186 results about "Hospital ward" patented technology

The invention aims at providing a method and equipment for task scheduling in a target area. The method comprises the following steps of obtaining one or a plurality of to-be-executed tasks in the target area, wherein the task executing position corresponding to each to-be-executed task comprises the target area; providing one or multiple to-be-executed tasks to a corresponding mobile robot. Compared with the prior art, the method has the advantages that by utilizing the scheduling matching between the network equipment and the mobile robot, the task scheduling can be realized on the basis of common existing task scheduling environments, such as common warehouse environments, or other multi-task executing environments, such as hospital ward environments, and the suitability improvement on the existing environment is not needed; the resource cost of actual investment and use is reduced, the portability is higher, and the application prospect is wide.

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 provides a production method of inorganic nanometer light response type self-cleaning polyester fiber, comprising the following steps of: firstly specially producing visible light response type photochemical catalyst and easily-dispersed functional self-cleaning master batch, mixing the specially-produced functional master batch with polyester chip, and producing the inorganic nanometer light response type self-cleaning polyester fiber by a polyester fiber production technology. On the premise that the physical and chemical properties and the spinnability of the conventional fiber are not changed, the inorganic nanometer light response type self-cleaning polyester fiber has the characteristics such as bacteriostasis, air cleaning, self-cleaning function of easily desorbing greasy dirt, wide reaction condition, economical efficiency and the comprehensive treatment on pollutants. The various textiles made from the fiber, such as curtains, tablecloth, sofas, bedclothes and clothes, just like automatically running air cleaners, can be widely used in places such as bedrooms, hotel rooms, hospital wards, office, shopping malls, restaurants, indoor recreation grounds, etc.

The antibacterial nanometer modified bamboo charcoal consists of 20-400 mesh bamboo charcoal powder as main material, small amount of nanometer titania and nanometer titania antibiotic. Owing to the bamboo charcoal with porous structure and powerful adsorption and the nanometer titania and nanometer titania antibiotic capable of decomposing organic matter in pollutant environment, killing staphylococcus aureus, colibacillus and other germs and inhibiting various virus, the antibacterial nanometer modified bamboo charcoal may be used in medical breathing mask and making charcoal bag set in hospital ward, farm animal shed and fowl yard to prevent infectious disease.

The invention discloses an NT-BMPkE with bacteria resistance. Amphiphilic nanometer titanium dioxide solid particles are taken as a stabilizing agent, an acrylic ester, styrene and GMA (glycidyl methacrylate) monomer is taken as an oil phase, deionized water is taken as a solvent, and sulfate is taken as a neutralizing agent, so that a copolymer is formed through induced polymerization; and after tests, the NT-BMPkE has higher hygroscopicity and bacteria resistance, excellent film-forming property and good heat stability. An indoor debug antibacterial coating produced by taking the NT-BMPkE as a film-forming matter has a better antibacterial effect and can be applied to places such as hospital wards, operating rooms, household toilets and the like where bacteria are dense and easy to breed, and effects such as air purification, infection prevention, deodorization, odor removal and the like can be realized; besides, no organic solvent precipitates in the process, so that the NT-BMPkE is non-toxic, odorless, safe, reliable, and is an environment-friendly antibacterial coating.

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.

The invention belongs to the field of coatings, and in particular relates to an aqueous nano-antibacterial sound absorption coating and a preparation method thereof. The aqueous nano-antibacterial sound absorption coating comprises the following components in percentage by weight: 22-32% of an acrylic resin emulsion, 0.5-2% of an aqueous nano silver antibacterial agent, 5-12% of titanium dioxide, 15-22% of filler, 10-15% of expanded perlite, 3.065-7.75% of an additive and 18-30% of water. The invention further discloses the preparation method of the coating. The coating provided by the invention has special effects of being good in antibacterial property and capable of inhibiting mold and purifying organisms and smell in the air, and is excellent in sound absorption effect as the sound absorption coefficient is greater than 0.4. The coating is particularly applicable to coating of inner walls, ceilings and the like of buildings such as music halls, movie theaters, grand halls, hospital wards and bioclean rooms.

