136 results about "Patient's room" patented technology

A system and method for providing continuous expert network critical care services from a remote location. A plurality of healthcare locations with associated patient monitoring instrumentation is connected over a network to a command center which is manned by intensivists 24 hours a day, 7 days a week. The intensivists are prompted to provide critical care by a standardized series of guideline algorithms for treating a variety of critical care conditions. Intensivists monitor the progress of individual patients at remote intensive care units. A smart alarm system provides alarms to the intensivists to alert the intensivists to potential patient problems so that intervention can occur in a timely fashion. A data storage/data warehouse function analyzes individual patient information from a plurality of command centers and provides updated algorithms and critical care support to the command centers.

The invention discloses a telemetering monitoring method and system of multiparameter automatic early warning and rapid positioning response. The system is composed of a portable monitor carried by a patient, a hospital center monitoring system, a doctor intelligent query terminal, a wireless communication network and the like. The telemetering monitoring method and system of the multiparameter automatic early warning and rapid positioning response are characterized in that 1, accurate positioning on the patient is achieved through a regional positioning function in an inpatient area, and by means of an electronic fence technology, anti-lost and border-crossing alarm for the patient is achieved; 2, a multidimensional pre-warning mechanism comprises automatic monitoring of electrocardio, blood oxygen and breathing of the patient and threshold alarm, automatic alarm of falling of the patient and active alarm of an SOS call; 3, by means of the rapid response function, medical staff can understand the factual condition of the patient at any time such as a ward round and in any place such as a monitoring center, an office and even outside a hospital; 4, monitoring frequency is increased and decreased flexibly, and additional cable laying or system updating is not needed. According to the telemetering monitoring method and system of the multiparameter automatic early warning and the rapid positioning response, a passive monitoring system is changed into an active monitoring system, and the telemetering monitoring method and system of the multiparameter automatic early warning and the rapid positioning response can be applied to hospitals, nursing homes, communities and other areas where patients and old people are concentrated.

The invention discloses a ward wireless monitoring system based on ZigBee and consists of a plurality of wireless physiological parameter miniaturization modules, a monitoring base station and a nurse central server. The invention also discloses the application of the ward wireless monitoring system based on ZigBee to ward centralized wireless monitoring and patient random movement monitoring. The ward wireless monitoring system can collect a variety of physiological parameters such as electrocardiosignals, heart rate, heart sound, oxygen saturation of blood, body temperature, and the like, and adopt ZigBee technology for wireless transmission of data so as to realize ward centralized wireless monitoring and patient random movement monitoring and facilitate the medical staff monitoring the disease process of patients and taking protection measures. The system of the invention has the advantages of low power consumption, miniaturization, low cost, convenient network formation, capability of detecting a variety of parameters, good extending and interactive ability and high reliability; the system can reflect the physiological status of the body more veritably and can greatly reduce the electric cable connection on critical patients, thus facilitating the wearing of patients as well as the diagnosis and treatment operation of doctors and nurses.

The invention discloses a closet system for a patient, which comprises a closet, a collecting unit and a sewage unloading unit, wherein the closet contacts the private part of the patient and collects the excrement of the patient; the collecting unit is provided with a vacuum sewage collecting system and a flushing system, and the two systems are connected with a control unit; meanwhile, the collecting unit is connected with the closet through a compound connecting hose and temporarily stores excrement; and the collecting unit is also connected with the sewage unloading unit and discharges the fully collected excrement. The system solves the problems in the processes of excrement receiving, closet flushing, patient private part flushing, blowing-drying, vitiated air treatment, excrement pouring and the like. The system is used for collecting and discharging the excrement of the patient, extracts the excrement of the patient from the closet by utilizing vacuum, thereby cleanly flushing the closet with water, flushing and blowing-drying the stool and urine of the patient, and carrying out filtering and deodorizing treatment for the vitiated air generated when the patient relieves the bowels so as to keep the hygiene at the private part of the patient and the environmental hygiene in sickrooms and simultaneously lighten the burdens of nursing personnel.

