16 results about "Wheelchair device" patented technology

The invention provides a control device and electric wheelchair equipment, is applied to the technical field of intelligent mechanical equipment, and is used for improving the exchange efficiency of an equipment controller between left and right side armrests. The device comprises an equipment controller, a wire exchanger and two connecting interfaces, the equipment controller is used for controlling at least one sensor mounted on the intelligent walking aid; the two connecting interfaces are respectively arranged in handrails on two sides of the intelligent walking aid, and the equipment controller is connected with at least one sensor through any one of the two connecting interfaces; the wire exchanger is arranged in the intelligent walking aid, and the wire exchanger is connected with the at least one sensor and the two connecting interfaces through a universal serial bus (USB) type entity wire; and the wire exchanger is used for determining a target connection interface connected with the equipment controller from the two connection interfaces, so that the controller performs information transmission with the at least one sensor through the target connection interface.

The utility model discloses an adjustable scoliosis traction wheelchair device, which relates to the technical field of medical instruments and comprises a seat and first side frames, the first side frames are mounted at the left end and the right end of the seat, and a second side frame is connected to one side, far away from a seat vertical mounting box, of each first side frame. The side edges of the lower ends of the first side frame and the second side frame are horizontally connected with a stabilizing frame. According to the adjustable scoliosis traction wheelchair device, universal self-locking wheels are fixedly installed on the first side frame and the second side frame, armrest structures made of anti-skid materials are installed at the upper end of the second side frame and one end of the rear armrest frame in a left-right stacking mode, and by means of the structure, the whole device can be used for traction when a user sits and can also be used for traction when the user sits. In addition, due to the fact that the armrest structures are arranged on the front side and the rear side of the seat, bidirectional standing and walking can be further achieved, and the using flexibility and convenience of the device are guaranteed.

The application relates to an automatic decision intelligent wheelchair device for ALS patients based on an artificial intelligence technology and a control method, which at least comprises a perception module and a path planning unit. An environmental perception module carried on a vehicle body perceives an environment to collect surrounding environment signals; different information is subjected to pattern recognition through a perception algorithm model, a deep learning model is used for target detection and region segmentation, objects around the wheelchair are identified and classified, and corresponding size, shape and distance discrimination is carried out; according to information calculation and object detection carried out by the perception module, an environmental map is constructed, a minimum distance or shortest time measurement action path configuration is carried out based on the generated map; the application is based on an artificial intelligence environmental perception and path planning algorithm technology, realizes the realization of the autonomous movement intelligent decision function of the wheelchair, greatly helps the movement inconvenient patients who are inconvenient in muscle control, and enables the patients in the group to carry out daily action auxiliary support.

A wheelchair device for mobility-challenged quadrupeds is disclosed. The device is configured with a user-actuated sit-down action in which an actuator element may be actuated by a user to allow the device to transition from an upright state to a collapsed state. Deflection of the actuator element causes latching element(s) to disengage from corresponding pin(s), whereupon the leg(s) of the device may be permitted to rotate relative to the frame of the device. Thus, as the quadruped initiates a “sitting down” motion, the leg(s) may pivot up alongside the frame to achieve an orientation generally parallel with the frame, putting the device in a collapsed state that permits the quadruped to sit and / or lay down safely, naturally, and comfortably. The device further includes one or more ratchet assemblies that lock the wheel(s) and help drive the device back up to its upright state when the quadruped attempts to move forward.

The embodiment of the application provides a kind of multi-modal intelligent wheelchair control method and system based on in-ear brain-computer interface, it is related to equipment control technical field.Multi-modal intelligent wheelchair control method based on in-ear brain-computer interface includes: according to the electroencephalogram signal collected from user ear canal, the classification result characterized user control wheelchair operation intention is identified;According to the classification result, drive wheelchair device to execute corresponding movement action.In the application, by fusing electroencephalogram and electrooculogram, electromyogram and other multi-source bioelectric information, the sensitivity and accuracy of wheelchair control are effectively improved, so that the motor disorder user can realize accurate control of wheelchair through brain thought and eye movement activity.In addition, the control system can also be combined with user's fixation point detection, for realizing the intelligent driving and navigation of wheelchair, to build more intelligent wheelchair control system.

