CN108806787B - Medical consumable intelligent monitoring system for clinical operation - Google Patents
Medical consumable intelligent monitoring system for clinical operation Download PDFInfo
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- CN108806787B CN108806787B CN201810738815.8A CN201810738815A CN108806787B CN 108806787 B CN108806787 B CN 108806787B CN 201810738815 A CN201810738815 A CN 201810738815A CN 108806787 B CN108806787 B CN 108806787B
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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
- G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
- G16H40/20—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the management or administration of healthcare resources or facilities, e.g. managing hospital staff or surgery rooms
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/08—Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
- G06Q10/087—Inventory or stock management, e.g. order filling, procurement or balancing against orders
Abstract
The invention aims to provide a medical consumable intelligent monitoring system for clinical operation. The invention provides a medical consumable intelligent monitoring system for clinical operation, which is characterized by comprising the following components: a consumable information storage unit, a surgical information storage unit, a screen storage unit, an input display unit, a calculation unit, a purchase information generation unit, and a purchase information transmission unit. The medical consumable intelligent monitoring system for clinical operation can ensure that a hospital holds the consumable quantity of preset inventory and the requirements of various operations in the hospital, and can monitor whether the consumable is used in the valid period, and when the difference between the appointment date of the consumable and the valid period of the consumable is less than a certain preset value, medical staff can purchase the consumable in time.
Description
Technical Field
The invention relates to a monitoring terminal, in particular to a medical consumable intelligent monitoring system for clinical operation.
Background
Modern medical consumables are various in types, high in innovation and development speed, increasingly complex in type and specification subdivision, and have special requirements on the aspects of specialty, safety, applicability and effective period management. The medical consumables for clinical operation are high-value, special or special consumables generally required by a certain clinical operation, are different from centralized management that a hospital takes to uniformly purchase and store general consumables in advance and then receive the consumables as required in the aspects of purchase, storage and use, and are temporarily purchased according to an operation scheme of each clinical department, directly delivered to the clinical department for storage, and used according to the operation process requirement. The management of the above consumables not only has to satisfy the dynamic requirements of different operation schemes and processes thereof on consumables, but also considers the familiarity and the use preference of doctors on consumables, the optimal combination application of different consumables and various temporary emergency requirements, and gives necessary safety risk early warning prompts, and the management requirements have the following characteristics:
1. diversity, complexity, expertise. Many high-value consumables in medical consumables become the key of the success of clinical operations, have higher added values, and are one of the fields of the key points of research and development of relevant institutions and the fastest technical development. With the continuous updating and increasing abundance of products, the subdivision of product application also presents a rapid development trend, more diversity, complexity and professional selection are faced in clinical operation, and the learning of new knowledge and the accumulation of clinical application experience are key ways for improving the correct selection capability of consumables.
2. Dynamic changes and emergency delivery requirements. In clinical operation scheme, although the preparation and delivery requirements for key consumables are given in advance, the actual operation process often encounters various complex conditions and needs to change the original operation scheme, so that the requirement for consumables is dynamically changed, and emergency delivery measures are needed for consumables which are not prepared yet. Therefore, the demand for medical consumables for clinical surgery has an on-demand dynamic profile.
3. Personalized preferences and intelligent recommendation. In clinical surgery, due to the difference in knowledge, experience and habits, the familiarity and selection preference of different doctors with consumables have great difference. In order to ensure the smooth operation, the most suitable consumable product should be recommended from the perspective of comprehensively considering safety, effectiveness and economy by an intelligent means while satisfying the personalized preference of doctors as much as possible according to the continuously changing operation conditions, and important characteristics and use and operation requirements of the consumable product are provided.
4. Adverse reaction prediction and safety early warning. For adverse reactions possibly brought by various consumables, a prediction prompt is necessarily provided through the conventional case analysis. Especially, for the improperly used consumable product, safety early warning should be performed in time before clinical operation acceptance. The safety early warning not only can obtain the notice from the health management department, but also can carry out big data analysis on the existing case and internet information, and can obtain more comprehensive and timely prediction and early warning information.
With the rapid development of modern medical technology, the consumption of the consumables is increased dramatically. Meanwhile, the problems of untimely delivery and coordination of consumables, improper use and the like become important reasons for delaying the opportunity of surgical treatment, increasing the economic burden of patients, influencing the economic benefit of hospitals and even causing medical accidents. At present, the informatization technology of hospital management has made great progress, and each hospital has established a relatively perfect centralized management system for uniformly purchasing, warehousing and accepting medical consumables. However, in the consumable monitoring and management for clinical operation, there are many complex factors and various uncertain factors in the operation process, and an advanced intelligent information technology is still lacking, which is a difficult problem to be solved.
