657 results about "Medical ward" patented technology

The invention discloses a radio frequency identification (RFID) wireless communication-based transfusion monitoring system. Intelligent transfusion monitoring equipment distributed in each sickroom acquires physiological data such as body temperature, blood pressure, pulse, heart rate and the like of each transfusion patient, transfusion pump state information and medicinal liquid state information; and a singlechip processes and packs the data and the information to respective active RFID tag. A medicinal staff working center sever reads the active RFID tag through a reader distributed in each sickroom so as to realize real-time monitoring and analysis of transfusion of each patient, treatment prescriptions are written according to the analysis results and written into the active RFID tags of the corresponding patients, and the intelligent transfusion monitoring equipment properly adjusts the parameters of transfusion equipment to realize control of the running state of the transfusion equipment. When the physiological parameters of the patient or the medicinal liquid state information fluctuates abnormally, the medicinal staff working center sever, the intelligent transfusion monitoring equipment and mobile nurse handheld equipment perform alarm prompt to avoid medicinal negligence.

The invention provides an intelligent venous transfusion monitoring system, which comprises a PC, a ward-level controller, sickbed-level controllers, infusion supports and a handheld alarming device, wherein the ward-level controller is arranged according to a ward number; the ward-level controller performs wireless communication with the sickbed-level controllers correspondingly arranged in the ward with the ward number; the ward-level controller is connected with the PC by an Ethernet for communication; and each infusion support is provided with a sickbed-level controller correspondingly. The system has the advantages of realizing 24 hour monitoring, avoiding errors made by medical-care personnel due to mistake or fatigue, reducing the labor intensity of the medical-care personnel and making up for the disadvantage of incapability of the medical-care personnel for 24 hour monitoring. In the invention, the real-time monitoring of the whole infusion state as well as abnormal condition alarming and management is realized, and the combination of infusion and ward emergency call and ward management systems. The monitoring system has high feasibility and is built on the basis of mature technology of sensors, electromagnetic valves, wireless communication, Ethernet communication, singlechips and the like.

An automated (robotic) floor cleaner (100) is adapted to allow sterile cleaning of sensitive environments, such as hospital room. In particular, the floor-cleaner chassis (124) is redesigned to be mounted on a deck (102) containing cleaning devices that contact the floor. The cleaning devices mounted on the deck (102) include vacuum head (132), brushes (120), cleaning fluid sprays (128), and conceivably sanitizing devices such as UV germicidal light, are provided pre-sterilized. As such, the adapted floor-cleaner chassis (124) allows the deck (102) to be mounted to the bottom of the chassis (124), the floor-cleaner (100) is then used to clean a floor, after which, the deck (102) is removed from the chassis (124) and disposed. The robotic-floor cleaner (100) and sterilization system cleans floor between or even during cases. Further, the robotic floor cleaner (100) reduces the “turnover time” required between cases, as it operates simultaneously while the staff prepares the room for the next case.

A portable self-contained bed-on-demand system is presented which includes a portable collapsible self-contained storage bed and support assembly and a portable self-contained peripheral support system, or headwall, adapted to the bed that supplies medical-grade power, ventilation, and an oxygen treatment system. The bed-on-demand system duplicates, in a self-contained package usable outside a hospital environment, the critical facilities provided to a patient in a traditional hospital room.

What is disclosed is a system and method for estimating tidal chest volume using 3D surface reconstruction based on an analysis of captured reflections of structured illumination patterns from the subject with a video camera. The imaging system hereof captures the reflection of the light patterns from a target area of the subject's thoracic region. The captured information produces a depth map and a volume is estimated from the resulting 3D map. The teachings hereof provide a non-contact approach to patient respiration monitoring that is particularly useful for infant care in a neo-natal intensive care unit (NICU), and can aid in the early detection of sudden deterioration of physiological condition due to detectable changes in respiratory function. The systems and methods disclosed herein provide an effective tool for tidal chest volume study and respiratory function analysis.

A self-sterilizing pass-through medications cabinet is built into a wall of a hospital room and can be accessed from the room interior or from the hallway. A frame mounted in the wall supports a rack or box containing patient drawers or bins, arranged in a vertical stack parallel to the wall or in a horizontal row. A hall-side door can be opened by pharmacy staff to place pre-loaded bins into respective compartments, and one or more room-side doors or drawers are opened by nurse staff for administering the medications to patients. The hallway door and room doors interlock to prevent their being opened at the same time to safeguard patient privacy. An ultraviolet germicidal illumination system bathes each bin in sterilizing radiation to destroy pathogens that may be present from handling or transport of the bins.

