CN112489744A - City wisdom medical treatment inquiry system - Google Patents
City wisdom medical treatment inquiry system Download PDFInfo
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- CN112489744A CN112489744A CN202011342216.8A CN202011342216A CN112489744A CN 112489744 A CN112489744 A CN 112489744A CN 202011342216 A CN202011342216 A CN 202011342216A CN 112489744 A CN112489744 A CN 112489744A
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H10/00—ICT specially adapted for the handling or processing of patient-related medical or healthcare data
- G16H10/60—ICT specially adapted for the handling or processing of patient-related medical or healthcare data for patient-specific data, e.g. for electronic patient records
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
- G06F16/24—Querying
- G06F16/245—Query processing
- G06F16/2457—Query processing with adaptation to user needs
- G06F16/24575—Query processing with adaptation to user needs using context
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H20/00—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance
- G16H20/10—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance relating to drugs or medications, e.g. for ensuring correct administration to patients
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/12—Messaging; Mailboxes; Announcements
- H04W4/14—Short messaging services, e.g. short message services [SMS] or unstructured supplementary service data [USSD]
Abstract
The invention discloses an urban intelligent medical inquiry system which comprises a plurality of supply notification modules, a plurality of pharmacy synchronization units, a data service unit, a user access module, a timing reminding module, a payment module and a hospital visiting unit, wherein the supply notification modules are in data connection with the corresponding pharmacy synchronization units; the invention has the beneficial effects that: the medicine, the price of the medicine and the inventory quantity of the medicine under the pharmacy can be conveniently inquired on line through the name of the pharmacy, all pharmacies with the required medicine in inventory can be inquired, the patient can conveniently go to purchase directly before going off line, and the phenomenon of running without any trouble is avoided.
Description
Technical Field
The invention relates to an urban medical system, in particular to an urban intelligent medical inquiry system, and belongs to the technical field of medical systems.
Background
The urban medical system realizes the interaction between a patient and medical staff, a medical institution and medical equipment by creating a health file regional medical information platform and utilizing the most advanced Internet of things technology to achieve medical informatization, the intelligent medical system consists of three parts, namely an intelligent hospital system, a regional health system and a family health system, doctor resources still belong to scarce resources all over the world, the supply and demand relationship determines the problem that the patient is difficult to see to a certain extent, therefore, convenient and quick appointment registration becomes the largest requirement of the user on hospital resources, the intelligent hospital is the informatization construction of the medical institution under the intelligent medical concept, and in a narrow sense, the intelligent hospital can be a handheld hospital based on mobile equipment, and on the basis of the construction of a digital hospital, a modern mobile terminal is innovatively used as an entry point, the mobile and portable characteristic of the mobile phone is fully applied to the hospitalizing process, and the high-efficiency, high-quality and affordable intelligent medical treatment can effectively improve the medical quality and prevent the medical expense from rising, so that the intelligent medical treatment enables practitioners to search, analyze and quote a large amount of scientific evidences to support the diagnosis of the practitioners, and meanwhile, each group of the whole medical ecosphere such as doctors, medical researchers, medicine suppliers and insurance companies can benefit.
Present urban medical system has certain drawback when using, only make things convenient for patient's registration to see a doctor and look over the sanitary information that regional sanitary system announced, unable online accurate understanding each big drugstore medicine information, the patient is still the mode of purchasing on the door through traditional off-line when purchasing the medicine, under the condition that can't solve the room and deposit medicine information, there is the phenomenon that can't buy the medicine in vain easily, it wastes time and energy to need a patient's drugstore to go to look for required medicine, the drugstore staff also can't discover the medicine of short supply the very first time simultaneously, can't supply the medicine of short supply the very first time, need further perfect and strengthening function.
