TWM625356U - Registration system - Google Patents

Abstract

The registration system includes a registration request receiving module, a time period judgment module and a registration fee calculation module. The registration request receiving module is used for receiving a registration information, and the registration information includes a registration time and a registration request. The time period judgment module is used for judging whether the registration time is in a peak period according to the registration time. The signal of the registration fee calculation module is connected to the registration request receiving module and the time period judging module. If the registration time is during peak hours, the registration fee calculation module will calculate a peak registration fee according to the registration time and registration requirements; if the registration time is not during peak hours, the registration fee calculation module will calculate a normal registration fee according to the registration time and registration requirements. Peak registration fee.

Description

Registration system

The present invention relates to a registration system, in particular to a registration system that saves patients' overall waiting time for seeing a doctor by providing a differential payment mechanism.

When people are sick, they go to a hospital or clinic to register and line up to see a doctor according to the registered number. General hospitals and clinics will have peak hours for registration, such as the evening hours from Monday to Friday (that is, the after-get off work hours of general office workers), during which time a large number of patients are often registered for medical treatment, which makes patients need to spend time A lot of time to queue; Similarly, hospitals and clinics will also have off-peak hours, such as from 8:00 am to 6:00 pm from Monday to Friday (that is, the working hours of general office workers), and there will be more off-peak hours during off-peak hours. Fewer patients register for medical treatment, and patients who register at off-peak hours do not need to spend too much time queuing.

Therefore, how to divert patients from peak hours to off-peak hours for registration, so as to save the overall waiting time for patients, has become a topic worthy of discussion.

The main purpose of the present invention is to provide a registration system that saves the patient's overall waiting time for seeing a doctor by providing a differential payment mechanism.

In order to achieve the above-mentioned purpose, a registration system of the present invention includes a registration request receiving module, a time period judgment module and a registration fee calculation module. The registration request receiving module is used for receiving a registration information, and the registration information includes a registration time and a registration request. The time period judgment module is used for judging whether the registration time is in a peak period according to the registration time. The signal of the registration fee calculation module is connected to the registration request receiving module and the time period judging module. If the registration time is during peak hours, the registration fee calculation module will calculate a peak registration fee according to the registration time and registration requirements; if the registration time is not during peak hours, the registration fee calculation module will calculate a normal registration fee according to the registration time and registration requirements. Peak registration fee.

According to an embodiment of the present invention, the registration fee calculation module is further configured to calculate an accelerated registration fee according to the registration request. The registration system further includes a charging recording module and a registration serial number control module, and the charging recording module is used for receiving a collection fee data. The signal of the registration serial number control module is connected to the registration fee calculation module and the fee recording module. The registration serial number control module is used to determine whether the collection fee data contains accelerated registration fees; if so, the registration serial number control module provides an accelerated queuing serial number; if not, the registration serial number control module provides a normal queuing serial number.

According to an embodiment of the present invention, the registration system further includes a registration number calculation module, the registration number calculation module is connected to the registration fee calculation module by a signal, and the registered number calculation module is used for calculating a registration queue number.

According to an embodiment of the present invention, if the registration time is in the peak period and the number of people in the registration queue is greater than a preset value, the peak registration fee is calculated according to the registration time, registration requirements and the number of people in the registration queue by the registration fee calculation module; If the registration time is not during peak hours, and the number of people in the queue for registration is less than the preset value, the registration fee calculation module is used to calculate the ordinary registration fee according to the registration time, registration requirements and the number of people in the registration queue.

According to an embodiment of the present invention, the registration system further includes an insurance and cash flow module, the insurance and cash flow module are connected to the charging recording module by signals, and the insurance and cash flow module are used to generate insurance and cash flow data according to the collection fee data.

According to an embodiment of the present invention, the peak period ranges from 6:00 pm to 10:00 pm.

In order to better understand the technical content of the present invention, preferred specific embodiments are given and described as follows.

Please refer to FIG. 1 to FIG. 2 together for the registration system and registration method according to an embodiment of the present invention. FIG. 1 is a system architecture diagram of a registration system according to an embodiment of the present invention. FIG. 2 is a flow chart showing the steps of a registration method according to an embodiment of the present invention.

As shown in FIG. 1 and FIG. 2 , in an embodiment of the present invention, the registration system 1 and the registration method provide a differential payment mechanism to divert patients from peak hours to off-peak hours for registration, so as to save patients The overall waiting time for the patient to see a doctor. The registration system 1 is, for example, a server installed in a hospital or a clinic, and its signal is connected to an external computer 200 on the network or a computer 300 of a third-party institution (eg, a computer of an insurance company or a financial institution). The registration system 1 includes a registration request receiving module 10, a time period judgment module 20, a registration number calculation module 30, a registration fee calculation module 40, a charge recording module 50, a registration serial number control module 60, An insurance and cash flow module 70 and a memory 80 .