Disclosure of Invention
The present invention is made to solve the above problems, and an object of the present invention is to provide an intelligent monitoring system for medical consumables for clinical operation.
The invention provides a medical consumable intelligent monitoring system for clinical operation, which is characterized by comprising the following components: the medical supplies information storage system comprises a consumable information storage part, an operation information storage part, a picture storage part, an input display part, a calculation part, a purchase information generation part and a purchase information sending part, wherein the consumable information storage part stores model information of the medical supplies and actual inventory corresponding to the model information, preset inventory, supplier information, use evaluation information, adverse reaction information, early warning prompt information and consumable information of each medical supply, the consumable information at least comprises a unique traceability code corresponding to the medical supplies and an effective period of the medical supplies, the actual inventory is the consignation amount of the medical supplies consigned to a hospital by the suppliers, and the preset inventory is the critical amount of the medical supplies set by the hospital; the operation information storage part stores medical staff information, operation names corresponding to the medical staff information and consumable use operation rule information, and the picture storage part at least stores an inventory display picture and a consumable use statistical picture; the input display part at least displays an inventory display screen, and displays actual inventory and preset inventory on the inventory display screen; displaying a consumable use statistical picture to allow medical personnel to input consumable information and model information of the used medical consumables and display use evaluation information and adverse reaction information of the medical consumables; the calculation part calculates and obtains a consumption stock corresponding to the model information according to the input model information; the judging part judges whether new consumables need to be purchased or not according to a preset judging rule, the actual inventory data, the consumption inventory and the preset inventory data; if yes, the purchase information generating part generates purchase information according to the reserved consumable quantity, the preset inventory and the supplier information; the purchase information transmitting unit transmits the purchase information to the corresponding supplier based on the contact information in the supplier information.
The medical consumable intelligent monitoring system for clinical operation provided by the invention can also have the following characteristics that: a communication unit in which the screen storage unit further stores a delivery screen; the communication part receives consumable material distribution information and mobile positioning information sent by a supplier; the input display part displays consumable material distribution information and mobile positioning information on a distribution picture so that medical staff can track and monitor the whole process.
The medical consumable intelligent monitoring system for clinical operation provided by the invention can also have the following characteristics: the picture storage part also stores an overdue early warning picture, the judgment part judges whether the difference value is smaller than a preset value, and when the difference value is judged to be smaller than the preset value, the input display part also displays the overdue early warning picture.
The medical consumable intelligent monitoring system for clinical operation provided by the invention can also have the following characteristics: the picture storage part also stores an overdue warning picture, the judging part judges whether the difference value is not more than 0, and when the difference value is judged to be not more than 0, the input display part displays the overdue warning picture.
The medical consumable intelligent monitoring system for clinical operation provided by the invention can also have the following characteristics: wherein, the consumable use operation rule corresponding to the consumable use operation rule information is: DE (n, m, cj) ═ E [ p (n, m, cj) ﹡ T (n, m, cj) ],
DM (n, m, cj) ═ Max _ REQ [ T (n, m, cj) ], n is the name of the operation, m is the name of the treating physician for the operation, cj is the name of the consumables used in the operation and the variables of the type, specification and number of the consumables, p (n, m, cj) is the probability of using the cj consumables in the operation, T (n, m, cj) is the variable of the actual time length from the beginning of the operation to the delivery of the cj consumables to the operating room in the operation, DE (n, m, cj) is the mathematical expected value of the time length, and DM (n, m, cj) is the maximum allowable value of the time length.
The medical consumable intelligent monitoring system for clinical operation provided by the invention can also have the following characteristics: wherein, the predetermined judgment rule is as follows: FW (cj) is not less than PW (cj), FT (n, m, cj) is not less than DM (n, m, cj), FW (cj) is actual inventory data of consumables cj, PW (cj) is preset inventory data of consumables cj, dynamic calculation is generally carried out according to total demand of one week in the future, FT (n, m, cj) is an actual time length requirement of consumables cj from operation start to consumable delivery to an operating room in a purchase scheme, and DM (n, m, cj) is a maximum allowable value of time length.
