans 41 and 50, and it is possible to detect that the human 50 is in the bed 54 by these detection signals. The detection information is newly obtained when the person 50 enters the bed 54 anew.

  Moreover, when these detection electric signals obtained until now are lost, it is a case where the person 50 comes out of the bed 54, and two or more detection electric signals from the two coupling electrodes 52 are obtained. In this case, it can be determined that the person 50 is sleeping on the bed 54.

  In the case of the toilet seat 43, when the human 41 sits on the toilet seat 43, the personal computer 55 passes through the small information terminal 45 with a transceiver and the coupling electrode 44 provided on the surface of the toilet seat 43, and further the portable terminal 42 of the human 41. It can be determined that the seat is the toilet seat 43 based on the detected electric signal.

  Furthermore, in this embodiment, the portable terminals 42 and 51 are provided with a biological sensor (not shown), thereby acquiring biological information of the human 50 entering the bed 54 and the human 41 sitting on the toilet seat 43 and acquiring it with the personal computer 55. Thus, the health condition of the humans 41 and 50 can be examined in more detail. If an abnormality is detected in the humans 41 and 50 as a result of the determination of the health status of the humans 41 and 50 from the biological information by the biological sensor, the management center is connected from the personal computer 55 via the network line 60 and the Internet 61. 64 data processing terminals 65, data processing terminal 63 of hospital / police 62, data processing terminal 68 of care / security center 67, mobile phone 66 such as a neighbor, acquaintance, or relative can be notified.

  The biosensor may be provided in the portable terminals 42 and 51, or may be provided in association with the coupling electrodes 44 and 52 provided in the bed 54 and the toilet seat 43 and the small information terminal 53 with a transceiver. The biometric sensor may be automatically activated every time the person 41 or 50 uses the bed 54 or the toilet seat 43 or may be activated from the personal computer 55 whenever necessary.

  As described above, according to the urine test system 13 of the present invention and the urine test method applicable thereto, it can be detected whether or not the subject 5 is in the process of urinating. Since a transmission path can be formed between the person 5 and the urine test apparatus 10 via the third coupling electrode 26, the third coupling electrode 26 and the third transceiver 25 are matched to the timing during urination. The urinalysis result 14 can be transmitted to the wearable computer 3 via the above.

  In addition, since the urine 11 being urinated is received by the funnel-shaped first coupling electrode 6, the urine 11 can be collected together without diffusing, and the first coupling electrode 6, the second coupling electrode 7, A transmission path can be formed through the urine 11 during urination.

  Further, since the urine test result 14 can be transmitted to the wearable computer 3 of the subject 5 only while the subject 5 is urinating, personal information such as the urine test result 14 can be prevented from leaking. .

1 shows a schematic configuration diagram of a urine test system according to a first embodiment of the present invention. FIG. 1 is a schematic block diagram for explaining a configuration of a transceiver applied to a urine test system according to a first embodiment of the present invention. FIG. BRIEF DESCRIPTION OF THE DRAWINGS It is a figure explaining the 1st coupling electrode applied to the urinalysis system based on the 1st Embodiment of this invention, Comprising: (a) shows sectional drawing of a 1st coupling electrode, (b) Shows a front view of the opening of the first coupling electrode. It is a figure explaining the 2nd coupling electrode applied to the urinalysis system based on the 1st Embodiment of this invention, Comprising: (a) shows sectional drawing of a 2nd coupling electrode, (b) Shows a front view of the second coupling electrode. The schematic block diagram of the urine test | inspection system based on the 2nd Embodiment of this invention is shown. The schematic block diagram of the urine test | inspection system based on the 3rd Embodiment of this invention is shown. The schematic block diagram of the urine test | inspection system based on the 4th Embodiment of this invention is shown. The schematic block diagram for demonstrating the structure of the transceiver applied to the urine test | inspection system based on the 3rd and 4th embodiment of this invention is shown. 1 shows a schematic configuration diagram of an information communication network according to first to fourth embodiments of the present invention. FIG. 1 shows a conceptual diagram of a system for performing data communication by mounting a wearable computer on a human using a transceiver according to the prior art.