The invention discloses universal cleaning and disinfecting equipment for ward floors, and belongs to the technical field of medical cleaning equipment. The equipment mainly comprises a cleaning box body, a cleaning dust collection element, a disinfection element and a control element; the ground is disinfected and cleaned, and the cleaned ground is wiped, so a disinfectant is prevented from beingaccumulated on the ground, and people are prevented from slipping off due to the fact that the ground is slippery; through the arrangement of a cleaning brush of a detachable structure, when the cleaning brush needs to be cleaned or damaged, an operator can conveniently and rapidly detach the cleaning brush, so the operation is convenient; sticky dirt and stubborn dirt on the ground can be scraped off through the scraping strips, so the sweeping effect is improved, and the working intensity of workers is reduced; the equipment provided by the invention has the advantages of being large in dust collection wind power, good in disinfection and sterilization and low in working intensity, and is suitable for large-scale popularization.

The invention relates to an inflatable type movable negative pressure isolating room for implementing first aid to infectious disease patients. The inflatable type movable negative pressure isolating room is characterized by mainly comprising a medical care personnel buffer compartment, a patient first-aid compartment, a patient buffer compartment and an efficient ventilation and filtering device; and the medical care personnel buffer compartment and the patient buffer compartment are respectively in flexible connection with the patient first-aid compartment through double-layer waterproof zippers, the medical care personnel buffer compartment is provided with an air inlet, the patient first-aid compartment is provided with an air outlet and an air outlet, the air inlet of the patient first-aid compartment is communicated with the medical care personnel buffer compartment, and the efficient ventilation and filtering device is connected with the air outlet of the patient first-aid compartment. The inflatable type movable negative pressure isolating room provided by the invention can be rapidly delivered to an infectious disease first-aid site, and can be set up in a short time to form a negative pressure ward. The patient buffer compartment and the medical care personnel buffer compartment, which are arranged separately, can prevent cross infection.

The invention discloses a sensible temperature measuring method, which is carried out by the following steps: (1) measuring angle coefficients, surface temperatures and surface blackness degree of all surfaces of the environment; (2) calculating to obtain a weighted value of the surface blackness degree; (3) calculating an average radiation temperature; (4) measuring and calculating an environment air temperature, a radiation heat exchange coefficient and a heat convection coefficient; (5) calculating and deducing an operation temperature; (6) measuring relative humidity and air flow speed of the environment air; and (7) calculating a sensible temperature tper. Compared with the prior art, parameters including the temperature, the humidity, the air speed and the like of the air are measured, and the radiation, the temperature and the air degree are considered, so that the obtained sensible temperature is closer to the actual feeling of a human body. The sensible temperature measuring method is particularly suitable for fields including an infant room, a patient room and the like which are sensitive to the sensible temperature, so that the peripheral environment is conveniently adjusted to enable the indoor environment to be at a more comfortable state.

An interactive ward monitoring system based on the wireless communication mode comprises a plurality of personal digital assistant (PDA) devices, data terminals in front of ward beds, a duty room work station, a server and wireless routers, wherein the PDA devices and the data terminals in front of the ward beds are communicated with the server through the wireless routers; and a computer in the duty room work station is connected with the server through a cable network. The invention has the following advantages: the PDA devices are used to view and record information and the wireless local area network is used to receive and send information. The medical personnel do not require to carry a large number of scattered treatment recipes and copy records repeatedly, thus increasing the work efficiency of the medical personnel and reducing the mistakes caused by repeated recordings. The front of each ward bed is not provided with a traditional paper label, but provided with the special data display terminal, thus data can be sent and received through the wireless local area network and the medical personnel do not require to change the label manually. The interactive ward monitoring system can store mass data, provide precious materials for the hospital, facilitate the future medical evidence-giving and realize the interactive monitoring of patients for doctors and nurses.

The invention is a Bed Exit Night Light System designed to illuminate a hospital room if a patient leaves his bed, but is not activated by the presence of hospital staff or casual movement of equipment.