The medical consumable intelligent monitoring system for clinical operation provided by the invention can also have the following characteristics: the method comprises the steps of obtaining use effect emotional attitude tendency values of related consumables through text emotional calculation, providing evaluation prompts corresponding to medical consumables and statistical result analysis reports thereof in a four-layer structure mode, and taking the evaluation prompts and the statistical result analysis reports thereof as use evaluation information.
The medical consumable intelligent monitoring system for clinical operation provided by the invention can also have the following characteristics: the adverse reaction information comes from the notice of consumable manufacturers and health management departments and the big data analysis of the feedback of patients and doctors and the related network comments, the use early warning prompt and the statistical result analysis report of the related consumables are given according to the knowledge map and the semantic network and the levels of four different information sources of the notice of the consumable manufacturers and the health management departments, the feedback of the patients and the doctors and the related network comments, and the use early warning prompt and the statistical result analysis report are used as the adverse reaction information.
Action and Effect of the invention
According to the medical consumable material intelligent monitoring system for clinical operation of the present invention, since the medical consumable material monitoring system includes the consumable material information storage unit, the operation information storage unit, the screen storage unit, the input display unit, the operation unit, the purchase information generation unit, and the purchase information transmission unit, the medical consumable material intelligent monitoring system for clinical operation of the present invention has the following functions and effects: (1) aiming at the characteristic of complex requirements of medical consumable management for clinical operation, an advanced intelligent monitoring technology and a system scheme are provided; (2) comprehensive analysis is carried out on hospital internal information and external internet comment information of consumables based on big data analysis, emotion calculation and knowledge gathering technologies, evaluation, early warning prompt information and statistical analysis reports of relevant consumables are given, and intelligent monitoring can be carried out on purchase and use management of consumables from the aspects of safety, effectiveness and economy more comprehensively; (3) according to the operation arrangement plan, a dynamic demand table of operation processes for relevant consumables is automatically generated, and the use preference of different doctors for consumables, the dynamic demands of different consumables and the distribution time difference are fully considered; (4) according to the purchasing constraint conditions under different conditions and the historical data of the suppliers, a purchasing scheme with comprehensively optimized distribution time, consumable price and service quality is automatically generated, and the whole-course tracking and monitoring of the consumable distribution process of the suppliers and the mobile positioning information thereof are carried out.
The invention provides an intelligent technology, an optimized model and a system scheme for consumable purchase, inventory, use and management of clinical operation, and fully considers the benefits of patients, doctors, hospitals and suppliers.
Drawings
FIG. 1 is a block diagram of an intelligent monitoring system for medical consumables for clinical operation according to an embodiment of the present invention;
fig. 2 is a flowchart of a medical consumable intelligent monitoring system for clinical operation in an embodiment of the invention.
Detailed Description
In order to make the technical means, creation features, achievement purposes and effects of the invention easy to understand, the following embodiments specifically describe the medical consumable intelligent monitoring system for clinical operation in accordance with the accompanying drawings.
Fig. 1 is a block diagram of a hospital administration monitoring terminal in an embodiment of the present invention.
As shown in fig. 1, the medical consumable intelligent monitoring system 11 for clinical operation is used for managing the usage amount of various consumables in hospital and generating purchase information in time and sending the purchase information to suppliers for purchase when the consumables are insufficient or are about to expire, and includes: consumable information storage unit 14, surgical information storage unit 15, screen storage unit 16, input display unit 17, communication unit 18, calculation unit 19, determination unit 20, purchase information generation unit 21, purchase information transmission unit 22, and control unit 23.
The consumptive material information storage part 14 stores the model information of medical consumptive material and the actual stock corresponding with this model information, preset the stock, the supplier information, use the evaluation information, adverse reaction information and the consumptive material information of every medical consumptive material, this consumptive material information contains the only code of traceing back and the valid period of medical consumptive material that is used for traceing back that corresponds with medical consumptive material at least, wherein, consumptive material information still includes the consumptive material specification, the consumptive material model, the consumptive material size, the consumptive material manufacturer, production batch and consumptive material origin, contain the contact information that corresponds with this supplier in the supplier information.
