21 results about "Isolation ward" patented technology

The invention relates to the technical field of ventilation assemblies, and discloses a medical negative pressure isolation ward ventilation regulation and control assembly which comprises a ward local wall body, a first ventilation pipe is installed in the ward local wall body, a second ventilation pipe is installed at the rear end of the first ventilation pipe through a side plate, and an external line disinfection pipe is installed on the inner side of the side plate. And an air inlet pipe is mounted at the rear end of the second ventilation pipe through a mounting plate. According to the medical negative pressure isolation ward ventilation regulation and control assembly, an external line disinfection pipe is installed between a first ventilation pipe and a second ventilation pipe, the positions of the two sides of the external line disinfection pipe are limited through side plates, meanwhile, a plug pin is installed in an installation sleeve to limit the position of the external line disinfection pipe, and the convenience of structure assembly and disassembly is ensured; and after the external wire disinfection pipe is detached, the bolt can be rotated to adjust the elasticity of the spring, and meanwhile, the activated carbon can be detached and replaced, so that the convenience is improved during subsequent maintenance.

The present invention relates to the technical field of medical supplies, and in particular to a temporary isolation ward and an assembly method thereof. The temporary isolation ward includes a tent and at least four supports distributed in an array, and the supports can all slide on the ground; each support includes a base and a telescopic rod that is liftably arranged on the base, and a connecting member is movably arranged between every two adjacent telescopic rods located on the periphery; the telescopic rod is used to rise after the support is unfolded to support the tent. This method uses multiple supports to be interlocked with each other as a framework, and when assembling, the tent is first placed on the supports and then the supports are unfolded and raised, which is beneficial for fewer people to more efficiently complete the assembly of the temporary isolation ward and improves the efficiency.

This utility model discloses a multifunctional unmanned medical vehicle, including a vehicle body, a robotic arm, a vision module, and an integrated control module. The robotic arm is mounted on the vehicle body and includes several mechanical joints and a gripper. The vision module is mounted on the vehicle body and includes several camera devices. The integrated control module is located at the bottom of the vehicle body and is communicatively connected to the robotic arm and the vision module. This utility model can realize multiple functions such as contactless disinfection, material delivery, and patient status monitoring in public medical places and isolation wards, improving the standardization, intelligence, and efficiency of medical and nursing auxiliary work and prevention and control management.

The present application relates to the technical field of respiratory isolation device, disclose a kind of for infectious disease department ward patient's respiratory isolation device, including isolation ward, the top of the isolation ward is fixedly connected with support seat, the output end of drive motor is fixedly connected with rotating shaft, the bottom of the rotating shaft is fixedly connected with first driving wheel, the outer wall of the first driving wheel is installed with first belt, the inner wall of one end of the first belt is installed with first driven wheel, the inner wall of the first driven wheel is fixedly connected with rotating shaft, one side of the first belt is fixedly connected with connecting rod, one end of the connecting rod is fixedly connected with connecting pipe, one end of the connecting pipe is fixedly connected with collection cover. By drive motor drives first driving wheel to rotate, by first belt, so that first driven wheel drives rotating shaft to rotate, the rotation of first belt promotes connecting rod to move, finally drives collection cover to move flexibly, realize the position of dynamic moving collection cover, maximum degree collection patient's exhaled gas.

1. The name of this design product: Embedded medical air sterilizer. 2. Application of the product with this design: For use in indoor air disinfection in medical and health institutions such as operating rooms, delivery rooms, hematology wards, burn wards, protective isolation wards, intensive care units, and in public places such as schools, offices, and shopping malls. 3. The key point of the design of this product lies in its shape. 4. The picture or photo that best illustrates the design points: three-dimensional picture.

The present invention discloses a multi-purpose air disinfector based on UVC-Max technology, which belongs to the field of air disinfection technology. It includes an equipment body, an air outlet and an air inlet are arranged on the same side of the equipment body, a card frame matching the air outlet and the air inlet is also arranged on the same side of the equipment body, one end of the card frame is rotatably connected to the equipment body through a plurality of hinges, and a pressure block is fixedly connected to the other end of the card frame, and a U-shaped limiting plate matching the pressure block is arranged on the outer wall of the equipment body, and a limiting component matching the pressure block is arranged on the U-shaped limiting plate. The present invention facilitates the replacement of components in the air inlet and the air outlet on the equipment body, meets the needs of hospitals to establish positive pressure protection wards, negative pressure isolation wards, and normal indoor disinfection, improves the adaptability of the device, and can better fill the gap between the sealing strip and the equipment body, thereby improving the sealing effect of the air inlet and air outlet of the equipment body.