The invention discloses a bed unit disinfection device for a hospital ward. The bed unit disinfection device comprises a bed frame and a bed head, wherein a bed board is supported at the top end of the bed frame through a plurality of L-shaped supporting boards; a lifting waterproof board device is arranged below the L-shaped supporting boards, a blowing-drying device is installed at the top end of the lifting waterproof board device, and a spraying and washing sterilization device, a telescopic scrubbing device and a hidden board lifting device are installed inside the bed head; the sprayingand washing sterilization device is used for washing a bed body by using clean water, then a disinfectant is used for disinfecting and sterilizing, the disinfecting and cleaning effects are good, andcleaning and disinfecting are more comprehensive and more thorough; the telescopic scrubbing device is used for continuously scrubbing and scraping dirt on the bed board in the washing and disinfecting process of the spraying and washing sterilization device, the cleaning and disinfecting efficiency is improved, and the cleaning and sterilization are more thorough; the lifting waterproof board device enables independent cleaning of the hospital bed to be more sanitary and more environment-friendly, and the environment of people and the hospital can not be influenced; and the blowing-drying device can dry the disinfected wet bed board and the bed frame, and the service life of the disinfecting and cleaning device is long.

The invention relates to a wireless intelligent medical monitoring system, which adopts the embedded technology, the wireless sensor network technology, the radio-frequency tag technology and the database technology to constitute a ward area monitoring system, which can not only facilitate the medical staff to adjust the dropping speed of the liquid drop according to different disease conditions, but also alarm automatically before the completion of dropping of one infusion and realize the informationization of the hospital ward management by transmitting to a nurse station by a wireless mode. Firstly, a background information management system is arranged on a main control machine of a monitoring center, a wireless base station is connected therewith, the device is used for creating and managing a ward area intelligent wireless network; then, the network can be extended to cover each bed of the whole ward area by arranging a wireless network and a repeater with a routing function in each room of the ward area; the real-time monitoring of the volume of the infusion liquid drop and the regulation of the dropping speed according to the different disease condition can be realized by clamping an infusion monitor on a Murphy's dropper, and then the information is transmitted to the monitoring center by the wireless network.

The invention provides a hospital ward environment intelligent monitoring system. The hospital ward environment intelligent monitoring system comprises an operation and maintenance controller, an environment monitoring unit used for monitoring an environmental state in a ward, and a personnel monitoring unit used for detecting a personnel flow condition in the ward. The environment monitoring unit comprises a sensor module, a data acquisition card, an environmental controller, and an environmental control execution module. The output end of the sensor module is connected with the data acquisition card, which is connected with the environmental controller. The environmental controller is connected with a BIM operation and maintenance controller in a communicated manner, and the environmental control execution module is connected with the environmental controller. The personnel monitoring unit comprises an RFID nameplate used for recording personnel identity information and a reader-writer, and the reader-writer is connected with the BIM operation and maintenance controller. By adopting the above mentioned structure, the all-weather monitoring of the hospital ward is realized, accurate monitoring parameters are output, and the environment in the ward is adjusted automatically.

The invention discloses a multifunctional bed, comprising a urine collecting and guiding device. The multifunctional bed is arranged by adopting a combination integrating a bedstead, a bed board, a complete intelligent closestool assembly and a feces collection box, wherein defecation of a human body, carried out by sitting on the bed board or lying on the bed board, is realized by detachably arranging the urine collecting and guiding device at the front end of a closestool, so that possible secondary injury to a patient or an old person caused by off-bed defecation is avoided, pain of the patient or the old person during defecation is greatly relieved, trouble and inconvenience of defecation assisted by others are also avoided, convenience of the defecation directly performed on the bed by the human body is greatly improved, and an indoor living environment, especially the living environment in a hospital ward is improved; a cleaning device is used for automatically cleaning the human body after the defecation, and a drying device is used for drying the cleaned human body, so that a human body cleaning function and a dampness removal function after directly performing the defecation on the bed are realized; the multifunctional bed is ingenious in structural design, is high in practicability, is energy-saving and environment-friendly, and is suitable for popularization and application.

