JP5313952B2 - Medical value system and medical value method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a clinical coordinator as an entity interposed between a dentist and a patient to improve the patient's satisfaction, and to provide information calculated based on a referable treatment policy and treatment plan when the clinical coordinator provides a comment to the patient. <P>SOLUTION: In the system, a clinical coordinator server including a memory provided with treatment cost data including price information and treatment period information for each treatment method, and repayment plan data including repayment plan information; a treatment estimate forming program for calculating a treatment estimated amount from a treatment method determined by a treatment plan formed by the dentist and the treatment cost data; a repayment plan forming program for calculating a repayment amount per time and a repayment period from a loan period, a payment frequency, an interest system and a repayment method for the amount repaid determined from the treatment estimated amount; and a central arithmetic element which operates the programs is connected to a clinical coordinator terminal for data input, and a doctor terminal for inputting treatment item name data through a network. <P>COPYRIGHT: (C)2010,JPO&amp;INPIT

Description

  The present invention relates to medical care and dentistry, and more particularly to a medical value system that makes use of a clinical coordinator, manager, receptionist, or dental assistant for the purpose of improving patient satisfaction between a doctor and a patient.

  Conventionally, in dentistry, a dentist listens to the patient's symptoms and actually observes the patient's oral cavity to understand and understand the affected area, develops a treatment plan, explains it to the patient, and proposes a treatment method It was common to treat themselves. Especially in insurance treatment, patients were often convinced that treatment was performed appropriately.

  For example, Patent Document 1 proposes a method of exchanging with an individual chart in order to improve communication between a patient and a doctor.

Japanese Patent Laid-Open No. 2003-299677

  However, there are cases where the patient does not necessarily get a satisfactory sense from the conversation between the dentist and the patient. In particular, in the free medical care, the treatment method proposal and the practitioner of the treatment are the same person, and thus it is often considered that there is no objective guarantee on the appropriateness of the treatment cost from the viewpoint of the patient. Originally, dentists were specialists in dental care and were sometimes not suitable for satisfying customers in ways other than treatment.

  This is not just a problem for dentistry, but a problem that can occur in general medicine as well, and doctors are also medical professionals and may not be suitable for satisfying customers in ways other than treatment. there were.

  Therefore, an object of the present invention is to provide a clinical coordinator as an entity that exists between a doctor or dentist and a patient and improves the satisfaction of the patient, and this clinical coordinator communicates with the patient. It is to propose a medical value system that provides information that can be calculated based on possible treatment policies and treatment plans, treatment costs and payment methods, in-hospital information, medical cost deductions, differences between insurance medical treatment and general medical treatment.

  The dental value system according to the present invention includes a memory including treatment cost data including treatment cost information and treatment period information for each treatment method, and payment plan data including payment plan information, the treatment cost data, and the treatment The treatment estimate creation program for calculating the treatment estimate from the method, the loan period for the repayment amount determined from the treatment estimate, the number of payments, the interest rate method, and the repayment amount and repayment period per payment A repayment plan creation program for calculating the data, a clinical coordinator server including a central processing element for operating the program, a clinical coordinator terminal for data input, and a doctor terminal for inputting treatment item name data are connected via a network. .

  The treatment plan creation program comprises setting treatment content and treatment period.

  The treatment planning program is capable of determining an optimum treatment method according to a disease state-specific treatment method suitability degree table in which the suitability of treatment methods is scored in advance for each disease state.

  The treatment planning program can select a treatment by determining whether the treatment is an insurance-applied treatment or an insurance-cost-applied treatment in determining an optimal treatment method.

  The medical value method according to the present invention includes a memory including treatment cost data including price information and treatment period information for each treatment method, and repayment plan data including repayment plan information, The estimated treatment amount is calculated from the treatment cost data and the treatment method, and the repayment plan making program once from the loan period, the number of payments, the interest rate method, and the repayment method for the repayment amount determined from the treatment estimate amount. The clinical coordinator server is equipped with a central processing element that operates the program, and is connected via a network to a clinical coordinator terminal for data input and a doctor terminal for inputting treatment item name data. Is done. A clinical coordinator may also serve as an alias, manager, receptionist, or dental assistant.

  By using the medical value system according to the present invention to communicate with doctors and dentists and patients, a clinical coordinator is provided as an entity that improves patient satisfaction, and this clinical coordinator provides comments to patients. There is an advantage of providing information calculated based on the treatment policy and treatment plan such as treatment plan treatment cost and payment method, in-hospital information, medical cost deduction, insurance medical treatment and general medical treatment difference, etc. that can be referred to.

It is a block diagram of the medical value system 2 which concerns on this invention. It is a flowchart of the medical value system 2 which concerns on this invention. It is a flowchart of the medical value system 2 which concerns on this invention. It is a flowchart of the medical value system 2 which concerns on this invention. It is customer data stored in the database in the medical value system 2 according to the present invention. It is reservation data stored in the database in the medical value system 2 according to the present invention. It is self-expense treatment cost data stored in the database in the medical value system 2 according to the present invention. It is insurance medical fee data stored in a database in the medical value system 2 according to the present invention. It is the fund plan data stored in the database in the medical value system 2 according to the present invention. It is repayment plan data stored in the database in the medical value system 2 according to the present invention. It is the estimate preparation data stored in the database in the medical value system 2 which concerns on this invention. It is bill creation data stored in the database in the medical value system 2 according to the present invention. It is the suitability degree data according to the medical condition stored in the database in the medical value system 2 according to the present invention. It is an affected part condition parameter data stored in the database in the medical value system 2 according to the present invention. It is the treatment data stored in the database in the medical value system 2 according to the present invention. It is a treatment method suitability degree table data classified by disease state stored in the database in the medical value system 2 according to the present invention. It is the treatment plan data stored in the database in the medical value system 2 which concerns on this invention. 2 is a block diagram of a dental value system 102 according to the present invention. It is a flowchart of the dental value system 102 which concerns on this invention. It is a flowchart of the dental value system 102 which concerns on this invention. It is a flowchart of the dental value system 102 which concerns on this invention. It is customer data stored in the database in the dental value system 102 according to the present invention. This is reservation data stored in a database in the dental value system 102 according to the present invention. It is self-cost treatment cost data stored in the database in the dental value system 102 according to the present invention. It is insurance medical fee data stored in a database in the dental value system 102 according to the present invention. It is the fund plan data stored in the database in the dental value system 102 according to the present invention. It is repayment plan data stored in the database in the dental value system 102 according to the present invention. It is estimate preparation data stored in the database in the dental value system 102 according to the present invention. It is bill creation data stored in the database in the dental value system 102 according to the present invention. It is the suitability degree data according to the medical condition stored in the database in the dental value system 102 according to the present invention. It is an affected part condition parameter data stored in the database in the dental value system 102 according to the present invention. It is the treatment data stored in the database in the dental value system 102 according to the present invention. It is a treatment method suitability degree table data classified by disease state stored in the database in the dental value system 102 according to the present invention. It is the treatment plan data stored in the database in the dental value system 102 according to the present invention. 2 is a block diagram of a dental value system 202 according to the present invention. It is a flowchart of the reservation program 226 of the dental value system 202 which concerns on this invention. It is a flowchart of the customer management program 228 of the dental value system 202 concerning this invention. It is a flowchart of the treatment estimate preparation program 230 of the dental value system 202 which concerns on this invention. It is a flowchart of the repayment plan creation program 232 of the dental value system 202 according to the present invention. It is a flowchart of the bill creation program 234 of the dental value system 202 concerning this invention. It is a flowchart of the payment confirmation program 236 of the dental value system 202 concerning this invention.