The invention relates to the technical field of nursing training, in particular to an isolation ward nursing training system and method based on virtual simulation, and the system comprises an operation module, a modeling module and a simulation module. According to the isolation ward nursing training system based on virtual simulation, a virtual isolation ward environment is constructed through the modeling module, and a three-dimensional virtual ward model, a nursing operation specification program and trainee data are stored through a memory in the simulation module; and finally, providing an interactive interface and an operation entrance for the trainee through the operation module, capturing the operation action of the trainee in real time through an action capturer in the simulation module, and judging the operation specification of the trainee. According to the system, a highly simulated virtual environment is constructed, so that a trainee can practice and correct repeatedly under safe and controllable conditions, actual medical resources do not need to be occupied, the infection risk is also avoided, and the safety and accessibility of training are greatly improved.

The present invention belongs to the technical field of construction decision-making optimization, and discloses an assembly isolation ward construction decision-making optimization method and system based on a BIM model. The method includes collecting three-dimensional point cloud data of the main building construction and collecting construction process data; constructing an actual three-dimensional model based on the point cloud data, generating a standard three-dimensional model in combination with electronic drawings, and generating a construction accuracy error and deviation evaluation value through feature extraction and quality comparison; using the deviation evaluation value and construction process data to evaluate the construction progress; inputting the construction progress, deviation evaluation value, current unit time construction progress difference, next unit time planned construction progress data, and the weather duration suitable for operation in the next unit time into a pre-trained construction optimization model to obtain the next unit time construction plan data; directly associating specific positions, with clear responsibility division and improved execution efficiency.

The application discloses a child blood disease isolation ward self-adaptive protection system based on physiological-environment closed-loop feedback and belongs to the technical field of medical environment control. The system comprises a physiological sensing layer, an environment sensing layer, an infection risk prediction engine, a laminar air curtain active isolation module, a physiological-environment closed-loop controller and an edge control unit. Through multi-modal environment sensing, feedforward control, edge computing and self-learning mechanism, the system realizes accurate and self-adaptive adjustment of ward temperature and humidity, cleanliness, air distribution and microbial concentration, guarantees the safety of sick children and improves environmental comfort and system reliability.

The embodiment of the invention provides a transfer isolation cabin electric energy guarantee cabinet, and belongs to the technical field of electric energy guarantee. The cabinet adopts a full modular design, and integrates the functions of power distribution, energy storage, power monitoring and power management. The system comprises a cabinet body, and a TVSS surge suppression module, a dynamic harmonic suppression module, a bidirectional conversion module, an energy storage module, a sine energy compensation module, a super-isolation power supply module, an insulation monitoring module, an intelligent feed module and a central control unit which are arranged in the cabinet body. The cabinet is provided with two paths of main power interfaces which can be connected with commercial power or a diesel generator. Through cooperative work of multiple modules, the power quality problems of voltage fluctuation, harmonic waves, power failure and the like can be effectively solved, super-isolation I T power supply is provided for key medical equipment in a cabin, and insulation monitoring and fault positioning capabilities are achieved. The system is highly integrated, is safe and reliable, and is especially suitable for uninterrupted and high-quality electric energy guarantee in a movable and fixed scene of an infectious disease patient transfer isolation cabin.

According to the fixed radar and unmanned aerial vehicle cooperative vital sign monitoring system provided by the invention, large-range basic monitoring is realized through a millimeter wave radar array, and the specific unmanned aerial vehicle executes accurate re-checking after receiving an abnormal signal. The system adopts a multi-stage response mechanism: when the fixed radar detects abnormal signs, the unmanned aerial vehicle is dispatched to lock a target through millimeter wave echo feature matching, identity binding is performed by using a binocular camera, body temperature data is supplemented in combination with an infrared sensor, and finally an early warning decision is generated through a multi-modal fusion algorithm. The hardware level defines the lowest configuration requirements (including a millimeter wave radar module, a visual identification unit, an infrared temperature measurement assembly and an obstacle avoidance system) of the unmanned aerial vehicle, and the software level designs a cross-device data space-time alignment model and a dynamic task scheduling protocol. Application scenes cover night emergency monitoring of nursing homes, health monitoring of gymnasium groups and non-contact patrol of hospital isolation wards, and the problems that in a traditional scheme, tracking of moving targets is lost, and identity information is unhooked are effectively solved.

We provide an isolation room system. [Solution] An isolation chamber system 100 including a plurality of walls 130 defining a first chamber 150A, and including an air filtration system that draws air from at least within the first chamber through a filter.