Disclosure of Invention
The invention aims to solve the problems that the existing urban medical system is only convenient for a patient to register and see a doctor and to check health information published by a regional health system, medicine information of various large pharmacies cannot be accurately known on line, the patient still purchases the medicine on line through the traditional mode of purchasing the medicine from the offline to the online, the phenomenon that the medicine cannot be purchased in a blank state easily exists under the condition that medicine storage information of a pharmacy cannot be solved, the patient needs to search for the needed medicine by one pharmacy, time and labor are wasted, and meanwhile, a pharmacy worker cannot find the medicine which is out of stock at the first time and cannot supply the medicine which is out of stock at the first time, and the urban intelligent medical query system is provided.
The purpose of the invention can be realized by the following technical scheme: the utility model provides an urban wisdom medical inquiry system, includes that a plurality of supplies goods notice module, a plurality of drugstore synchronization unit, data service unit, user access module, timing remind the module, pay fee module, hospital unit of seeing a doctor, a plurality of supply goods notice module and the synchronous unit data connection of the drugstore that corresponds, every drugstore synchronization unit is used for the medicine information of the corresponding drugstore of storage to and the geographical position information that the drugstore name and the drugstore name that correspond the drugstore bound, medicine information includes the inventory of medicine name, every medicine, the price that every medicine corresponds, supply goods notice module is used for acquireing the medicine information in the corresponding drugstore synchronization unit to carry out the suggestion processing to medicine information, specific mark suggestion processing step shows:
the method comprises the following steps: acquiring the medicine information in each pharmacy, wherein the pharmacy No. 1 is sequentially marked as name1A, name1B, name1C and name1D, the price of the medicine name A is marked as name1Ap and is shown as the price of the medicine in the pharmacy No. 1A, the price of the medicine name B is marked as name1Bp, the price of the medicine name C is marked as name1Cp, the like, the stock of the medicine name A is marked as name1As and is shown as the stock of the medicine in the pharmacy No. 1A, the stock of the medicine name B is marked as name1Bs, and the like, the pharmacy No. 2 is sequentially marked as name2A according to the medicine name, the name2B, the price of the A medicine name is marked as name2Ap, the price of the B medicine name is marked as name2Bp, the stock of the A medicine name is marked as name2As, the stock of the B medicine name is marked as name2Bs, and the marking modes of the medicine names, the price and the stock of the medicine rooms of No. 3, No. 4 and all the medicine rooms thereafter refer to the marking mode of the medicine room of No. 1;
step two: presetting a stock threshold value for each medicine, marking the stock threshold value of the medicine name A as Ak, marking the stock threshold value of the medicine name B as Bk, and repeating the steps in the same way, and judging the corresponding medicine stock according to different preset threshold values;
when As is not less than Ak, judging the stock of the A medicine name As the state of normal stock;
when 0 < As < Ak, judging the stock of the A medicine name As the state of rare stock;
when As is 0, the stock of the A medicine name is judged to be in a "stock shortage" state, and the stock judgment steps of the rest B, C and D.
Step three: arranging according to the stock state of each medicine, arranging the medicines judged to be in the state of short stock in a 'stock short stock' list which is displayed preferentially according to the marked letter sequence of the medicine names, arranging the medicines judged to be in the state of rare stock in a 'stock short stock' list which is displayed in the second level according to the marked letter sequence of the medicine names, and arranging the medicines judged to be in the state of normal stock in a 'stock normal' list which is displayed in the third level according to the marked letter sequence of the medicine names;
step four: transmitting the medicines in various states to a terminal for display through a network according to an arrangement sequence, wherein the display sequence is the arrangement sequence;
the data service unit is used for integrating data in all pharmacy synchronization units, the user access module is used for accessing the data in the data service unit after a user logs in an account, and the specific login access steps comprise:
s01: acquiring an account name and an account password input by a user;
s02: matching and checking the account name and the account password with the user name and the password existing in the background, and finishing login when the checking is successful;
s03: carrying out related retrieval access according to information input by a user;
when the character input by the user is 1, judging that the medicine room information is obtained, and retrieving and calling data related to the No. 1 medicine room, wherein the data comprises medicine names, inventory of each medicine, price corresponding to each medicine and geographical position information;