An air purifying device for a hospital comprises a purifying box, a waste water recycling box and a movable base, wherein the waste water recycling box is arranged on the movable base, and the purifying box at the upper end is supported by the top end of the waste water recycling box through support rods on the left and right two sides; the bottom end in the purifying box consists of a left filtering chamber and a right high-temperature sterilizing chamber; a mist spraying dust precipitating chamber is arranged at the upper ends of the filtering chamber and the high-temperature sterilizing chamber, and the upper end of the mist spraying dust precipitating chamber is a disinfecting chamber; the bottom end in the disinfecting chamber is filled with a disinfectant, and a deordoring chamber is arranged at the upper end of the disinfecting chamber; and the bottom end in the deordoring chamber is filled with a weak base water solution, and an infrared sterilizing chamber is arranged at the upper end of the deordoring chamber. The air purifying device for the hospital can effectively improve the quality of air in a ward and has the functions of dust precipitation, sterilization, disinfection, deordoring and the like.

A ceiling light fixture for medical patient rooms and a method for the same. The fixture comprises a body which defines a middle region and two side regions along opposite sides of the middle region. A cover is movably attached to the body and includes a lens over at least the middle region. A graphics image is associated with the middle region and is substantially parallel to the lens. At least one graphics-light source is within the middle region and configured for illuminated display of the graphics image. At least one exam-light source is located within each of the two side regions.

Transvascular diaphragm pacing systems (TDPS) and methods are disclosed for providing respiratory therapy to a patient. The TDPS can provide rapid insertion and deployment of endovascular pacing electrodes in critically ill patients who require intubation and invasive PPMV in order to support the physiological requirements of the human ventilatory system. The systems and methods make best use of the contractile properties of the diaphragm muscle and prevent muscle disuse and muscle atrophy. This can be carried out by engaging the phrenic nerves using patterned functional electrical stimulation applied to endovascular electrodes that are temporarily and reversibly inserted in central veins of the patient, such as the left subclavian vein and the superior vena cava. The TDPS can be designed to seamlessly interface with any commercially available positive-pressure ventilatory assistance/support equipment such as is commonly in use in hospital intensive care units (ICU) for treating critically ill patients with breathing insufficiencies, pain, trauma, sepsis or neurological diseases or deficits.

A real-time management system for infrared medical service of sickrooms is composed of the infrared transmitting-receiving indicator for each sickbed, infrared aid for doctor, infrared breast card for nurse, infrared calling device of each patient, hospital LAN and interhostical network. It can perform medical service, real-time management and real-time record.

The invention discloses an intensive care unit early-warning system and an intensive care unit early-warning method. The intensive care unit early-warning system comprises a multifunctional sickbed, a nurse early-warning platform, a doctor early-warning platform and a data center platform, wherein the multifunctional sickbed comprises a bed body, and an electronic tag, a second communication module, a data input port, an auxiliary detector and a second controller which are arranged on the bed body; the nurse early-warning platform comprises a third controller, a third communication module and a first information prompter; the doctor early-warning platform comprises a fourth controller, a fourth communication module and a second information prompter; and the data center platform comprises a first controller, a first communication module and an SMS sending base station. The intensive care unit early-warning system achieves the effects of being able to send out early-warning prompt automatically, monitor patient situation in real time, and improve reliability and safety of medical monitoring.

The invention discloses an environmental quality monitoring system for a hospital ward. The system comprises a monitoring terminal, a master control module and an air monitoring module. The master control module is connected with the monitoring terminal through a CAN bus. The system further comprises a light intensity monitoring module, a noise monitoring module and an analog-digital conversion module. The light intensity monitoring module is in signal connection with the master control module and used for monitoring the intensity of light in the ward. The noise monitoring module is in signalconnection with the master control module and used for monitoring the magnitude of sound in the ward. The analog-digital conversion module is used for converting electric signals of the air monitoringmodule, the light intensity monitoring module and the noise monitoring module into digital signals and is in signal connection with the monitoring terminal and the master control module. According tothe environmental quality monitoring system for the hospital ward, through omni-bearing monitoring of air environments, noise and illumination intensity, the environment of a patient during rehabilitation is guaranteed, treatment is promoted, nursing work of medical staff is promoted, and the system is a good helper of the medical staff.

