41 results about "Hospital use" patented technology

A portable adapter that provides non-repudiable telecommunications services to bar-code reading hand-held computers and palm-top or tablet-type mobile computers is disclosed. The adapter provides supplemental power supply and processing capacity that supports API communications functions, such as interactive voice recognition, conference calling, data encryption, VoIP packetization and other signal-format conversions that are not implemented on mobile computers. In particular, the device automatically logs IP packet identifiers and DOV dialing and status signals, without the user having access to edit this information, thereby providing a "non-repudiation" record of all communications. The adapter also supports intensive use of the host computer's serial port by supplementing the power available from the host computer's battery, or replacing that battery with a connector. For plant inspection and inventory auditing, ground-based cellular communications are implemented for supporting on-site work, including conference calling to discuss apparent pilferage or imminent safety hazards, and removable WORM recording media for documenting these discussions. For repair shop use, a standard phone jack or 10-base-T connector allows the device to upload engine test-data, with reports or estimates dictated by the mechanic to the repair shop's LAN server. For hospital use, the device includes removable WORM media for logging patient test results and examination reports. The hospital device also uses a dedicated local-area RF or IR transmitter, with location-specific encryption, to protect the privacy of lab reports received by the device, and to limit use of these devices to hospital's own premises.

Filter for application in motor vehicles in general, urban or rural use, terrestrial, aquatic or aerial use, such as car, motorcycle, truck, bus, train, boat, ship, vessel, airplane, jet ski, snowmobile, tractor, any vehicle or machine powered by a combustion engine, electric, hybrid, hydrogen, gasoline, methanol, ethanol, butanol, diesel, kerosene, or any other technology or fuel, which can also be applied to any equipment using a combustion engine, like generators or turbines for stationary power generation, large water pump and agricultural equipment use, and aircraft powered by turbo-jets, turbo-fans, turbo propellers, piston engines or others, and may also provide versions for residential, commercial, industrial and hospital use, among others, with the addition of a power supply (transformer) on the power input and a possible adjustment in a cabinet with appropriate design for each use.

A heat-sensitive moxibustion auxiliary mechanical arm, comprising a moxa tube cover, a forearm shell, a large arm shell, a waist upper body, a waist shell, a base shaft, a fixed bracket, a bearing, a bearing sleeve, a bearing fixing, and a base , motor, reducer, camera. The invention is a four-degree-of-freedom heat-sensitive moxibustion mechanical arm. The acupoint-finding method is based on vision, accurate measurement, automatic positioning of acupoints, wide range of acupoints, and full-automatic heat-sensitive moxibustion in clinical applications. It can reduce the labor intensity of doctors, improve medical efficiency, and the method of use is simple, alleviating the urgent demand for professional medical technicians. Small in size and low overall cost, it is suitable for ordinary patients' daily homes and hospital use.

A four-phase emergency room triage program comprises phases identified as “Assessment;”“Alignment;”“Application;” and “Auditing.” Under the “Assessment” phase, a hospital uses a tool to allow the hospital to fully understand how and whether the present invention should be utilized by it. During the Alignment phase, a step-by-step framework and an “Audit and Quality Checklist” is implemented. The Application phase requires that a physician readiness workshop be conducted to restructure the strategies and thinking of physicians in the method and system, thus providing tools and language that assures success. During this phase, various objectives are accomplished including guiding physicians and staff through numerous consultations and demonstrations to develop new language and behaviors and assuring that all aspects of implementation are successful by reviewing the Checklist. The “Auditing” phase utilizes the Checklist to assure that the healthcare organization is achieving desired results.

The invention discloses a SMS follow-up system for the hospital, which includes a SMS sending module, a SMS receiving module, a database and a SMS management platform module. The SMS sending module retrievals the sending information list of the database and submits SMS to the mobile gateway. The SMS receiving module retrievals the designated memory address and gets the SMS from gateway into the database. The SMS database exchanges data with the SMS sending module to send out SMS and records the operating results. The SMS database exchanges data with the SMS receiving module and records the corresponding information. The database receives information from the SMS management platform module.

The invention provides an intelligent monitoring system utilizing a waistband and a use method thereof. The intelligent monitoring system at least comprises a master control server, a medical insurance management mechanism control side, a hospital use side and the waistband. The master control server at least comprises a database and a terminal. The medical insurance management mechanism control side comprises a medical insurance management terminal and a mobile management operating terminal. The hospital use side comprises a hospital management terminal and a hospital department executing terminal. Through position information provided by the waistband, false hospitalization is completely eradicated, medical insurance supervision loopholes are blocked, the medical insurance supervision risk is reduced, and meanwhile comprehensive and long-term monitoring on the health of patients is achieved. The monitoring system and the monitoring method are comprehensive, various kinds of data can be monitored for the patients, medical institutions can be recommended to the patients, and full utilization of health data is achieved.

