42 results about "Hospital based" patented technology

A method of requesting assistance for a medical event occurring in a hospital. The method comprises receiving data regarding a location of the medical event; receiving data regarding a type of the medical event; receiving data regarding at least one wirelessly detectable tag, each one of the at least one wirelessly detectable tag being associated with a respective one of at least one clinician; determining a location of each clinician within the hospital based at least in part on the data regarding the at least one wirelessly detectable tag; identifying at least one particular clinician as being eligible to provide assistance, based at least in part on the location of the medical event, the type of the medical event, and the respective location of each clinician; and performing an action to cause requesting of assistance for the medical event from each particular clinician.

The invention relates to a system and a method for drug placement, distribution and source tracing based on digital tags. The system is formed by connecting the following devices in a wired local network and a wireless local network inside a hospital: a drug placement, distribution and source tracing application server connected with a service database, a plurality of drug placing terminals, a single drug distributing terminal, a source tracing management terminal and an HIS (Hospital Information System) interface terminal interacting information with an HIS system. The system is a set of information system for drug placement, distribution and source tracing constructed by adopting a computer technology, an RFID (Radio Frequency Identification Devices) technology and a two-dimensional code technology. The information system is used for supporting hospital staff to complete two operating steps of drug placement in pharmacies and drug distribution in sick rooms during the drug circulation inside the hospital based on the digital tags, providing scientific and visualized examination means and tools and monitoring and checking each key link during drug placement and distribution. The system can realize the safe control mechanism of drugs for treating patients during the circulation inside the hospital and can reduce the accident potential caused by human mistakes.

A patient rehabilitation wheelchair for hospitals based on a full-body massage effect comprises a backrest, a handle, a seat plate, a diagonal bracing plate, a pedal plate and chair wheels, wherein a back massage device is arranged on the rear side of the backrest and comprises a first L-shaped supporting plate; a bearing is inlaid in the upper part of the first L-shaped supporting plate; an inner ring of the bearing is fixedly connected with a rotating rod; the right end of the rotating rod is fixedly connected with a first motor output shaft; the left end of the rotating rod is fixedly connected with a disc; an annular groove is formed in the disc; the depth of the annular groove is changed as a sine function image; and a plurality of changing rods are arranged in the annular groove. The patient rehabilitation wheelchair for hospitals based on the full-body massage effect has the beneficial effects that the back, the hip and the legs of a patient are respectively massaged by the back massage device, a hip massage device and a leg massage device, pressure sore of the patient is avoided effectively, meanwhile, the patient can be massaged, the rehabilitation speed of the patient is increased effectively, and therefore, the patient rehabilitation wheelchair has certain promotion and application value.

A patient management method for hospital-based physicians includes a remote computer server storing certain minimal information regarding patients of one or more physicians. The remote server is linked over a computer network to one or more physician-accessible computers remote from the computer server. Physicians can access such patient information over the network via the physician-accessible computer to view information regarding their patients. Following patient visits, the physician can update patient status information, such as diagnosis, treatment codes, and patient disposition, by entering such information into the server over the network. An administrator in the physician's office can also access the server over a computer network to capture updated patient status information for purposes of workload distribution and / or billing. The interposition of the server between the physician-accessible computer and the physician's office helps ensure compliance with the federal HIPAA Privacy Rule.

The invention provides for a novel dynamically configurable point-of-care device for clinical diagnostics and research for analysis of activity associated with pluripotent stem cells, tumor cells, drug metabolites, immunological response, glucose monitoring, cardiovascular diseases, liver cell therapy, cell-cell signaling, epidemic outbreaks, hospital based infectious diseases, pathogens, germ cells, pharmacological compounds, oxidation reduction, microscopy, tomography, flow cytometry, clinical lab testing, and for providing immunoassays, ELISA, electrophoresis, PCR, chromatography, and other laboratory functions. The device comprises a biochemical processing module further comprising a processor and at least one controller, receiving microfluidic elements, sensors, software scripts, an electrically operated interface, flow ports, a user interface, memory, and a communications link, configurable based on analysis of patient data. The invention further provides for multiple-criteria decision analysis for hospital administrators, a wearable device, mobile medical device, molecular electronics configuration, touchscreen recognition, data analytics application, and a drone delivery based point-of-care system.