when the character input by the user is A, the medicine name information is judged, firstly, retrieval is carried out according to the character A of the medicine name, all medicine rooms containing A medicines are searched out, further, the medicine rooms are screened according to the stock quantity of the A medicines under each medicine room, the medicine rooms with the stock quantity of the A medicines being 0 are removed, only the medicine rooms with the stock quantity of the A medicines are reserved, and the account logged in by the user is bound with the bank card and is also bound with the mobile phone number in advance;
the payment module is used for deducting the fee of the medicines purchased on the line of the user, the data service unit is also used for locking the list of the medicines, and the specific locking list step comprises the following steps:
a01: acquiring medicine ordering information of a user, wherein the medicine ordering information comprises medicine room information, medicine name information and medicine price;
a02: when the order placing object of the user is the No. 1 medicine room, the user is considered to place the order for the No. 1 medicine room and purchase the order, and then the price of the medicine is calculated;
when the ordered medicine is the medicine A and the quantity is the variable AG, obtaining the total amount to be paid at this time by the formula name1Ap XAG ═ PR;
when the ordered medicine is a medicine B and the quantity is a variable BG, obtaining the total amount to be paid at this time by a formula name1 BpXBG-PR, wherein when the ordered medicine is a single medicine, the calculation mode is the same as that of the medicine A and the medicine B;
when the ordered medicines are A medicines, B medicines and C medicines and the respective quantities are AG, BG and CG, the total amount required to be paid at this time is obtained through a formula name1Ap XAG + name1BpXBG + name1CpXCG ═ PR, and when the ordered medicines are various medicines, the final payment amount is obtained by adding the total amounts of the A medicines, the B medicines and the C medicines according to the formula;
a03: the user pays the amount of money through the payment module, and the payment module generates a 'payment success' signal after the payment is finished and sends the signal to the data service unit;
a04: locking the quantity of the corresponding medicines under the medicine room according to the order information of the medicines, subtracting the locking quantity of the order from the inventory quantity of the corresponding medicines under the medicine room to obtain real-time inventory quantity, judging the medicine library in the step two according to the real-time inventory quantity, wherein the judgment has real-time performance, and a 'timing signal' is generated when the medicine library is locked;
the timing reminding module is used for receiving a timing signal, counting down twenty-four hours after the timing signal is received, generating a short message reminding signal by the timing reminding module when two hours remain, and sending a reminding short message to the mobile phone number bound by the user through the network.
Further, the method comprises the following steps: the hospital treatment unit is used for storing information of each department and recording scheduling information of doctors of each department in real time, and the information of each department comprises emergency department, stomatology department, endocrinology department, orthopedics department, gynecology department and anorectal surgery.
Further, the method comprises the following steps: the user access module is also used for accessing the data of the hospital diagnosis unit after the user logs in and registering, and the specific processing steps are as follows:
f01: matching the department selection information of the patient with each department information as a search keyword, wherein the successfully matched department is the registered department of the patient;
f02: using the successfully matched department as a search keyword, and searching the scheduling information of the physicians in the department, wherein the scheduling information of the physicians is the number of the people who can see a doctor every ten days;
when the number of available visitors on the day is 0, the patient can not hang the number of the day;
when the number of available patients on the same day is more than 0, the patient can hang the number of the same day;
when the number of the patients who can see a doctor is 0 in the current two days, the patient can not hang the number of the first two days;
when the number of available patients in the current two days is more than 0, the patient can hang the number of any day in the previous two days, and so on;
f03: before the registration is successful, the registration cost needs to be paid, when the user selects a department and registration time, the online payment is carried out through the payment module, the registration is locked after the payment is finished, and the registration number of a corresponding doctor is reduced by one.
Further, the method comprises the following steps: the plurality of pharmacy synchronization units are connected with the data service unit through a network, the data service unit acquires data of each pharmacy synchronization unit through the network, and each of the pharmacy synchronization units, the data service unit, the payment module, the user access module, the hospital treatment unit and the timing reminding module comprises a network module used for being connected with the network.