The method comprises the steps of using evaluation information to be formed by evaluation feedback of patients and doctors and big data analysis of related network comments, generating an improved LDA model according to detailed contents, sources and dates of the use information of each medical consumable, taking names, types and models of different consumables as themes, generating an improved LDA model according to a late Dirichlet Allocation method, adding an emotional attitude tendency evaluation layer on the basis of a three-layer structure of words, themes and texts of an original LDA model, obtaining a use effect emotional attitude tendency value of the related consumable through text emotion calculation, providing an evaluation prompt corresponding to the medical consumable and a statistical result analysis report thereof in a four-layer structure mode, and taking the evaluation prompt and the statistical result analysis report thereof as the use evaluation information.
The adverse reaction information comes from the notice of consumable manufacturers and health management departments and the big data analysis of the feedback of patients and doctors and the related network comments, the use early warning prompt and the statistical result analysis report of the related consumables are given according to the knowledge map and the semantic network and the levels of four different information sources of the notice of the consumable manufacturers and the health management departments, the feedback of the patients and the doctors and the related network comments, and the use early warning prompt and the statistical result analysis report are used as the adverse reaction information.
The operation information storage unit 15 stores medical staff information, an operation name corresponding to the medical staff information, and consumable use operation rule information. The operation rule is used to the consumptive material that corresponds with consumptive material use operation rule information can be saved by each medical personnel by oneself, contains the use amount of all medical consumptive materials that each medical personnel corresponded when carrying out different operations, and consumptive material operation rule can be calculated by each medical personnel through many years's operation experience and obtains. In this embodiment, the consumable use operation rule corresponding to the consumable use operation rule information is:
DE(n,m,cj)＝E[p(n,m,cj)﹡T(n,m,cj)]
DM (n, m, cj) ═ Max _ REQ [ T (n, m, cj) ], n is the name of the operation, m is the name of the treating physician for the operation, cj is the name of the consumables used in the operation and the variables of the type, specification and number of the consumables, p (n, m, cj) is the probability of using the cj consumables in the operation, T (n, m, cj) is the variable of the actual time length from the beginning of the operation to the delivery of the cj consumables to the operating room in the operation, DE (n, m, cj) is the mathematical expected value of the time length, and DM (n, m, cj) is the maximum allowable value of the time length.
The screen storage unit 16 stores an inventory display screen, a consumable material usage statistics screen, a delivery screen, an expiration warning screen, and an expiration warning screen.
The input display unit 17 displays each screen stored in the screen storage unit 16.
The inventory display screen is used for enabling medical staff to know and update actual inventory and preset inventory of various current consumables in real time, and consumable names, consumable models, consumable specifications, consumable unit prices, actual inventory, preset inventory, supplier information and the like are displayed. The actual inventory is the quantity of consumables that the supplier has deposited in the hospital, the ownership of which belongs to the supplier before it is not used, and the preset inventory is the critical quantity of medical consumables set by the institution.
The consumptive material uses the statistics picture to be used for letting medical personnel input the consumptive material information and the model information of the medical consumptive material that is used, shows to have consumptive material name, consumptive material model, consumptive material specification and use quantity etc. including consumptive material information add the key of affixing.
The distribution picture is used for enabling medical personnel to carry out whole-process tracking and monitoring on the consumable distribution information and the mobile positioning information.
The expiration early warning picture is used for reminding medical staff that the medical consumables are about to expire and displaying information such as consumable item names, consumable item models and days away from the expiration date of the consumables which are about to expire.
The overdue warning picture is used for reminding medical staff that the medical consumables are overdue and displaying the information of the name, the model, the number of overdue days and the like of the expired consumables
The communication unit 18 receives consumable supply distribution information and mobile positioning information from a supplier.
The calculation unit 19 calculates a consumption stock corresponding to the model information based on the input model information; obtaining effective inventory according to the total expected consumption and the residual inventory, and carrying out subtraction operation on the effective inventory and the residual inventory to obtain a difference value; and calculating the difference between the effective period corresponding to the reserved consumable model and the operation date.
The determination part 20 determines whether to purchase new consumables according to a predetermined determination rule, actual inventory data, consumption inventory, and predetermined inventory data; judging whether the effective inventory is larger than the preset inventory or not; and judging whether the difference value is smaller than a preset value. In this embodiment, the predetermined determination rule is: FW (cj) is more than or equal to PW (cj), and FT (n, m, cj) is less than or equal to DM (n, m, cj),
where FW (cj) is the actual inventory data of the consumables cj, PW (cj) is the predetermined inventory data of the consumables cj, which is generally calculated dynamically according to the total demand of one week in the future, and FT (n, m, cj) is the maximum allowable value of the time length DM (n, m, cj) required for the actual time length of the consumables cj from the beginning of the operation to the time length of the consumables delivered to the operating room in the procurement scheme.
