JPS5837765A - Diagnostic management system - Google Patents

Abstract

PURPOSE:To decrease the burden on a patient and to improve the efficiency of a hospital, by using a computer system having voice recognition and response function for a diagnostic system of the hospital. CONSTITUTION:The reception is done through the depression of a start switch of an input and output device by a patient, a questionnaire is read out from a memory and specified items are inquired to the patient in voice. When the patient responds to this questionnaire, an audio processing circuit 10 performs audio recognition and the content of recognition is confirmed to the patient. If the content is correct, a diagnostic card is formed and the place to be visited is guided in voice. The patient inputs the card to an input device of the specified diagnostic room and the data of card is stored in a center 6. In the room, a doctor operates the input device and the name of patient registrated in the center 6 is sequentially announced in voice. In addition, the inspection and pharmachy system can also be performed efficiently with a computer system provided with audio recognition and response.

Description

[Detailed description of the invention]. The present invention relates to a medical examination management system for promoting automation of hospital equipment and improving the medical examination OIl rate.

, Traditionally, medical examinations at hospitals were conducted at the reception desk - diagnosis, testing, and unnecessary procedures.
Although each function, such as medication, is separate, each function is independent and unrelated to each other, and patients are generally unfamiliar with the hospital system.・This results in wasteful use of human resources, which results in a lot of time, labor costs, and unnecessary stress for patients, which ultimately leads to a decline in hospital functionality.

For example, first-time patients line up at the reception desk early in the morning and fill out a preliminary consultation request form.

Submit your documents to the reception desk, get your admission ticket and examination card, and go to the next place (ask where you should go), then submit your documents to the reception desk of the specific department.
You will be questioned and palpated.

At that time, the doctor writes the required information in the medical record and conducts the sample test.
Instructions for specific tests such as X-ray examinations or prescriptions (medication instructions and accounting lists) are prepared and handed to the patient, and documents are submitted to the reception desk for the above-mentioned specific test to receive the test. , or make an appointment for a test if necessary.Furthermore, the patient goes to the pharmacy, requests medication using a prescription, goes to the checkout, submits the checkout list, pays the fee, receives a receipt, and then goes to the pharmacy again. Receive the medicine in exchange for the receipt.

This is just an example, but relatively large hospitals such as so-called general hospitals generally have a similar system.

Generally, in such a system, long lines form in every sector and patients are often forced to wait for long periods of time.

It was. There are many bulletin boards with information about hospital operations.

The examinee does not have to use a lot of nerves, and moreover, many of these types of notices are difficult to understand.

The present invention has been made in view of these circumstances, and aims to provide a medical examination management system that can improve the efficiency of medical examinations, streamline hospital administration, and reduce the burden on patients.

That is, in order to achieve such a purpose, the O device El!
a central processing circuit consisting of a storage device, a ninth input/output control circuit that inputs and outputs the central processing unit, and a voice processing circuit that performs voice recognition and voice synthesis and inputs and outputs the input and output control circuit according to voice signals; and a miter 7 for inputting audio to the audio processing circuit of this central processing unit.
a reception system that includes a speaker that outputs audio from the audio processing circuit, and a pigeon card creation machine that issues a consultation card in accordance with the output from the input/output control circuit of the central processing unit, and audio output from the processing circuit; Microscope 1 installed in the examination room and used to input audio to the audio processing circuit W1 installed in the examination room to output audio from the audio processing circuit Speaker, installed in the examination room to call the patient to the input/output control circuit of the 1M1e central processing unit; installed in the examination room and output from the coterie output control circuit; has a loud voice for grid instructions. A room system, a good speaker installed at the reception desk of the examination room for output, a microphone installed in the examination room for inputting audio to the same audio processing circuit,
An examination having a speaker installed in the examination room for outputting audio from the audio processing circuit, and a call switch installed in the examination room for inputting a patient call signal to the input/output control @path of the central processing unit. A speaker for the room system, which distinguishes the money input from the input slot, inputs the input money data to the input/output control circuit of the central processing unit, and gives change according to the output from the doujin system # circuit. In order to output the money exchanger that discharges money to the gun muzzle, and the grinter that grids the tare sheet based on the output from the doujin output control circuit, an O speaker is installed, and the internal pressure of the pharmacy is installed.
Input/output control (b) Glinter and doujin output control system that grids the Asahi Mansen using the output from the path - Medication with a medicine delivery device that transports the medicine prepared in the pharmacy to the pharmacy reception according to the output from the path It is important to have a system.

The present invention will be described in detail below with reference to the drawings.

jll@ is a system diagram showing a medical examination management system in an example of the present invention.