Compared with the prior art, the invention has the beneficial effects that:
1. each pharmacy synchronous unit stores medicine information of a corresponding pharmacy and geographical position information bound by the name of the corresponding pharmacy and the name of the corresponding pharmacy, the medicine information comprises medicine names, the stock of each medicine and the price corresponding to each medicine, a user logs in an account through a user access module and inquires the medicines of the pharmacy, when the character input by the user is 1, the pharmacy information is judged, data related to the pharmacy No. 1 is retrieved and called out and comprises the medicine names, the stock of each medicine, the price corresponding to each medicine and the geographical position information, when the character input by the user is A, the pharmacy information is judged, firstly, all the pharmacies containing A medicines are retrieved according to the character A of the medicine names, all the pharmacies containing A medicines are searched, further, the pharmacies are screened according to the stock of the A medicines under each pharmacy, and the pharmacy with the stock of the A medicines of 0 is removed, the medicine room only keeps the medicine A with the stock, can conveniently inquire the medicine, the medicine price and the medicine stock under the pharmacy on line through the name of the pharmacy, also can inquire all pharmacies with the required medicine in stock, facilitate the direct purchase before the patient goes off the line, avoid the phenomenon of running without any trouble, can place an order on line through the payment module, automatically settle the amount of money when placing the order, facilitate the patient to get to the home and take later, and after the patient is placed the order and is accomplished, have a timing reminding function, the total duration is twenty-four hours, when still remaining two hours, generate the 'SMS is reminded' signal by the timing reminding module, send the reminding SMS to the cell-phone number that the user binds through the network, in order to remind the user to take the medicine in time.
2. Each pharmacy synchronization unit is provided with a corresponding supply notification module, drug inventory of each pharmacy is judged according to a preset inventory threshold value of each drug, the judged states are three, namely a 'normal inventory' state, a 'low inventory' state and a 'short inventory' state, the drugs in the 'short inventory' state are preferentially displayed, personnel can timely perceive timely supply, drug management of each pharmacy is more convenient and faster, and data observation is more visual.
Drawings
In order to facilitate understanding for those skilled in the art, the present invention will be further described with reference to the accompanying drawings.
FIG. 1 is a system framework diagram of the present invention.
Detailed Description
The technical solutions of the present invention will be described clearly and completely with reference to the following embodiments, and it should be understood that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Please refer to fig. 1, a system for urban intelligent medical inquiry comprises a plurality of supply notification modules, a plurality of pharmacy synchronization units, a data service unit, a user access module, a timing reminding module, a payment module, and a hospital visit unit, wherein the plurality of supply notification modules are in data connection with the corresponding pharmacy synchronization units, each pharmacy synchronization unit is used for storing medicine information of the corresponding pharmacy and geographical location information bound by the name of the corresponding pharmacy and the name of the pharmacy, the medicine information comprises a medicine name, the stock of each medicine and the price corresponding to each medicine, the supply notification module is used for acquiring the medicine information in the corresponding pharmacy synchronization unit and performing marking prompt processing on the medicine information, and the specific marking prompt processing steps are as follows:
the method comprises the following steps: acquiring the medicine information in each pharmacy, wherein the pharmacy No. 1 is sequentially marked as name1A, name1B, name1C and name1D, the price of the medicine name A is marked as name1Ap and is shown as the price of the medicine in the pharmacy No. 1A, the price of the medicine name B is marked as name1Bp, the price of the medicine name C is marked as name1Cp, the like, the stock of the medicine name A is marked as name1As and is shown as the stock of the medicine in the pharmacy No. 1A, the stock of the medicine name B is marked as name1Bs, and the like, the pharmacy No. 2 is sequentially marked as name2A according to the medicine name, the name2B, the price of the A medicine name is marked as name2Ap, the price of the B medicine name is marked as name2Bp, the stock of the A medicine name is marked as name2As, the stock of the B medicine name is marked as name2Bs, and the marking modes of the medicine names, the price and the stock of the medicine rooms of No. 3, No. 4 and all the medicine rooms thereafter refer to the marking mode of the medicine room of No. 1;
step two: presetting a stock threshold value for each medicine, marking the stock threshold value of the medicine name A as Ak, marking the stock threshold value of the medicine name B as Bk, and repeating the steps in the same way, and judging the corresponding medicine stock according to different preset threshold values;
when As is not less than Ak, judging the stock of the A medicine name As the state of normal stock;
when 0 < As < Ak, judging the stock of the A medicine name As the state of rare stock;
when As is 0, the stock of the A medicine name is judged to be in a "stock shortage" state, and the stock judgment steps of the rest B, C and D.
