32 results about "Seated Positions" patented technology

An integrated patient lift and transfer system comprising a bed plate, a mover base, and a lift. The bed plate is placeable on a bed and including a seat rest and a back rest pivotably attached to the seat rest. The bed plate is configurable to a planar configuration where the back rest and seat rest are co-planar and to a seated configuration where the back rest and seat rest are not co-planar. The mover base including one or more wheels and configured to removably attach to the bed plate. The lift including one or more transfer arms and one or more tilt arms. The one or more transfer arms and one or more tilt arms configured to removably attach to the bed plate and tilt the bed plate from the planar configuration to the seated configuration and to transfer the bed plate from the bed to the mover base.

1. Name of this design: Hip support for a seated photography aid. 2. Purpose of this design: To be used as a seated imaging aid when taking pictures with medical X-ray cameras, etc. Purpose of partial appearance design: Used as a hip support to support the hips of the examinee in a seated position. 3. The key design features of this product are the shapes shown in the partial design. 4. The image or photograph that best illustrates the design's key points: a 3D model. 5. Other situations requiring explanation: Other explanation: The grayed-out parts are the parts for which protection is sought, while the other parts are not the parts for which protection is sought. The design for which protection is sought does not include color.

A seat swivel device includes a seat slide having a lower rail and an upper rail, a base plate, a swivel plate including a seat belt anchor bracket, a coupling unit, a restriction portion, a fixing member, and a load receiving portion. The restriction portion has a facing portion facing a rear end portion of the seat belt anchor bracket in a front-rear direction when the swivel plate is in a seated position, and a claw portion positioned above the rear end portion of the seat belt anchor bracket when the swivel plate is in the seated position.

The support pillow set includes a portable support pillow designed to provide optimal head and adjacent neck support for the user in upright, reclined, and supine seated positions. The pillow is optionally configured with an opening to securely support the occiput. The pillow can be configured with a taller or shorter profile. The pillow tapers to maintain the user's neck and head in proper alignment. The support pillow set is constructed from a single piece of foam that is firm and contoured to prevent head rotation and neck twisting. The support pillow is optionally configured with outer support panels to provide added utility, compressibility, stability, and comfort. The support pillow set also includes an optional adjustable strap that can be used to provide additional head support.It can be folded into a portable pillow comprising protective outer supports, a fabric or similar soft bag, or a protective cover.

1. Name of the product in this design: Rowing trainer (SG06-seated position). 2. Purpose of this design: This design is for fitness purposes. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

A patient table (46) for a medical imaging system includes a multi-layered patient support (60) including a top patient support (64) configured to articulate and a bottom patient support (78), wherein the multi-layered patient support (60) is configured to support a subject to be imaged, and wherein the top patient support (64) is configured to move between a first configuration where the top patient support (64) is flat and horizontal to support the subject in a recumbent position and a second configuration where the top patient support (64) is in an upright-chair configuration to support the subject in an upright seated position. The patient table (46) also includes a platform (62), wherein the platform (62) is coupled to and supports the multi-layered patient support (60), and wherein the platform (62) is configured to keep the multi-layered patient support (60) at a desired elevation and to move the multi-layered patient support (60) into and out of a bore (48) of a gantry (12) of the medical imaging system.

The present invention provides a head protection device that can be securely attached to the wearer's head while evacuating from a disaster, and that can also make the wearer's seated posture more comfortable after evacuation. [Solution] The disaster prevention hood 10A, which changes shape between an unfolded state that covers at least the wearer's head and a folded state that is smaller than the unfolded state, comprises a covering portion 12 made of flame-retardant or soft material that covers at least the wearer's head, and an interior material 13 attached to the inside of the covering portion 12 that fixes the covering portion 12 to the wearer's head. The interior material 13 comprises a pair of peripheral protective portions 16 made of a material harder than the covering portion 12 and facing the vicinity of the wearer's head. The pair of peripheral protective portions 16 are attached to the covering portion 12 and are formed to change between a separated state and a close state, and deform into a flat shape in the folded state. The covering portion 12 can have its surface area further reduced by folding it from one end to the other in the folded state.