The invention provides a medical hospital ward air sterilizing and purifying device. The medical hospital ward air sterilizing and purifying device comprises an activated carbon adsorption filter screen, an HEPA filter screen, electrostatic adsorption plates, an air channel coil, ultraviolet sterilization lamps and pipeline fans, wherein a first-stage purifying device comprises a first hood housing, a coarse filter screen, the activated carbon adsorption filter screen and the HEPA filter screen; the coarse filter screen, the activated carbon adsorption filter screen and the HEPA filter screenare arranged in the first hood housing; a second-stage purifying device comprises a second hood housing, ionization plates and electrostatic adsorption plates; the ionization plates and the electrostatic adsorption plates are arranged in the second hood housing; an air sterilizing device comprises a third hood housing and the air channel coil arranged in the third hood housing; the air channel coil comprises straight pipes and bent pipes; each ultraviolet sterilization lamp is arranged in the corresponding straight pipe; and each pipeline fan is mounted in the corresponding bent pipe. Throughthe adoption of the medical hospital ward air sterilizing and purifying device disclosed by the invention, dust removal by filtration, dust removal by electrostatic adsorption and ultraviolet ray sterilization are sequentially performed on air; and dust granules in the air are filtered, so that finally, the guided air is clean and tidy, and the situation that continuous pollution of microorganismsin the air caused by secondary dust raising is avoided.

The invention relates to an intelligent medical care visual voice calling system, comprising a hospital HIS data server (1), a nurse calling system management server (2), a voice server (3), a hospital bed bedside caller (4), a ward gate display (5), a nurse station PC (6), an audio/video pushing box (7), a nurse station intelligent telephone set (8), a PDA (9) and a nurse station display screen (10). The intelligent medical care visual voice calling system of the invention has the advantages that paper cards which are manually printed and updated are used at the door of the hospital ward to display information of medical workers on duty while the device can automatically update and display the information of the medical workers on duty via a background system to reduce fault operation so as to be accurate and save labor power simultaneously. Specific display can be performed according to different requirements, so the intelligent medical care visual voice calling system is convenient and flexible, and improves informational degree of the hospital simultaneously.

The invention discloses a portable closestool. The special structure is used on occasions such as outdoors, hospital wards, internal spaces of automobiles and the like where indoor toilets are in short supply or people cannot go to toilets conveniently, and is convenient to carry. The portable closestool comprises a top plate (3), wherein a supporting mechanism which can extend and retract along upward and downward directions is arranged below the top plate (3); and a limiting device which is used for fixation during extension and retraction is arranged on the supporting mechanism. A bottom plate (14) can be alternatively arranged below the supporting mechanism, and the supporting mechanism can be connected with the bottom plate (14). The top plate (3) can be a ring of which the middle part is provided with holes. When the portable closestool is used, the supporting mechanism below the top plate (3) is unfolded along upward and downward directions, fixed by the limiting device, and sleeved with a refuse bag; after the portable closestool is used, the refuse bag is removed, and the supporting mechanism is folded; and the portable closestool is convenient to carry and can be repeatedly used.

The invention discloses a mute controllable electric pinch valve. The mute controllable electric pinch valve comprises a valve shell as well as a control assembly, a motion transformation assembly, a step motor, a connecting rod and a pinch head assembly which are arranged in the valve shell, wherein the pinch head assembly comprises an upper valve plate and a lower valve plate; a hose passage is arranged between the upper valve plate and the lower valve plate; under the control of the control assembly, the step motor drives the motion transformation assembly for transforming rotation motion of the step motor into linear motion; the motion transformation assembly is connected with the upper valve plate through the connecting rod; and the upper valve plate and the lower valve plate are clamped or a hose is loosened by virtue of the linear motion of the upper valve plate. The mute controllable electric pinch valve disclosed by the invention solves the problems that an electromagnetic pinch valve is great in noise, is non-adjustable, is great in starting current, is short in stroke and the like, and meets the special use requirements of a hospital ward. The mute controllable electric pinch valve also solves the problem that the electromagnetic pinch valve cannot adjust closing degree of the pinch head, so that the effect of controlling fluid velocity is achieved by controlling a distance between valve plates.

The invention discloses a hospital ward rounding trolley, and belongs to the field of medical equipment. The ward rounding trolley is a front-wheel driven three-wheel battery truck, wherein the structure consists of a chassis, front and rear wheels, a steering handle, a driving device, a braking device, a stool and a working counter, wherein the driving device is arranged on the front wheel; and the braking device is used for braking by using the rear wheel. Thus the medical care personnel do not need to use the handcart, the labor intensity is reduced and the medical care personnel can sit down to take a little break.