Step three: arranging according to the stock state of each medicine, arranging the medicines judged to be in the state of short stock in a 'stock short stock' list which is displayed preferentially according to the marked letter sequence of the medicine names, arranging the medicines judged to be in the state of rare stock in a 'stock short stock' list which is displayed in the second level according to the marked letter sequence of the medicine names, and arranging the medicines judged to be in the state of normal stock in a 'stock normal' list which is displayed in the third level according to the marked letter sequence of the medicine names;
step four: transmitting the medicines in various states to a terminal for display through a network according to an arrangement sequence, wherein the display sequence is the arrangement sequence;
the data service unit is used for integrating data in all pharmacy synchronization units, the user access module is used for accessing the data in the data service unit after a user logs in an account, and the specific login access steps comprise:
s01: acquiring an account name and an account password input by a user;
s02: matching and checking the account name and the account password with the user name and the password existing in the background, and finishing login when the checking is successful;
s03: carrying out related retrieval access according to information input by a user;
when the character input by the user is 1, judging that the medicine room information is obtained, and retrieving and calling data related to the No. 1 medicine room, wherein the data comprises medicine names, inventory of each medicine, price corresponding to each medicine and geographical position information;
when the character input by the user is A, the medicine name information is judged, firstly, retrieval is carried out according to the character A of the medicine name, all medicine rooms containing A medicines are searched out, further, the medicine rooms are screened according to the stock quantity of the A medicines under each medicine room, the medicine rooms with the stock quantity of the A medicines being 0 are removed, only the medicine rooms with the stock quantity of the A medicines are reserved, and the account logged in by the user is bound with the bank card and is also bound with the mobile phone number in advance;
the payment module is used for deducting the fee of purchasing the medicine on line by a user, the data service unit is also used for locking the bill of the medicine to be processed, and the specific locking step comprises the following steps:
a01: acquiring medicine ordering information of a user, wherein the medicine ordering information comprises medicine room information, medicine name information and medicine price;
a02: when the order placing object of the user is the No. 1 medicine room, the user is considered to place the order for the No. 1 medicine room and purchase the order, and then the price of the medicine is calculated;
when the ordered medicine is the medicine A and the quantity is the variable AG, obtaining the total amount to be paid at this time by the formula name1Ap XAG ═ PR;
when the ordered medicine is a medicine B and the quantity is variable BG, obtaining the total amount to be paid at this time by a formula namebpxbg-PR, wherein when the ordered medicine is a single medicine, the calculation mode is the same as that of the medicine A and the medicine B;
when the ordered medicines are A medicines, B medicines and C medicines and the respective quantities are AG, BG and CG, the total amount required to be paid at this time is obtained through a formula name1Ap XAG + name1BpXBG + name1CpXCG ═ PR, and when the ordered medicines are various medicines, the final payment amount is obtained by adding the total amounts of the A medicines, the B medicines and the C medicines according to the formula;
a03: the user pays the amount of money through the payment module, and the payment module generates a 'payment success' signal after the payment is finished and sends the signal to the data service unit;
a04: locking the quantity of the corresponding medicines under the medicine room according to the order information of the medicines, subtracting the locking quantity of the order from the inventory quantity of the corresponding medicines under the medicine room to obtain real-time inventory quantity, judging the medicine library in the step two according to the real-time inventory quantity, wherein the judgment has real-time performance, and a 'timing signal' is generated when the medicine library is locked;
the timing reminding module is used for receiving a timing signal, counting down twenty-four hours after the timing signal is received, generating a short message reminding signal by the timing reminding module when two hours remain, and sending a reminding short message to the mobile phone number bound by the user through the network.