I111gKs? reception system 11 diagnosis system l
(Inspection system I (1-1 to 1)
), accounting system 4. Medication System If-4 Hospital central location! It is coupled to the input/output control circuit 1 of the computer center d as ls. The input/output control circuit 7 is coupled to a central processing unit 8 , and the central processing unit 8 is further coupled to a storage device 9 . Also, within the computer center 6 is a voice processing circuit 10, which is inserted between the input/output control circuit r and the systems 1 to 50 of each sector of the hospital.

In other words, systems 1 to 5 in each section serve as terminal systems for the computer center 6.

Input/output control circuit 7, central processing unit 8. As for the system comprising the storage device 9 and the audio processing technology of the audio processing circuit 10, known techniques may be applied, and the specific Kti will not be specifically explained here.

Therefore, I will first explain the reception system in detail.

Fig. 2 is a diagram showing the external appearance of a specific example of one input/output device installed at the reception desk, Fig. 3 is a 70-chart of the reception system 1, and Fig. 4 includes input/output devices in front of the reception desk. 1 is a diagram showing an electrical connection between a reception system 1 and a computer center (hereinafter abbreviated as "center") #.

2 to #I4, when the patient operates the start switch 11 of the input/output device 1, the content of the question is read out from the storage device 9, and the voice processing circuit 1 in the voice processing circuit 10
0 is converted into a voice question by the amplifier circuit 12. A question is issued from the speaker/microphone 14 through the speaker/microphone switching circuit IJ. When one question is completed, the rung blinking power supply circuit 15 is activated and the response requesting fig blinks to request a response. When the patient responds to the speaker/microphone J4, the voice signal is sent to the voice processing circuit 10 of the center d through the speaker/microphone switching circuit IS and the amplifier circuit 12, and is analyzed by the voice analysis circuit JOB. When the response voice is recognized, the content of the confirmation question is converted into voice by the 10 voice processing circuits using 9 different signals, and the confirmation question is uttered from the speaker/microphone w7 on 14.

In response, if the patient answers "No" because the question was not the same as the one he/she answered, the voice analysis circuit JOB uses voice recognition to repeat the previous question and repeat the question and answer. Depending on the content, the liquid crystal drive circuit JFKII is sent, a classification list, etc. is displayed on the liquid crystal display 18, and the examinee responds based on the list. If the question is the same as the one the patient answered, the response is sent to the voice analysis circuit JOB.
The audio has been confirmed! Advance the program to the next step. When the grammatical questions are completed, the khana making machine 19 operates, and a consultation card is created by K, including card stamping, card punching, and magnetic writing, and is ejected to the consultation card outlet 191. At the same time, the place where the patient should go next and how to get there are voiced through the speaker/microphone 14.

FIG. 5 is a diagram showing an example of voice question and answer in the reception system.

Next, the diagnostic system 2 will be explained in detail.

Figure 6(a) is a diagram showing the external appearance of a specific example of an input/output device for two people installed in the t11 examination room reception, and Figure 6(b) is a diagram showing a specific example of the input/output device 2B installed in the examination car. A diagram showing the external appearance, No. 7 is the 7CI''''' chart of the diagnostic system 2,
FIG. 8 is a block diagram showing the electrical connection between the diagnostic system including the input/output device i11 and the center 6.

In Figures 6 to 118 Ilc, when the patient inserts the consultation card received in the reception system 1 into the consultation card 20m of the input/output device 1tzh, the card is drawn into the input/output device 2, and the card is inserted into the input/output device 2. The card is read by the reading circuit 20, and the contents are stored in the center C. In the 6 examination room, when the doctor operates the call switch 21 of the input/output device 2B, the card is read in the center σ and the contents are stored in the center C. The person's name is read out in order and the speech synthesis circuit 10
The sound is converted into voice by the system, and the patient is called through the speaker 23 through the amplification circuit 22. If the patient does not appear in the examination room despite being called, repeat the operation of the call switch 21 again.
The IO patient is called. The FMH performs an interview and palpation of the examinee, makes a tentative diagnosis, and inputs the data to the center 6. This data input method is the same as the question answering method in the reception system 1 described in wIJ, and starts with operating the start switch 24, and then inputting the disease name, symptoms, upcoming examination details, and medication details using the speaker/microphone 25.
, speaker/microphone switching (2) path 26, amplifier circuit 21.
Input by voice using the response request lamp 28, blinking power supply circuit 29, etc., and finally! Instructions are printed on the lifter 30. When asking audio questions, depending on the content,
A classification list and the like is displayed on the TV display 11 via the TV control circuit SO, and a response is made based on the list. The instructions list the test contents that the examinee should undergo and the Kuwana etc. to receive the medication, and the examinee takes this instruction sheet and the Friend Examination Card from the card return slot of the two input/output devices JOB to the next step. Proceed to the system.