In an embodiment of the present invention, the registration request receiving module 10 is, for example, a network card, which can receive registration information from an external computer 200 at a registration time, and the registration information includes a registration time and a registration request; The registration time is the time when the patient wants to plan to see a doctor. The registration requirements include the clinic to which the patient wants to register and the patient's identity information. The time period judgment module 20 is a chip with a time judgment function, which is used for judging whether the registration time is in a peak period according to the registration time; With this limit, it can be changed according to actual needs.

The number-counting module 30 is a chip with a number-counting function, which pre-records a preset number of people in the queue, and is used to calculate the number of people currently queuing for registration in any clinic. The registration fee calculation module 40 is a chip with the function of calculating the registration fee, and is used to calculate the registration fee and an accelerated registration fee according to the registration time, registration requirements and the number of people in the registration queue; By default, the fee calculation module 40 will calculate a peak registration fee according to the registration time, registration requirements and the number of people in the registration queue. The ordinary registration fee is calculated according to the registration time, registration requirements and the number of people in the registration queue, and the peak registration fee is greater than the ordinary registration fee.

The charge recording module 50 is a chip with data recording and integration functions, and is used to receive a collection fee data. The collection fee data is the relevant data of the registration fee paid by the patient transmitted from the external computer 200 , which will be determined according to the patient's condition. The patient's registration information includes peak registration fees or normal registration fees, as well as expedited registration fees. The registration sequence control module 60 is used to determine whether the collection fee data contains accelerated registration fees; if the collection fee data contains accelerated registration fees, the registration sequence control module 60 provides an accelerated queue sequence number; if the collection fee data does not contain accelerated registration fees If there is a registration fee, the registration sequence control module 60 provides a normal queuing sequence number, and the queuing order of the accelerated queuing sequence number is better than the normal queuing sequence number.

The insurance and cash flow module 70 is a chip for processing and generating insurance and cash flow data, and is used for generating an insurance and cash flow data according to the collection fee data and transmitting it to the third-party institution computer 300 . The memory 80 signal is connected to the registration request receiving module 10, the time period judgment module 20, the registration number calculation module 30, the registration fee calculation module 40, the charge recording module 50, the registration serial number control module 60 and the insurance and cash flow module 70 . The memory 80 is used to store the data and software required to execute the registration method.

The new registration method is programmed as a software and stored in the memory 80 . When a patient goes to the hospital or clinic to see a doctor, the patient must go to the counter to request for registration. The counter service staff will operate the external computer 200 to connect to the registration system 1 to transmit a registration information. At this time, the registration system 1 will execute the registration method. Step 101: Receive a registration information through the registration request receiving module, and the registration information includes a registration time and a registration request.

The registration request receiving module 10 will receive the registration information sent by the external computer 200, and the registration information includes a registration time and a registration request. The registration time is the time when the patient wants to plan to see a doctor. The registration requirements include the clinic to which the patient wants to register and the patient's identity information.

Next, the registration system 1 will execute step 102 of the registration method: calculating the number of people in a queue for registration by using the module for calculating the number of registered people.

The registration request receiving module 10 will transmit the registration information to the registration number calculation module 30, and after each patient sees the outpatient clinic, the completed consultation data will also be transmitted to the registration number calculation module 30, so that the registered number calculation module 30 can be used. Group 30 counts the registration information currently received and the patients who have seen the outpatient clinic, and then calculates the current registration queue number.

Next, the registration system 1 will execute step 103 of the registration method: determine whether the registration time is in a peak time period according to the registration time by the time period determination module.

The registration request receiving module 10 will transmit the received registration information to the time period judgment module 20, and the time period judgment module 20 will judge whether the registration time is in a peak period according to the registration time of the registration information; Between six and ten in the evening. If the time period judgment module 20 judges that the registration time is within the peak time period, the registration system 1 will execute step 104 of the registration method: using the registration fee calculation module, and the number of people in the registration queue is greater than a preset value, according to the registration time, registration requirements And the number of people in queue for registration, calculate the registration fee for a peak.