When it is determined that a new consumable part needs to be purchased, the purchase information generation unit 21 generates purchase information based on the reserved consumable part amount, the preset inventory, and the supplier information.
The purchase information generation unit 21 includes a short message generation unit 211 or a mail generation unit 212. The short message generating unit 211 generates a purchase information short message according to the consumed or valid inventory, the preset inventory and the supplier information. The mail generating unit 212 generates a purchase information mail according to the consumed or valid inventory, the preset inventory, and the supplier information. In the present embodiment, the purchase information generating unit 21 includes only the mail generating means 212 and generates only the purchase information mail, and in actual practice, each hospital may be set according to its own situation, and one kind of generating means or two kinds of generating means may be used.
The purchase information transmitting unit 22 transmits the purchase information to the supplier through the communication network 13 based on the contact information. The short message sending unit 221 sends the purchase information short message to the corresponding supplier through the communication network 13 according to the contact information, and the mail sending unit 222. The mail sending unit 222 sends the purchase information mail to the corresponding supplier through the communication network 13 according to the contact information. In practical applications, each hospital performs corresponding transmission unit setting according to the set generation unit.
The control unit 23 includes a computer program for controlling the consumable material information storage unit 14, the surgical information storage unit 15, the screen storage unit 16, the input display unit 17, the communication unit 18, the calculation unit 19, the determination unit 20, the purchase information generation unit 21, and the purchase information transmission unit 22.
Fig. 2 is a flowchart of a hospital administration traceability system in an embodiment of the present invention.
As shown in fig. 2, another operation process of the hospital monitor terminal 11 includes the following steps:
step S1-1: the medical consumable intelligent monitoring system 11 for the clinical operation is opened to enter the login monitoring consumables, and then the step S1-2 is carried out.
Step S1-2: the medical staff inputs the consumable information and model information of various consumables on the consumable usage statistics screen, and then proceeds to step S1-3.
Step S1-3: the arithmetic section calculates a consumption stock corresponding to the model information based on the inputted model information, obtains a remaining stock value based on the consumption stock and the actual stock, and proceeds to step S1-4.
Step S1-4: the judging part judges whether the remaining stock value is larger than the preset stock, and when the judging is no, the step goes to step S1-15, and when the judging is yes, the step goes to step S1-5.
Step S1-5: the input display unit 17 displays a consumable material usage statistics screen, and allows medical staff to input current surgical information including a patient name, a surgical name, a doctor' S name, a main surgeon, a surgical date, and the like, and the process proceeds to step S1-6.
Step S1-6: the input display unit 17 displays the usage evaluation information and adverse reaction information of the medical consumable on the consumable usage statistical screen, and then the process proceeds to step S1-7.
Step S1-7: the calculation unit 19 calculates the consumption stock corresponding to the model information, and then proceeds to step S1-8.
Step S1-8: the judgment section 20 judges whether or not new consumable parts need to be purchased based on the predetermined judgment rule, the actual stock data, the consumed stock, and the predetermined stock data, and if not, the flow proceeds to step S1-15, and if yes, the flow proceeds to step S1-9.
Step S1-9: the arithmetic unit 19 calculates the difference between the expiration date of the consumable model for appointment and the operation date, and then proceeds to step S1-10.
Step S1-10: the judgment section 20 judges whether or not the difference is smaller than a predetermined value, and when judged no, enters an end state, and when judged yes, then proceeds to step S1-11.
Step S1-11: the input display part 17 displays an expiration warning screen to inform medical staff that consumable items are about to expire, and then the process proceeds to step S1-12.
Step S1-12: the judgment section 20 judges whether or not the difference is not more than 0, and when judged no, enters an end state, and when judged yes, then proceeds to step S1-13.
Step S1-13: the input display unit 17 displays an expiration warning screen to notify the medical staff that the consumable supplies have expired, and then the flow proceeds to step S1-14.
Step S1-14: the mail generating unit 212 generates mail purchasing information from the consumed stock and the preset stock and contact information, and then proceeds to step S1-15.
Step S1-15: the mail sending unit 222 sends the mail procurement information to the supplier corresponding to the contact information according to the contact information through the communication network 13, and then proceeds to step S1-16.