The inspection system S will be briefly explained in detail.

Figure 9(a) shows the input/output device 1 installed at the reception desk of the examination room.
(b) is a diagram showing the appearance of a specific example of the input/output device IB installed in the examination room;
109th Welfare Inspection System 3-74-Char), gl 1
The figure is a four-dimensional diagram showing the electrical connection between the inspection system 3 including the input/output device 31 and the center 6.

In Figures 1 to 1K11, when a patient inserts his/her consultation card into the examination card slot J1 of the person exit device 3A installed at the reception desk of the examination room, the card is pulled into the input/output device 1, and the card is removed. The reading circuit 111 reads the marker, and the contents are read in advance by the above-mentioned diagnostic system 2.
The content is compared with the content input to the center 6, and only those that match the content are accepted. When a laboratory technician operates the call switch 31 of the input/output device JB in the examination room, the patient's welfare request IK registered and stored in the center 6 is called up, converted into voice by the voice synthesis circuit J6AK, and transmitted through the amplifier circuit 34 to the speaker J5. In the 10th examination technique # for which the patient is called, the patient is examined according to the contents of the instruction book owned by the patient and the data is registered in the center 6.

This data manual method is the same as the question-and-answer method in the reception system, and starts with operating the start switch 36, and then displays the test details and results using the micro 7-phone 37. Speaker/mic switching circuit 38. Amplifier circuit S79. Response request run f40. Rung blinking power supply circuit 41
Input by voice using etc. When asking a question by voice, depending on the content, the TV display 4ff4 may be sent via the TV control circuit 4J.
C classification list etc. are displayed and a response is made based on it.

The patient takes out the consultation card from the card return slot JjB of the input/output device IA and proceeds to the next system.

Next, the accounting system 4 will be explained in detail.

FIG. 12 is a diagram showing the external appearance of a specific example of four unmanned accounting devices in the accounting system 4, FIG. 13 is a flowchart of the accounting system 4, and FIG. 14 is a diagram showing the accounting system 4 including the unmanned accounting device 4A and the center 6. It is a block diagram showing electrical connection with.

In Figure llE ~ @ Figure 14, the patient passes the consultation card to the unmanned accounting device of the accounting system 4.
When the card is inserted into the unmanned accounting device 4A, the card is read by the card reading circuit 44, and the contents are compared with the contents previously input to the center 6 from the diagnostic system 2 or inspection system JK. 1
940O matches are now accepted. First, the amount billed to the patient is summed up by the input valves in each system, converted into an audio signal by the audio synthesis circuit 10 of the audio processing circuit 10, and sent to the speaker 46 via the amplifier circuit 45.
You will be charged (by voice). At the same time, the billed amount is displayed on the liquid crystal display 41 by the liquid crystal display circuit 48, and the billing rung 50 is blinked by the rung blinking power supply circuit 49. When the patient inserts money equivalent to the billed amount into the cash slot 51, the money discrimination circuit 51 discriminates the amount of money inserted and inputs it to the center 6.The output from the center C causes the money supply circuit SX to operate. The change comes from the muzzle jjA, and the consultation card comes from the card return slot 44B! Receipts are ejected from the 53 cashiers through the link 61. Namely.

In this case, the money discrimination circuit 51 and the change supply circuit j2 constitute a money transfer circuit. The payment details are recorded in the center 6.

Next, the medication system 5 will be explained in detail.

Figure 15(a) shows the input/output device 5 installed at the reception desk of the pharmacy.
Figure 15 (b) is a diagram showing the appearance of a specific example of a medicine supply shelf @58 in a pharmacy.
The figure shows a flowchart of the medication system 5, and FIG. 17 shows the input/output device 6k.

FIG. 2 is a block diagram showing electrical connections between a medication system 5 including a medicine supply shelf device 5B and a center 6. FIG.

In Prisoners 15 to 17, patients receive medical examination cards into the input/output device of the reception desk of the medication system 50.
4A, the card is drawn into the device, the card is read by the card reading circuit J4, and the contents are read in advance by the diagnostic system 2.4A. Inspection system 3. Alternatively, the content entered into the center 6 is checked by the jurisdiction policy system 4, and only those that match are accepted. When the card is read, if the medicine is already ready to be administered, the medicine delivery circuit 59 is activated and the medicine is discharged from the chestnut supply shelf device 5B to the recipient's hand by an automatic medicine transporter (not shown). Ru. At the same time, an output from the center σ is used to notify the patient via the amplifier circuit J5 through the speaker 56 of the method and precautions to take. If you are not ready to administer the medication, please wait for the speaker j6! Instruct the examiner. The medication system 5 is equipped with a printer 51 that prints prescriptions with medication instructions in the Fi pharmacy, so that even if the patient does not insert the card into the system's consultation card slot 54, the patient can easily send the prescription to the medical center 6 in the diagnostic system 2. By entering data into.