Explanation of symbols

1, 13, 35, 36 Urine test system 2 First transceiver 3, 27 Wearable computer (personal digital assistant)
DESCRIPTION OF SYMBOLS 4 Transmission / reception electrode 5 Subject 6 1st coupling electrode 7 2nd coupling electrode 8 2nd transceiver 9 Connection signal generator 10 Urine test apparatus 11 Urine 12 Connection signal 14 Urine test result 15 Urine analysis probe 16 Insulating film 17 Transmission unit 18 I / O circuit 19 Waveform shaping circuit 20 Reception unit 21 Signal processing circuit 22 Electric field detection optical unit 23 Aperture 24 Ejection unit 25 Third transceiver 26 Third coupling electrode 28 Computer 29, 29a, 29b Transceiver 30 Floor Surface 31 Cable 40 General household 41 Presenter 42 Mobile terminal 45 Transmitting electrode 46, 48 Insulating film 47 Receiving electrode 49 Computer 60 Network line 61 Internet

Claims (23)

A urinalysis system for transmitting and storing a urine test result of the urine of the subject to a portable information terminal via a transceiver using an electric field induced in the subject,
A urinalysis apparatus that outputs the urinalysis results obtained by examining the urine of the subject;
A first transceiver mounted on the subject for communicating using the electric field;
A first coupling electrode disposed at a position in contact with the urine during urination of the subject and coupled to the electric field induced in the subject via the urine;
A second coupling electrode disposed at a position where an electric field can be coupled to the first coupling electrode via the urine;
A second transceiver connected to the first coupling electrode for transmitting the urine test results to the first transceiver via the urine;
A connection signal connected to the second coupling electrode and indicating the timing at which the second transceiver transmits the urinalysis result to the first transceiver is transmitted via the urine and the first coupling electrode. A timing signal transmission device for transmitting to the second transceiver;
The urinalysis result output from the urinalysis device is transmitted to the portable information terminal carried by the subject via the urine during urination of the subject based on the timing of the connection signal, and the portable information A urine test system characterized in that it is stored in a terminal. A urinalysis system for transmitting and storing a urine test result of the urine of the subject to a portable information terminal via a transceiver using an electric field induced in the subject,
A urinalysis apparatus that outputs the urinalysis results obtained by examining the urine of the subject;
A first transceiver mounted on the subject for communicating using the electric field;
First and second coupling electrodes that are in contact with the urine during urination of the subject and are arranged at positions where electric fields of each other can be coupled via the urine;
A third coupling electrode disposed at a position in contact with the subject and coupled to the electric field induced in the subject;
A second transceiver connected to the third coupling electrode for transmitting the urinalysis result output from the urinalysis apparatus to the first transceiver via the subject;
A connection signal connected to the second coupling electrode to instruct the timing at which the second transceiver transmits the urine test result to the first transceiver; and the first and second coupling electrodes and A timing signal transmitting device for transmitting to the second transceiver via urine,
The urinalysis result output from the urinalysis apparatus is transmitted to the portable information terminal carried by the subject via the third coupling electrode based on the timing of the connection signal and stored in the portable information terminal. A urinalysis system characterized by: A urinalysis system for transmitting and storing a urine test result of the urine of the subject to a portable information terminal via a transceiver using an electric field induced in the subject,
A urinalysis apparatus that outputs the urinalysis results obtained by examining the urine of the subject;
A first transceiver mounted on the subject for communicating using the electric field;
A first and a second coupling electrode arranged in contact with the urine during urination of the subject and disposed at positions where a mutual electric field can be coupled via the urine;
The first coupling electrode and the second coupling electrode are connected, and the first coupling electrode and the second coupling electrode are coupled via the urine, and the first coupling electrode is coupled to the first coupling electrode. A second transceiver for transmitting the urinalysis result to the first transceiver via a coupling electrode and the urine being urinated,
In response to the coupling of the first coupling electrode and the second coupling electrode through the urine, the second transceiver communicates through the first coupling electrode and the urine being urinated through the urine. A urinalysis system for transmitting a urine test result and storing it in the portable information terminal. A urinalysis system for transmitting and storing a urine test result of the urine of the subject to a portable information terminal via a transceiver using an electric field induced in the subject,
A urinalysis apparatus that outputs the urinalysis results obtained by examining the urine of the subject;
A first transceiver mounted on the subject for communicating using the electric field;
A first and a second coupling electrode arranged in contact with the urine during urination of the subject and disposed at positions where a mutual electric field can be coupled via the urine;
A third coupling electrode disposed at a position in contact with the subject and coupled to the electric field induced in the subject;
In response to the first coupling electrode and the second coupling electrode being connected, and the first coupling electrode and the second coupling electrode being coupled through the urine, the third coupling electrode A second transceiver for transmitting the urinalysis result to the first transceiver via a binding electrode and the subject;