The invention belongs to the field of negative pressure wards, and particularly relates to a negative pressure isolation ward ventilation system and a debugging method thereof. The negative pressure isolation ward ventilation system involves a negative pressure isolation ward, and a ventilation system and an exhaust system which communicate with the negative pressure isolation ward; a ventilationvolume adjusting valve is arranged between the ventilation system and the negative pressure isolation ward; an exhaust volume adjusting valve is arranged between the exhaust system and the negative pressure isolation ward; and a negative pressure gauge is arranged in the negative pressure isolation ward. According to the system and the method, in the debugging process, whether the designed and selected ventilation system and exhaust system meet the use requirement of the negative pressure isolation ward or not can be clearly checked, and the negative pressure value and the ventilation frequency of the negative pressure isolation ward can be rapidly, effectively and accurately adjusted.

The invention relates to an intelligent mobile system for critical patient actinoscopy. The intelligent mobile system comprises an information system, a sickbed system and an intelligent lifting system. The information system comprises a hospital total information system, a department radioactive information system and a radio frequency card put on the body of a patient. The sickbed system comprises a sickbed of the patient and an induction system installed on the sickbed. The intelligent hydraulic lifting system can adjust the position of the sickbed of the patient. Direct communication with the hospital total information system and the department radioactive information system can be achieved through the radio frequency card put on the body of the patient, the time of the patient is saved, the patient can accurately receive the treatment in time, meanwhile, the patient can be accurately moved to a CT diagnostic couch from a sickbed cart or a rescue cart stably, the traditional mode of manual lifting is replaced, labor is saved, and efficiency is improved.

The invention discloses infectious disease ward special isolation equipment convenient to use. The equipment comprises a ward body and also comprises a first fan, a ventilating duct, a second fan, a disinfection mechanism and a buffer zone, wherein the first fan body is in screw connection with the front end of the right side of the upper surface of the ward body; the ventilating duct is arrangedon the upper surface of the ward body and is in sealing connection with the first fan through the right side of the front end of the ventilating duct; the second fan is positioned on the rear end of the left side of the ward body and is in sealing connection with the left end of the ventilating duct; the disinfection mechanism is in sealing connection with the second fan; and the buffer zone is arranged on the front side of the inner cavity of the ward body along a left and right direction. According to the infectious disease ward special isolation equipment convenient to use, negative pressure is generated in the ward to prevent bacteria from escaping to the outside along with air, bacteria which fly out along with air when a worker enters and leaves can be killed so as to isolate the bacteria in the ward body, the air which is discharged from the ward is disinfected, isolation safety is guaranteed, a filter core can be conveniently replaced, and the equipment is convenient to maintain.

The invention provides an evacuation robot. The evacuation robot comprises a wheelchair, a central control chip set, a miniature database, a communication module, a mobile control module, a voice output part, a video input part, a voice input part and a navigation module. According to the evacuation robot, through the navigation system, the medical workers carry out navigation, a patient operates by hands, or the evacuation is carried out automatically according to the original set evacuation program, therefore, the urgent evacuation for the people having difficulty in getting around, such as patients and old people can be well assisted during disasters, thus the problems that the rescuing work is difficult when the disasters such as fire disaster and toxic gas leakage occur and the casualties of special firefighters are caused by rescue under the dangerous situation can be solved, and the evacuation robot is particularly suitable for evacuation during the disasters including the ward fire disaster and toxic gas leakage; in addition, the evacuation robot can well complete the simple emergency medical care and assist the medical workers in completing the prediagnosis, so that the not timely medical care possibly caused by the fact that the medical workers need to diagnose face to face first and then rescue can be avoided.