The invention relates to a medicine storing/taking control system, and in particular relates to a medicine or consumable item storing/taking control system for a ward. According to the invention, medicines are quickly and accurately provided for a patient in a prescription medicine taking mode; and the taking information of the medicines and the medicine using condition of the patient are recorded automatically, so that the problem that the existing medicine storing/taking system cannot meet the managing demand of the medicines in the ward is solved, and the defect of patient condition delay due to the fact that the medicine taking time is prolonged and the medicines are taken wrongly is overcome. In addition, a medicine lacking alarm is given when the inventory shortage of the medicines and the consumable items occurs.

The invention provides an antibiotic fabric and method for making same and uses thereof. Nanometer titanium dioxide attaches on or between the fiber of the antibiotic fabric, the antibiotic fabric is made by sufficient contacts with the dressing liquid of the nanometer titanium dioxide and drying after that. The invention can decompose and degrade multiple harmful bacteria under natural light, and won't cause drug resistance and won't harm human body and environment. So it can be widely used in antibiotic or antivirus textile products such as medical mouth mask, protective clothing and medical ward quilt cover, etc.

A method for longitudinal tracking of a patient in a critical care facility. A first diagnostic image at a time t1 is obtained, taken using a first set of imaging parameters. At least a portion of the first set of imaging parameters is stored. A second diagnostic image is obtained at a time t2, later than time t1, using a second set of imaging parameters. At least a portion of the second set of imaging parameters is stored. First and second diagnostic images are of substantially the same body tissue. A region of interest is identified from either the first or second diagnostic image. A computer aided diagnostic process executes for a portion of the region of interest on each of the first and second diagnostic images. Results of the computer aided diagnostic process are compared.

The application relates to a wireless intelligent monitor system and a method for medical treatment for giving real-time monitor for patients in each ward, alarming emergencies as well as collecting information for background information management, which is characterized in that the invention includes: at least one wireless monitor for making real time collection and observing physiological information of the patients by a sensor and sending the information to the wireless relay or wireless base station; at least one wireless relay, for receiving the information from the wireless monitor and sending information to the wireless base station which is used for collecting the information sent from the wireless relay or wireless monitor and sending the information to the background information management system of monitor center which is used for receiving all information from the wireless base station and uniformly managing the data.

The invention relates to a novel multi-functional medical stretcher vehicle. The stretcher vehicle consists of a rolling table top 1, a table top supporting lifting system 2, a rotary bearing base plate 3, a rotary connecting drive structure 4 and a base plate system 5. By the stretcher vehicle, the height of the table top is automatically adjusted, the table top or the base plate is automatically rotated, and the length of the base plate is changed by automatically stretching and contracting the table top, so that the stretcher vehicle can enter a sickroom with a narrow space and a narrow clearance among sickbeds, can have the height consistent with that of the surface of the sickbed, an operating table top, a cart table top and an inspection table top and is parallelly close to the sickbed, an operating table, a cart table and an inspection table; through automatic rolling of the table top, a patient can be moved horizontally, so that the patient can be respectively moved transitionally from the stretcher vehicle to the sickbed, the inspection table, a stretcher vehicle and the operating table; therefore, labor intensity of medical staff is reduced, manpower and time are saved, dignity of the patient is maintained, patient pains are reduced, complication due to carrying is avoided, and the technological level and quality of the modern medical nursing service are improved.

The invention provides a portable travelling suspended-moxibustion and pecking-moxibustion device with functions of smoke exhaust and automatic height adjustment, and belongs to the technical field of medical appliances and devices. When moxibustion is used for treating diseases, medical staff holds a lighted moxa cone to perform moxibustion on a corresponding acupoint or perform moxibustion on a plurality of acupoints along main and collateral channels for a period, the operation process wastes time and labor, and the treatment efficiency is low; and the indoor environment is easily polluted by massive smoke generated by combustion of moxa cones when a plurality of patients are treated in a sickroom, so that the health of patients and medical staff are disadvantaged. The device is characterized in that a support (13) is fixed on a rack insert tube (5); a low-speed motor (14) with a gear (12) is fixed on the support (13); the gear (12) is engaged with a lifting rack (6) with a chute. The portable travelling suspended-moxibustion and pecking-moxibustion device has the advantages of time and labor saving in moxibustion treatment and no environmental pollution which is disadvantaged to health of patients and medical staff.

The invention relates to a medical ward intelligent terminal based on internet of things technology, comprising a bed-head sensing layer, an information transmission layer and an application processing layer; the bed-head sensing layer comprises an intelligent bed-head terminal positioned on a bed-head wall and at least one extension unit electrically connected to the intelligent bed-head terminal, the information transmission layer comprises a wired and/or wireless network interface and a data interaction server, the intelligent bed-head terminal is connected to the data interaction server through a wired network interface, the data interaction server is connected to an existing network of a hospital information system through a wired and/or wireless network interface, and the application processing layer comprises a management and service module running on the intelligent bed-head terminal; the intelligent bed-head terminal comprises a master control HMI (human-machine interface) main unit and a touch interactive screen. The medical ward intelligent terminal has high automatic integrity and high extensibility, is effective in assisting medical staff in providing precise, accurate, elaborate nursing, nursing skill level of medical staff is increased, nursing information and intelligence levels are increased.