The invention provides a device and method for quickly collecting and detecting the liquid in mouth by one step. The device is an integrative unit and uses very little mouth liquid to analyze and the detection result can be read in display window of the device after several minutes without any subsequent lab processing procedure. The main part of the device comprises two parts: a collecting sample unit-capillary matrix, and a detecting sample unit-detecting test paper. A blockout strip is inserted between the capillary matrix and the detecting test paper and used for reducing the incidence rate of 'false positive'. The device and method can quickly collect and detect the mouth liquid, in order to determine the presence of the antigen or antibody of the virus such as AIDS, hepatitis and so on and to detect a variety of biomoleculars in the other human. The invention has simple structure and is easy to operate and suitable for mass production and used for early stage self check and hospital use of a variety of infectious diseases.

The invention discloses a medical gauze monitoring method and a medical gauze monitoring device, wherein, the medical gauze monitoring device comprises a data acquisition unit for acquiring two-dimensional code information of the medical gauze; An information processing unit, configured to process the medical gauze two-dimensional code information to obtain medical gauze use information; a data transmitting unit, for transmitting the medical gauze use information to a block chain network, so that the medical gauze usage information and the hash of the preceding block which are agreed upon by the service nodes on the block chain network are written into the current block to form the block chain data, and the monitoring of the medical gauze in the hospital use process can be realized by using the block chain data.

Systems and methods for monitoring subjects after discharge from a hospital use a dynamic baseline to determine whether a caregiver needs to be notified regarding exacerbation of a medical state of a subject. The subjects are chronic obstructive pulmonary disease (COPD) patients. The dynamic baseline is determined by aggregating (for example averaging) multiple values of a sequence of values for a metric that quantifies one or both of a patient symptom (e.g. the number of overnight apnea occurrences) and/or lung function of a subject (e.g. forced expiratory volume in 1 second). Multiple metrics may be combined to generate the value that is monitored for a subject.

A castor with combined blocking includes a casing 10, a wheel 12, 14 mounted to rotate relative to the casing about an axis 18, a swivel 20 of axis 22 mounted to pivot relative to the casing, the axis being perpendicular to the axis, blocking elements 100 for blocking the swivel, control elements 102 for actuating the blocking elements, blocking elements 200 for blocking the wheel, control elements 202 for actuating the blocking elements 200, and elements 300 for coupling the control elements 102, 202 in such a manner that when the blocking elements 100 are actuated alone by the control elements 102, the blocking elements 200 are not actuated, and when the blocking elements 200 are actuated by the second control elements, the first blocking elements 202 are also actuated by the first control elements 102. The castor is applicable for hospital use, such hospital beds or the like.

The invention discloses an electronic market system for medical artificial intelligence application. An internet technology is used to integrate and apply open platforms in order to integrate the AIapplication capabilities of a plurality of artificial intelligence companies and provides the artificial intelligence application capable of covering multiple diseases to hospitals. Compatible service plug-ins are provided to different imaging systems of the hospitals through the open platforms in order to link the hospital systems with the AI application, reduce the threshold for hospitals to use artificial intelligence application and improve the level of artificial intelligence-assisted diagnosis and treatment.

The invention discloses a drug circulation management system based on RFID technology, comprising: a drug management center, a database server, a radio frequency reader and an intermediate server. The RFID label, the radio frequency reader, the intermediate server, the database server and the drug management center are connected for communications in sequence. The invention also comprises a drug circulation management method based on RFID technology. The drug circulation management system is based on RFID technology; and through the use of the RFID technology for the drug production and circulation processes, the manufacturer, the logistic provider, the merchant, and the hospital use the unique product code to identify the identity of the drug product. Through the RFID technology, the tracking capability from the entire process from drug production to its selling in a pharmaceutical is built to enhance the security of the drug available to the customers. This effectively avoids the damage caused by fake drugs and prevents expired drugs from entering the market. Similarly, in terms of the drug supply chain management, the system and the method also address the problems related to the production and selling of drugs.

