54results about How to "Improve the medical environment" patented technology

The invention discloses an orthopedics department positioning and punching device, comprising a body, wherein the inner top wall of the body is fixedly connected with an arc-shaped slide bar, one sideof the arc-shaped slide bar is provided with a rotation device, the middle of the arc-shaped slide bar is connected with a rotary block, a first spring sleeves the arc-shaped slide bar located between one side wall of the rotary block and the inner top wall of the body, and the inner top wall of the body is further fixedly connected with an angle scale. The orthopedics department positioning andpunching device has the advantage that an infrared sighting device is arranged to sight and punch an affected part, thus realizing accurate punching; the device can incline by a certain angle throughthe rotation device to punch the affected part, thus solving the problem that sometimes two or three holes are needed to meet the treatment need, reducing the workload, and facilitating later restoration of a patient; a fixing device is arranged to avoid involuntary movement of the patient due to pain or nervousness caused by punching, thus reducing punching difficulty; the temperature of a fixedpart is controlled to create a good hospital environment for the patient.

The invention discloses an intelligent monitoring and feedback control system of comprehensive indoor environment. The system comprises an intelligent terminal, a network device and a computer control device, wherein the intelligent terminal is connected to the network device through wireless or wire signals, the network device is connected to the computer control device through wireless or wire signals, the system is convenient to operate, and comfortable requirements of human body sense can be met through the lighting control , the audio playing, the video playing, temperature and humidity control, indoor air quality control and the oxygen content control. Environment themes which are embedded by the system or defined by users can be selected to adjust corresponding environment, indoor devices relating to environment factors can be adjusted dynamically, the system comprises a simulated medical equipment model, a patient can simulate to be checked and cured on the model, the actual checking and curing which are required to be known by the patient can be guided well, the working, life and medical environment of persons can be improved, and the system is benefit to physical health and mental health of users, environment-friendly and energy-saving.

The invention provides a nuclear magnetic resonance inspection vehicle and a mobile medical equipment vehicle, and belongs to the field of vehicle refitting. The nuclear magnetic resonance inspection vehicle comprises a transportation base plate, a square cabin, nuclear magnetic resonance inspection equipment, an illuminating system, an electric support system, an electrical system and an air conditioner warm air system. The square cabin is installed on the transportation base plate and provided with an activity room and a front opening communicated with the activity room, and the square cabin is provided with a front door which is used for opening or closing the front opening. The nuclear magnetic resonance inspection equipment and the illuminating system are located in the activity room. The air conditioner warm air system is installed outside the square cabin, and the air conditioner warm air system is communicated with the activity room. The electrical system is electrically connected with the illuminating system, the air conditioner warm air system and the nuclear magnetic resonance inspection equipment. The nuclear magnetic resonance inspection vehicle is flexible and convenient to use, reaches the positions of clients to be treated or inspected according to requirements of different clients, convenient, rapid and effective treatment is provided for the clients, the range of diagnosis and treatment application is widened, and a more powerful guarantee is provided for people's health.

The invention provides a remote operation guiding device based on Holols and an operation method, and relates to the field of mixed reality (MR). The device comprises a pair of holens mixed reality glasses, a force feedback operation device and a terminal device. The method comprises the steps that a local holens carries out three-dimensional reconstruction on a CT or MRI image of a human body focus part to obtain a 3D virtual model, and sends the 3D virtual model to the terminal device; and a remote expert performs virtual surgery operation through the force feedback equipment at the terminal, sends the 3D virtual model and the surgery operation to the local holens mixed reality glasses, and performs registration display at the focus part of the patient. According to the invention, the mixed reality, the force feedback technology and the remote medical treatment are combined, so the medical personnel on site can clearly and visually see the operation of the remote expert on the operation, the operation guiding of the remote expert is facilitated, and the remote operation guiding efficiency and accuracy are improved.

The invention discloses an electric medical swab box. The electric medical swab box comprises a box body, ultraviolet lamps, and a gear rack transmission servo mechanism; multiple test tube placing areas are formed in the upper part of the box body; test tube holes are distributed in the test tube placing areas, and ultraviolet lamp grooves for accommodating the ultraviolet lamps are formed in the peripheries; a slide cover capable of flatly sliding out to one side is arranged at the top of the upper part; a cavity is formed in the lower part of the box body; the gear rack transmission servo mechanism is positioned in the cavity, and consists of multiple gear rack transmission servo units; the gear rack transmission servo units comprise power supplies, motors, gears, racks, push plates and push rods; the gears are assembled on output shafts of the motors; one ends of the push rods are fixed on the upper surfaces of the push plates, and the other ends extend into the test tube holes in the corresponding test tube placing areas; and one ends of the racks are fixed on the lower surfaces of the push plates, and the other ends downwards extend and are engaged with the gears. The swab box can save the time, improve the efficiency and provide an aseptic environment to swabs.

The invention provides combined multifunctional examination equipment for the otolaryngology department. The combined multifunctional examination equipment comprises a sitting plate, an adjustable head fixing rest structure, an examination spotlight structure, a combined examination frame structure, a containing examination disc structure, a backup plate, a back cushion, a bolt and nut, an L-shaped connecting rod, supporting legs, movable wheels, a stabilizing block, an air pressure rod, an armrest, a pedal and an extending pipe. The adjustable head fixing rest structure is embedded into the middle of the upper surface of the backup plate. The examination spotlight structure is inserted into a groove formed in the right side in the L-shaped connecting rod. By arranging the rubber mat and ahead rest, when a patient is examined, the head can be rest on the upper portion of the head rest, and examination work is convenient. By means of a bearing and a rotary shaft, the head rest can rotate by multiple angles, the patient can find comfortable postures conveniently, and it is guaranteed that examination operation is carried out smoothly.