  Embodiments of the present invention will be described below with reference to the drawings.

Example 1
(Configuration of Example 1)
FIG. 1 is a block diagram of a medical value system 2 according to the present invention. The medical value system 2 includes a clinical coordinator server 4, a database 8 connected to the clinical coordinator server 4 via a connection line 6, and a connection line 10, a network 12, and a connection line 14 connected to the clinical coordinator server 4. And a doctor coordinator terminal 16 connected to the clinical coordinator server 4 via a connection line 10, a network 12, and a connection line 18.

  The clinical coordinator server 4 includes a central processing element 22 and a memory device 24.

  The central processing element (CPU) 22 has a function of operating based on a program stored in the memory device 24.

  The memory device 24 includes a reservation program 26, a customer management program 28, a treatment estimate creation program 30, a repayment plan creation program 32, a treatment plan creation program 33, a bill creation program 34, and a payment confirmation program 36. Prepare.

  The reservation program 26 is a program that introduces a consultation time that has not been reserved, accepts reservation registration, and stores the patient data in the reservation data 42 when the patient makes a reservation for medical treatment.

  The customer management program 28 is a program for storing data in the customer data 40 and searching and displaying the customer data.

  The treatment estimate creation program 30 is a program that extracts a treatment method from a treatment plan created by a dentist, and generates treatment cost estimate data for each item.

  The repayment plan creation program 32 is a program for calculating a repayment amount and building a repayment plan when the estimated amount calculated by the treatment estimate creation program 30 is repaid by a loan or the like.

  The treatment plan creation program 32 is a program for determining a treatment policy and determining a treatment schedule.

  The bill creation program 34 is a program for generating a bill to actually establish a contract and storing the billing history as billing data when the repayment plan is established by the repayment plan creation program 32.

  The deposit confirmation program 36 connects to an account in which an account that is a transfer destination of a bank server (not shown) is recorded, extracts a record deposited to the account, and downloads a deposit date, deposit name, and deposit amount data. In this program, the deposit data is associated with the billing data to confirm fund collection.

  The database 8 is connected to the clinical coordinator server 4, and includes customer data 40, reservation data 42, self-payment treatment cost data 44, insurance medical fee 45, fund plan data 46, treatment plan data 47, and repayment plan data. 48, estimate creation data 50, and bill creation data 52 are stored.

  Customer data 40 includes email address, handle name, name, furigana, age, gender, occupation, postal code, prefecture, address, mobile phone, visit desired month, desired visit date and desired visit time, as shown in FIG. The name of the clinic that you would like to visit, the field of free request, information on whether or not you visited for the first visit, that is, the number of visits, the past visit date and treatment details, past treatment results, current in-service treatment details, visit results, and visit schedule From the date, allergy information necessary for treatment, blood type, presence of hemophilia and blood infectious disease, gene information necessary for treatment, input contents at the time of free email consultation, and input data at the time of treatment appointment Become.

  In the clinic data 41, the staff information of the clinic to which the clinical coordinator server 4 belongs, the service content data provided by the clinic, first consultation information, and inquiry question data are registered.

  As shown in FIG. 6, the reservation data 42 includes reservation schedule data for each month, day, time, and dental office, and free mail consultation items such as consultation genre, customer email address, handle name, age, gender, occupation, and residence. Prefectural name, consultation details, visit reservation items, customer email address, handle name, name, age, gender, occupation, address, telephone number, desired diagnosis date, desired diagnosis clinic, schedule request, number of visits, The medical contents, the availability of treatment on the day, the medical contents of interest, and questions are stored.

  The self-paid treatment cost data 44 includes free medical treatment items, units, unit price per unit, suitability of treatment method according to medical condition, insurance medical remuneration item, medical remuneration section, medical remuneration item, medical remuneration score, medical condition name, and affected area condition parameter. Thus, the price and period data of each treatment method to be treated are stored.

  The insurance medical fee 45 includes basic medical department, hospitalization fee, short-term operation basic fee, medical management, home medical care, examination fee, medication, injection fee, rehabilitation fee, treatment fee, surgery fee, and anesthesia fee.

  The fund plan data 46 stores a selectable interest rate, an interest rate method, an amount, and a calculation method, which are loan conditions.

  The treatment plan data 47 stores a disease state appropriateness of treatment method suitability, an affected area situation parameter, a treatment method, and a disease state appropriate treatment method suitability degree table.

  The degree of suitability of the treatment method according to the disease state is a level when the effect of the treatment method on the disease or disorder is expressed in numerical values.

  The affected area status parameter is a numerical value of the degree of the affected area. The area and depth of the affected area, and whether it is in the initial state, in progress, or in the end state are numerically shown in advance.

  As for the treatment methods, the treatment methods that may be performed in each clinic include all of insurance medical treatment and free medical treatment. Although it may be managed by the name of the treatment method, it may be numerically coded.

  The pathological treatment method suitability degree table is a table showing the suitability degree of the treatment method for each pathological condition. This table is registered in advance so that a high score is assigned to the optimal treatment method for each disease state. More specifically, it is preferable to determine the suitability level for each diseased part condition parameter of the disease state. In addition, it is possible to select a more detailed treatment method by determining the degree of suitability when a plurality of pathological conditions occur simultaneously or when a plurality of treatment methods are combined.

  The repayment plan data 48 is repayment plan data calculated by the repayment plan creation program 32, and a repayment amount and a repayment period are determined.

  The estimate form creation data 50 stores estimate form data calculated by the treatment estimate creation program 30.

  The bill creation data 52 stores bill data generated by the bill creation program 34. Stores the billing destination, amount, billing number, date, and the like.

  The clinical coordinator terminals 16 are electrically connected to each other, and are electrically connected to one clinical coordinator server 4 via the connection line 14 and the Internet 10. Data is input to each program from this terminal and data is output.

  The doctor terminals 20 are electrically connected to each other, and are electrically connected to one clinical coordinator server 4 via the connection line 14 and the Internet 10. The doctor operates to input treatment plan data.

(Flow of Example 1)
An operation method of the medical value system 2 will be described. The steps SA2 to SA24 will be described with reference to FIG.

  In the case of a revisit patient, when the customer number is input to the clinical coordinator terminal 16, the reservation program 26 reads other customer data corresponding to the customer number from the customer data 40 and displays it on the clinical coordinator terminal 16.

  The customer accesses the clinical coordinator server 4 through the customer terminal 15 via the free email consultation page, and inputs the consultation genre, customer email address, handle name, age, gender, occupation, name of the prefecture in which he / she resides, and consultation details. The reservation program stores these data as reservation data 42 in the database 8 (SA4).

  When a customer number is input to the clinical coordinator terminal 16 at the visit to the customer, the customer management program 28 accesses the customer data 40 and refers to the number of visits of the customer to the clinic described in the customer data 40 for the first visit of the customer. It is determined whether or not. If it is the first visit, the customer management program 28 downloads the first visit guide data in the database 8 from the clinic data 41 and displays it on the clinical coordinator terminal 16 (SA6).

  The first visit guide describes the first visit process, the second and third diagnosis processes, the cure (treatment) process, and the maintenance process.

  The initial examination process includes a pre-examination table, an initial guidance, an inquiry, an orientation, an examination, first-aid / cleaning, and a diagnosis.

  The pre-examination table is a document that describes the motive of the consultation.

  The first visit guidance is a document explaining the system to the customer who receives the first visit.