The invention relates to a seating device (2) for a motor vehicle, which has a vehicle floor (4) and a vehicle console (6), with at least one backrest (8) against which a user can be positioned with their back against it, with at least one seat section (10) which is fixed to the vehicle floor (4) and which can be converted from a sitting position, in which a seat surface (12) of the seat section (10) is arranged parallel or obliquely to the vehicle floor (4) and a user can be positioned with their buttocks on it, by rotating or pivoting about a first axis of rotation and / or pivoting (14) into a functional position in which a functional surface (16) of the seat section (10) extending transversely or obliquely to the seat surface (12) runs parallel or obliquely to the vehicle floor (4) and is spaced apart from the vehicle floor (4) without contact, and with at least one storage means (18),which, at least in the functional position of the seat part (10), can be fixed or is fixed on or at the functional surface (16) of the seat part (10) in a storage arrangement in which the storage means (18) with a storage surface (20) runs parallel or obliquely to the vehicle floor (4) and extends at least from the seat part (10) towards the back part (8).

1. Name of the product in this design: Fitness Bench (EBT07). 2. Purpose of this design: This design can be used as a stool, or as a fitness stool for strength training in different postures or in conjunction with other equipment. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model. 5. Other situations requiring explanation: Usage State 1: The seat is flat, the backrest is flipped open relative to its original flat position, and the fly arm is rotated outwards. In this state, different strength training postures can be performed in a seated or kneeling position. Usage State 2: The seat is flat, the backrest is flipped open relative to its original flat position, and the fly arm is not open. In this state, training can be performed in a seated or kneeling position in conjunction with other equipment. Usage State 3: Both the seat and backrest are flat, and the fly arm is rotated outwards. In this state, different strength training postures can be performed in a supine position. Usage State 4: Both the seat and backrest are flipped open relative to their original flat position. The first usage state is with the seat open and the fly arm closed. In this state, training can be conducted in a seated position with other equipment. The second usage state is with the seat open relative to the original flat position, the backrest flat, and the fly arm closed. In this state, training can be conducted in a reclining position with other equipment. The seat can be flipped to multiple angles, such as 15° or 30° relative to the original flat position. The backrest can be flipped to multiple angles, such as 30°, 45°, 60°, or 85° relative to the original flat position. The fly arm can be opened to multiple angles, such as 20°, 40°, 60°, 80°, 100°, 120°, 140°, or 160° relative to the original folded position.

A kneeling sitting postural positioning device characterized in that it comprises a first cushion (1) and a second cushion (2), available one on top of the other and joined by a connecting element (3).

The utility model relates to the technical field of medical instruments, in particular to an operating room nursing infusion support easy to store. The technical problems that in the operation process, the height of an infusion support is inconvenient to adjust according to the sitting posture of a patient, and when the patient needs to be moved or other operations need to be carried out in the operation process, nursing personnel cannot fold or store the infusion support conveniently are solved. According to the technical scheme, the operating room nursing infusion support easy to store comprises a movable adjusting assembly. In the operation process, the height of the infusion support can be adjusted by rotating the movable adjusting assembly, the width of the infusion support can be adjusted by pulling the storage adjusting assembly, when the infusion support needs to be stored, the movable adjusting assembly is rotated out, then the sliding adjusting assembly is rotated, the sliding adjusting assembly and the storage adjusting assembly can be taken out, and the infusion support can be conveniently stored. And the storage adjusting assembly is rotated, so that the storage adjusting assembly is stored, and the infusion support can be quickly stored.

Robotic systems and methods related to assisting a subject are disclosed. A robotic system may include a plurality of serially connected linkages which can be articulated to mirror a posture of the subject and / or transition the subject to a seated posture. The robotic system may comprise a plurality of actuators configured to move the plurality of serially connected linkages between a standing support configuration and a seated support configuration. The robotic system may include one or more moveable robotic limbs extending from one or more of the plurality of serially connected linkages that may be configured to be engaged with a body of the subject to facilitate transitioning the subject from the standing configuration to the seated configuration.