In response to the coupling of the first coupling electrode and the second coupling electrode via the urine, the second transceiver performs the urinalysis via the third coupling electrode and the subject. A urinalysis system, wherein a result is transmitted and stored in the portable information terminal. 5. The urinalysis system according to claim 3, wherein the first transceiver is a receiver that can receive only via the electric field. 6. The first coupling electrode has a substantially funnel-like shape including an expanded opening for collecting and receiving the urine being urinated and a constricted discharge part for discharging the collected urine.
The said 2nd coupling electrode is arrange | positioned in the position which contacts the said urine currently discharged | emitted from the said discharge part, and ensures conduction | electrical_connection with a said 1st coupling electrode through this urine. Item 6. The urine test system according to any one of Items 1 to 5. A urinalysis method for transmitting and storing a urine test result of urine of a subject to a portable information terminal via a transceiver using an electric field induced in the subject,
Output the urinalysis result by a urinalysis device that outputs the urinalysis result obtained by examining the urine of the subject,
A first transceiver for communicating using the electric field is attached to the subject;
The first coupling electrode disposed at a position in contact with the urine during urination of the subject is coupled with the electric field induced in the subject via the urine,
The first coupling electrode is coupled to the first coupling electrode by a second coupling electrode disposed at a position where the electric field can be coupled to the first urine via the urine,
A second transceiver connected to the first coupling electrode transmits the urinalysis result to the first transceiver via the urine;
A timing signal transmitting device connected to the second coupling electrode transmits a connection signal that is an instruction of timing at which the second transceiver transmits the urine test result to the first transceiver. To the second transceiver via a coupling electrode of
By transmitting the urinalysis result output from the urinalysis apparatus to the portable information terminal carried by the subject via the urine during urination of the subject based on the timing by the connection signal, A urinalysis method, wherein the urinalysis result is stored in a portable information terminal. A urinalysis method for transmitting and storing a urine test result of urine of a subject to a portable information terminal via a transceiver using an electric field induced in the subject,
Output the urinalysis result by a urinalysis device that outputs the urinalysis result obtained by examining the urine of the subject,
A first transceiver for communicating using the electric field is attached to the subject;
Contact with the urine during urination of the subject by first and second coupling electrodes arranged at positions where mutual electric fields can be coupled via the urine,
The third coupling electrode disposed at a position in contact with the subject is coupled with the electric field induced in the subject,
The second transceiver connected to the third coupling electrode transmits the urinalysis result output from the urinalysis apparatus to the first transceiver via the subject,
A timing signal transmitting device connected to the second coupling electrode outputs a connection signal for instructing a timing at which the second transceiver transmits the urine test result to the first transceiver. Transmit to the second transceiver via two coupled electrodes and the urine,
By transmitting the urinalysis result output from the urinalysis apparatus to the portable information terminal carried by the subject via the third coupling electrode based on the timing by the connection signal, the portable information terminal The urinalysis method is characterized in that the urinalysis result is memorized. A urinalysis method for transmitting and storing a urine test result of urine of a subject to a portable information terminal via a transceiver using an electric field induced in the subject,
Output the urinalysis result by a urinalysis device that outputs the urinalysis result obtained by examining the urine of the subject,
A first transceiver for communicating using the electric field is attached to the subject;
Contact with the urine during urination of the subject by first and second coupling electrodes arranged at positions where mutual electric fields can be coupled via the urine,
The second transceiver to which the first coupling electrode and the second coupling electrode are connected receives the fact that the first coupling electrode and the second coupling electrode are coupled through the urine. Transmitting the urinalysis result to the first transceiver via the first coupling electrode and the urine being urinated,
The second transceiver stores the urinalysis result in the portable information terminal by transmitting the urinalysis result via the first coupling electrode and the urine being urinated. Method. A urinalysis method for transmitting and storing a urine test result of urine of a subject to a portable information terminal via a transceiver using an electric field induced in the subject,
Output the urinalysis result by a urinalysis device that outputs the urinalysis result obtained by examining the urine of the subject,
A first transceiver for communicating using the electric field is attached to the subject;
Contact with the urine during urination of the subject by first and second coupling electrodes arranged at positions where mutual electric fields can be coupled via the urine,
The third coupling electrode disposed at a position in contact with the subject is coupled with the electric field induced in the subject,