  The inquiry is a question item or the like for knowing what should be treated by listening to the customer in advance before performing the medical treatment.

  The orientation is explained by the clinical coordinator to the customer. Specifically, the orientation is a process of confirming the explanation of the medical care system and the main complaint that is the reason why the customer visits this medical care.

  The examination is carried out at the discretion of the doctor, and the condition of the customer is objectively measured or observed using a device or the like, and X-ray examination, affected area photography, affected area model production, affected area collection, blood test, Includes urinalysis and thermometry.

  In the first aid / clinicing, if there is pain or swelling in the affected area, first aid is given to relieve it. If the affected area is contaminated, cleaning is performed.

  The diagnosis is made by a doctor who determines the medical condition or wound in the affected area based on the pre-examination sheet, interview results, orientation results, test results, and first-aid treatment results, and formulates a treatment policy. At the same time, the clinical coordinator server 4 generates a plurality of treatment plans from previously input data.

  The second and third medical care processes consist of a first counseling and a second counseling.

  In the first counseling, a plurality of patterns of treatment plans, treatment periods, and treatment estimates based on the treatment plans generated by the clinical coordinator server 4 are generated. The clinical coordinator will explain to the customer based on these multiple patterns of treatment plans, treatment periods and treatment estimates.

  In the second counseling, the final decision on the treatment policy is made, the clinical coordinator server 4 generates a medical invoice, and the clinical coordinator explains to the customer about the insurance contribution, the self-paid treatment cost, the invoice and the payment method. To do.

  In the cure process, a doctor performs treatment based on a treatment policy. The clinical coordinator will provide counseling as necessary. When the treatment is completed, the treatment completion notification is given, and the clinical coordinator provides end counseling. End counseling will explain how to secure the medical device needed for treatment.

  In the maintenance process, care is continued when the condition changes after the treatment is completed or when care is required.

  The customer accesses the clinical coordinator server 4 via the visit reservation page via the customer terminal 15, and the customer's e-mail address, handle name, name, age, gender, occupation, address, telephone number, desired diagnosis date, desired diagnosis clinic, schedule Enter the request, the number of visits, the contents of medical treatment, the availability of treatment on that day, the content of medical treatment of interest, and the questions. The reservation program stores the data input by these customers in the database 8 as reservation data 42 (SA8).

  When the customer number is input to the clinical coordinator terminal 16 at the visit to the customer, the customer management program 28 accesses the customer data 40 and refers to the number of visits. If the number of visits is 0, the visit is determined to be the first visit. If it is the number of times, it is determined to be a revisit. If it is the first visit, the customer management program 28 displays the first visit guidance stored in the clinic data 41 on the clinical coordinator terminal 16 (SA10).

  The clinical coordinator server 4 waits for an inquiry input by the customer management program 28. The inquiry data is pre-registered in the clinic data 40. As the inquiry input data, the date of occurrence of the symptom, the symptom to ask the doctor to diagnose, the site on the body where the symptom occurred, Causes such as behaviors, accidents, drugs, food, cosmetics, work, destinations, etc. that come to mind as well as the name of the hospital and treatment method if you have been treated, the department name and hospital name of the other department you are undergoing The name of the disease, the name of allergies caused by drugs and food, the name of the drug, the name of the food, the pre-existing condition, and whether the woman is pregnant or breastfeeding A question is made and the result is registered in the customer data 40 connected to the clinical coordinator server 4. These pieces of information are stored in the customer data 40 by connecting the doctor terminal 20 to the clinical coordinator server 4 and the CPU 22 starts the customer management program 28 (SA12).

  When the inquiry data is stored in the customer data 40, the customer management program 28 accesses the clinic data 41 in the database 8 via the clinical coordinator terminal 16 according to the instruction of the clinical coordinator, and provides this pre-registered service. The feature data of the clinic and the service contents data that can be received by the staff and the customer are displayed on the display device of the clinical coordinator terminal 16 (SA14).

  On the other hand, the customer management program 28 includes re-examination data stored in the customer data 40, that is, the date of occurrence of symptoms from the visit date, treatment content, free mail data, and pre-examination data, the symptoms for requesting a doctor to diagnose, The site of the body location that has occurred and the cause information such as the behavior, accident, medicine, food, cosmetics, work, destination, etc. that come to mind are accessed and displayed on the display device of the clinical coordinator terminal 16 (SA16) .

  In the orientation data input process, when the clinical coordinator confirms with the customer about the customer information displayed on the clinical coordinator terminal 16 in (SA16), and the clinical coordinator inputs new data to the clinical coordinator terminal 16 only when there is a change, The customer management program 28 stores the newly input customer information in the customer data 40 (SA18).

  Subsequently, the doctor determines a test necessary for making a diagnosis based on the customer's main complaint information, and performs the test. The inspection result is transmitted from the doctor terminal 20 to the clinical coordinator server 4 by the customer management program 28 and stored in the customer data 40 (SA20).

  In addition, the doctor will check the affected area of the customer for pain, swelling and dirt. If pain, swelling, and dirt are present, give first aid, treatment, and cleaning. Further, the first-aid treatment, treatment, and cleaning result are transmitted from the doctor terminal 20 to the clinical coordinator server 4 by the customer management program 28, and stored in the customer data 40 (SA22).

  Subsequently, the doctor determines the name, degree, and scale of the affected area of the customer for the disease or injury. Further, the judgment result of the name, degree and scale of this disease or injury is transmitted from the doctor terminal 20 to the clinical coordinator server 4 from the doctor terminal 20 and stored in the customer data 40 (SA24).

  Next, the steps (SA26) to (SA42) will be described with reference to FIG. The clinical coordinator server 4 causes the CPU 22 to execute the treatment estimate creation program 30 based on the determination result of the name, degree, and scale of the disease or injury stored in the customer data 40, and is stored in the treatment plan data 47. A treatment method is selected by referring to the treatment method suitability degree table according to disease state. Specifically, as shown in FIG. 14, the appropriateness degree of each treatment method for each disease state is registered in advance in the disease state appropriate treatment method appropriateness table. In addition, each disease state treatment method suitability degree table also registers whether each treatment method is free medical care or insurance-applied therapy. In addition, as shown in FIG. 11, the appropriateness of the treatment method according to the pathological condition is 3 points when the best result is obtained, 2 points if it is an indispensable treatment for complete cure, and 1 if it is not completely cured but can be dealt with. If it is inappropriate, it is 0. However, this scoring can also be a multi-stage evaluation value.

  First, when a treatment method is selected in the insurance medical treatment item, the treatment estimate creation program 30 sets the weight of the treatment method which is a free medical treatment method to 0 points. The treatment estimate creation program 30 selects an optimal treatment method for the remaining medical treatment method from the medical condition suitability degree appropriateness table. For example, when there is a flat nevus on the customer's face, in insurance practice, Q-switch ruby laser treatment, carbonic acid laser treatment, and dye laser treatment are insurance treatments. Here, the Q-switched ruby laser treatment, which has the highest aptitude score, is optimal. In this case, the treatment estimate creation program 30 selects the Q-switched ruby laser treatment (SA26).

  On the other hand, in the process of selecting an optimal treatment method because either free medical care or insurance medical care may be used, first, the treatment estimate creation program 30 does not give any weight to free medical care and insurance medical care. In this case, the Alexandrite treatment method has the highest aptitude score of 3 points in free medical care and insurance medical care. Therefore, the treatment estimate creation program 30 selects an alexandrite treatment method (SA28).