Computer implemented methods of, and apparatuses for, managing patient care through an emergency department of a hospital. Healthcare practitioners are prompted through a computer for a medical diagnosis from a list of diagnoses, for patient conditions pertinent to the diagnosis, and for treatment orders, which can include a medical or medication prescription. The system determines whether sufficient patient conditions have been evaluated to support third party payment for admitting the patient to the hospital if so ordered, automatically contacts an in-patient care practitioner at the hospital, and initiates a process to find a bed for the patient. The practitioner is prompted to issue treatment orders and medication dosages can be automatically checked. Data entered by different practitioners can be compared and shared. Faster and more consistent patient care can be achieved and healthcare costs that are not reimbursed can be minimized.

The invention relates to a pedestal pan bracket, and in particular to a wall-hung pedestal pan bracket for hospital use. The invention aims at solving the technical problem of providing the wall-hungpedestal pan bracket for hospital use that users can use a pedestal pan in a sitting posture and the demanders (the users) can feel more comfortable and better in using the pedestal pan. The wall-hungpedestal pan bracket for the hospital use provided by the invention comprises a box body and the like, wherein an opening is kept in the lower part of the left side of the box body; a transverse rodis horizontally arranged at the lower side of the interior of the box body; the transverse rod is arranged at the right lower side of the opening; a moving device is arranged at the top of the transverse rod; a bracket body is connected to the moving device; the bracket body is arranged at the right side of the opening; a transverse plate is arranged at the upper side of the right side face of theinterior of the box body; and a rotating device is arranged between the bottom of the transverse plate and the bracket body. According to the pedestal pan bracket provided by the invention, a seat can be further cleaned via a cleaning device, and the seat can be kept cleaner; and by arranging a drainage device, a disinfectant can be sprayed onto the seat so as to disinfect the seat, so that effects that the users can use the pedestal pan in a sitting posture and the demanders can feel more comfortable and better in using the pedestal pan can be achieved.

The patent relates to equipment used in hospitals, in particular to an apparatus capable of moving a patient. The invention aims to provide a safe, low-cost, time-saving and labor-saving apparatus forsolving the problem that a special patient is difficult to move in the prior art. The apparatus comprises a lever, a fulcrum, a balance fixing rope, a fixing rope shackle, a hook A, a hook B, a hookC, an external thread, an internal thread, a locking nut, a bed plate frame, a flat car, a lifting rope and a lifting rope ring. The fulcrum deviates to the direction of the hook C; the distance fromthe hook A to the fulcrum is greater than that from the hook C to the fulcrum; one end of the lifting rope ring is hung on a bedstead hook; the other end is hung on the hook C; the patient and the bedplate frame are lifted together by utilizing a lever principle; and then one end of a fixing rope shackle is sleeved on the hook A, the other end of the fixing rope shackle is sleeved on the hook B,the purpose of moving the patient is achieved by moving the flat car, one end of the lever naturally descends when not used at ordinary times, the hook A and the hook B are bound by the balance fixingrope, and the top hook C can be used for hanging infusion.

The invention discloses a hospital-used pure water manufacturing machine which comprises a main case, wherein an upper partition and a lower partition are arranged in the main case to divide the case into an upper part and a lower part; a water storage tank is arranged at the lower part of the main case; a heating plate is arranged at the bottom of the water storage tank; a temperature control chamber is arranged beside the water storage tank; the water storage tank is connected with a primary filter through a pipeline; the primary filter is connected with a multistage filter in the middle of the main case; a terminal of the multistage filter is connected with a water pump at the upper part of the main case; in addition, a rectifier transformer is further arranged at the upper part of the main case. The hospital-used pure water manufacturing machine is safe, reliable, convenient and practical and can meet the demand for hot water from people in cold weather.

The invention relates to the technical field of hospital buildings, and discloses a hospital use method based an infection simulation, which comprises the following steps of: setting a gathering area in a field operation temporary hospital, centrally isolating patients, and performing preliminary division through a triage classification area according to the illness states of the patients. According to the hospital layout structure based on infection simulation and the use method thereof, the patients are centrally isolated through the gathering area, are preliminarily divided through the triage classification area according to the illness states of the patients, and are correspondingly sent to the field treatment area, the field operation area, the light injury area, the field ICU, the accommodating treatment area or the post-rescue sending area for preliminary treatment according to the illness states; the patients can be quickly treated and treated in different areas, the condition of secondary infection of the patients is avoided, meanwhile, a first taking-off room, a second taking-off room and a first cleaning room are arranged in a severely ill area and a second light ill area, the patients who enter and exit a hospital are subjected to all-around disinfection and clothes replacement, and the effects of simply, conveniently and efficiently preventing infectious diseases and treating in different areas are achieved.