The application discloses a kind of vital sign monitoring and chest bottle fixing integration intelligent wheelchair device, it is related to wheelchair field, including, wheelchair frame;For placing drainage bottle's chest bottle rack, the chest bottle rack is rotatably connected on wheelchair frame;Slow swing ware, it includes brake pad, the chest bottle rack is compressed on wheelchair frame by brake pad;Drive system, it includes the hand drive brake pad hand drive unit and the brake pad mechanical drive mechanical drive unit;The application is effectively solved the technical problem that drainage liquid backflow when thoracic surgery patient goes up and down slope or bumpy section by gravity sensing and automatic deviation correction mechanism, prevent the occurrence of tension pneumothorax and retrograde infection from source.The function of "flat road dead lock, ramp slow swing" is realized by using double-spring differential pressure design and locking mechanism, which not only ensures absolute fixation in driving, but also avoids liquid surface agitation in the adjustment process, maximally reduces the risk of drainage tube pulling injury.

Disclosed herein is a portable and attachable power-assisting wheelchair device for non-electrically powered wheelchairs. The power assisting device includes a first motor mechanically coupled to a first rotatable end via a first shaft. A first driver is electrically coupled to the first motor and is configured to control a velocity of the first motor. A second motor is mechanically coupled to a second rotatable end via a second shaft. A second driver is electrically coupled to the second motor, and is configured to control a velocity of the second motor. Fillers are disposed between the rotatable ends and the flexible rings. A controller sends control signals to the first driver and the second driver. The control signals include information representing a first torque, a second torque, and rotational velocities for the first rotatable end and the second rotatable end.

This utility model relates to the field of wheelchair device technology, specifically to a height-adjustable pedal structure for a wheelchair. It includes a wheelchair body, a rectangular frame fixedly connected to the lower end of the wheelchair body, and a pedal lifting assembly rotatably connected to the top of the rectangular frame. The pedal lifting assembly includes a ball screw rotatably connected to the top of the rectangular frame, with a lifting slider threaded onto the outer peripheral wall of the ball screw. Two L-shaped sliding rods are slidably connected through the bottom of the rectangular frame, and lateral sliders are fixedly connected to the top of each of the two lifting sliders. Both lateral sliders are fixedly connected to the lifting sliders via connecting brackets. This utility model allows for the lifting and lowering movement of the two sets of L-shaped sliding rods and the pedals, enabling adjustment of the height of the two pedals, effectively improving the usability of the wheelchair. Furthermore, it allows for automatic retraction of the pedals without manual adjustment, enhancing the ease of use of the wheelchair pedal structure.

The application discloses a safe wheelchair device and belongs to the technical field of medical instruments, which comprises a wheelchair, a supporting plate, a wound protection assembly and a bandage assembly. The supporting plate is located on the back side of the backrest of the wheelchair. The wound protection assembly can be worn on the front side of the chest of a patient. The wound protection assembly is composed of two C-shaped splicing pieces. The two C-shaped splicing pieces can form a circular ring structure after being combined and spliced. The bandage assembly is arranged on the two C-shaped splicing pieces and is connected with the supporting plate after covering the shoulders and the waist of the patient. After the bandage assembly covers the shoulders and the waist of the patient in an X-shaped mode, the patient's upper body part can be bound on the backrest of the wheelchair by being worn on the front side of the chest of the patient in cooperation with the two C-shaped splicing pieces. Meanwhile, the circular ring structure composed of the two C-shaped splicing pieces can avoid contacting the postoperative wound, so that the extrusion damage to the postoperative wound part of the chest of the patient can be effectively prevented.

An expandable wheelchair device for adjusting dimensions of the wheelchair to accommodate variously sized users includes a chair having a seat and a back rest. The seat includes a pair of seat rods that are each extendable and retractable. The back rest includes a pair of back rest rods that are each extendable and retractable. A support is positioned beneath the seat to support the chair above a surface. A pair of drive wheels is rotatably coupled to the support proximate to a junction between the seat and the back rest. A pair of front wheels is rotatably coupled to the support and is spaced from the pair of drive wheels.

The invention provides a wheelchair parking control method and device, electronic equipment and a storage medium, and relates to the technical field of wheelchair equipment control. According to the technical scheme, the method comprises the steps that an action instruction and the current state of the wheelchair are obtained; and according to the action instruction or the current state, the pedal is controlled to generate an action conforming to a parking angle preset value. The wheelchair parking control method and device, the electronic equipment and the storage medium have the advantage that accurate and reliable parking meeting the parking angle preset value under various road conditions is achieved through components of a wheelchair.