  Next, when a treatment method is selected in the free medical treatment item, the treatment estimate creation program 30 sets the weight of the treatment method, which is an insurance medical treatment method, to 0. The treatment estimate creation program 30 selects an optimal treatment method for the remaining free medical treatment treatment method from the treatment condition suitability degree table for each disease state. For example, if there is a flat nevus on the customer's face, only the alexandrite treatment method is a free practice. Here, the alexiterite treatment method, which has the highest aptitude score, is inevitably optimal. In this case, the treatment estimate creation program 30 selects an alexandrite treatment method (SA30).

  The clinical coordinator server 4 causes the CPU 22 to execute the treatment plan creation program 33 to calculate a treatment schedule. Here, the treatment plan data 47 is accessed, and in the Q-switch ruby laser treatment, the treatment date is determined, and the next treatment date is set to 3 months. Furthermore, the necessity of multiple laser treatments is determined according to the state of the affected area (SA32).

  Through the above steps SA26 to SA32, the CPU 22 calculates the treatment estimate for each policy by referring to the charge data of the treatment plan data 47 (SA34). Estimates are calculated for three types of estimates when the treatment estimate creation program 30 is insurance treatment only, insurance treatment and free medical treatment mixture costs, and free medical treatment alone.

  Subsequently, the treatment estimate creation program 30 enters a waiting state for selecting a medical treatment policy by a doctor and a customer (SA36). If the customer agrees with any of the three types of estimates, the process proceeds to the next step. When there is a request for changing the condition from a doctor or a customer, the clinical coordinator accesses the clinical coordinator server 4 via the clinical coordinator terminal 16 and causes the treatment estimate creation program 30 to execute the change condition.

  When the estimate is confirmed, the clinical coordinator accesses the clinical coordinator server 4 via the clinical coordinator terminal 16, and the treatment estimate creation program 30 registers the estimate contents in the customer data 40 (SA38).

  The bill creation program 34 is executed on the CPU 22 and calculates insurance contributions based on the estimated data and the insurance medical fee 45 (SA40). The bill creation program 34 displays the calculated result on the clinical coordinator terminal 16.

  The bill creation program 34 is further executed on the CPU 22 to calculate the self-cost treatment cost along with the estimated data and the self-cost treatment cost data 44 (SA42). The bill creation program 34 displays the calculated result on the clinical coordinator terminal 16.

  Next, steps (SA44) to (SA62) will be described with reference to FIG.

  The repayment plan creation program 32 is executed on the CPU 22 and calculates a plurality of batch repayments, split repayments, and bonus combined split repayment plans based on the repayment plan data 48 (SA44).

  The repayment plan creation program 32 waits for instructions on which of the multiple repayment plan plans to be calculated, and when changing the payment method, return to the step (SA44) and change the number of payments of the repayment plan plan, etc. To calculate (SA46).

  When the repayment plan is confirmed, the repayment plan creation program 32 outputs the repayment plan on the screen of the clinical coordinator terminal 16 (SA48).

  Based on the repayment plan, the treatment plan creation program 33 calculates a bill including the repayment plan and outputs it on the screen of the clinical coordinator terminal 16 of the treatment plan creation program 33 (SA50).

  When treatment is started, if a doctor performs a treatment action, the treatment result is input to the customer data 40 via the doctor terminal 20 (SA52).

  Further, when the treatment by the doctor is completed by a plurality of treatments, the treatment completion result is input to the customer data 40 via the doctor terminal 20 (SA54).

  The input treatment completion result is output on the screen of the clinical coordinator terminal 16 (SA56).

  A compensation plan is generated and outputted for the medical device used in the treatment (SA58).

  An aftercare plan is formulated and output on the screen of the clinical coordinator terminal 16 (SA60). At the same time, the next care schedule is output (SA62).

(Example 2)
(Configuration of Example 2)
FIG. 18 is a block diagram of the dental value system 102 according to the present invention. The dental value system 102 includes a clinical coordinator server 104, a database 108 connected to the clinical coordinator server 104 via a connection line 106, and a connection line 110, a network 112, and a connection line 114 connected to the clinical coordinator server 104. And a doctor coordinator terminal 116 connected to the clinical coordinator server 104 via a connection line 110, a network 112, and a connection line 118.

  The clinical coordinator server 104 includes a central processing element 122 and a memory device 124.

  The central processing element (CPU) 122 has a function of operating based on a program stored in the memory device 124.

  The memory device 124 includes a reservation program 126, a customer management program 128, a treatment estimate creation program 130, a repayment plan creation program 132, a treatment plan creation program 133, a bill creation program 134, and a payment confirmation program 136. Prepare.

  The reservation program 126 is a program that introduces a consultation time that has not been reserved, accepts reservation registration, and stores the patient data in the reservation data 142 when the patient makes a reservation for medical treatment.

  The customer management program 128 is a program for storing data in the customer data 140 and searching and displaying the customer data.

  The treatment estimate creation program 130 is a program that extracts treatment methods from a treatment plan created by a dentist, and generates treatment cost estimate data for each item.

  The repayment plan creation program 132 is a program for calculating a repayment amount and building a repayment plan when the estimated amount calculated by the treatment estimate creation program 130 is repaid by a loan or the like.

  The treatment plan creation program 132 is a program for determining a treatment policy and determining a treatment schedule.

  The bill creation program 134 is a program for generating a bill to actually establish a contract and storing the billing history as billing data when the repayment plan creation program 132 establishes a repayment plan.

  The deposit confirmation program 136 connects to an account in which an account that is a transfer destination of a bank server (not shown) is recorded, extracts a record deposited to the account, and downloads a deposit date, deposit name, and deposit amount data. In this program, the deposit data is associated with the billing data to confirm fund collection.

  The database 108 is connected to the clinical coordinator server 104, and includes customer data 140, reservation data 142, self-payment treatment cost data 144, insurance medical treatment fee 145, fund plan data 146, treatment plan data 147, and repayment plan data. 148, estimate creation data 150, and bill creation data 152 are stored.

  Customer data 140 includes email address, handle name, name, furigana, age, gender, occupation, postal code, prefecture, address, mobile phone, desired month of visit, desired date of visit and desired visit time, as shown in FIG. The name of the clinic that you would like to visit, the field of free request, information on whether or not you visited for the first visit, that is, the number of visits, the past visit date and treatment details, past treatment results, current in-service treatment details, visit results, and visit schedule From the date, allergy information necessary for treatment, blood type, presence of hemophilia and blood infectious disease, gene information necessary for treatment, input contents at the time of free email consultation, and input data at the time of treatment appointment Become.

  In the dental clinic data 141, the staff information of the clinic to which the clinical coordinator server 104 belongs, the service content data provided by the clinic, the initial examination guidance data, and the inquiry question data are registered.

  As shown in FIG. 23, the reservation data 142 includes reservation schedule data by month, day, time, and dental office, and free mail consultation items such as consultation genre, customer email address, handle name, age, gender, occupation, and residence. Prefectural name, consultation details, visit reservation items, customer email address, handle name, name, age, gender, occupation, address, telephone number, desired diagnosis date, desired diagnosis clinic, schedule request, number of visits, The medical contents, the availability of treatment on the day, the medical contents of interest, and questions are stored.

  The self-paid treatment cost data 144 includes free medical treatment items, units, unit price per unit, treatment method suitability according to medical condition, insurance medical remuneration item, medical remuneration section, medical remuneration item, medical remuneration score, medical condition name, and affected area condition parameter. Thus, the price and period data of each treatment method to be treated are stored.