The invention discloses an intelligent meal delivery robot for hospital wards. The intelligent meal delivery robot comprises a robot body with a computer control device arranged on the upper end face,wherein the computer control device comprises a controller which is fixedly arranged on the upper end face of the robot body and provided with an intelligent chip; and a touch screen displayer capable of setting a meal delivery route for the robot through a touch screen is arranged on the front side end face of the controller, and a camera capable of carrying out face recognition on patients is arranged on the upper side of the touch screen displayer. According to the meal delivery robot, the meal delivery route can be planned and the identity of the meal takers can be identified through thecontroller 4 provided with the intelligent chip, and the controller controls a disinfection device to carry out disinfection processing on recovered meal delivery drawers, so that the situation that virus is spread out due to the fact that a patient carrying an infectious virus makes contact with meal delivery drawers is avoided, and virus spreading possibility is reduced.

The invention discloses a method for monitoring a video in a hospital ward and a related application service system. An existing multimedia television system in the hospital ward for hospitalization is utilized and modified into a television video monitoring system based on the P2P streaming media technology, a P2P mode and a backstage server are used for uploading video information, the pressure requirements for the network bandwidth, the delay and the real-time property of a kernel server are reduced, the stability of streaming media video service is greatly promoted, and meanwhile open application service such as hospital introduction, payment for hospitalization, inquiry and ordering used by hospital patients can be provided.

Compositions for forming molecular associates with lipophilic compounds and an improved method of loading lipophilic biologically active compounds into previously formed, aqueous suspensions of lipid particles. A preferred embodiment for injection purposes comprise lipid particles having sizes below 1000 nm in diameter, in a vial or other suitable container are described. The method involves mixing a lipophilic compound either in solution or as an amorphous, preferably lyophilised powder in a first container with an aqueous suspension of lipid particles contained in a second container to form molecular associates. Only minimum agitation is required. The entire procedure may be carried out instantly in situ, in sealed sterile units just prior to use in the hospital ward or by the bedside.

The invention discloses a disinfection sterilization deodorant element negative ion release air freshener, and belongs to the technical field of the preparation production of healthy fresheners, the disinfection sterilization deodorant element negative ion release air freshener comprises a chloride and medical stone used for public places and hospital wards, zeolite and chitosan used in hotels and restaurants, tourmaline and cypress essence oil with special effects on mite killing and removing peculiar smell, nano titanium dioxide and diatomite for composite sterilization deodorizing, aloin and opal for element negative ion release for sterilization deodorizing in bathrooms and toilets, and adsorption infiltration efficient broad-spectrum disinfection sterilization deodorant tripolit and alga carbon, can effectively remove environment contact pollution and air pollution in people life, has the effects of efficient broad-spectrum disinfection sterilization deodorant and element negative ion release effects for purifying air and refreshing rooms in families, offices, hospital rooms, kitchens, bathrooms, toilets and the like, bacteria, virus, and avian influenza and other contact cross infections of human body can be avoided, and the disinfection sterilization deodorant element negative ion release air freshener can keep people away from heavy metals and toxins harm, and make people healthy and long-life.

The invention discloses a hospital ward call interaction system which comprises a wristband and a nurse control terminal. The wristband is connected to the nurse control terminal through a wireless communication module. Connecting wrist straps are arranged on two sides of the wristband, and blood pressure bandages are arranged on the inner sides of the wrist straps. The nurse control terminal comprises a nurse control terminal screen assembly and a nurse control terminal main board. When the wristband is used, the blood pressure bandages wind a wrist and are fixedly pasted, the wrist of a patient wears the wristband by the aid of the wrist straps, corresponding sensors cling to skins, body data of the patient are detected, the patient can see the data in real time through the wristband, and the data are wirelessly transmitted to realize real-time synchronization with the nurse control terminal. When the data are abnormal, a charge nurse can receive an alarm, the patient can remotely call the charge nurse at any time, and timeliness and high efficiency of the call system are ensured.

The invention discloses a hospital ward infusion management system which comprises an infusion controller and an infusion alarm. The infusion controller is used for collecting an empty bottle signal, a liquid drop signal, a dropper high liquid level signal and a dropper low liquid level signal. The infusion alarm is used for collecting the empty bottle signal. The infusion controller and a wireless transmitting device, used for transmitting the collected signals, of the infusion alarm are connected with a movable receiver and a fixed receiving trigger. The fixed receiving trigger is connected with a bedside assignment switch. Relevant information in the infusion process is collected through the infusion controller and the infusion alarm and transmitted to the fixed and movable receivers in a wireless transmitting mode, and full-automatic management in the infusion process is achieved.