The second transceiver to which the first coupling electrode and the second coupling electrode are connected receives the fact that the first coupling electrode and the second coupling electrode are coupled through the urine. Transmitting the urinalysis result to the first transceiver via the third coupling electrode and the subject,
A urinalysis method characterized in that the urinalysis result is stored in the portable information terminal by the second transceiver transmitting the urinalysis result via the third coupling electrode and the subject. 11. The urinalysis method according to claim 9, wherein the first transceiver is a receiver capable of receiving only through the electric field. The first coupling electrode has a substantially funnel-like shape including an expanded opening for collecting and receiving the urine being urinated and a constricted discharge part for discharging the collected urine. ,
The said 2nd coupling electrode is arrange | positioned in the position which contacts the said urine currently discharged | emitted from the said discharge part, and ensures conduction | electrical_connection with a said 1st coupling electrode through this urine. Item 12. A urine test method according to any one of Items 7 to 11. A recording medium recording a urinalysis program for transmitting and storing a urine test result of the urine of the subject to a portable information terminal via a transceiver using an electric field induced in the subject,
Output the urinalysis result by a urinalysis device that outputs the urinalysis result obtained by examining the urine of the subject,
A first transceiver for communicating using the electric field is attached to the subject;
The first coupling electrode disposed at a position in contact with the urine during urination of the subject is coupled with the electric field induced in the subject via the urine,
The first coupling electrode is coupled to the first coupling electrode by a second coupling electrode disposed at a position where the electric field can be coupled to the first urine via the urine,
A second transceiver connected to the first coupling electrode transmits the urinalysis result to the first transceiver via the urine;
A timing signal transmitting device connected to the second coupling electrode transmits a connection signal that is an instruction of timing at which the second transceiver transmits the urine test result to the first transceiver. To the second transceiver via a coupling electrode of
By transmitting the urinalysis result output from the urinalysis apparatus to the portable information terminal carried by the subject via the urine during urination of the subject based on the timing by the connection signal, A recording medium on which a urinalysis program is recorded, wherein the urinalysis result is stored in a portable information terminal. A recording medium recording a urinalysis program for transmitting and storing a urine test result of the urine of the subject to a portable information terminal via a transceiver using an electric field induced in the subject,
Output the urinalysis result by a urinalysis device that outputs the urinalysis result obtained by examining the urine of the subject,
A first transceiver for communicating using the electric field is attached to the subject;
Contact with the urine during urination of the subject by first and second coupling electrodes arranged at positions where mutual electric fields can be coupled via the urine,
The third coupling electrode disposed at a position in contact with the subject is coupled with the electric field induced in the subject,
The second transceiver connected to the third coupling electrode transmits the urinalysis result output from the urinalysis apparatus to the first transceiver via the subject,
A timing signal transmitting device connected to the second coupling electrode outputs a connection signal for instructing a timing at which the second transceiver transmits the urine test result to the first transceiver. Transmit to the second transceiver via two coupled electrodes and the urine,
By transmitting the urinalysis result output from the urinalysis apparatus to the portable information terminal carried by the subject via the third coupling electrode based on the timing by the connection signal, the portable information terminal A recording medium on which a urinalysis program is recorded, wherein the urinalysis program is stored. A recording medium recording a urinalysis program for transmitting and storing a urine test result of the urine of the subject to a portable information terminal via a transceiver using an electric field induced in the subject,
Output the urinalysis result by a urinalysis device that outputs the urinalysis result obtained by examining the urine of the subject,
A first transceiver for communicating using the electric field is attached to the subject;
Contact with the urine during urination of the subject by first and second coupling electrodes arranged at positions where mutual electric fields can be coupled via the urine,
The second transceiver to which the first coupling electrode and the second coupling electrode are connected receives the fact that the first coupling electrode and the second coupling electrode are coupled through the urine. Transmitting the urinalysis result to the first transceiver via the first coupling electrode and the urine being urinated,
The second transceiver stores the urine test result in the portable information terminal by transmitting the urine test result via the first coupling electrode and the urine being urinated. A recording medium that records the program. A recording medium recording a urinalysis program for transmitting and storing a urine test result of the urine of the subject to a portable information terminal via a transceiver using an electric field induced in the subject,
Output the urinalysis result by a urinalysis device that outputs the urinalysis result obtained by examining the urine of the subject,
A first transceiver for communicating using the electric field is attached to the subject;
Contact with the urine during urination of the subject by first and second coupling electrodes arranged at positions where mutual electric fields can be coupled via the urine,