  The insurance medical fee 145 includes basic medical department, hospitalization fee, etc., short-term operation basic fee, medical management, home medical care, examination fee, medication, injection fee, rehabilitation fee, treatment fee, surgery fee, and anesthesia fee.

  The fund plan data 146 stores a selectable interest rate, an interest rate method, an amount, and a calculation method, which are loan conditions.

  The treatment plan data 147 stores a treatment method suitability degree by pathological condition, an affected area condition parameter, a treatment method, and a treatment method suitability degree table by disease state.

  The degree of suitability of the treatment method according to the disease state is a level when the effect of the treatment method on the disease or disorder is expressed in numerical values.

  The affected area status parameter is a numerical value of the degree of the affected area. The area and depth of the affected area, and whether it is in the initial state, in progress, or in the end state are numerically shown in advance.

  As for the treatment methods, the treatment methods that may be performed in each clinic include all of insurance medical treatment and free medical treatment. Although it may be managed by the name of the treatment method, it may be numerically coded.

  The pathological treatment method suitability degree table is a table showing the suitability degree of the treatment method for each pathological condition. This table is registered in advance so that a high score is assigned to the optimal treatment method for each disease state. More specifically, it is preferable to determine the suitability level for each diseased part condition parameter of the disease state. In addition, it is possible to select a more detailed treatment method by determining the degree of suitability when a plurality of pathological conditions occur simultaneously or when a plurality of treatment methods are combined.

  The repayment plan data 148 is repayment plan data calculated by the repayment plan creation program 132, and a repayment amount and a repayment period are determined.

  The estimate form creation data 150 stores estimate form data calculated by the treatment estimate creation program 130.

  The bill creation data 152 stores bill data generated by the bill creation program 134. Stores the billing destination, amount, billing number, date, and the like.

  The clinical coordinator terminals 116 are electrically connected to each other and are electrically connected to one clinical coordinator server 4 via the network 114 and the Internet 110. Data is input to each program from this terminal and data is output.

  The doctor terminals 120 are electrically connected to each other, and are electrically connected to one clinical coordinator server 104 via the network 114 and the Internet 110. The doctor operates to input treatment plan data.

(Flow of Example 2)
An operation method of the dental value system 102 will be described. The SB2 process to SB24 process will be described with reference to FIG.

  In the case of a revisit patient, when the customer number is input to the clinical coordinator terminal 116, the reservation program 126 reads other customer data corresponding to the customer number from the customer data 140 and displays it on the clinical coordinator terminal 116.

  The customer accesses the clinical coordinator server 104 via the customer terminal 15 via the free email consultation page, and inputs the consultation genre, customer email address, handle name, age, gender, occupation, name of the prefecture in which he / she resides, and the content of the consultation. The reservation program stores these data as reservation data 142 in the database 108 (SB4).

  When a customer number is input to the clinical coordinator terminal 116 at the visit to the customer, the customer management program 128 accesses the customer data 140 and refers to the number of visits to the clinic of the customer described in the customer data 140 for the first visit of the customer. It is determined whether or not. If it is the first visit, the customer management program 128 downloads the first visit guide data in the database 108 from the clinic data 141 and displays it on the clinical coordinator terminal 116 (SB6).

  The first visit guide describes the first visit process, the second and third diagnosis processes, the cure (treatment) process, and the maintenance process.

  The initial examination process includes a pre-examination table, an initial guidance, an inquiry, an orientation, an examination, first-aid / cleaning, and a diagnosis.

  The pre-examination table is a document that describes the motive of the consultation.

  The first visit guidance is a document explaining the system to the customer who receives the first visit.

  The inquiry is a question item or the like for knowing what should be treated by listening in advance from a customer before performing dental care.

  The orientation is explained by the clinical coordinator to the customer. Specifically, the orientation is a process of confirming the explanation of the medical care system and the main complaint that is the reason why the customer visits this medical care.

  The examination is performed at the discretion of the doctor, and the condition of the customer is objectively measured or observed using a device or the like. Periodontal basic examination, X-ray examination, intraoral photography, study model production, Includes sampling of affected area, blood test, urine test, temperature test.

  In the first aid / clinicing, if there is pain or swelling in the affected area, first aid is given to relieve it. If the affected area is contaminated, cleaning is performed.

  The diagnosis is made by a doctor who determines the medical condition or wound in the affected area based on the pre-examination sheet, interview results, orientation results, test results, and first-aid treatment results, and formulates a treatment policy. At the same time, the clinical coordinator server 104 generates a plurality of treatment plans from previously input data.

  The second and third medical care processes consist of a first counseling and a second counseling.

  In the first counseling, a plurality of patterns of treatment plans, treatment periods, and treatment estimates based on the treatment plans generated by the clinical coordinator server 104 are generated. The clinical coordinator will explain to the customer based on these multiple patterns of treatment plans, treatment periods and treatment estimates.

  In the second counseling, the final decision on the treatment policy is made and the clinical coordinator server 104 generates a medical invoice, and the clinical coordinator explains to the customer about the insurance contribution, the self-paid treatment cost and the invoice and payment method. To do.

  In the cure process, a doctor performs treatment based on a treatment policy. The clinical coordinator will provide counseling as necessary. When the treatment is completed, the treatment completion notification is given, and the clinical coordinator provides end counseling. End counseling provides information on prosthetic maintenance, warranty, brushing care, care programs, and medical device security required for treatment.

  In the maintenance process, care is continued when the condition changes after the treatment is completed or when care is required.

  The customer accesses the clinical coordinator server 104 via the visit reservation page via the customer terminal 115, and the customer's e-mail address, handle name, name, age, gender, occupation, address, telephone number, desired diagnosis date, desired diagnosis clinic, schedule Enter the request, the number of visits, the contents of medical treatment, the availability of treatment on that day, the content of medical treatment of interest, and the questions. The reservation program stores the data input by these customers in the database 18 as reservation data 142 (SB8).

  When the customer number is input to the clinical coordinator terminal 116 at the visit to the customer, the customer management program 128 accesses the customer data 140 and refers to the number of visits. If the number of visits is 0, the visit is determined to be the first visit. If it is the number of times, it is determined that it is a revisit. If it is the first visit, the customer management program 128 displays the first visit guide stored in the clinic data 41 on the clinical coordinator terminal 116 (SB10).

  The clinical coordinator server 104 waits for an inquiry input by the customer management program 128. The inquiry data is pre-registered in the clinic data 140, and as the inquiry input data, the date of occurrence of the symptom, the symptom to ask the doctor to diagnose, the site on the body where the symptom occurred, Causes such as behaviors, accidents, drugs, food, cosmetics, work, destinations, etc. that come to mind as well as the name of the hospital and treatment method if you have been treated, the department name and hospital name of the other department you are undergoing The name of the disease, the name of allergies caused by drugs and food, the name of the drug, the name of the food, the pre-existing condition, and whether the woman is pregnant or breastfeeding A question is made and the result is registered in the customer data 140 connected to the clinical coordinator server 4. These pieces of information are stored in the customer data 140 by connecting the doctor terminal 120 to the clinical coordinator server 104, and the CPU 122 activates the customer management program 128 (SB12).

  When the inquiry data is stored in the customer data 140, the customer management program 128 accesses the clinic data 141 in the database 108 via the clinical coordinator terminal 116 according to the instruction of the clinical coordinator, and provides this pre-registered service. The contents of the clinic and the service content data that can be received by the staff and the customer are displayed on the display device of the clinical coordinator terminal 116 (SB14).