The hospital attendance unit is used for storing information of each department and recording scheduling information of doctors of each department in real time, wherein the information of each department comprises emergency department, stomatology department, endocrinology department, orthopedics department, gynecology department and anorectal surgery;
the user access module is also used for accessing the data of the hospital diagnosis unit after the user logs in and registering, and the specific processing steps are as follows:
f01: matching the department selection information of the patient with each department information as a search keyword, wherein the successfully matched department is the registered department of the patient;
f02: using the successfully matched department as a search keyword, and searching the scheduling information of the physicians in the department, wherein the scheduling information of the physicians is the number of the people who can see a doctor every ten days;
when the number of available visitors on the day is 0, the patient can not hang the number of the day;
when the number of available patients on the same day is more than 0, the patient can hang the number of the same day;
when the number of the patients who can see a doctor is 0 in the current two days, the patient can not hang the number of the first two days;
when the number of available patients in the current two days is more than 0, the patient can hang the number of any day in the previous two days, and so on;
f03: before the registration is successful, the registration cost needs to be paid, when the user selects a department and registration time, the online payment is carried out through a payment module, the registration is locked after the payment is finished, and the registration number of a corresponding doctor is reduced by one;
the plurality of pharmacy synchronization units are connected with the data service unit through a network, the data service unit acquires data of each pharmacy synchronization unit through the network, and each of the pharmacy synchronization units, the data service unit, the payment module, the user access module, the hospital visit unit and the timing reminding module comprises a network module used for being connected with the network.
When the invention is used, each pharmacy synchronous unit stores medicine information of a corresponding pharmacy and geographical position information bound by the name of the corresponding pharmacy and the name of the corresponding pharmacy, the medicine information comprises medicine names, stock of each medicine and price corresponding to each medicine, each pharmacy synchronous unit is provided with a corresponding supply notification module, the supply notification module carries out marking prompt processing on the medicine information, and judges the medicine stock of each pharmacy according to preset stock threshold of each medicine, the judged states are three, namely a normal stock state, a rare stock state and a short stock state, and preferentially displays the medicine in the short stock state, so that personnel can timely perceive timely replenishment, data in all the pharmacy synchronous units are integrated through the data service unit, and a user logs in an account through the user access module, and inquiring pharmacy medicines, when the character input by a user is 1, judging that the pharmacy information is pharmacy information, retrieving and taking out data related to the pharmacy No. 1, including medicine names, the stock of each medicine, the price corresponding to each medicine and geographical position information, when the character input by the user is A, judging that the medicine name information is pharmacy information, firstly retrieving according to the medicine name character A, searching out all the pharmacy containing A medicines, further screening the pharmacy according to the stock of the A medicines under each pharmacy, eliminating the pharmacy with the stock of the A medicines being 0, only reserving the pharmacy with the stock of the A medicines, being capable of conveniently inquiring the medicines, the medicine prices and the stock of the medicines under the pharmacy on line through the pharmacy names, also being capable of inquiring all the pharmacies with the required medicines, being convenient for a patient to directly purchase on line, the phenomenon of running without any trouble is avoided, the order can be placed on line through the payment module, the amount of money is automatically settled during the order placing, the patient can conveniently take the money from home after the order placing, in addition, after the order placing of the patient is completed, a timing reminding function can be realized, the total duration is twenty-four hours, when the remaining two hours, a short message reminding signal is generated by the timing reminding module, a reminding short message is sent to a mobile phone number bound to the user through a network, so that the user is reminded of taking the medicine in time, the cooperation of the user access module and the hospital attendance unit is realized, and the patient can conveniently carry out on-line registration.
The preferred embodiments of the invention disclosed above are intended to be illustrative only. The preferred embodiments are not intended to be exhaustive or to limit the invention to the precise embodiments disclosed. Obviously, many modifications and variations are possible in light of the above teaching. The embodiments were chosen and described in order to best explain the principles of the invention and the practical application, to thereby enable others skilled in the art to best utilize the invention. The invention is limited only by the claims and their full scope and equivalents.
