81 results about "Inpatient stay" patented technology

The invention relates to a method and system of physician economic performance evaluation in which the relative medical difficulty associated with patients admitted by a particular physician is determined and, given that measurement, judgments made concerning the relative amount of inpatient resources that the physician required. Also, one application of the present invention relates to a method for gainsharing of physician services using a surplus allocation methodology for rewarding physicians in relation to their performance. An incentive pool is determined from previous patient claims and payments made to physicians in advance, such as in a base year. Best practice norms are established for a plurality of classified diagnosis groups. In one embodiment of the present invention, the classified diagnosis related groups are adjusted for severity of illness to compensate for actual clinical challenges faced by individual physicians. The best practice norms can be used in the surplus allocation method for determining physician performance. The incentive is established proportional to the relationship between a physician's individual performance and the best practice norm.

The invention provides a tray organizer apparatus for safely organizing routine expendable medical supplies for in hospital patients disclosing a plurality of variants in the form of a non power embodiment of a surface tray with shaped recesses for retaining medical supplies and power embodiments with 110 ac volt supply with a multiplicity of 110 volt outlet and a plurality of USB ports, Firewire port, and other devices such tiltable LED illuminated mirrors.The tray organizer is formed of injection molded plastic, folded sheet metal or other equal structures and incorporates a peripheral upstanding rim connected to a lower planar surface from which a number of recessed openings are formed with enclosed bottom surfaces to retain expendable supplies in a variety of shapes.All of the organizer tray embodiments can be attached to a portable COTS type intravenous (IV) pole assembly, attached to bed heads or foot boards, hospital bed side rails, and as free-standing non supported trays.

Disclosed embodiments include a telemedicine communication system designed to make possible “virtual” patient visits by approved visitors such as the spouse, family, and friends of the hospitalized patient having the appropriate digital certificate and visitation / communication permissions. According to one embodiment, the system enables relatives to visit hospitalized patients using audiovisual communication modalities selected according to the severity and health status of the patient. Additionally, the system provides functionality to enable approved relatives to follow the health status of the patient according to their permissions.

The invention provides a tray organizer apparatus for safely organizing routine expendable medical supplies for in hospital patients disclosing a plurality of variants in the form of a non power embodiment of a surface tray with shaped recesses for retaining medical supplies and power embodiments with 110 ac volt supply with a multiplicity of 110 volt outlet and a plurality of USB ports, Firewire port, and other devices such tiltable LED illuminated mirrors.The tray organizer is formed of injection molded plastic, folded sheet metal or other equal structures and incorporates a peripheral upstanding rim connected to a lower planar surface from which a number of recessed openings are formed with enclosed bottom surfaces to retain expendable supplies in a variety of shapes.

The invention relates to a method and system of physician economic performance evaluation in which the relative medical difficulty associated with patients admitted by a particular physician is determined and, given that measurement, judgments made concerning the relative amount of inpatient resources that the physician required. Also, one application of the present invention relates to a method for gainsharing of physician services using a surplus allocation methodology for rewarding physicians in relation to their performance. An incentive pool is determined from previous patient claims and payments made to physicians in advance, such as in a base year. Best practice norms are established for a plurality of classified diagnosis groups. In one embodiment of the present invention, the classified diagnosis related groups are adjusted for severity of illness to compensate for actual clinical challenges faced by individual physicians. The best practice norms can be used in the surplus allocation method for determining physician performance. The incentive is established proportional to the relationship between a physician's individual performance and the best practice norm.

The invention discloses a method and device for establishing a model for early risk assessment of tachycardia events. According to the method, through easily-obtained continuous monitoring vital signsand electronic health record information, real-time assessment and early warning of the tachycardia event risk of an inpatient are realized by utilizing advanced artificial intelligence deep learningand unsupervised learning methods; therefore, doctors are assisted in treating and intervening patients as soon as possible, and the workload of medical workers is reduced. The device mainly comprises the following execution steps: 1) a data set construction module; 2) a data processing module; and 3) a model construction and evaluation module. Through verification of different scene data sets, the method has high prediction performance, can be used to predict the occurrence of tachycardia events 0-6 hoursearlier only based on clinically easily obtained information, and is suitable for different scenes and medical resource configuration mechanisms.