Step S1-16: the communication unit 18 receives the consumable part distribution information and the mobile location information transmitted from the supplier, and then proceeds to step S1-17.
Step S1-17: the input display part displays consumable material distribution information and mobile positioning information on a distribution picture to enable medical staff to carry out whole-course tracking and monitoring, and then enters an ending state.
Effects and effects of the embodiments
According to the medical consumable intelligent monitoring system for clinical operation of the present embodiment, since the consumable information storage unit, the operation information storage unit, the screen storage unit, the input display unit, the operation unit, the purchase information generation unit, and the purchase information transmission unit are provided in the medical consumable monitoring, the medical consumable intelligent monitoring system for clinical operation of the present embodiment has the following functions and effects: (1) aiming at the characteristic of complex requirements of medical consumable management for clinical operation, an advanced intelligent monitoring technology and a system scheme are provided; (2) comprehensive analysis is carried out on hospital internal information and external internet comment information of consumables based on big data analysis, emotion calculation and knowledge gathering technologies, evaluation, early warning prompt information and statistical analysis reports of relevant consumables are given, and intelligent monitoring can be carried out on purchase and use management of consumables from the aspects of safety, effectiveness and economy more comprehensively; (3) according to the operation arrangement plan, a dynamic demand table of operation processes for relevant consumables is automatically generated, and the use preference of different doctors for consumables, the dynamic demands of different consumables and the distribution time difference are fully considered; (4) according to the purchasing constraint conditions under different conditions and the historical data of the suppliers, a purchasing scheme with comprehensively optimized distribution time, consumable price and service quality is automatically generated, and the whole-course tracking and monitoring of the consumable distribution process of the suppliers and the mobile positioning information thereof are carried out.
The embodiment provides an intelligent technology, an optimized model and a system scheme for consumable purchase, inventory, use and management for clinical operation, and fully considers the benefits of patients, doctors, hospitals and suppliers.
In addition, when the difference of the appointment date of consumptive material and the consumptive material validity period is less than a certain predetermined value, input display part can also show overdue early warning picture and carry out the early warning to medical personnel, like this, medical personnel alright in time know the consumptive material that is about to overdue, use this consumptive material to avoid it to surpass the validity period and the extravagant problem that causes.
In addition, when the difference of the reservation date of consumptive material and the consumptive material validity period is not more than 0, input display part still can show overdue warning picture, can let medical personnel learn the consumptive material that has expired like this, carries out timely processing to this consumptive material, has strengthened the control to the consumptive material.
In addition, because the consumptive material information includes the only code of traceing back that corresponds with the consumptive material, consequently when leading to the patient to meet an accident because of the consumptive material reason, medical personnel can directly trace back relevant information or the personnel of this consumptive material according to this only code of traceing back, make things convenient for medical personnel to look for the reason that the accident took place, can in time solve the problem.
The above embodiments are preferred examples of the present invention, and are not intended to limit the scope of the present invention.
Claims (6)
1. The utility model provides a medical consumptive material intelligent monitoring system towards clinical operation for manage and monitor medical consumptive material, its characterized in that includes:
a consumable material information storage unit, a surgical information storage unit, a screen storage unit, an input display unit, a calculation unit, a purchase information generation unit, a communication unit, a determination unit, and a purchase information transmission unit,
the consumable information storage part stores model information of the medical consumables, actual inventory, preset inventory, supplier information, use evaluation information, adverse reaction information and consumable information of each medical consumable corresponding to the model information, the consumable information at least comprises a unique traceability code for traceability corresponding to the medical consumable and a validity period of the medical consumable, the actual inventory is the placement amount of the medical consumable which is placed in a hospital by a supplier, and the preset inventory is the critical amount of the medical consumable set by a hospital;
the operation information storage part stores medical staff information, operation names corresponding to the medical staff information and consumable use operation rule information,
the picture storage part at least stores an inventory display picture and a consumable use statistical picture;
the input display part at least displays the stock display screen, and displays the actual stock and the preset stock on the stock display screen; displaying the consumable usage statistical picture to allow medical personnel to input the consumable information and the model information of the used medical consumable and display the usage evaluation information and the adverse reaction information of the medical consumable;
the operation part calculates to obtain a consumption stock corresponding to the model information according to the input model information, and calculates the difference between the valid period of the reserved consumable model and the operation date;
the judging part judges whether to purchase new consumables according to a preset judging rule, actual inventory data, the consumption inventory and preset inventory data;
when the judgment result is yes, the purchasing information generating part generates purchasing information according to the reserved consumable quantity, the preset inventory and the supplier information;
the purchase information sending part sends the purchase information to the corresponding supplier according to the contact information in the supplier information,
the picture storage part also stores a distribution picture;
the communication part receives consumable material distribution information and mobile positioning information sent by a supplier;
the input display part displays the consumable material distribution information and the mobile positioning information on the distribution picture to enable the medical care personnel to carry out whole-course tracking and monitoring,
the preset judgment rule is as follows:
FW (cj) is more than or equal to PW (cj), and FT (n, m, cj) is less than or equal to DM (n, m, cj),
FW (cj) is the actual inventory data of the consumable cj, PW (cj) is the preset inventory data of the consumable cj, dynamic calculation is carried out according to the total demand of one week in the future, FT (n, m, cj) is the actual time length requirement of the consumable cj from the beginning of an operation to the delivery of the consumable to an operating room in a purchase scheme, DM (n, m, cj) is the maximum allowable value of the time length, wherein n is the name of the operation, and m is the name of an attending doctor of the operation.