The invention belongs to the technical field of resources and environment, and relates to the technical field of limited space air pollution prevention and treatment. The invention discloses a multi-person ward air purification system and method. The multi-person ward air purification system comprises an air circulation device arranged in a ward, the air circulation device is connected to an air purification device, the air circulation device is further connected to a sickbed isolation device, the air circulation device comprises an air collecting pipe group and an air dispersing pipe group, the air purification device comprises a disinfection and dust removal mechanism, the disinfection and dust removal mechanism comprises an air inlet communicating with the air collecting pipe group and further comprises an air outlet communicating with the air dispersing pipe group, the air purification device further comprises a humidifying mechanism communicating with the air dispersing pipe group, the sickbed isolation device comprises an air curtain generation mechanism matching with sickbeds and further comprises an air curtain backflow mechanism matching with the air curtain generation mechanism. The multi-person ward air purification system and method are fast in ventilation, good in purification effect and capable of isolating sickbeds.

The invention discloses an isolation assembly for partitioning of an isolation area ward, and relates to the technical field of isolation equipment. The isolation assembly comprises a top plate and alimiting clamping groove, two clamping plates are fixed to the lower surface of the top plate through bolts, a plurality of air extraction assemblies communicating with one another are connected between the two clamping plates in a clamped manner, and the bottoms of the air extraction assemblies are connected with the limiting clamping groove in a clamped manner; each air extraction assembly comprises an air guide duct matched with the clamping plates, and a separation curtain is fixed to the peripheral surface of each air guide duct; and a diversion cavity communicating with an inner cavity of the corresponding air guide duct is formed in each separation curtain, and air inlet holes are formed in the front surface and the rear surface of each separation curtain. By arranging the isolationassembly for partitioning in the isolation area ward and extracting waste gas in each small isolation zone, indoor contaminated gas is prevented from circulating, the problem of cross infection in the same ward is reduced, the isolation effect is improved, and the risk of cross infection is lowered.

The invention relates to a remote button and urine-wet integrated alarming system for hospitals. A humidity sensor is fixed on a diaper through gauze and an adhesive tape. Each diaper is arranged between two legs and buttocks or on a sickbed below the buttocks of each infant and each patient. An output end A of the humidity sensor is connected with an input end of a button switch through a conductive wire and is connected with one input end of an acousto-optic alarming lamp through a conductive wire. The other output end B of the humidity sensor is connected with the other input end of the button switch through a conductive wire and is connected with an alarm power supply through a conductive wire. The other input end of the acousto-optic alarming lamp is connected with the alarm power supply through a conductive wire. Each acousto-optic alarming lamp is arranged on an alarm console inside a medical personnel duty room, and each acousto-optic alarming lamp is provided with a bed number of each infant and each patient. Due to the adoption of the system, not only can the requirement for patients and family members to call medical personnel be satisfied, but also the medical personnel can be immediately informed of replacing the wetted diaper of the infant and the patient in time, so great benefit can be brought to the body health and rehabilitation of the infant and the patient, and the environment sanitation of hospital sickrooms can be greatly improved.

The invention provides a remote extra sensory perception medical visiting system which comprises a client side and a visiting unit. The client side is used for transmitting and receiving information and reducing the received information into entity information; and the visiting unit is used for receiving the information transmitted by the client side, processes the information, acquires relevant information and feeds the relevant information to the client side. The client side and the visiting unit are subjected to data exchange. The entity information can be one or an optional combination of entity information of a visited person, public data of a sickroom of a hospital and feedback information of workers of the hospital, the entity information of the visited person indicates attributes of the visited person, and the attributes of the visited person are sensed by sensor organs of the body of a user. The invention further provides a remote extra sensory perception medical visiting method on the basis of the system. The remote extra sensory perception medical visiting system and the remote extra sensory perception medical visiting method have the advantages that the entity information of the visited object can be acquired and displayed on the client side, so that the remote medical visiting authentication is improved.