16 results about "Patient Moving" patented technology

A multi-layered guide rail integrated rigid chain and flexible conveyor patient transfer system and method includes a flexible conveyor belt mechanism, a rigid chain mechanism, and a toothed plate moving mechanism. The flexible conveyor belt mechanism includes a support plate. The rigid chain mechanism includes a support base and a roller chain. The support base includes a first guide rail and a sliding plate. The first guide rail is provided with a blocking arm. The support plate engages with a rolling assembly. The toothed plate moving mechanism includes a second reduction motor, a second transmission gear, a second guide rail, and a toothed plate assembly. The first and second guide rails, the toothed plate assembly, and the rigid chain mechanism form a dual guide rail mechanism. The multi-layered guide rail integrated rigid chain and flexible conveyor patient transfer system and method uses the toothed plate moving mechanism to move the support plate inside and outside the bed, and the rigid chain mechanism to precisely adjust the position of the support plate, improving the efficiency of short-distance movement.

This utility model discloses a bedridden patient position sensing device, relating to the field of medical care technology. It includes: a mattress with upward bulges on both sides near the bed edge; a frame surrounding the bottom of the mattress; sensors evenly distributed on the mattress, with the sensor located at the bed edge below the bulges and above the frame, and slidably mounted; and a rocker arm rotatably mounted on the frame, with the rotation point located between the two ends of the rocker arm. When the patient moves to the bed edge and is about to fall, the rocker arm rotates, and a pressure plate presses one end of the rocker arm, causing the other end to tilt upward. Simultaneously, the sensor moves upward, allowing the rocker arm to quickly approach the sensor. Only a small force is needed to trigger the sensor, shortening the sensing distance between the rocker arm and the sensor, enabling rapid detection of whether the patient is about to fall off the bed, thus better ensuring the patient's safety.

The utility model belongs to the technical field of medical instruments, and particularly relates to an emergency fracture patient moving device which is composed of a stretcher assembly and a connecting assembly. The stretcher assemblies are bilaterally symmetrical, comprise supporting pipes and supporting plates and can be inserted from the two sides of a patient, the patient is prevented from being turned over, and the secondary injury risk is reduced. The connecting assembly comprises a connecting pipe, a locking piece and an elastic piece, the small-diameter section of the connecting pipe is inserted into the transverse section of the connecting pipe, the guiding slope assists the locking block to automatically slide into the locking hole, locking is completed, and installation is convenient and efficient; by means of the receding groove and the soft sleeve, dismounting operation is easy and simple. In addition, the device adopts modular design, all the components are mutually independent and tightly matched, production and manufacturing are convenient, the sliding rod and other components can be rapidly replaced through limiting nuts, the maintenance cost is reduced, and the service life of the device is prolonged.

The utility model provides a patient moving composite robot for proton treatment. An AGV chassis is a moving platform with an in-situ rotating function and can be fixed to the ground through magnetic adsorption; the linear motion module is located on the AGV chassis and used for bearing the series robot, the parallel robot and the treatment bed. The bottom of the series robot is arranged on the linear motion module and is used for realizing rotation, lifting or swinging; the bottom of the parallel robot is arranged at the end, capable of rotating, of the series robot, and the parallel robot and the series robot jointly support the treatment bed. And the treatment bed is made of a non-metal high polymer material, is positioned at the top of the parallel robot and the serial robot and is used for bearing a patient. The transfer bed is used for CT scanning and proton treatment transfer work in the proton treatment process, and it is ensured that the poses of the treatment bed and the tail end of the series robot are kept unchanged in the transfer process of a patient. The device is simple in structure and convenient to operate, and has wide popularization significance.

The utility model provides a fracture patient moving device, and belongs to the technical field of medical instruments. Comprising a wheelchair body, a mounting base is fixedly connected to the bottom of the wheelchair body, and an insertion rod is inserted into the inner side of the mounting base; and the protection assembly is used for protecting the fractured leg and supporting the fractured leg, and the protection assembly is connected with the insertion rod. The protective frame is arranged, the protective frame is connected with the mounting base, at the moment, fractured legs of a patient are placed on the inner side of the protective frame, and therefore the fractured legs of the patient can be effectively protected through the protective frame and the elastic protective cover, and secondary damage caused by collision to the fractured legs is avoided; and the legs of the patient can be supported, so that the fractured legs can be lifted to promote recovery.

The utility model relates to the technical field of patient transfer equipment, and discloses an emergency department nursing transfer device which comprises a sickbed, a placement assembly is fixedly installed on one side of the lower end of the sickbed, a patient is moved to the upper end of the transfer bed, if an electrocardiogram monitor is used on the body of the patient, a handle is pulled to drive a U-shaped block to slide out of an inner cavity of a concave block, and then the patient is transferred. An electrocardiogram monitor is placed at the upper end of a U-shaped block, a threaded rod in threaded connection in an inner cavity of a threaded groove is rotated to drive a retention plate to move, and the retention plate drives a second elastic element and an extrusion plate to be in contact with one side of the outer wall of the electrocardiogram monitor concentrically; the other side of the outer wall of the electrocardiogram monitor is limited and fixed by the pressing plate under the elastic action of the first elastic element, the arrangement of the extrusion plate and the pressing plate is suitable for limiting the placement of the electrocardiogram monitor, and the stability of the transfer sickbed for driving a patient to use the instrument to move is improved.