2. The medical consumable intelligent monitoring system for clinical operation according to claim 1, characterized in that:
wherein, the picture storage part also stores an overdue early warning picture,
the judgment section judges whether or not the difference value is smaller than a predetermined value,
and when the judgment result is yes, the input display part also displays the overdue early warning picture.
3. The medical consumable intelligent monitoring system for clinical operation according to claim 1, characterized in that:
wherein the picture storage part also stores an expired warning picture,
the judgment section judges whether or not the difference is not more than 0,
and when the judgment result is yes, the input display part displays the overdue warning picture.
4. The medical consumable intelligent monitoring system for clinical operation according to claim 1, characterized in that:
wherein the consumable use operation rule corresponding to the consumable use operation rule information is:
DE(n,m,cj)＝E[p(n,m,cj)﹡T(n,m,cj)]
DM (n, m, cj) ═ Max _ REQ [ T (n, m, cj) ], n is the name of the operation, m is the name of the treating physician for the operation, cj is the name of the consumables used in the operation and the variables of the type, specification and number of the consumables, p (n, m, cj) is the probability of using the cj consumables in the operation, T (n, m, cj) is the variable of the actual time length from the beginning of the operation to the delivery of the cj consumables to the operating room in the operation, DE (n, m, cj) is the mathematical expected value of the time length, and DM (n, m, cj) is the maximum allowable value of the time length.
5. The medical consumable intelligent monitoring system for clinical operation according to claim 1, characterized in that:
the method comprises the steps that the use evaluation information is composed of evaluation feedback of patients and doctors and big data analysis of related network comments, an improved LDA model is generated according to the detailed content, source and date of the use information of each medical consumable, the names, types and models of different consumables are used as subjects, an emotional attitude tendency evaluation layer is added on the basis of a three-layer structure of words, subjects and texts of an original LDA model, the use effect emotional attitude tendency value of the related consumable is obtained through text emotional calculation, evaluation prompts corresponding to the medical consumable and statistical result analysis reports of the medical consumable are given in a four-layer structure mode, and the evaluation prompts and the statistical result analysis reports of the evaluation prompts are used as the use evaluation information.
6. The medical consumable intelligent monitoring system for clinical operation according to claim 1, characterized in that:
the adverse reaction information comes from the notice of a consumable manufacturer and a health management department and the big data analysis of the feedback of a patient and a doctor and the related network comments, the use early warning prompt of the related consumable and the analysis report of the statistical result of the use early warning prompt are given according to a knowledge map and a semantic network and according to the levels of four different information sources of the notice of the consumable manufacturer and the health management department, the feedback of the patient and the doctor and the related network comments, and the use early warning prompt and the analysis report of the statistical result of the use early warning prompt are used as the adverse reaction information.
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| CN112561130B (en) * | 2020-11-30 | 2022-04-08 | 成都飞机工业（集团）有限责任公司 | Material resource purchasing demand balance optimization system and method |
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| CN113409929A (en) * | 2021-06-30 | 2021-09-17 | 重庆博尔德医疗科技股份有限公司 | Medical consumable data management platform |
| CN113707287B (en) * | 2021-10-28 | 2022-02-22 | 天津医药集团众健康达医疗器械有限公司 | Medical consumable settlement method and system |
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