The utility model discloses an infectious disease hospital's negative pressure isolation ward, including isolation room, electrically operated gate and track, the front surface of isolation room is movably equipped with electrically operated gate, the front surface of isolation room is fixedly equipped with track above electrically operated gate, the front surface of isolation room is fixedly embedded with negative pressure subassembly close to one side upper part, and the negative pressure subassembly is fixedly embedded in the front surface of isolation room close to one side upper part. And a positive pressure exhaust outlet is formed in the front surface of the isolation room and close to the lower part of one side. According to the negative pressure isolation ward for the infectious disease hospital, the isolation room can be lifted by a crane due to the existence of the hanging rings, so that the isolation room can be placed outside the hospital for use, a large number of infectious disease patients can be isolated in special periods, and when the hanging rings are not used, the isolation room can be conveniently lifted by the crane. The lifting ring is overturned and embedded in the overturning groove under the action of the strong torsion spring, so that the lifting ring which is not used can be hidden, and the plasma sterilizer does not need to be manually pushed when the plasma sterilizer is overhauled.

The embodiment of the invention discloses an extracorporeal circulation blood treatment system and a blood purification equipment control method. The control device is in communication connection with the blood purification device and can receive state monitoring data and / or at least one blood purification parameter and parameter values sent by the blood purification device, and a user can remotely check the blood purification state of the blood purification device and check the blood purification operation parameters without walking to the side of the device by himself or herself. By checking the blood purification state, abnormal alarm of blood purification and some operation requirements of blood purification can be found and responded in time, and equipment management is facilitated. A user can remotely adjust the alarm limit value range or the alarm limit value of the monitoring index and can also remotely adjust the parameter value of the blood purification parameter without walking to the side of the equipment for operation, and the management of the equipment is also facilitated. Meanwhile, for the equipment in the isolation ward, the user can monitor the operation of the equipment outside the isolation ward and does not need to enter the isolation ward, so that the infection probability is greatly reduced.

The utility model provides an air conditioning system for a negative pressure isolation ward, the negative pressure isolation ward comprises a treatment area for patient treatment, and a sickbed is placed in the treatment area; the air conditioning system comprises an air supply part which is installed at the position, close to the sickbed, of the top of the treatment area and is configured to blow fresh airflow to the upper side surface of the sickbed; the exhaust part is mounted at the lower part, close to the side wall of the sickbed, of the treatment area, and is configured to extract and discharge polluted airflow inside the treatment area to the outside; wherein fresh airflow conveyed by the air supply part is used for breathing of a patient and drives waste gas exhaled by the patient to be blown to the air exhaust part so as to form directional airflow, and the waste gas exhaled by the patient is directionally exhausted outdoors.

The invention relates to the technical field of pediatric clinical medicine, in particular to an anti-infection isolation device for pediatric clinical medicine. The technical problems to be solved are that when medical staff disinfect an infectious disease isolation ward, the disinfection efficiency is not high through manual wiping, and the health and safety of the medical staff are prone to being threatened. According to the technical scheme, the anti-infection isolation device for the pediatric clinical medicine comprises an isolation body, the isolation body comprises an isolation room arranged on one side of the isolation body, one side of the isolation room is fixedly connected with an equipment room, and a bed body is arranged in an inner cavity of the isolation room. Compared with the prior art, the device has the beneficial effects that the medicine injection unit, the smearing unit and the partitioned spraying mechanism are used in cooperation, deep comprehensive disinfection of the isolation room is achieved, the situation that medical workers manually wipe the isolation room is avoided, the workload of the medical workers is reduced, the situation that the medical workers enter the isolation room for disinfection is avoided, and the medical workers are prevented from entering the isolation room for disinfection. Therefore, protection on health and safety of medical staff is enhanced.

The utility model relates to the technical field of air filtration, and discloses a hospital isolation ward air filtration system which comprises a sterilization box, a stirring assembly, a driving piece and an exhaust assembly, the upper end of the sterilization box is communicated with an air inlet pipe and an air outlet pipe, the stirring assembly is arranged between the sterilization box and the air inlet pipe, and the driving assembly provides power for the stirring assembly. The exhaust assembly is arranged between the sterilization box and the air outlet pipe; disinfectant stored in the sterilization box is stirred through the stirring assembly, so that air makes full contact with the disinfectant, the air purification effect is improved, meanwhile, the disinfectant is stirred, components of the disinfectant are evenly distributed, the air purification effect is improved, the sterilization box is in a closed state through the exhaust assembly, and the air purification effect is improved. According to the air purification device, the volatile disinfectant is prevented from leaking, meanwhile, the staying time of air in the sterilization box is prolonged, the air purification effect is further improved, after the air stays in the sterilization box for a period of time, the air is exhausted from the air outlet pipe through the exhaust assembly, and then air purification is completed.