The invention discloses a hospital management early warning system based on the face recognition technology, and the system comprises a nurse station information processing platform which is used forcollecting patient information, carrying out the modeling according to a face image, and extracting a corresponding face feature; a portrait big data platform which comprises a database used for storing patient information and face information; and an inpatient area monitoring fortification platform which is used for collecting faces of patients entering and exiting the inpatient area and controlling the patients to enter and exit the inpatient area according to the database. The hospital management early warning method based on the face recognition technology comprises the steps: inputting aface image of a patient, and extracting the corresponding face features; integrating and storing the patient data; collecting faces of patients entering and exiting the inpatient area, and comparing the faces with the database to control the patients to enter and exit the inpatient area. The face recognition technology is applied to ward management, so inpatients can be effectively controlled to carry out early warning when going out and going out in advance, the problem that medical workers are insufficient in manpower can be effectively solved, the internal operation efficiency of hospitalscan be greatly improved, and the manpower and material resources are saved.

The invention belongs to the technical field of medical insurance supervisory, and particularly relates to a medical insurance in-hospital supervisory system. The medical insurance in-hospital supervisory system is composed of a supervisory center platform, a hospital terminal application platform and in-hospital patient individual terminals. The supervisory center platform is a data and service center of the whole system, the hospital terminal application platform is arranged at a medical insurance appointed hospital, and the in-hospital patient individual terminals are wearable devices and are worn by in-hospital patients, so that the formed medical insurance in-hospital supervisory system is connected through the internet, and data and information are transmitted in real time. The medical insurance in-hospital supervisory system can perform real-time supervision on appointed hospital and patient in-hospital illegal behaviors, the problems that some appointed hospitals receive and cure insured patients illegal, the in-hospital patient number or frequency is increased virtually, and medical insurance pooling funds are extracted are solved, and the medical insurance pooling funds are prevented from being lost.

Disclosed embodiments include a telemedicine communication system designed to make possible “virtual” patient visits by approved visitors such as the spouse, family, and friends of the hospitalized patient having the appropriate digital certificate and visitation / communication permissions. According to one embodiment, the system enables relatives to visit hospitalized patients using audiovisual communication modalities selected according to the severity and health status of the patient. Additionally, the system provides functionality to enable approved relatives to follow the health status of the patient according to their permissions.

The invention provides a diabetes blood glucose prediction system and method based on CNN and model fusion. The system comprises a blood glucose management module, an inpatient management module, an intelligent user side and a terminal monitoring module. The blood glucose management module is connected with the intelligent user side through the network server; the blood glucose management module comprises a data input unit, a data processing unit, a data output unit, a reminding unit and a data display unit; the data input unit is connected with the hospitalized patient management module and the intelligent user side; the data output unit is connected with the intelligent user side, the reminding unit and the data display unit; the data input unit, the data processing unit and the data output unit are electrically connected; the intelligent user side comprises a warning error correction module, an information input module and a service module; and the terminal monitoring module is connected with the intelligent user side through the wireless transmission module. Multi-directional monitoring is achieved, harm of hyperglycemia or hypoglycemia to a patient is reduced, and accurate nursing is achieved.

A multifunctional intelligent medical care and patient interaction system comprises a user terminal, a background system, a positioning device and a cloud server which are interconnected through a communication network; the user terminal comprises intelligent portable equipment bound with a user and / or a monitoring instrument matched with a patient's sickbed; the intelligent portable equipment is a wearing equipment unit bound with a user, and the background system analyzes and manages information data from the user terminal, opens corresponding user permissions for different user terminals, and processes navigation and interaction requirements of the user; and the positioning equipment is interconnected with the background system and tracks the movement and positioning information of the corresponding wearing user. The system not only can monitor various physiological parameters of critical patients in real time to prevent accidents, but also can realize position linkage interaction between common hospitalized patients and medical care, and has positive practical significance.

The invention relates to an intelligent information capturing and evaluating method and system for trauma severity of a traumatic inpatient. The method comprises the following steps of: extracting scoring related information for scoring trauma severity from medical record information; comparing the extracted scoring related information with a trauma severity scoring standard to form trauma severity scores; through medical record analysis, obtaining text content thereof, and analyzing the trauma severity scoring standard to obtain a trauma part name and a trauma condition name; performing searching and positioning through trauma part keywords and trauma condition name keywords to obtain a statement for describing a trauma as a trauma instance of a medical record, performing calculating to obtain k trauma description samples most similar to the trauma instance by utilizing a word vector and a KNN algorithm, and taking a trauma severity score corresponding to most of the trauma description samples as the trauma severity score of the trauma description instance, thereby achieving automatic scoring. The system includes a processor for score calculation and a program memory and a data memory.