The invention discloses a hospital-based infectious disease symptom data acquisition system. The hospital-based infectious disease symptom data acquisition system comprises a symptom monitoring data base, a hospital information acquisition module sending monitored data to the symptom monitoring data base, a medical record information acquisition module and a clinic medical record acquisition module, wherein the hospital information acquisition module is arranged in an external hospital information system and used for acquiring target symptom information to be monitored in the hospital information system within a cycle; the medical record information acquisition module is arranged in an external hospital electronic medical record system and used for acquiring target symptom information to be monitored in electronic medical records within a cycle; and the clinic medical record acquisition module is arranged in an external hospital out-patient department and used for acquiring target symptom information to be monitored in clinic medical records within a cycle. The hospital-based infectious disease symptom data acquisition system can provide a technical example for applying a symptom monitoring early-warning technology to the health and safety guarantee of large-scale crowd-gathered activities in the future.

The disclosure includes systems and methods for hospital based sterilization of surgical instruments. An exemplary system includes a wrapped sterilization tray or container defining at least one opening to permit a sterilant to pass therethrough and least one surgical instrument disposed in the sterilization tray. The system still further includes a count sheet holder disposed on the sterilization wrap or container. The count sheet holder defines a compartment for receiving a count sheet and means for attaching the count sheet holder to the sterilization container or wrapped tray.

A method of requesting assistance for a medical event occurring in a hospital. The method comprises receiving data regarding a location of the medical event; receiving data regarding a type of the medical event; receiving data regarding at least one wirelessly detectable tag, each one of the at least one wirelessly detectable tag being associated with a respective one of at least one clinician; determining a location of each clinician within the hospital based at least in part on the data regarding the at least one wirelessly detectable tag; identifying at least one particular clinician as being eligible to provide assistance, based at least in part on the location of the medical event, the type of the medical event, and the respective location of each clinician; and performing an action to cause requesting of assistance for the medical event from each particular clinician.

The invention relates to a coordinated checking information system crossing over hospitals based on a health file sharing platform, comprising a coordinated checking hospital end module and a platform coordinated checking server module. The system issues checking resource information via a coordinated checking receiving hospital; a coordinated checking initiating hospital inquires the coordinated checking resource through the system and submits a coordinated checking application; the coordinated checking receiving part receives the application via a coordinated checking receiving hospital module, reads the related illness case of the coordinated checking and issues the checking result; the platform coordinated checking server module manages and maintains aiming at the occupying reservation state of the coordinated checking resource, the application state of the coordinated checking and the coordinated checking report so as to realize the coordinated checking function crossing over hospitals based on the health file sharing platform.

A computer-enabled method and system for dynamic, automated pricing of veterinary pharmaceutical and other animal-related product items by a central product provider, wherein the method allows subsequent recovery of historical pricing information by the central product provider computer for subsequent sale proceeds sharing with a veterinary hospital, comprising the steps of: asynchronously creating and storing member account details, asynchronously retrieving from vendors and storing pricing and other information for a plurality of product item records, asynchronously maintaining and storing a plurality of per-product-item fee records and proceed split percentage information, providing to veterinary hospitals responsive item product information for one or more items selected and creating and temporarily storing a snapshot for subsequent optional recall of product item record pricing, per-item and per-invoice fee information, and making selected item product information available for display. Upon selection of a product item for purchase by a veterinary hospital or customer, a unique invoice record is created which comprises the temporarily stored per-item and per-invoice fee information corresponding to the product item, hospital and / or customer making the selection. Finally, the hospital and / or customer related per-item and per-invoice fee and price information is used, together with hospital and central product provider percentage split information, for automated determination, allocation, crediting and distribution of proceeds to the veterinary hospital based upon saved historic, granular pricing and fee data.

The invention provides a hemodialysis quality control and improvement system and a hemodialysis quality control method. All the hospitals in the district under the jurisdiction of a province are registered, the personnel configuration data and the equipment configuration data of each hospital related to hemodialysis treatment are statistically counted and the data of the number of hemodialysis patients are also statistically counted so as to establish a provincial database; then the quality control index standard rate, the infectious index test rate and the anemia index of each hospital are statistically counted and the quality control process index achieving situation is mastered in real time so as to establish a quality control index database; then a treatment database is established forthe hemodialysis patients; and hemodialysis quality control is performed in all the subordinate hospitals based on the provincial database, the quality control index database and the treatment database. The hemodialysis process is monitored by integrating, analyzing and reviewing the hospital personnel, equipment and patient data; and the error rate can be reduced, the working efficiency can be enhanced, consumable management can be integrated and the management cost can be reduced by integrating historical records.