Claims (4)
1. The utility model provides a city wisdom medical inquiry system, its characterized in that, includes that a plurality of supplies goods notice module, a plurality of drugstore synchronization unit, data service unit, user access module, timing warning module, payment module, hospital unit of seeing a doctor, a plurality of supply goods notice module and the synchronous unit data connection of the drugstore that corresponds, every drugstore synchronization unit is used for the medicine information of the corresponding drugstore of storage to and the geographical position information that the drugstore name and the drugstore name of corresponding drugstore bound, medicine information includes the medicine name, the stock of every medicine, the price that every medicine corresponds, supply goods notice module is used for acquireing the medicine information in the corresponding drugstore synchronization unit to carry out the sign suggestion processing to medicine information, specific sign suggestion processing step shows:
the method comprises the following steps: acquiring the medicine information in each pharmacy, wherein the pharmacy No. 1 is sequentially marked as name1A, name1B, name1C and name1D, the price of the medicine name A is marked as name1Ap and is shown as the price of the medicine in the pharmacy No. 1A, the price of the medicine name B is marked as name1Bp, the price of the medicine name C is marked as name1Cp, the like, the stock of the medicine name A is marked as name1As and is shown as the stock of the medicine in the pharmacy No. 1A, the stock of the medicine name B is marked as name1Bs, and the like, the pharmacy No. 2 is sequentially marked as name2A according to the medicine name, the name2B, the price of the A medicine name is marked as name2Ap, the price of the B medicine name is marked as name2Bp, the stock of the A medicine name is marked as name2As, the stock of the B medicine name is marked as name2Bs, and the marking modes of the medicine names, the price and the stock of the medicine rooms of No. 3, No. 4 and all the medicine rooms thereafter refer to the marking mode of the medicine room of No. 1;
step two: presetting a stock threshold value for each medicine, marking the stock threshold value of the medicine name A as Ak, marking the stock threshold value of the medicine name B as Bk, and repeating the steps in the same way, and judging the corresponding medicine stock according to different preset threshold values;
when As is not less than Ak, judging the stock of the A medicine name As the state of normal stock;
when 0 < As < Ak, judging the stock of the A medicine name As the state of rare stock;
when As is 0, the stock of the A medicine name is judged to be in a "stock shortage" state, and the stock judgment steps of the rest B, C and D.
Step three: arranging according to the stock state of each medicine, arranging the medicines judged to be in the state of short stock in a 'stock short stock' list which is displayed preferentially according to the marked letter sequence of the medicine names, arranging the medicines judged to be in the state of rare stock in a 'stock short stock' list which is displayed in the second level according to the marked letter sequence of the medicine names, and arranging the medicines judged to be in the state of normal stock in a 'stock normal' list which is displayed in the third level according to the marked letter sequence of the medicine names;
step four: transmitting the medicines in various states to a terminal for display through a network according to an arrangement sequence, wherein the display sequence is the arrangement sequence;
the data service unit is used for integrating data in all pharmacy synchronization units, the user access module is used for accessing the data in the data service unit after a user logs in an account, and the specific login access steps comprise:
s01: acquiring an account name and an account password input by a user;
s02: matching and checking the account name and the account password with the user name and the password existing in the background, and finishing login when the checking is successful;
s03: carrying out related retrieval access according to information input by a user;
when the character input by the user is 1, judging that the medicine room information is obtained, and retrieving and calling data related to the No. 1 medicine room, wherein the data comprises medicine names, inventory of each medicine, price corresponding to each medicine and geographical position information;
when the character input by the user is A, the medicine name information is judged, firstly, retrieval is carried out according to the character A of the medicine name, all medicine rooms containing A medicines are searched out, further, the medicine rooms are screened according to the stock quantity of the A medicines under each medicine room, the medicine rooms with the stock quantity of the A medicines being 0 are removed, only the medicine rooms with the stock quantity of the A medicines are reserved, and the account logged in by the user is bound with the bank card and is also bound with the mobile phone number in advance;
the payment module is used for deducting the fee of the medicines purchased on the line of the user, the data service unit is also used for locking the list of the medicines, and the specific locking list step comprises the following steps:
a01: acquiring medicine ordering information of a user, wherein the medicine ordering information comprises medicine room information, medicine name information and medicine price;