A nurse call system that enables a call for a nurse from anywhere in a hospital ward while a patient carries a mobile phone is provided. The nurse call system includes a plurality of patient mobile phones 10 are carried by hospitalized patients and connected to a controller 8 via a base station 12 as with nurse mobile phones 9, and each patient mobile phone 10 has a hospital room ID and a nurse call slave device ID registered therein for recognizing a bed location of the patient carrying the patient mobile phone 10, thus enabling a nurse call operation for transmitting a call signal with the hospital room ID and the slave device ID added thereto, to the nurse call master device 7 and at least one of the nurse mobile phones 9, through a predetermined operation.

The invention provides a statistical method and device for infection cases of an I-type incision operation part and a storage medium, and aims to solve the problem that in the prior art, the infectioncases of the I-type incision operation site of an inpatient is hard to count in the statistical time period. According to the method, the infection cases of the I-type incision operation part in thestatistical time is screened out by utilizing information including the hospitalization process information A, infection information H, surgical information G, selected surgical infection site, statistical time, permission department information, selected surgical department, selected surgical name, selected surgical classification, selected surgeon, selected anesthesia mode, selected surgical duration, selected ASA score, selected healing level, selected surgical part, selected NNIS score, selected period selection emergency treatment, selected operating room and selected surgical frequency.Thus, the infection cases of the I-type incision operation part of the patient subjected to the operation in the statistical time period can be conveniently and accurately counted.

The invention provides a statistical method and device for the number of newly infected inpatients and a storage medium, and aims to solve the problem that in the prior art, statistics of the number of the newly infected inpatients is troublesome in a statistical time period. The invention provides a statistical method for the number of newly infected inpatients. The statistical method comprises the following steps: obtaining statistical time, selection of a corresponding department, authority department information, hospitalizing process information, transfer records, infection information and operation information; a step of acquiring the confirmed infection information H (a) _ Y, a step of acquiring infection information H (g) _ Y of non-surgical site infection, a step of acquiring infection information H (g) _ Y of surgical site infection, and a step of merging the infection information H (g) _ Y and the infection information H (b1) _ Y to obtain infection diagnosis information H (h); and counting the number of patients whose output results are not empty. According to the invention, the number of newly infected inpatients can be accurately counted within the statistical period,and the data of the number of newly infected inpatients can be conveniently obtained.

A technical field of that present invention relate to medical articles, and discloses a medical bed which is convenient to use, comprises a bottom plate, a first groove is arranged on the top of the bottom plate, a first support plate is movably installed on the inner wall of the first groove, a second support plate is fixedly installed on the top of the bottom plate and on the right side of the first support plate, and a telescopic fence with one end fixedly connected with the left side of the second support plate is movably installed on the right side of the first support plate. The convenient medical bed the aforementioned method comprise that steps of provide a first support plate. A first support plate is movably mounted on the inner wall of the first groove. Through pushing a pull handle, a first support plate can be slid in the first groove, and the length of the medical bed can be easily and quickly adjusted according to the different body shapes of the inpatients, so that thefloor space can be saved, the length of the medical bed can be prevented from being too long, the ward is crowded, and the diagnosis and treatment of the medical staff and the visit of the patient's family members are convenient.

A computer-based system to determine whether patients should be treated as inpatients or outpatients. The invention makes personalized predictions about the risk and timing of adverse outcomes for the patient, and further assesses how this risk and timing may vary if the patients are treated as inpatients or outpatients. This information informs how patients are assigned to an appropriate therapy. The invention includes logic relevant to predicting patient risk, decoupling patient risk into components inherent to the patient as well as additions / subtractions associated with the choice of treatment, and predicting the timing of adverse outcomes given censored data. The invention can be extended to use in a broad range of other application domains (e.g., matching learners to courses either offered in-classroom or online for education).

An insulating material and a method using that material for preventing perioperative hypothermia in hospital patients. Hospital blankets, hospital gowns and thermal wraps are made with the insulating material, which comprises in one embodiment an inner layer and an outer layer of a nonwoven material and a middle layer of a polymer laminate material. The nonwoven material is a bicomponent coextruded spunbond nonwoven polypropylene and polyethylene textile and the polymer laminate material comprises polyethylene and metallised polyethylene terephthalate. The nonwoven material is arranged with an elastic such that the insulating material can change between a first configuration wherein the elastic is stretched such that the primary material lies adjacent to it, and a second configuration wherein the elastic is relaxed such that the primary material is bowed with respect to it, forming at least one cavity for entrapping air.