The invention relates to the field of medical internet technology, in particular to a network-hospital-based self-service interrogation device for a pharmacy robot. The method comprises: step one, forming a self-service interrogation robot; step two, carrying out self-service identification of information of a person visiting a doctor; step three, carrying out self-service selection of an on-linedoctor of a network hospital; step four, carrying out communication and interrogation between the person visiting the doctor and the on-line doctor; step five, after ending of interrogation, issuing an electronic prescription by the doctor; step six, scanning a code by the person visiting the doctor and paying for the electronic prescription; and step seven, printing the electronic prescription. According to the invention, a problem of realizing self-service quick interrogation between the network hospital and the person visiting the doctor is solved; the interrogation rate of the doctor is increased; and the legal electronic prescription issued by the doctor is obtained. A problem of selling prescription medicines by a pharmacy is solved; and the operating efficiency of the pharmacy is improved.

The invention discloses a hospital intelligent doctor-seeing system based on machine vision. The system uses a head detection method in machine vision, optimizes the head detection method in a hospital queuing scene, detects the number of people in the queues of hospital registration windows currently, calculates the waiting time of the each window queue in combination with the average time lengthby which a single patient is processed by each window, and calculates the time by which the patient arrives at respective hospitals based on the locations of the patient and respective hospitals. Since the number of people in the queues in the hospital changes during the period from the departure to the arrival at the hospital, the system incorporates a predicting model for predicting the changein the number of people in the queue over a certain period of time. The system calculates the change of each registration queue during the period from the departure to the arrival at the hospital according to the average value of historical data in each week in the past four weeks in the monitored videos of the hospital, finally calculates the time required by the patient from the departure home to the arrival at the hospital, and provides a strategy choice for the patient to see the doctor quickly.

The invention provides a clinical pathway adjustment system and method for a hospital based on clinical pathway deviation analysis, and the method comprises the steps: preprocessing the diagnosis andtreatment data of a disease; comparing specific doctor's advice in the preprocessed diagnosis and treatment data of the disease with specific doctor's advice in a standard clinical pathway of the disease, adding the specific doctor's advice in the preprocessed diagnosis and treatment data of the disease to the standard clinical pathway of the disease, and eliminating the specific doctor's advice that are not used in the standard clinical pathway of the disease; calculating the Jaccard coefficient of each category in the standard clinical pathway of the disease; carrying out the statistical analysis of the category with the Jaccard coefficient being less than a preset value, and calculating the probability of each piece of doctor's advice under the category; eliminating the doctor's advicewith the probability being less than a preset probability in the standard clinical pathway of the disease, and forming a new standard clinical pathway. The method achieves the combination of the actual diagnosis and treatment data of the hospital with the standard clinical pathway for adjustment, and facilitates the popularization and execution of the standard clinical pathway.

The invention discloses an intelligent shared accompanying bed and chair commercial mode of a hospital based on Internet. The mode comprises the following steps of: (1) storing corresponding shared accompanying beds and chairs in a storage box, putting the storage box in the hospital, and arranging an Internet server in a nurse station on each floor of an in-patient department of each department,(2) allowing a user to registering personal information through an APP client, and recording the personal information of the user in the Internet servers, (3) allowing the user to scan a two-dimensional code through a mobile terminal and communicate with the Internet server on the APP client to trigger unlocking, triggering an electronic lock on the storage box to be opened, allowing the user to take out the shared accompanying beds and chairs for use, uploading a triggered unlocking signal to the Internet server, and allowing the Internet server to start timing, and (4) after use, allowing the user to return the shared accompanying beds and chairs to the storage box, triggering the electronic lock to be closed, uploading a closing signal to the Internet server, and allowing the Internet server to generate a charging period and use record table of the user as a settlement basis of use cost each time.

The invention is suitable for the technical field of computer data processing, and provides an automatic method for hospital function planning and area calculation, a device and terminal equipment. The method comprises the steps of acquiring hospital property information and scale data which are input by a user; obtaining corresponding configuration data according to the property information and the scale data; calculating the number of rooms in each key type in the hospital based on the scale data; distributing the number of the rooms in each key type to each section office; acquiring the number of auxiliary rooms of each section office; for aiming at each section office, calculating the area of each section office based on the number of the rooms in each key type and the number of auxiliary rooms; and calculating the floor area of the hospital based on the area of each section office. The automatic method, the device and the terminal equipment fill a gap of no related data logic calculation in existing hospital planning and supplies a simple and feasible function planning tool to a user. Furthermore the automatic method, the device and the terminal equipment settle a problem of unreasonable planning caused by incomprehensive data and calculation shortage in a construction process.