The third coupling electrode disposed at a position in contact with the subject is coupled with the electric field induced in the subject,
The second transceiver to which the first coupling electrode and the second coupling electrode are connected receives the fact that the first coupling electrode and the second coupling electrode are coupled through the urine. Transmitting the urinalysis result to the first transceiver via the third coupling electrode and the subject,
A urinalysis program for storing the urinalysis result in the portable information terminal by the second transceiver transmitting the urinalysis result via the third coupling electrode and the subject. Recorded recording medium. 15. The recording medium on which the urinalysis program is recorded according to claim 13, wherein the first transceiver is a receiver that is capable of receiving only via the electric field. The first coupling electrode has a substantially funnel-like shape including an expanded opening for collecting and receiving the urine being urinated and a constricted discharge part for discharging the collected urine. ,
The said 2nd coupling electrode is arrange | positioned in the position which contacts the said urine currently discharged | emitted from the said discharge part, and ensures conduction | electrical_connection with a said 1st coupling electrode through this urine. Item 18. A recording medium on which the urinalysis program according to any one of Items 13 to 17 is recorded. A urine test system capable of transmitting urine test results to the outside via a transceiver,
A urinalysis device for outputting the urinalysis result obtained by examining the urine;
A first coupling electrode disposed in contact with the urine and coupled to the electric field induced in the urine;
A second coupling electrode disposed at a position where an electric field can be coupled to the first coupling electrode via the urine;
The transceiver connected to the first coupling electrode for transmitting the urine test result to the outside via the urine;
A connection signal connected to the second coupling electrode and used to transmit a connection signal to the transceiver via the urine and the first coupling electrode, which is an instruction of timing when the transceiver transmits the urine test result to the outside. A timing signal transmission device,
The urinalysis system characterized in that the urinalysis result output from the urinalysis apparatus can be transmitted to the outside via the urine based on the timing of the connection signal. A urine test system capable of transmitting urine test results to the outside via a transceiver,
A urinalysis device for outputting the urinalysis result obtained by examining the urine;
First and second coupling electrodes arranged in contact with the urine and capable of coupling electric fields to each other via the urine;
A third coupling electrode for coupling to an external electric field;
The transceiver connected to the third coupling electrode for transmitting the urinalysis result output from the urinalysis device to the outside;
A connection signal connected to the second coupling electrode for instructing the timing at which the transceiver transmits the urine test result to the outside is transmitted to the transceiver via the first and second coupling electrodes and the urine. A timing signal transmission device for transmitting to
The urinalysis system, wherein the urinalysis result output from the urinalysis apparatus to the outside can be transmitted to the outside via the third coupling electrode based on the timing of the connection signal. A urine test system capable of transmitting urine urine test results to the outside via a transceiver,
A urinalysis device for outputting the urinalysis result obtained by examining the urine;
First and second coupling electrodes arranged in contact with the urine and at positions where electric fields of each other can be coupled through the urine;
The first coupling electrode and the second coupling electrode are connected, and the first coupling electrode and the second coupling electrode are coupled via the urine, and the first coupling electrode is coupled to the first coupling electrode. The transceiver for transmitting the urine test result to the outside via a coupling electrode;
When the first coupling electrode and the second coupling electrode are coupled through the urine, the transceiver transmits the urine test result to the outside through the first coupling electrode and the urine. A urinalysis system characterized by being capable of transmission. A urine test system capable of transmitting urine test results to the outside via a transceiver,
A urinalysis device for outputting the urinalysis result obtained by examining the urine;
First and second coupling electrodes arranged in contact with the urine and at positions where electric fields of each other can be coupled through the urine;
A third coupling electrode for coupling to an external electric field;
In response to the first coupling electrode and the second coupling electrode being connected, and the first coupling electrode and the second coupling electrode being coupled through the urine, the third coupling electrode The transceiver for transmitting the urine test result to the outside via a coupling electrode;
The transceiver can transmit the urine test result to the outside via the third coupling electrode in response to the coupling between the first coupling electrode and the second coupling electrode via the urine. A urinalysis system characterized by that. The first coupling electrode has a substantially funnel-shaped shape including an expanded opening for collecting and receiving the urine and a constricted discharge part for discharging the collected urine.
The said 2nd coupling electrode is arrange | positioned in the position which contacts the said urine currently discharged | emitted from the said discharge part, and ensures conduction | electrical_connection with a said 1st coupling electrode through this urine. Item 23. The urinalysis system according to any one of Items 19 to 22.

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