  On the other hand, the customer management program 128 includes re-examination data stored in the customer data 140, that is, the date of occurrence of symptoms from the visit date, treatment content, free mail data, and pre-examination data, symptoms for requesting a doctor to diagnose, The part of the body that has occurred and the cause information such as the action, accident, medicine, food, cosmetics, work, destination, etc. that are conceived as the cause are accessed and displayed on the display device of the clinical coordinator terminal 116 (SB16). .

  In the orientation data input process, the clinical coordinator confirms with the customer about the customer information displayed on the clinical coordinator terminal 116 in (SB16), and the clinical coordinator inputs new data to the clinical coordinator terminal 116 only when there is a change. The customer management program 128 stores the newly input customer information in the customer data 140 (SB18).

  Subsequently, the doctor determines a test necessary for making a diagnosis based on the customer's main complaint information, and performs the test. The inspection result is transmitted from the doctor terminal 120 to the clinical coordinator server 104 by the customer management program 128 and stored in the customer data 140 (SB20).

  In addition, the doctor will check the affected area of the customer for pain, swelling and dirt. If pain, swelling, and dirt are present, give first aid, treatment, and cleaning. Further, the first-aid treatment, treatment, and cleaning result are transmitted from the doctor terminal 120 to the clinical coordinator server 104 by the customer management program 128 and stored in the customer data 140 (SB22).

  Subsequently, the doctor determines the name, degree, and scale of the affected area of the customer for the disease or injury. Further, the judgment result of the name, degree and scale of this disease or injury is transmitted from the doctor terminal 120 to the clinical coordinator server 104 from the doctor terminal 120 and stored in the customer data 140 (SB24).

  Next, the steps (SB26) to (SB42) will be described with reference to FIG. The clinical coordinator server 104 causes the CPU 122 to execute the treatment estimate creation program 130 based on the determination result of the name, degree, and scale of the disease or injury stored in the customer data 140, and is stored in the treatment plan data 147. A treatment method is selected by referring to the treatment method suitability degree table according to disease state. Specifically, as shown in FIG. 14, the appropriateness degree of each treatment method for each disease state is registered in advance in the disease state appropriate treatment method appropriateness table. In addition, each disease state treatment method suitability degree table also registers whether each treatment method is free medical care or insurance-applied therapy. In addition, as shown in FIG. 30, the appropriateness of the treatment method according to the pathological condition is 3 points when the best result is obtained, 2 points if it is an indispensable treatment for complete cure, and 1 if it is not completely cured but can be dealt with. If it is inappropriate, it is 0. However, this scoring can also be a multi-stage evaluation value.

  First, when a treatment method is first selected in the insurance medical treatment item, the treatment estimate creation program 130 assigns a weight of 0 to a treatment method that is a free medical treatment method. The treatment estimate creation program 130 selects the most appropriate treatment method for the remaining insurance medical treatment method from the pathological treatment method suitability degree table. For example, when there is a defect in the customer's right back tooth, in the insurance practice, the denture or bridge of the insurance practice is targeted. Here, the dentures or bridges having the highest aptitude score are 7 points. In this case, the treatment estimate creation program 130 selects a bridge when there are normal teeth on both sides (SB26).

  On the other hand, in the process of selecting an optimal treatment method because either free medical care or insurance medical care may be used, first, the treatment estimate creation program 130 does not give any weight to free medical care and insurance medical care. In this case, the free medical denture or bridge has the highest aptitude score of 3 points in free medical care and insurance medical care. Therefore, the treatment estimate creation program 130 selects a denture or a bridge (SB28).

  Next, when a treatment method is selected in the free medical treatment item, the treatment estimate creation program 130 sets the weight of the treatment method, which is an insurance medical treatment method, as 0 points. The treatment estimate creation program 130 selects an optimal treatment method for the remaining free medical treatment treatment method from the treatment condition suitability degree table for each disease state. For example, if there is a defect in the customer's right back tooth, only the implant is free medical care, and the denture and bridge can be free medical care or insurance medical care. Here, the most suitable aptitude score is the three-point free medical denture or bridge. In this case, the treatment estimate creation program 130 selects a denture or a bridge (SB30).

  The clinical coordinator server 104 causes the CPU 122 to execute the treatment plan creation program 133 to calculate a treatment schedule. Here, the treatment plan data 147 is accessed and the denture is described. In the denture, the mold removal date is determined, and a treatment date is set after 3 days (SB32).

  Through the processes from SB26 to SB32, the CPU 122 calculates the treatment estimate for each policy with reference to the charge data of the treatment plan data 147 (SB34). Estimates are calculated for three types of estimates when the treatment estimate creation program 130 is insurance treatment only, the cost of insurance treatment and free medical treatment mixture, and the case of free medical treatment alone.

  Subsequently, the treatment estimate creation program 130 enters a waiting state for selecting a medical treatment policy by a doctor and a customer (SB36). If the customer agrees with any of the three types of estimates, the process proceeds to the next step. When there is a request for changing the condition from a doctor or a customer, the clinical coordinator accesses the clinical coordinator server 104 via the clinical coordinator terminal 116 and causes the treatment estimate creation program 130 to execute the change condition.

  When the estimate is confirmed, the clinical coordinator accesses the clinical coordinator server 104 via the clinical coordinator terminal 116, and the treatment estimate creation program 130 registers the estimate contents in the customer data 140 (SB38).

  The bill creation program 134 is executed on the CPU 122 and calculates insurance contributions along with the estimated data and the insurance medical fee 145 (SB40). The bill creation program 134 displays the calculated result on the clinical coordinator terminal 116.

  The bill creation program 134 is further executed on the CPU 122 to calculate the self-cost treatment cost along the estimated data and the self-cost treatment cost data 144 (SB42). The bill creation program 134 displays the calculated result on the clinical coordinator terminal 116.

  Next, steps (SB44) to (SB62) will be described with reference to FIG.

  The repayment plan creation program 132 is executed on the CPU 122 to calculate a plurality of batch repayment plans, split repayments, and bonus combined split repayment plans based on the repayment plan data 148 (SB44).

  The repayment plan creation program 132 waits for an instruction as to which of a plurality of repayment plan plans is to be calculated, and when changing the payment method, the process returns to step (SB44) and changes the number of payments of the repayment plan plan. To calculate (SB46).

  When the repayment plan is confirmed, the repayment plan creation program 132 outputs the repayment plan on the screen of the clinical coordinator terminal 16 (SB48).

  Based on the repayment plan, the treatment plan creation program 133 calculates a bill including the repayment plan and outputs it on the screen of the clinical coordinator terminal 116 of the treatment plan creation program 133 (SB50).

  When the medical treatment is started, if the medical treatment is performed by the doctor, the medical treatment result is input to the customer data 140 via the doctor terminal 120 (SB52).

  Further, when the treatment by the doctor is completed by a plurality of treatments, the treatment completion result is input to the customer data 140 via the doctor terminal 120 (SB54).

  The input treatment completion result is output on the screen of the clinical coordinator terminal 116 (SB56).

  A compensation plan is generated and outputted for the medical device used in the treatment (SB58).

  An aftercare plan is formulated and output on the screen of the clinical coordinator terminal 116 (SB60). At the same time, the next care schedule is output (SB62).

(Example 3)
(Configuration of Example 3)
FIG. 35 is a block diagram of the medical value system 202 according to the present invention. The dental value system 202 includes a clinical coordinator server 204, a database 208 connected to the clinical coordinator server 204 via a connection line 206, and a connection line 210, a network 212, and a connection line 214 connected to the clinical coordinator server 204. And a doctor coordinator terminal 216 connected to the clinical coordinator server 204 via a connection line 210, a network 212, and a connection line 218.