The pharmacy is immediately notified of the medication details and can prepare the medication. The pharmacist collects the medicine while looking at this prescription, and inserts it into the Kuyo-go shelf determined by the prescription in the medicine supply shelf. At this time, the medicine preparation switch 58 is turned on in the inserted shelf, and by turning it on, it is input to the center 6 that the preparation is complete. If the patient is waiting,
When the medication preparation switch 58 is turned on, the voice synthesis circuit 10A is activated to call the patient through the speaker liK, and the medication delivery circuit 59 automatically supplies the medication in front of the patient. Finally, the patient takes out the consultation card from the patient card return slot 54B and completes the consultation.

By applying voice recognition to such hospital examination systems, L5' examiners do not have to struggle to read complicated text notices, etc., and the waiting time in each system can be shortened, and the hospital side can There is no need to have a large number of guides or receptionists, and there is no need to operate keys as an input means to the electronic calculation model center 6, so the efficiency of patient examination can be improved. Also, the big advantage is that the patient can also listen to information such as the name of the disease, symptoms, and details of the test, which in the past, could not be seen even if the patient was told the details without asking a specific question, when the patient inputs the information by voice into the computer center. be.

Note that the present invention is not limited to the embodiments described above and shown in the drawings, and may be modified in various ways without changing the gist thereof. It is possible to give.

An example is diagnostic system 2. The number of inspection systems 3 and the like may be set as appropriate depending on the actual situation of the hospital.

In addition, in many cases, the liquid crystal display, TV display, start switch, response request 27, etc. in each system 1 to j can be omitted and still function to the extent that there is no problem in practical use, so these will be omitted. It's okay.

As described in detail above, according to the present invention, it is possible to provide a medical examination management system that can improve efficiency, streamline in-hospital administration, and reduce the burden on patients.

[Brief explanation of the drawing]

Figure 111 is a system system diagram showing the overall configuration of one embodiment of the present invention, and Figures 2 to 17 show details of each part of the embodiment.
l! FIG. 1◆... Reception system, 2... Diagnosis system, 3 (S
-1 to s -n) - Inspection system, 4... Accounting system, 6... Medication system, 6-4 Computer center, 1... Input/output control circuit, 8... Central processing unit,
10...Speech processing circuit. Applicant's representative Patent attorney Takehiko Suzue 2nd! ! 21 Figure 3 Figure 2 Figure 2 - Breath 3 Figure

Claims (1)

[Claims] A central processing unit, a storage device subordinate to the central processing unit,
An input/output control circuit for inputting/outputting the central processing unit, and an audio la! a central processing section consisting of an audio processing circuit that performs speech synthesis and inputs and outputs the input/output control path (2) using audio signals; and a microphone for inputting audio to the audio processing circuit of this central processing section. a reception system having a speaker for outputting audio from the audio processing circuit, and a card creation machine for issuing a consultation card in accordance with the output from the input/output control path of the central treatment section; A speaker for outputting audio to the examination N carp, a rounded microphone reflex-off installed in the examination room to input audio to the same audio processing circuit 1 installed in the examination room for outputting audio from the same audio processing circuit a speaker installed in the examination room, a call switch for inputting a patient call signal to the input/output control oil path of the central processing unit, and an output from a doujin output control circuit installed in the examination room to output a p instruction. A round speaker with a printer for printing, a microphone installed in the examination room for inputting audio to the audio processing circuit, and a microphone installed in the examination room for outputting audio from the audio processing circuit. A round card reading PF device which is installed in the examination room and performs input to an external path for inputting a patient call signal to the input/output control circuit of the central processing unit. The speaker determines the money input from the input slot, inputs the input money data to the input/output control circuit of the central processing unit, and transfers nine 9 sen to the p chain according to the output from the doujin output control n path. A large-sized gold-tone O speaker with an fvnter that prints a receipt sheet based on the output from the cash transfer-1 and the doujin output control n route, which is installed in the a station and the central processing l
IO input/output control unit 1) prints prescriptions according to the output from the computer and doujin output control unit 1) A medicine delivery system that transports the prescriptions prepared within the pharmacy to the pharmacy reception desk
A medical examination management system that is equipped with a single device and a shoulder-to-shoulder medication system.