The registration request receiving module 10 will send the received registration information to the fee calculation module 40, the time period determination module 20 will send the information that the registration time is a peak time period to the fee calculation module 40, and the registered number calculation module 30 will also The current number of people in the queue for registration and the preset value are passed to the fee calculation module 40, so that the fee calculation module 40 can calculate a peak registration fee according to the registration time, registration requirements and the number of people in the queue during the peak period; for example, if the number of people in the queue exceeds The default value (for example, the default value is 10 people), the fee calculation module 40 will calculate the peak registration fee as a higher fee (for example, 300 yuan), so as to reduce the willingness of registered patients to register during peak hours; however, if If the number of people in the queue does not exceed the preset value, and it is not necessary to reduce the patient's willingness to register, the fee calculation module 40 will calculate the peak registration fee as a slightly lower price (for example, 200 yuan).

Please go back to step 103. If the time period determination module 20 determines that the registration time is not within the peak time period, the registration system 1 will execute step 105 of the registration method: using the registration fee calculation module, and the number of people in the registration queue is less than the preset value , according to the registration time, registration requirements and the number of people queuing for registration, calculate a common registration fee.

The registration request receiving module 10 will transmit the received registration information to the fee calculation module 40, and the time period determination module 20 will transmit the information that the registration time is not in the peak period to the fee calculation module 40, and the registered number calculation module 30 also The current number of people in the queue for registration and the preset value will be passed to the fee calculation module 40, so that the fee calculation module 40 can calculate a normal registration fee according to the registration time, registration requirements and the number of people in the queue during non-peak hours; for example, if queuing If the number of people exceeds the preset value (for example, the preset value is 10 people), the fee calculation module 40 will calculate the ordinary registration fee as a higher fee (for example, 150 yuan), so as to reduce the willingness of registered patients to register during peak hours; however, , if the number of people in the queue does not exceed the preset value, and it is not necessary to reduce the patient's willingness to register, the fee calculation module 40 will calculate the ordinary registration fee as a slightly lower price (for example, 100 yuan). It should be noted that the ordinary registration fee calculated by the fee calculation module 40 will be cheaper than the peak registration fee, so as to encourage patients to register during off-peak hours, facilitate the diversion of the number of registered people, and save the overall waiting time of patients for seeing a doctor.

After the normal registration fee or peak registration fee calculated by the fee calculation module 40, the registration system 1 will execute step 106 of the registration method: calculate an accelerated registration fee according to the registration requirements by the registration fee calculation module.

The fee calculation module 40 will check the outpatient clinic that the patient wants to register according to the registration requirements, and calculate an accelerated registration fee (for example, 100 yuan). Move forward in the queuing sequence to speed up the queuing of the extra-paying patient to see a doctor. In addition, since the queuing speed of this patient is accelerated, the queuing speed of other patients will be relatively slowed down. Therefore, part of the accelerated registration fee paid by the patient can be allocated to other patients as compensation, and the other part will be given to other patients. Hospitals or clinics as additional income.

After the fee calculation module 40 calculates the expedited registration fee, the peak registration fee or the ordinary registration fee, the counter service staff can inform the patient of the above-mentioned fee, so that the patient can decide whether to pay an additional fee in addition to the registration fee. expedited registration fee. Next, the registration system 1 will execute step 107 of the registration method: receive a collection fee data through the charge recording module.

After the patient knows the various fees, they can pay the counter service staff according to their own needs. After the service staff receives the money, they will send the details of the received fees to the charging record module 50 of the registration system 1 through the external computer 200. .

Next, the registration system 1 will execute step 108 of the registration method: by the registration serial number control module, it is determined whether the collection fee data contains accelerated registration fees.

The charging record module 50 will transmit the payment collection fee data to the registration serial number control module 60, and the registration serial number control module 60 will interpret the details of the payment collection fee data to determine whether the payment collection fee data contains accelerated registration fees. If the registration sequence control module 60 determines that the collection fee data includes an accelerated registration fee, the registration system 1 will execute step 109 of the registration method: provide an accelerated queuing sequence through the registration sequence control module.

After the registration serial number control module 60 determines that the collection fee data contains the accelerated registration fee, the registration serial number control module 60 will provide an accelerated queuing serial number to the external computer 900, and the counter service staff will inform the patient of the accelerated queuing serial number, and the patient can Waiting for medical treatment according to the expedited queuing number.

Please go back to step 108. If the registration sequence control module 60 determines that the collection fee data does not contain accelerated registration charges, the registration system 1 will execute step 110 of the registration method: provide a normal queuing sequence number through the registration sequence control module .