  The clinical coordinator server 204 includes a central processing element 222 and a memory device 224.

  The central processing element (CPU) 222 has a function of operating based on a program stored in the memory device 224.

  The memory device 224 includes a reservation program 226, a customer management program 228, a treatment estimate creation program 230, a repayment plan creation program 232, a bill creation program 234, and a payment confirmation program 236.

  The reservation program 226 is a program that introduces a consultation time that has not been reserved, accepts reservation registration, and stores the patient data in the reservation data 242 when the patient makes a reservation for medical treatment.

  The customer management program 228 is a program for storing data in the customer data 240 and searching and displaying the customer data.

  The treatment estimate creation program 230 is a program that extracts treatment methods from a treatment plan created by a dentist, and generates treatment cost estimate data for each item.

  The repayment plan creation program 232 is a program for building a repayment plan by calculating the repayment amount when the estimated amount calculated by the treatment estimate creation program 230 is repayable with a loan or the like.

  The bill creation program 234 is a program for generating a bill to actually establish a contract and storing the billing history as billing data when the repayment plan creation program 232 establishes a repayment plan.

  The deposit confirmation program 236 connects to an account in which an account that is a transfer destination of a bank server (not shown) is recorded, extracts a record deposited to the account, and downloads a deposit date, deposit name, and deposit amount data. In this program, the deposit data is associated with the billing data to confirm fund collection.

  The database 208 is connected to the clinical coordinator server 204, and includes customer data 240, reservation data 242, treatment cost data 244, fund plan data 246, repayment plan data 248, estimate creation data 250, and invoice creation. Data 252 is stored.

  Customer data 240 includes email address, handle name, name, furigana, age, gender, occupation, postal code, prefecture, address, mobile phone, visit desired month, desired visit date, desired visit time, and desired visit. The name of the dental clinic, the desired column, information on whether or not it is the first visit, past treatment results, current in-service treatment details, visit results and scheduled visit date, allergy information required for treatment, blood type, hemophilia And the presence or absence of blood infectious diseases, and genetic information necessary for treatment.

  The reservation data 242 stores reservation schedule data for each month, day, time, and dental office.

  The treatment cost data 244 stores the price and period data of each treatment method to be treated.

  The fund plan data 246 stores a selectable interest rate, an interest rate method, an amount, and a calculation method, which are loan conditions.

  The repayment plan data 248 is repayment plan data calculated by the repayment plan creation program 232, and a repayment amount and a repayment period are determined.

  The estimate form creation data 250 stores estimate form data calculated by the treatment estimate creation program 30.

  The bill creation data 252 stores bill data generated by the bill creation program 234. Stores the billing destination, amount, billing number, date, and the like.

  The clinical coordinator terminals 216 are electrically connected to each other, and are electrically connected to one clinical coordinator server 4 via the network 214 and the Internet 210. Data is input to each program from this terminal and data is output.

  The doctor terminals 220 are electrically connected to each other, and are electrically connected to one clinical coordinator server 204 via the network 214 and the Internet 210. The doctor operates to input treatment plan data.

(Flow of Example 3)
Next, the flow of each program will be described with reference to FIGS.

  The reservation program 226 causes the profile entry page to be displayed on the reservation person's terminal (not shown) on the web page. As this profile, an e-mail address, a handle name, a name, a furigana, an age, a gender, an occupation, a postal code, a prefecture, an address, and a page waiting for input of a mobile phone are displayed (A2).

  Further, the reservation program 226 is set so as to wait for one or more dates of the visit desired month, the visit desired date, and the visit desired time.

  In addition, the appointment program 226 is set so that the name of the dental clinic that wishes to visit can be selected (A4). In addition, it is possible to wait for a free request column and whether or not it is the first visit.

  When all of these data are entered, the reservation program 226 first sends an e-mail address, handle name, name, furigana, age, gender, occupation, postal code, prefecture, address, mobile phone, desired month and visit. The desired date, desired visit time, the name of the dental clinic that wishes to visit, the free request field, and information on whether or not it is the first visit are registered as customer data 240.

  Next, the reservation program 226 accesses the reservation data 242 to access reservation schedule data by month, day, time, and dental office. Therefore, in the desired order, the desired visit month, the desired visit date, the desired visit time, and the name of the dental clinic that wishes to visit are searched to determine whether there is a reservation.

  If it is determined that there is no reservation, the reservation program 226 stores the desired visit month, the desired visit date, the desired visit time, and the name of the desired dental clinic in the reservation data 242. In addition, the reservation contents are displayed on the reservation person's terminal.

  If it is determined that there is a reservation at that time, the fact that the reservation is already present is displayed. At the same time, the time when there is no latest reservation is displayed.

  After that, the desired date after the second choice is determined, and if there is no reservation, it is input to the reservation data 242. If there is a reservation, the time when there is no reservation is displayed again to indicate the necessity of reselection of the reservation time. . Thus, the reservation program 226 determines the reservation date, and the reservation person data is input.

  Next, the customer management program 228 will be described with reference to FIG.

  The customer management program 228 inputs information that the reservation program 226 does not register for the customer basic information. For example, it consists of age, sex, past treatment results, current in-service treatment details, visit results, and scheduled visit dates. Further, allergic information necessary for treatment, blood type, presence / absence of hemophilia and blood infectious disease, and gene information necessary for treatment are stored in the customer data 240 (B2).

  The customer management program 228 stores, from the doctor terminal 220, the past treatment results, treatment information excluding the current in-treatment treatment contents, and treatment plan information including treatment items and treatment periods in the customer data 240 (B4). .

  The customer management program 228 stores the treatment result information in the customer data 240 from the doctor terminal 220 after the customer's treatment (B6).

  Further, the customer management program 228 confirms the transfer information to the bank account and the payment information at the window, and stores the payment result as customer data (B8).

  Next, the treatment estimate creation program will be described with reference to FIG.

  The treatment estimate creation program 230 inputs the patient's symptoms from the clinical coordinator terminal 216 or accesses the treatment plan information from the customer data 240 (C2).

  The treatment estimate creation program 230 displays the name of the treatment method suitable for the symptom on the screen of the accessed terminal according to the information obtained in step C2 (C4).

  The treatment estimate creation program 230 enters a standby state for selecting a treatment method from the clinical coordinator terminal 16 (C6).

  When a treatment method is further selected, the treatment estimate creation program 230 further enters a standby state for treatment condition input (C8).

  Here, when all the treatment conditions are input, the treatment estimate creating program 30 refers to the treatment cost data 44, determines the treatment schedule, calculates the treatment cost, and displays it on the clinical coordinator terminal 16. (C10). The treatment estimate creation program 230 stores the calculated treatment costs in the database 8 as estimate creation data 250.

  An estimate of treatment costs can be calculated by the treatment estimate creation program 30.

  The repayment plan creation program 232 will be described with reference to FIG. The repayment plan creation program 232 determines the treatment cost calculated by the treatment estimate creation program 230 or an arbitrary borrowing amount, and the borrowing amount is input as the amount (D2).

  The repayment plan creation program 232 waits for the input of the loan period and the number of payments (D4).

  When the loan period and the number of payments are input, the repayment plan creation program 232 waits for an interest rate method and an interest rate to be input. As the interest rate method, a floating interest rate and a fixed interest rate are selected. Furthermore, the interest rate value can be linked to the short-term prime rate in the case of a floating interest rate (D6). Note that the interest rates and repayment methods that can be selected are those stored in the fund plan data 46.