The invention discloses a re-admission risk and hospitalization time risk assessment model based on data driving. In the first stage, the re-admission prediction model is used for carrying out classification prediction on whether a case is avoidable admission or inevitable re-admission; and in the second stage, for patients capable of avoiding admission, the model takes intervention measures to prevent the patients from entering the hospital again, so that the hospital cost can be effectively reduced. For inevitable hospitalized patients, a hospitalization time prediction model is provided topredict the hospitalization time of the inevitable hospitalization patients so as to improve the scheduling and management of medical resources; the risk factors of re-admission and LOS of the patientare determined, the diagnosis efficiency of doctors is improved, and the satisfaction degree of the patient is improved; a clinical database of a patient is perfected, so that the medical service level and efficiency of a hospital are improved, more accurate re-admission prediction is provided, and meanwhile, the method has important significance for guiding practice.

This invention is for a catheter apparatus that greatly reduces microbial infections resulting from catheterization of dialysis, semi-mobile, or hospitalized patients. The apparatus applies light in the ultraviolet and near ultraviolet band to multiple catheter lumens for both detection and inactivation of biofilm microorganisms. It uses real-time automated techniques for the selection of wavelength, power level and exposure time regimes that are used for irradiating the biofilm in vivo. Artificial intelligence is incorporated to adjust the UV irradiation regimes to maximize the microorganism inactivation efficacy while minimizing the destruction of keratinocytes. The biofilm inactivation efficacy of this infection resistant catheter apparatus is at least 99%. The apparatus allows for minimal deviation from conventional catheter insertion procedures and can remain in vivo for long periods of time without the risk of microorganism contamination.

The invention relates to application of a two-dimensional code lock in the medical treatment aspect. An application procedure includes the steps that a patient or an old man wears an intelligent bracelet on one hand, the intelligent bracelet can monitor the health condition of a wearer and send the health condition to a medical data center, when the patient or the old man goes to a hospital or a nursing home to see a doctor, online inquiring can be conducted through the intelligent bracelet, offline interrogation is then conducted, online examination and payment are carried out, examination is carried out, a report generated after examination will be sent to a diagnostician and the intelligent bracelet of the patient or the old man through the medical data center, the patient or the old man can obtain a two-dimension code key through the intelligent bracelet if the patient or the old man needs to be hospitalized, and the corresponding two-dimensional code lock is opened accordingly; meanwhile, corresponding expenses for medicine can be paid on line to the medical data center through the intelligent bracelet, and the medicine can be quickly fetched under the arrangement of the hospital. The two-dimensional code lock has the advantages that use convenience is achieved, management efficiency is high, and ward dwelling diagnosis and arrangement efficiency is high.

Described are reminiscence therapy and media sharing platform, methods, and systems for a patient user which provide an immediate and First Mobile Application positive impact on emotional functioning inpatients with dementia, major neurocognitive disorders, social isolation, traumatic brain injury (TBI), and psychiatric conditions such as posttraumatic stress disorder, by reducing anxiety, depression, and overall emotional distress.

The invention discloses a refrigeration storage and disinfection refrigerator with inpatient identity recognition function. The refrigeration storage and disinfection refrigerator comprises a box bodyand a storage cabinet, a disinfection device is arranged in one side of the box body; the cleanness of stored objects taken by inpatients is ensured; cross infection is avoided; a box door is arranged at the outer end of each grid of a grid bracket; one end of each box door is connected with one end of the corresponding grid through a hinge; an inner wall is arranged at the inner end of each gridof the grid bracket; each grid, a corresponding box door and a corresponding inner wall are adopted to form an independent storage box; each patient has a storage box belonging to the patient, so that the stored articles of each patient is protected from being mixed with stored articles of other people; an intelligent cabinet lock is arranged at the outer end of the grid bracket; after hospitalization, if a patient has an article needing to be refrigerated, the patient can input information such as face information, hospitalization number and fingerprint of the patient, identity recognition can be conducted when the patient takes and places the stored articles every time, medical accidents caused by taking wrong drugs are avoided, each patient can only take out the stored article of the patient, and meanwhile the workload of medical staff is reduced.