The invention discloses a network hospital-based inspection mechanism unified matching method and a network hospital platform. According to the inspection mechanism unified matching method, validity verification is performed on electronic inspection lists based on the network hospital platform; when the electronic inspection lists pass the validity verification, the electronic inspection lists are subjected to unified prescription pricing at the network hospital platform; a corresponding inspection mechanism is matched after a patient completes payment; and online payment and offline inspection can be realized based on the network hospital platform according to the disease information of the patient, and a lot of conveniences can be brought to the patient.

The invention discloses a method for evaluating a hospital based on multiple evaluation dimensions and a related product. The method is applied to the electronic equipment, and comprises the followingsteps of obtaining the medical data of any hospital from a medical database; obtaining a plurality of preset evaluation dimensions, determining a plurality of risk indexes of the hospital on the plurality of evaluation dimensions according to the medical data, each preset dimension corresponding to one risk index, and the risk indexes being used for representing risk values of the hospital on medical fees; allocating the weight values to the multiple evaluation dimensions, weighting the multiple risk indexes according to the weight values, and obtaining the final risk index of the hospital. According to the embodiment of the invention, a hospital evaluation mode is added, and the hospital evaluation accuracy is improved.

The invention discloses a hospital waiting area respiratory infectious disease infection risk prediction system. The system comprises a space infection risk assessment module and an operation and maintenance stage management and control module. The space infection risk assessment module arranges the length-width ratio, the space layout, the air supply form, the air exchange rate and the personnel density of a plurality of typical waiting rooms as input parameters, and takes a waiting space infection risk comprehensive evaluation index C as an output parameter; a simulation sample is generated through input parameters, different terminal forms and change combination of typical personnel densities, particle concentration is calculated by using CFD, and establishment of a database and a prediction model is completed, so that position distribution and average infection risk prediction of a waiting space high-risk area under different personnel densities are carried out; and the operation and maintenance stage management and control module carries out real-time adjustment once every 15 minutes so as to realize the real-time regulation and control of the air supply tail end of the waiting room of the hospital based on the personnel density.

The invention provides a method, medium, equipment and system for recommending a hospital bed. The method comprises the steps that basic information and chief compliant information of a patient and diagnosis information of a doctor are acquired, then a patient tag is generated according to the basic information and chief compliant information of the patient and the diagnosis information of the doctor, then attribute parameters of the patient tag are extracted, the attribute parameters of the patient tag are matched with current empty beds according to a matching rule of the current empty bedsto obtain a matching score, and finally, the bed is recommended according to the matching score. Therefore, matching is performed through the tag concept to reasonably and accurately arrange the bed for each patient so that the medical workers can well work, and the working efficiency of the medical workers is greatly improved accordingly.

The invention discloses a unified reconciliation platform construction method for hospitals, and relates to the technical field of reconciliation platforms. The method comprises the following steps: applying for WeChat and Alipay independent merchants for each hospital based on an existing unified reconciliation platform, creating sub-merchants, enabling each sub-merchant to assign funds to flow into a bank, and after the patient pays the funds, enabling the funds to flow into the payment sub-merchants. By adopting a T+1 reconciliation mode, HIS, payment platform and channel three-party reconciliation is carried out, the accuracy of reconciliation data is ensured, the reconciliation platform extracts HIS data in real time and compares the HIS data with platform data, instant reconciliationis realized, and channel data is extracted on the T+1 day to carry out three-party reconciliation, the reconciliation platform realizes unified reconciliation and report analysis of income sources such as hospital MIS POS, Alipay, WeChat and Unionpay through ETL and BI technologies, realizes unified import and unified management of multi-party reconciliation data, realizes automatic generation ofa reconciliation result, and facilitates problem data positioning.

The invention discloses a hematopathy reimbursement admission method, device and equipment and a readable storage medium, and relates to an artificial intelligence technology. The method comprises thefollowing steps of when a hematopathy reimbursement admission instruction is detected, scanning to obtain an original image of hematopathy insured patient insured data corresponding to the hematopathy reimbursement admission instruction; Identifying the original image in an optical character OCR identification mode to obtain insured data of the blood disease insured patient and obtain a diagnosishospital corresponding to the insured data; sending a request confirmation instruction that the insured data is correct to the diagnosis hospital; and if a confirmation error-free instruction fed back by the diagnosis hospital based on the request confirmation instruction is received, admitting reimbursement of the hematological disease insured patient, so that the technical problems that an existing hematological disease type medical reimbursement mode is high in resource consumption and poor in convenience are solved.