The invention relates to an automatic excrement and urine nursing system which comprises a waterproof infrared humidity monitor (8), a computer control center (A), an aerating system unit (B), a collecting system unit (C), a cleaning system unit (D), a drying system unit (E), an exhaust ending system unit (F), a purpose boxer short (1), a multi-channel integrated pie (12) and a nursing instrument (21). The system creatively applies the 'vacuum collection technology' to clinical excrement and urine nursing and systemically combines various miniature pumps, thereby achieving the purposes of totally closed, automatic and humanized nursing through monitoring, collecting, cleaning, drying, and the like and systemically solving a series of problems of various clinical patients, gatism patients, home excrement and urine nursing of old people, and the like. The invention provides a foundation for realizing centralized and automatic nursing of the clinical excrement and urine nursing in hospitals according to wards and even the whole inpatient area in the aspects of technologies and thinking.

The invention provides a portable multifunctional sickbed support and mainly relates to the technical field of medical equipment. The portable multifunctional sickbed support comprises a support body and a cover body, the support body comprises a first support and a second support which are parallelly arranged side by side, the cover body connects the first support and the second support into a whole, the first support can move towards or away from the second support to contract or expand the cover body, the cover body, the first support and the second support surround to form a containing cavity, and a heating sterilization member is arranged on each of the first support and the second support and used for increasing temperature in the containing cavity. The portable multifunctional sickbed support can sterilize environment in the containing cavity and a wound of a patient while maintaining temperature state of the environment in which the patient stays, can relatively isolate air of a sickroom and protect privacy of the patient and brings convenience to doctors in treatment like making sickroom rounds and changing fresh dressing for the wound.

The invention discloses an intelligent ward based on image processing and voice identification technologies and an operation method of the intelligent ward. An information collection terminal collects voice and image information of the ward and patients as well as operation states of medical equipment, and transmits the information and operation states to an information processing central server via the Ethernet, the central server analyzes the collected image and voice information intelligently via the image processing and voice identification technologies, and interacts analysis result information with a client, and tour inspection work of nurses is completed by the server. The processing efficiency is high, the reliability is high, the labor cost is reduced and the service quality is improved; the states of the ward and patients can be obtained in real time, and the possibility of accidents is reduced greatly; and patient and ward state information is sent to medical care staff timely via the Internet of Things, and great convenience is provided for both doctors and patients.

The invention discloses a hospital ward tool replacing cart device which comprises a cart frame. The cart frame comprises a cart bottom plate. Vertical columns are fixed to the four corners of the topface of the cart bottom plate. An upper top plate is fixed to the top end faces of the four vertical columns. A U-shaped hand push part is fixed to the outer side walls of the two vertical columns onthe left side. A lifting through groove is formed in the middle top face of the upper top plate. A discharge frame body is inserted in the lifting through groove. Movable blocks are fixed to the lower portions of the left outer side wall and the right outer side wall of the discharge frame. An upper partition plate is arranged above the cart bottom plate and fixed to the four vertical columns. Vertical rotating screws are hinged to the left top face and the right top face of the upper partition plate. The height position of the discharge frame body can be adjusted, the discharge frame body iscomposed of a bottom plate, a left side plate, a right side plate and a rear wall plate, no baffle is arranged in front of the discharge frame body, replacement can be taken in front of the dischargeframe body through automatic lifting of the discharge frame body, and the cart device is quite convenient to use, high in efficiency and good in effect.

The present invention is made to prevent accident of mistaking blood glucose meter among a plurality of blood glucose meters used in a hospital ward.

The blood glucose meter is provided with a nickname area in a nonvolatile storage thereof, and the nickname area can be written from outside. Further, when the blood glucose meter is powered on, a nickname is displayed on a display thereof. A measurement data managing device is provided with a blood glucose meter individual setting table in which the serial number and the nickname of the blood glucose meter are is register in association with each other. When the measurement data managing device is connected with the blood glucose meter and communication is started, the serial number of the blood glucose meter is automatically read out, and the nickname obtained from the blood glucose meter individual setting table is displayed on the display.