The invention discloses a multi-disinfection shelter hospital suitable for a high-infection epidemic area. The multi-disinfection shelter hospital is characterized in that firstly, a single-circulation air exchange mechanism is designed in a mountain-shaped main body cabin, so that air exchange in the mountain-shaped main body cabin can be realized, meanwhile, transmission of germs in a ward area to a medical care room area and an aisle area along with flowing airflow can be reduced, so that the purpose of well managing and controlling viruses is achieved, reasonable layout of the medical care room area, the aisle area and the ward area can be achieved due to the design of the square cabin of the mountain-shaped structure, in conclusion, the medical care personnel can conveniently nurse hospitalized patients on the two sides, meanwhile, effective separation can be achieved, the cross infection problem is reduced, finally, through the mutual cooperation effect of atomization disinfection and ultraviolet disinfection, the disinfection range and intensity are improved, breeding and spreading of viruses are further inhibited, and in conclusion, the multi-disinfection shelter hospital is high in functionality, therefore, the multi-disinfection shelter hospital has high popularization and application values.

The present invention relates to a urine collector system from urine bags of the patients in hospital. The system is portable and movable and provide an easy, quick, adequate and hygienic disposal ofurine from the multiple patients.

The invention discloses a hospital expense prediction method and device based on a knowledge graph, and computer equipment, relates to the technical field of artificial intelligence, and can solve the technical problems of large prediction workload and low accuracy of an existing hospital expense prediction mode. The method comprises the following steps: acquiring a medical knowledge graph, and carrying out representation learning on the medical knowledge graph by utilizing a graph embedding algorithm to obtain a node representation vector of each knowledge graph node; generating a first feature vector of the sample hospital patient about historical medical data according to the node representation vector, and training a hospital expense prediction model by using the first feature vector and historical expense data in the historical medical data; and obtaining target diagnosis data of the target patient in the first time period, generating a second feature vector of the target diagnosis data according to the node representation vector, inputting the second feature vector into the trained hospital expense prediction model, and obtaining a hospital expense prediction result of the target patient in the second time period.

The invention relates to the field of medical treatment, in particular to an intelligent bracelet based on patient all-directional management, which comprises a shell and a watch chain. The shell is provided with basic vital signs of a patient, health indexes, a camera, a video window, a short message, a loudspeaker, an electronic watch, a compass, an alarm lamp, a microphone, a weather forecast, a lighting system, a solar panel and a conversion key. Various functional interfaces such as a patient unique identification dynamic two-dimensional code interface, a patient basic information interface, a sleep quality interface, an exercise amount interface and an oxyhemoglobin saturation interface can be switched in sequence by touching the conversion key. The basic vital signs comprise pulse, breath, blood pressure and body temperature, and the basic information of the patient comprises names, genders, ages, attending physicians, nurses in charge and family contact numbers. The bracelet can monitor basic vital signs and positions of a patient in real time to prevent the patient from getting lost and send information at any time; and the patient can send a distress signal to the medical care through a video to complete video call and emergency rescue, so that the system is particularly suitable for wide popularization of hospitalized patients.

The invention provides a method, system and device for counting the number of hospitalized people in a department and a storage medium, and aims to solve the problem that in the prior art, counting ofthe number of hospitalized people in the department is troublesome within the counting time. The method for counting the number of hospitalized people in a department comprises the following steps: acquiring statistical time, selection information of the corresponding department, authority department information and transfer records of patients, and filtering out the transfer records of which thein-department time is not within the statistical time range; filtering transfer records of non-authority departments; filtering the transfer records which do not reach the corresponding department; judging whether the transfer record of the patient in the corresponding department is empty or not; and counting the number of patients whose output results are not empty. According to the invention, by obtaining the statistical time, the selection information of the corresponding department, the authority department information and the transfer record of patients, whether each hospitalized patientchecks in the selected department within the statistical time is judged, and statistics is carried out, so that the number of hospitalized patients in the department within the statistical time can be accurately counted.

The invention provides a MapReduce and big data-based statistical method and device for the number of operation cases applying antibacterial drugs; the method comprises the steps: carrying out the calculation of the number of operation cases through the parallel calculation capability of a machine under a distributed system based on a MapReduce framework; dividing millions and tens of millions of hospitalized persons, which exceed the memory and storage limitation of a server, of example times of hospital infection with multi-drug-resistant bacteria into tens of millions and hundreds of millions of small tasks, executing the small tasks on a plurality of machines at the same time, and then summarizing intermediate output results of the small tasks to generate a final result. According to the method, massive parallel calculation can be carried out on big data including million-level, ten-million-level and hundred million-level hospitalized persons according to various calibers such as provincial and municipal areas, hospital levels, hospital beds, integration and specialities, and fair and civil operation. The statistical operation case times of the application of the antibacterial drugs are high in practicability, the operation case times can be accurately counted according to user needs, and effective guidance can be provided for treatment and management of the antibacterial drugs of hospitalized patients.