A method for evaluate a hospital based on data analysis and relate products is disclosed. That method is applied to an electronic device. The method include: acquiring medical data of a plurality of hospitals in a preset time period from a medical database, wherein the medical data at least includes medical expense data; Performing a differentiation analysis on medical data of the plurality of hospitals based on a time series analysis method, and determining a hospital in which the medical cost data of the plurality of hospitals are differentiated; Determining that the hospital has a differentiated differentiation index in terms of medical cost data, wherein the differentiated index is a driving factor for the hospital to have differentiated medical cost data; Evaluating the hospital according to the differentiation index. This application realizes the targeted evaluation of hospitals and improves the accuracy of hospital evaluation.

The invention discloses a hospital performance information processing method, system and device and a storage medium. The method comprises the steps of obtaining basic data of all preset indexes of each hospital in an area; performing rank conversion on the basic data of each hospital to obtain first evaluation data of all preset indexes of each hospital; summarizing the first evaluation data of the hospitals based on the preset weights of the preset indexes to obtain second evaluation data of the hospitals; and finally, ranking the second evaluation data, and outputting a hospital performanceinformation processing result according to a ranking sequence. The system comprises an acquisition module, a conversion module, a summarizing module and a ranking module. By using the method providedby the invention, the performance information processing results of the hospitals can be obtained clearly and efficiently, and the difference quantification between the performance information processing results of the hospitals is more accurate and intuitive. The method can be widely applied to the technical field of medical information.

A method for comparing a hospital's existing supply expenses to another hospital's existing supply expenses is described. The method includes determining a number of patient cases (Ci) associated with each diagnosis related classification (DRCi) from a plurality of DRCis, receiving a supply mix index weight (SMIi) value for each DRCi from the plurality of DRCis, and determining, with a processor, a weighted supply mix index value for each of the plurality of DRCis based on the SMIi value for each DRCi and the Ci for the corresponding DRCi. The method also includes determining an overall HCP supply mix index (HCPSMI) for the hospital based on the sum of the weighted supply mix index value for each of the plurality of DRCis and the sum of Ci for each of the plurality of DRCis, and outputting the HCPSMI for the hospital. Other methods, systems, and machine-readable media are also described.

The invention provides a hospital infection risk-based automatic control method for hospital disinfection and killing equipment, and belongs to the technical field of infectious disease risk control. The method comprises the following steps: acquiring target portrait features of a target object and historical image data in a hospital, wherein the historical image data comprises image data of the target object within a preset time period before the target object is isolated or transferred to other medical institutions; the target object is a definite infectious disease case or a suspected infectious disease case; identifying a portrait of the target object in the historical image data based on the target portrait features; according to the portrait of the target object identified in the historical image data, determining a historical activity area of the target object in the hospital, and taking the activity area as a risk area; and controlling the intelligent disinfecting and killing equipment to disinfect and kill the determined risk area. The traditional Chinese medicine hospital can disinfect the infectious disease infection risk area in time, the infection risk in the hospital is reduced, and due to the fact that only the risk area is disinfected, the influence on hospital operation is small.

The embodiment of the invention provides a triage method and device, computing equipment and a storage medium, and the method comprises the steps: determining a target Internet department based on the attribute information and illness state information of a target user; determining candidate entity hospitals corresponding to the target internet department and target entity departments of the candidate entity hospitals based on a preset corresponding relationship among the internet departments, the entity hospitals and the entity departments; if a plurality of candidate entity hospitals exist, determining a target entity hospital based on the user position information of the target user and the hospital position information of the candidate entity hospitals, and taking a target entity department of the target entity hospital as a target department. The determined target entity department of the target entity hospital is suitable for the illness state and the attribute of the target user, the subsequent diagnosis and treatment efficiency and the diagnosis and treatment effect are improved, and the position of the target entity hospital is relatively appropriate, so that the target user can conveniently go to the entity hospital for special diagnosis and treatment subsequently.

The invention discloses a hospital performance statistical method. The method comprises the steps that the a data searching request sent by a doctor through a customer end is received; preset types ofhospital performance data is obtained from a hospital database according to the data searching request; statistics is performed on all types of hospital performance data separately according to different projects, a performance statistic table is generated, and the performance statistic table is feed back to the customer end to be displayed. The invention further discloses a hospital performancestatistical system. The system can make timely and precisely statistics of the hospital performance data, and improve the performance management quality and efficiency.