After the registration serial number control module 60 determines that the collection fee data does not contain accelerated registration fees, the registration serial number control module 60 will provide a normal queuing serial number to the external computer 900, and the counter service staff will inform the patient of the normal queuing serial number, and the patient will You can wait for a doctor according to the normal queuing serial number, and the queuing order of the accelerated queuing serial number is better than that of the normal queuing serial number; thus, patients who have paid the accelerated registration fee can queue up for medical treatment more quickly.

Finally, the registration system 1 will execute step 111 of the registration method: generate insurance and cash flow data according to the collection fee data through the insurance and cash flow module.

The charging record module 50 will transmit the collection fee data to the insurance and cash flow module 70, and the insurance and cash flow module 70 will generate an insurance and cash flow data according to the payment fee data and transmit it to the insurance company of the third-party organization computer 300 or the insurance company or the cash flow module 70. The financial institution is used by the insurance company or financial institution of the third-party institution Computer 300 to use the insurance and financial information to process the insurance and financial procedures of the patient.

With the new registration system 1 and the registration method, different registration fees can be provided for peak hours and off-peak hours, so as to promote the diversion of patients during peak hours to off-peak hours for registration, so as to save the overall waiting time for patients to see a doctor; In addition, expedited registration fees can also be provided to patients, so that patients can choose to pay extra, so that they can move forward in the queue for registration, and accelerate the speed of queuing for the extra-paid patients. Part of the expedited registration fee paid can be raised and distributed to other patients as compensation, and the other part can be given to the hospital or clinic as additional income.

It should be noted that the above are only examples, but are not limited to examples. For example, those that do not deviate from the basic structure of the present invention shall be within the scope of the rights claimed by this patent, and shall be subject to the scope of the patent application.

1: Registration system 10: Registration request to receive the module 20: Time period judgment module 30: Calculation module for the number of registered persons 40: Registration fee calculation module 50: Charge record module 60: Registration serial number control module 70: Insurance and Cash Flow Modules 80: memory 200: External computer 300: Third-party agency computer

FIG. 1 is a system architecture diagram of a registration system according to an embodiment of the present invention. FIG. 2 is a flow chart showing the steps of a registration method according to an embodiment of the present invention.

1: Registration system

10: Registration request to receive the module

20: Time period judgment module

30: Calculation module for the number of registered persons

40: Registration fee calculation module

50: Charge record module

60: Registration serial number control module

70: Insurance and Cash Flow Modules

80: memory

200: External computer

300: Third-party agency computer

Claims (6)

A registration system includes: a registration request receiving module, which is a network card, used to receive a registration information, the registration information including a registration time and a registration request; a time period judgment module, which has the function of time judgment The chip is used to judge whether the registration time is in a peak period according to the registration time; and a registration fee calculation module is a chip with the function of calculating the registration fee, and the signal connects the registration request receiving module and the time period judgment module ; If the registration time is in the peak period, the registration fee calculation module calculates a peak registration fee according to the registration time and the registration requirement; if the registration time is not in the peak period, the registration fee calculation module According to the registration time and the registration requirements, a common peak registration fee is calculated. The registration system according to claim 1, wherein the registration fee calculation module is further configured to calculate an accelerated registration fee according to the registration requirement; the registration system further comprises a charge recording module and a registration sequence control module, the The charging record module is used for receiving a collection fee data; the registration serial number control module signal is connected to the registration fee calculation module and the charging record module, and the registration serial number control module is used to judge whether the collection fee data contains The expedited registration fee; if yes, the registration sequence control module provides an accelerated queuing sequence number; if not, the registration sequence control module provides a normal queuing sequence number. The registration system as described in claim 2 further includes a registration number calculation module, the registered number calculation module signal is connected to the registration fee calculation module, and the registered number calculation module is used for calculating a registration queue number. The registration system according to claim 3, wherein if the registration time is in the peak period and the number of people in the registration queue is greater than a preset value, the registration fee calculation module will be used to calculate the registration fee according to the registration The peak registration fee is calculated based on the registration time, the registration requirement and the number of people in the queue; if the registration time is not in the peak period and the number of people in the queue is less than the preset value, the registration fee calculation module is further used to calculate the registration fee according to the registration fee. The ordinary registration fee is calculated based on the time, the registration requirements and the number of people in the registration queue. The registration system according to claim 4, further comprising an insurance and cash flow module, the insurance and cash flow module signals are connected to the charge recording module, and the insurance and cash flow module is used for generating an insurance and cash flow module according to the collection fee data stream data. The registration system of claim 5, wherein the rush hour ranges from 6:00 pm to 10:00 pm.

Images