The invention relates to an operation intelligent decision-making system suitable for high myopia cataract and an establishment method thereof. The establishment method comprises the following steps:constructing a deep learning model being composed of an evaluation network and a decision network, configuring evaluation network to comprise a LOCSIII grading deep learning model, an Elasticity kernel hardness grading deep learning model and a fundus judgment model, and configuring the decision network to combine the cataract degree and fundus grading with patient basic information, eyesight, intraocular pressure, an A-ultrasonic/IOLmaster report, corneal endothelium counting, corneal astigmatism, a B-ultrasonic report and other information, map the information to a high-dimensional space through a kernel function, and then establish a linear regression model; constructing a training set; and carrying out training learning and parameter adjustment on the model by using a training set. Thesystem comprises a storage device, an evaluation module, a decision module and a test evaluation adjustment module. The method can quickly and accurately identify the cataract degree and fundus conditions of a high myopia cataract patient, provide comprehensive operation decisions for doctors, and improve the prevention and treatment homogeneity.

The invention discloses a paediatrics triage method based on a neural network classifier and a system, wherein the method and the system relate to the field of artificial intelligence technology. Thetriage method particularly comprises the following steps of S1, performing preliminary interrogation on a child patient for obtaining symptom data of the child patient; S2, acquiring body condition data of the child patient; S3, processing the interrogation data and the body condition data according to the pre-generated neural network classifier for obtaining a corresponding triage result; S4, generating a triage report of the child patient according to the triage result; and S5, guiding the child patient according to the triage report. The method and the system have the following beneficial effects of performing intelligent triage on severe and mid acute child patients based on the neural network classifier, realizing high triage accuracy, shortening diagnosis waiting time, creating a treatment opportunity to the child patient, creating a good diagnosis environment and effectively configuring a medical resource.

The invention relates to an intraocular lens diopter calculation system based on machine learning. The intraocular lens diopter calculation system comprises a prediction model, an input module, a calculation module, an additional module and an output module. The calculation module is used for acquiring a diopter number of an intraocular lens to be implanted (IOL) by taking target equivalent spherical power as an ideal value and taking preoperative information of a cataract patient as input on the basis of a prediction model; the additional module is used for providing a plurality of differentsimulated intraocular lens diopters to the calculation module, and the calculation module generates postoperative optometry equivalent spherical lenses corresponding to the different simulated intraocular lens diopters. The artificial intelligence active learning data characteristics are fully utilized, the error calculation capacity is autonomously optimized, the diopter of the intraocular lens needing to be implanted in cataract surgery is accurately calculated, eyeball biological parameters of all dimensions are matched, and the eyeball prediction accuracy of the extreme eyeball biologicalparameters is higher.

The invention discloses a moxibustion treatment machine comprising a moxa stick box provided with a flange, an electric screw rod and a nut moxa stick clamp, a mechanical arm provided with a wrist joint, a miniature air pump, a water tank provided with a base, a dust collector seat and an air pump seat, a dust collector as well as an electric control cabinet provided with a CPU control circuit and an operating panel, wherein the mechanical arm is arranged on the base of the water tank through a waist joint; the moxa stick box is connected with the wrist joint of the mechanical joint; the dust collector is arranged on the dust collector seat of the water tank; the miniature air pump is arranged on the air pump seat of the water tank. Arms of a medical worker are replaced by the mechanical arm, smog of moxa sticks and moxa ash are controlled by the miniature air pump and the dust collector, the accurate distance between the moxa sticks and acupuncture points is controlled by a moxa stick box limit sensor, and the machine has advantages that the labor intensity of the medical worker is reduced, the accurate distance between the moxa sticks and the acupuncture points is controlled, and the medical environment is improved.

The invention discloses a carriage special for sanitary train dialysis. The carriage special for sanitary train dialysis comprises a train body, a fixing frame and a folding bed, wherein the fixing frame comprises a first dialyzer fixing frame, a second dialyzer fixing frame and a liquid tank fixing frame; rectangular storage boxes are both formed in the middle portions of the first dialyzer fixing frame and the second dialyzer fixing frame; the folding bed is movably arranged on the surface of the inner wall at the rear side of the main body through a folding mechanism, and the folding mechanism comprises two mounting rods, two clamping grooves, two limiting grooves and two limiting rods; and a clamping block is fixedly arranged on the top end of the inner wall of each limiting groove, two limiting rods are correspondingly arranged between the limiting grooves and the mounting rods in a movable mode, and a folding infusion support is fixedly arranged on the side of the bed head of thefolding bed. According to carriage special for sanitary train dialysis, the dialyzer holder and the liquid tank holder are fixedly arranged on the inner wall of the train body, the influence of the vibration of the running of the train on an instrument can be effectively weakened, a ventilation system is fixedly arranged on the top portion of the train body to efficiently improve the medical environment in the train, and the treatment effect is improved.

The invention discloses a filter disk rotation mechanism for an upper light source slit-lamp microscope. In the mechanism, a horizontal rotation mechanism with a filter disk positioning identification disk is arranged on a lighting workbench casing under the filter disk; a 360-degree rotating bevel gear drive wheel is arranged at the front end of the rotation mechanism, and an identification disk knob is arranged at the tail end of the rotation mechanism; a 360-degree rotating bevel gear driven wheel is sleeved on a rotating shaft under the filter disk; and the drive wheel and the driven wheel are in rotary connection matching. By the rotation mechanism, 360-degree continuous rotation of the filter disk can be realized, and more filter pores can be set, so that the examination time of a doctor can be effectively saved, the detecting range can be increased, and the examination efficiency and accuracy can be improved.