The invention discloses a common ward and negative pressure isolation ward conversion system, and particularly relates to the technical field of wards, the common ward and negative pressure isolation ward conversion system comprises a ward main body, a mounting box and an air inlet pipe, the two ends of the air inlet pipe are fixedly communicated with the ward main body and the mounting box respectively, and a first through pipe is fixedly communicated with the position, close to one side edge, of the top end of the mounting box; second through pipes fixedly communicate with the positions, close to the bottom edge, of the other side of the mounting box, and a partition assembly is arranged in the mounting box. An exhaust fan works to extract air in the ward body through an air inlet pipe, the air is exhausted through a second partition plate, an air guide frame and a first through pipe, a stepping motor works to drive two sliding blocks and an air guide baffle to move upwards, at the moment, filtered indoor air is exhausted through a second through pipe, and the indoor air is purified through two activated carbon plates; the device is simple to operate, sickroom types can be conveniently and rapidly switched, the usable area in a sickroom is effectively saved, and meanwhile the airflow path in the sickroom cannot be changed.

The application relates to the technical field of clinics, in particular to a modular negative pressure isolation ward and a negative pressure isolation area, which comprises a negative pressure isolation ward main body, a ventilation device is arranged on the negative pressure isolation ward main body, a feeding area, a buffer room, a treatment area and a bathroom are arranged in the negative pressure isolation ward main body, and the feeding area comprises a conveying channel. The movement of the sliding block drives the movement of the rack, at the moment, the spring is compressed under stress, the movement of the rack drives the rotation of the gear two, the rotation of the gear two drives the rotation of the rotating rod two, the rotation of the rotating rod two drives the rotation of the hook and the fixing piece around the rotating rod two as the rotating shaft, the garbage bag is separated from the hook, and falls into the collecting box from the blanking opening, so that the collection of the garbage in the negative pressure isolation ward main body is completed, medical staff do not need to go out to throw the garbage, medical workers and the environment are further protected from pollution, the structural design is reasonable, and the medical staff are facilitated to use.

The invention relates to the technical field of ward buildings, in particular to a combined heat preservation frame for a negative pressure isolation ward, which comprises a placement groove formed in the surface of a negative pressure isolation ward body, a heat preservation frame arranged in the placement groove, a mounting groove formed in the surface of the heat preservation frame, a protection frame arranged in the mounting groove, and heat preservation cotton arranged on the inner surface of the protection frame. A fixing groove is formed in the surface of the supporting bottom plate, and a supporting plate is arranged in the fixing groove. The negative pressure isolation sickroom has the beneficial effects that firstly, when the negative pressure isolation sickroom body is built, a heat preservation frame can be placed in a containing groove formed in the surface of the negative pressure isolation sickroom body, a protection frame is arranged in the heat preservation frame, and the surface of the protection frame is sleeved with heat preservation cotton, so that the heat preservation effect on the interior of the negative pressure isolation sickroom body can be improved through the arrangement of the heat preservation cotton; in addition, the heat preservation frame is placed in the containing groove, the heat preservation frame and the negative pressure isolation ward body can be conveniently separated subsequently, and it is avoided that follow-up maintenance and inspection are inconvenient due to the fact that the heat preservation frame and the negative pressure isolation ward body are of an integrated structure.

This invention provides a negative pressure isolation ward air supply device, relating to the field of medical environment ventilation equipment technology. It includes a square air supply duct with a guide vane assembly on the front side of its inner surface. Through the cooperation of a dual-head motor, a rotating shaft, an active plate, a connecting rod, a driven plate, and a guide vane, the dual-head motor, when started, causes the rotating shaft to drive the fixed active plate to rotate synchronously. Power is transmitted through the connecting rod at the end, causing several vertically arranged driven plates to rotate synchronously. This drives the guide vane to rotate around a rotation point on the front side of the inner surface of the square air supply duct, achieving flexible adjustment of the air supply angle. Medical staff can adjust the angle of the guide vane according to the position of the patient bed, the placement of medical equipment, or the operating position of the medical staff, effectively eliminating airflow dead zones formed by traditional fixed air supply angles. This ensures uniform air circulation in the ward, and allows polluted air to be fully captured and discharged by the negative pressure exhaust system, improving the ward's purification efficiency.