  Next, the repayment plan creation program 232 waits for selection of a repayment method. The repayment method is waiting for selection of principal and interest equal payment with a fixed repayment rate and principal payment with constant payment (D8).

  When all the above inputs are completed, the repayment plan creation program 232 outputs a repayment plan indicating the repayment period and the repayment amount at the time of each repayment (D10). The repayment plan creation program 232 stores the repayment plan in the database 208 as repayment plan data 248.

  Since a repayment plan is determined for the amount of treatment, a sense of security can be shown to the patient.

  FIG. 6 shows an invoice creation program 234, which is a program for creating an invoice for a customer whose repayment plan is determined and the amount of charge is fixed.

  The bill creation program 234 first waits for a billing destination input (E2). It waits for input of the name of the customer or the name of the billing party pointed out.

  Subsequently, the bill creation program 234 enters a standby state for entering a bill number and date (E4).

  Subsequently, when a billing number and a date input are input, the bill creation program 234 enters a standby state for the date input and a standby state for each billing item (E6).

  When all of the above standbys are input, the bill creation program 234 prints the bill (E8).

  After printing, the bill creation program 234 is stored in the database 208 as bill creation data 252 (E10).

  When the invoice is issued, payment confirmation is required. FIG. 41 shows a flowchart of the payment confirmation program 236.

  The payment confirmation program 236 accesses a bank account server (not shown) and accesses account data specified by the invoice. The payment confirmation program 236 downloads the account data (F2).

  The payment confirmation program 236 collates the transfer name of the downloaded account data with the billing data of the bill creation data 52 (F4).

  If the billing data in the bill creation data 252 match, the deposit confirmation program 236 collates the deposit amount with the registered invoice amount (F6).

  If the deposit amount and the registered invoice amount match, the deposit confirmation program 236 stores information that the deposit has been confirmed in the customer data 240 (F8).

2 Medical Value System 4 Clinical Coordinator Server 6 Connection Line 8 Database 10 Connection Line 12 Network 14 Connection Line 16 Clinical Coordinator Terminal 18 Connection Line 20 Doctor Terminal 22 Central Processing Element 24 Memory Device 26 Reservation Program 28 Customer Management Program 30 Treatment Estimate Creation Program 32 Repayment plan creation program 33 Treatment plan creation program 34 Invoice creation program 36 Payment confirmation program 42 Reservation data 40 Customer data 41 Clinic data 44 Self-paid treatment cost data 45 Insurance medical fee 46 Fund plan data 47 Treatment plan data 48 Repayment plan data 50 Estimate creation data 52 Invoice creation data 102 Dental value system 104 Clinical coordinator server 106 Connection line 108 Database 110 Connection Line 112 Network 114 Connection line 116 Clinical coordinator terminal 118 Connection line 120 Doctor terminal 122 Central processing element 124 Memory device 126 Reservation program 128 Customer management program 130 Treatment estimate creation program 132 Repayment plan creation program 133 Treatment plan creation program 134 Invoice creation program 136 Payment Confirmation Program 142 Reservation Data 140 Customer Data 142 Reservation Data 144 Self-Care Treatment Cost Data 145 Insurance Treatment Fee 146 Fund Plan Data 147 Treatment Plan Data 148 Repayment Plan Data 150 Estimate Creation Data 152 Invoice Creation Data 141 Dental Clinic Data 148 Repayment Plan data 202 Dental value system 204 Clinical coordinator server 208 Database 210 Internet 12 network 214 network 216 clinical coordinator terminal 220 doctor terminal 222 central processing element 224 memory device 226 reservation program 228 customer management program 230 treatment estimate creation program 232 repayment plan creation program 234 invoice creation program 236 payment confirmation program 240 customer data 242 reservation data 244 Treatment cost data 246 Fund plan data 248 Repayment plan data 250 Estimate creation data 252 Invoice creation data 248 Repayment plan data

Claims (3)

A memory comprising treatment cost data including price information and treatment period information for each treatment method, and repayment plan data including repayment plan information; a central processing element ;
A treatment estimate creation program for calculating a treatment estimate from the treatment cost data and the treatment method;
A repayment plan creation program for calculating a repayment amount and a repayment period from the loan period, the number of payments, the interest rate method, and the repayment method for the repayment amount determined from the estimated treatment amount;
A clinical coordinator server having a central processing element for operating the treatment estimate creation program and the repayment plan creation program, a clinical coordinator terminal for data input, and a doctor terminal for inputting treatment item name data are connected via a network. that a medical value system,
The central processing element refers to the treatment method suitability degree table stored in the treatment plan data using the treatment estimate creation program, selects the treatment method, and the treatment condition suitability degree table for each disease state The suitability degree of each treatment method is registered in advance, and the treatment method suitability degree table according to the disease state also registers whether each treatment method is a free medical treatment or an insurance-applied treatment. Legal aptitude is pre-scored to the pathological condition and treatment method, and these points are weighted for each free and insurance treatment.
The central processing unit uses the treatment estimate creation program to refer to the charge data of the treatment plan data, calculates the treatment estimate for each policy, and the treatment estimate creation program is free only for insurance treatment and insurance treatment. Calculate the costs for the cost of mixing medical treatments and three types of estimates for free medical treatment alone,
The central processing unit is a medical value system that uses a repayment plan creation program to calculate and collate multiple repayment plans, split repayments, and bonus combined split repayment plans based on repayment plan data.   Furthermore, the medical value system of Claim 1 provided with the treatment plan preparation program which defines treatment content and treatment period. A memory comprising treatment cost data including price information and treatment period information for each treatment method, and repayment plan data including repayment plan information;
A treatment estimate creation program calculates a treatment estimate from the treatment cost data and the treatment method,
The repayment plan creation program calculates the repayment amount and repayment period per time from the loan period, the number of payments, the interest rate method, and the repayment method for the repayment amount determined from the estimated treatment amount,
The clinical coordinator server includes a central processing element that operates the program, and is a medical value method that is connected via a network to a clinical coordinator terminal for data input, a doctor terminal that inputs treatment item name data,
A memory comprising treatment cost data including price information and treatment period information for each treatment method, and repayment plan data including repayment plan information; a central processing element ;
A treatment estimate creation program for calculating a treatment estimate from the treatment cost data and the treatment method;
A repayment plan creation program for calculating a repayment amount and a repayment period from the loan period, the number of payments, the interest rate method, and the repayment method for the repayment amount determined from the estimated treatment amount;
A clinical coordinator server having a central processing element for operating the treatment estimate creation program and the repayment plan creation program, a clinical coordinator terminal for data input, and a doctor terminal for inputting treatment item name data are connected via a network. a method of performing a medical value system that,
The central processing element refers to the treatment method suitability degree table stored in the treatment plan data using the treatment estimate creation program, selects the treatment method, and the treatment condition suitability degree table for each disease state The suitability degree of each treatment method is registered in advance, and the treatment method suitability degree table according to the disease state also registers whether each treatment method is a free medical treatment or an insurance-applied treatment. Legal aptitude is pre-scored to the pathological condition and treatment method, and these points are weighted for each free medical treatment and insurance medical treatment,
The central processing unit uses the treatment estimate creation program to refer to the charge data of the treatment plan data, calculates the treatment estimate for each policy, and the treatment estimate creation program is free only for insurance treatment and insurance treatment. Calculating the costs for the cost of mixing medical care and the three types of estimates for free medical care alone;
The central processing unit uses a repayment plan creation program to execute a medical value system including a step of calculating and collating multiple repayment plans, batch repayments, and bonus combined split repayment plans based on repayment plan data. Method.

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