A wheelchair device, comprising a seat, a backrest and an adjusting mechanism, the adjusting mechanism comprising a bearing structure, a supporting structure and a coupling structure, the supporting structure comprising a transmission assembly and a supporting plate, the seat being connected with the bearing structure, the bearing structure being provided with a first rotating part and a second rotating part, the supporting plate being rotatably connected with the first rotating part through a rotating shaft, the transmission assembly being installed on the supporting plate, the second rotating part and the transmission assembly being rotatably connected with the coupling structure respectively, the backrest being slidably connected with the front face of the supporting plate, the backrest being drivingly connected with the transmission assembly; when the included angle between the supporting plate and the seat increases, the backrest slides on the supporting plate towards the direction close to the rotating shaft; when the included angle between the supporting plate and the seat decreases, the backrest slides on the supporting plate towards the direction away from the rotating shaft.

This invention discloses a rehabilitation massage wheelchair device. The device includes a first housing, side panels, pedals, rollers, armrests, and a second housing. The first and second housings are connected by a pair of hollow rods. The surfaces of both housings that contact the user are made of rubber. The second housing contains a massage component, a miniature air pump, a first air tube, and a second air tube. The other ends of both air tubes extend into the first housing through the hollow rods. Each air tube has several airbags at its other end, and a first valve body and a second valve body are respectively provided on the first and second air tubes. This wheelchair device effectively solves the problem of bedsores on the user's back and arms caused by prolonged wheelchair use.

An intelligent wheelchair device used for assisting a user in leg lifting and shifting comprises a seat frame, a backrest assembly and a lifting chassis, the seat frame is arranged on the lifting chassis, and the backrest assembly is arranged on the seat frame; the seat frame comprises a lifting armrest, an armrest connecting rod and a screw lifter, the two ends of the armrest connecting rod are connected to the lifting armrest and the seat frame respectively, the lifting armrest is arranged on the seat frame in a lifting mode, and the screw lifter is configured to drive the lifting armrest to ascend and descend; the backrest assembly comprises a rotating shaft and a rotating backrest, the rotating backrest is rotationally arranged on the rotating shaft, and the rotating backrest is configured to rotate along with lifting of the lifting armrest; when the lifting armrest ascends, the rotary backrest rotates towards the direction of a user; by arranging the liftable armrests and the linked rotating backrest, active assistance for getting up and leg lifting actions of a user is realized, and the body burden of the user in the shifting process is remarkably reduced.

A wheelchair device for mobility-challenged quadrupeds is disclosed. The device is configured with a user-actuated sit-down action in which an actuator element may be actuated by a user to allow the device to transition from an upright state to a collapsed state. Deflection of the actuator element causes latching element(s) to disengage from corresponding pin(s), whereupon the leg(s) of the device may be permitted to rotate relative to the frame of the device. Thus, as the quadruped initiates a "sitting down" motion, the leg(s) may pivot up alongside the frame to achieve an orientation generally parallel with the frame, putting the device in a collapsed state that permits the quadruped to sit and / or lay down safely, naturally, and comfortably. The device further includes one or more ratchet assemblies that lock the wheel(s) and help drive the device back up to its upright state when the quadruped attempts to move forward.

The embodiment of the invention provides a multi-mode intelligent wheelchair control method and system based on an in-ear brain-computer interface, and relates to the technical field of equipment control. The multi-mode intelligent wheelchair control method based on the in-ear brain-computer interface comprises the steps that according to electroencephalogram signals collected from ear canals of a user, a classification result representing the wheelchair control operation intention of the user is obtained through recognition; and according to the classification result, driving the wheelchair device to execute a corresponding movement action. According to the wheelchair control system and method, by fusing electroencephalogram, electro-oculogram, myoelectricity and other multi-source bioelectricity information, the wheelchair control sensitivity and accuracy are effectively improved, and a user with dyskinesia can accurately control a wheelchair through brain thoughts and eye movement activities. In addition, the control system can be combined with fixation point detection of the user to be used for achieving intelligent driving and navigation of the wheelchair, and therefore the more intelligent wheelchair control system is constructed.