The invention relates to a spraying device, in particular to an infectious disease ward disinfectant spraying device, and aims to provide an infectious disease ward disinfectant spraying device whichrelieves ward disinfection workload and improves ward disinfection effects. The infectious disease ward disinfectant spraying device comprises a box, wheels, a feeding pipe, fixed pulleys, a swingingrod, a first sprayer, a first spring, a water pump, a first water pipe, a guide sleeve, a first sliding rail and the like, the wheels are arranged at the bottom of a lower arm of the box, the feedingpipe is arranged on the left upper portion of the box, the fixed pulleys are symmetrically arranged on the left side and the right side of the box, and the swinging rod is hinged on the right upper portion of the box. The spraying device relieves the disinfection workload and improves ward disinfection effects, and vertical swinging positions of the first sprayer are controlled by stepping on a pedal, so that multidirectional disinfection effects are achieved.

The invention discloses an ICU ward horizontal-type bilateral cerebral palsy lower limb rehabilitation robot with the functions of communication and autonomous navigation movement. The robot structurally comprises a lower limb rehabilitation exoskeleton, a human body sign data collection module, a data processing module, a human-computer interaction module, a motion control module and an autonomous navigation moving chassis, and evaluation and coordinated rehabilitation training on all joints of the two lower limbs can be achieved; the data collection module collects motion and physiological data of the joints of the lower limbs and sends the data to the data processing module, the data processing module gives out a rehabilitation evaluation result of a patient and related motion data anduploads the result and the data to a cloud platform, and the cloud platform generates a personalized treatment scheme through clustering analysis; the human-computer interaction module sends an instruction to the motion control module to control the lower limb exoskeleton and guide the patient in rehabilitation training; the autonomous navigation moving chassis adopts Mecanum wheel design, indoorand outdoor navigation is achieved through the combination of GPS, vision and laser navigation, obstacle avoidance is achieved through ultrasonic detection, and the autonomous moving capability of therobot is improved.

The invention provides an intravenous infusion management device and an intravenous infusion management system constituted by the intravenous infusion management device. The intravenous infusion management device comprises a center machine which is arranged on a nurse station and is in charge of management and monitoring; a host machine (terminal) and a signal transmission relay box arranged beside a patient's bed in a ward; a doctor's advice management and intravenous infusion plan customizing module, a drug incompatibility module and an infusion monitoring and alarming module arranged in the center machine; and an infusion dripping speed regulating and controlling and infusion monitoring and alarming module arranged in the host machine (terminal). With the application of the intravenous infusion management device and the intravenous infusion management system provided by the invention, intravenous infusion is more scientific, more effective and safer, and a patient, accepting the intravenous infusion, feels more relieved and assured and takes a better rest; and nursing quality of a hospital can be improved and workload of nurses can be relieved.

The invention discloses an air sterilizing device for a hospital ward. The air sterilizing device comprises a shell, bases, a first partition, a second partition, ventilation holes, a guide-in cavity,a sterilizing cavity, a guide-out cavity, a first motor, fan blades, a mounting shell, an air pump, an air guide pipe, an air pumping pipe, an air pumping bin, fixing rods, branch pipes, a second motor, a rotary disc, activated carbon rods, a lamp holder, an ultraviolet sterilizing lamp, a liquid pump, liquid guide pipes, sterilizing pipes, atomization nozzles, a disinfectant tank, a primary filter screen and a secondary filter screen. The air sterilizing device has the advantages that the defects that the prior art is low in air sterilizing efficiency, poor in effect, single in manner and small in range are overcome; the air sterilizing device is simple in structure, small and exquisite in size, good in sterilizing effect, diversified in sterilizing manner, high in efficiency, wide in range and the like.

Multiple rib fractures in trauma patients are associated with significant morbidity and mortality. Delayed morbidity for patients with rib fractures is often a result of hypoventilation leading to atelectasis, pneumonia and respiratory failure. Pain management was first recognized as an important factor in preventing complications in these patients. Later, management of the respiratory system became more widely recognized as a major factor in, patients' care. It is now known that patients with multiple rib fractures benefit most from adequate pain control, rapid mobilization, and meticulous respiratory care to prevent complications. A rib fracture score and protocol based on a synthesis of the existing literature is developed. The protocol is directed to decisions about rapid mobilization, respiratory support, and pain management interventions to decrease the length of patients' stay in intensive care units.

The invention discloses a medical data management method and a medical data management system. The method comprises the following steps: a hall system interacts with a server; a ward system interactswith the server; a doctor system interacts with the server; a nurse system interacts with the server; and a dean office system interacts with the server. According to the invention, the hall system, the ward system, the doctor system, the nurse system and the dean office system are specially arranged, and then the contact of each system in a medical system is established. The interaction between all the systems is established through the information such as medical records and the like. Therefore, the office efficiency of the medical system is greatly improved. The network technology and the big data idea are adopted as the guidance. In combination with the modern medical science and technology, the comprehensive quality and the professional level of all medical workers are greatly improved. Meanwhile, the working enthusiasm of all medical workers is promoted.