The invention provides a comfortable wheelchair with mobility inconvenience, which relates to the field of medical instruments, and comprises a right seat plate arranged at the top of a group of lower supports on the right side through a lifting transmission assembly; the left leg supporting plate is hinged to the front part of the left seat plate; the number of the hand pushing pieces is two, the rear portion of the left seat plate and the rear portion of the right seat plate are each connected with one hand pushing piece in a sliding mode, the bottom of the left seat plate and the bottom of the right seat plate are each connected with one telescopic locking piece through threads, and the telescopic locking pieces press the hand pushing pieces; the head supporting plate is connected to the front portion of the hand pushing piece on the left side in a sliding mode. And the left-right connecting assembly is arranged between the two hand pushing pieces. According to the medical nursing bed, the labor intensity of nursing personnel is reduced, the medical nursing bed is safer, the body feeling of a patient is better and more comfortable, meanwhile, good real-time monitoring is achieved, and the problems that the labor intensity of the nursing personnel is large, the patient is likely to fall off when the patient is moved, safety is poor, and meanwhile the body feeling of the patient is poor and the comfort degree is poor are solved.

A patient mobility apparatus that can be used with or without a patient lift apparatus can comprise an inflatable envelope having a patient-facing surface, an opposing surface, and at least two pairs of opposing first handles attached proximal to exterior opposite edges of the inflatable envelope, wherein the first handles are attached to the opposing surface but not to the patient-facing surface. By one approach, one or more flexible reinforcement members can be attached to the opposing surface along and proximal to one or more exterior edges of the inflatable envelope but not to the patient-facing surface. By one approach, such flexible reinforcement members are not attached to the aforementioned first handles.

This system provides a nurse call system that can prevent false detections related to patient motion detection. [Solution] A terminal detection device 10 capable of detecting a mobile terminal 4 via wireless communication with the mobile terminal 4 located in the patient room was installed in each patient room. The terminal detection ID of each terminal detection device 10 and the sensor ID of each mat sensor 9 were stored in the control unit 7, each associated with a patient room, and as a result, the terminal detection device 10 and the mat sensors 9, 9... were stored in association. While the terminal detection device 10 was detecting a mobile terminal 4, the control unit 7 did not interpret the detection as a patient getting out of bed, even if a load was detected on the mat 8 by the mat sensor 9, 9... associated with the patient room where the terminal detection device 10 was installed, and therefore did not notify the nurse call master unit 3.

Method for acquiring magnetic resonance data of a target area of ​​a patient moving during respiration using a magnetic resonance device (1), wherein an optical camera (5) arranged in a patient recording of the magnetic resonance device (1) and directed towards the patient is used, wherein image data of the patient acquired by the camera (5) before and / or during the acquisition of the magnetic resonance data are evaluated to obtain respiratory information describing the respiratory state, characterized in that the respiratory information is used to trigger and / or correct movement and / or assess a breath-holding process of a patient, wherein a message is issued to an operator when an interrupted breath-holding process is detected during the acquisition of magnetic resonance data.

A patient support apparatus (20) including a patient support surface (22) and a repositioning mechanism (24) for vertically and angularly repositioning the surface (22). The apparatus (20) including sensors (84) for automatically detecting and inhibiting attempts to vertically reposition the surface (22) when it is at a particular angular position, and attempts to angularly reposition the surface (22) when it is at a particular vertical position. The apparatus (20) also includes a tilt control system (88) for limiting the extent to which head or foot ends (36,38) of the surface (22) can be angularly repositioned, a scale (92) and a warning system (120) for communicating a warning when a change in the weight on the surface (22) is indicative of a patient moving or attempting to move off of the surface (22), a sensor (122) for detecting an increase in amperage during an operation and stopping the operation, and an ability to update microcontroller programming via a controller area network bus (102).

The utility model relates to a brain system scanning inspection bed which comprises a bed body, supporting platforms, a head supporting seat and an arc bed board, the supporting platforms are arranged on the two sides of the bed body, the arc bed board is arranged on the supporting platforms in a sliding mode, and the head supporting seat is arranged on one side of the arc bed board and used for supporting the head of a patient. A horizontal conveying mechanism is arranged at the bottom of the arc-shaped bed plate on the bed body and is used for driving the arc-shaped bed plate to horizontally move on the supporting platform. By means of the integrated arc bed board structure, the stability and strength of the bed board are enhanced, better patient comfort is provided, cleaning and maintenance work is optimized, the patient moving process is simplified through the sliding design of the arc bed board and the horizontal conveying mechanism, the labor intensity of medical workers is relieved, and the moving efficiency is improved.

The invention relates to an automatic moving sickbed which comprises a seat cushion, a back cushion and a leg cushion, the seat cushion, the back cushion and the leg cushion are rotatably installed, the rotation directions of the back cushion and the leg cushion are opposite, a base is installed on the bottom side of the seat cushion, and a headrest is slidably installed on the back cushion; one-button and full-automatic bed-chair form conversion is achieved, the comfort of a patient and accurate body position adjustment of nursing efficiency are greatly improved, a transmission system is driven by a single first motor, synchronous and reverse linkage of a back cushion and a leg cushion is achieved, it is guaranteed that the gravity center of the body of the patient changes stably in the form conversion process from lying to sitting up, and therefore the patient can sit on the bed conveniently. The device is simple in structure and convenient to operate, the action is soft and natural, discomfort or safety risks caused by sudden posture change are effectively avoided, compared with a traditional sickbed needing to manually shake a plurality of handles, the device only needs one-key operation, the workload of medical staff is greatly relieved, and the nursing efficiency is improved.