a02: when the order placing object of the user is the No. 1 medicine room, the user is considered to place the order for the No. 1 medicine room and purchase the order, and then the price of the medicine is calculated;
when the ordered medicine is the medicine A and the quantity is the variable AG, obtaining the total amount to be paid at this time by the formula name1Ap XAG ═ PR;
when the ordered medicine is a medicine B and the quantity is a variable BG, obtaining the total amount to be paid at this time by a formula name1Bp XBG-PR, wherein when the ordered medicine is a single medicine, the calculation mode is the same as that of the medicine A and the medicine B;
when the ordered medicines are the A medicine, the B medicine and the C medicine and the respective quantities are AG, BG and CG, the total amount required to be paid at this time is obtained by the formula name1Ap XAG + name1Bp XBG + name1Cp XCG which is PR, and when the ordered medicines are various medicines, the final payment amount is obtained by adding the total amounts of the A medicine, the B medicine and the C medicine according to the formula;
a03: the user pays the amount of money through the payment module, and the payment module generates a 'payment success' signal after the payment is finished and sends the signal to the data service unit;
a04: locking the quantity of the corresponding medicines under the medicine room according to the order information of the medicines, subtracting the locking quantity of the order from the inventory quantity of the corresponding medicines under the medicine room to obtain real-time inventory quantity, judging the medicine library in the step two according to the real-time inventory quantity, wherein the judgment has real-time performance, and a 'timing signal' is generated when the medicine library is locked;
the timing reminding module is used for receiving a timing signal, counting down twenty-four hours after the timing signal is received, generating a short message reminding signal by the timing reminding module when two hours remain, and sending a reminding short message to the mobile phone number bound by the user through the network.
2. The system of claim 1, wherein the hospital visit unit is configured to store information of each department and record scheduling information of each department physician in real time, and each department information includes emergency department, stomatology department, endocrinology department, orthopaedics department, gynecology department, and anorectal surgery.
3. The system of claim 1, wherein the user access module is further configured to access data of the hospital visit unit after the user logs in, and perform registration processing, and the specific processing steps are as follows:
f01: matching the department selection information of the patient with each department information as a search keyword, wherein the successfully matched department is the registered department of the patient;
f02: using the successfully matched department as a search keyword, and searching the scheduling information of the physicians in the department, wherein the scheduling information of the physicians is the number of the people who can see a doctor every ten days;
when the number of available visitors on the day is 0, the patient can not hang the number of the day;
when the number of available patients on the same day is more than 0, the patient can hang the number of the same day;
when the number of the patients who can see a doctor is 0 in the current two days, the patient can not hang the number of the first two days;
when the number of available patients in the current two days is more than 0, the patient can hang the number of any day in the previous two days, and so on;
f03: before the registration is successful, the registration cost needs to be paid, when the user selects a department and registration time, the online payment is carried out through the payment module, the registration is locked after the payment is finished, and the registration number of a corresponding doctor is reduced by one.
4. The urban intelligent medical inquiry system according to claim 1, wherein a plurality of the pharmacy synchronization units are connected with the data service unit through a network, the data service unit obtains data of each pharmacy synchronization unit through the network, and each of the pharmacy synchronization unit, the data service unit, the payment module, the user access module, the hospital visit unit and the timing reminding module comprises a network module for connecting with the network.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202011342216.8A CN112489744A (en) | 2020-11-23 | 2020-11-23 | City wisdom medical treatment inquiry system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202011342216.8A CN112489744A (en) | 2020-11-23 | 2020-11-23 | City wisdom medical treatment inquiry system |
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| CN112489744A true CN112489744A (en) | 2021-03-12 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116312938A (en) * | 2023-05-16 | 2023-06-23 | 西安交通大学医学院第一附属医院 | Dispensing information processing method, system and storage medium based on big data analysis |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116312938A (en) * | 2023-05-16 | 2023-06-23 | 西安交通大学医学院第一附属医院 | Dispensing information processing method, system and storage medium based on big data analysis |
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