An apparatus configured to facilitate lat-pull down exercise with hip rotation exercise simultaneously includes a base frame, and a bench configured over the base frame to allow a user to sit thereon while performing exercises. A set of a pair of stabilizing pads attached below the bench and configured to secure thighs in place to stabilize the legs of the user and prevent unwanted movement during the hip rotation exercise. The apparatus includes a handlebar moveable with a set of gripping handles that allow the user in a seated position to hold the handles while performing the lat-pull down exercise. First and second weight stacks are configured to provide adjustable resistance while performing lat-pull down exercise and hip rotation respectively. Range controllers are implemented on the apparatus for lat-pull down and hip rotation movements for limiting movements of different types, such as movement of the first and second weight stacks, a motion of the handles, and an angular movement of the bench.

In an action processing method, a robot is controlled to move to an action region of an individual on a first support structure. According to a first motion sequence, a manipulator assembly of the robot is controlled to adjust the individual from a supine posture on the first support structure to a lateral recumbent posture on the first support structure. The manipulator assembly includes a first manipulator and a second manipulator. According to a second motion sequence, the manipulator assembly is controlled to adjust the individual from the lateral recumbent posture to an upright seated posture on the first support structure. According to a third motion sequence, the manipulator assembly is controlled to transfer the individual from the upright seated posture on the first support structure to an upright seated posture on a second support structure.

A racked modular system includes a rack frame defining a bay and a module that is received in the bay and removably mounted to the rack frame at a seated position. A locating interface constrains at least pitch and yaw at the seated position, and a quick-release latch with an over-center cam draws the module into the seated position. A backplane at the rear of the bay provides a blind-mate connector aligned with a corresponding connector of the module. Embodiments include floating mounts, vibration isolation, airflow shrouds, safety interlocks, and latch sensors. A vehicle cargo platform embodiment includes a pivot mast, a swing-arm, perforated trays with side rails, a ground-contacting stabilizer post configured to reduce hinge loading under payload, stops that define deployed positions, a travel latch, and an accessory hole matrix. Methods of installation, servicing, loading, and stabilizing the platform are also disclosed.

The invention relates to the technical field of massage equipment, and discloses a whole-body multi-posture vibration relaxing massager which comprises a fixed bottom plate. The U-shaped bracket is arranged on the fixed bottom plate; the vibration assembly is installed on the U-shaped support, two sets of rope belts are connected to the vibration assembly, an arc-shaped piece is installed between the two sets of rope belts, and a plurality of sets of massage heads are arranged on the surface of the arc-shaped piece. Through the collaborative design of the fixed bottom plate, the U-shaped support, the vibration assembly, the rope belts, the arc-shaped piece and the massage heads, the whole body multi-posture massage function is achieved; the massage device is adaptive to various using postures such as sitting postures, lying postures, standing postures and leaning postures, the arc-shaped piece fits the human body curve, the multiple sets of massage heads cover the neck, shoulders, the waist, the back and other parts of the whole body, manual hand holding is not needed, vibration is uniform, the force is stable, muscle fatigue can be relieved, blood circulation can be promoted, the requirements of families and office scenes can be met, and using convenience and practicability are greatly improved.

The utility model provides a fumigation nursing device for neurology patients, which belongs to the field of medical nursing instruments and comprises a mounting table, a lifting component and an adjusting component. A containing cavity is formed in the top of the mounting table, and a fumigator is mounted in the containing cavity; an installation frame is installed on one side of an installation table, a stepping motor rotates to drive a lead screw to rotate in the installation frame, the lead screw rotates to drive a lifting block with the surface in threaded connection to rotate along with the lead screw, a fixing base is installed on the surface of the lifting block, and sliding blocks installed on the back of the fixing base slide on the surfaces of guide rails installed on the two sides of the installation frame. When the lead screw rotates, the lifting block slides and lifts along the lead screw, the lifting block lifts to drive the fixing seat and the atomization pipe on the surface to lift, so that the height of the fumigation cover is adjusted, the height of the equipment is conveniently adjusted according to the height of the sitting posture of a patient, operation and use are convenient, and the flexibility is improved.

Vehicle seat safety system, comprehensive: a vehicle seat (100) configured to move between a substantially reclining position and a substantially seated position, the vehicle seat (100) comprising at least a backrest (120) and a seat surface (130); an enclosure configured to store a ceiling airbag (210) in a deflated position prior to a collision, wherein the enclosure is located near the head of a passenger (101) in the vehicle seat (100); a first electromechanical restraint system (710R) assigned to the backrest (120) and coupled to the ceiling airbag (210) by a first physical coupling; and a second electromechanical restraint system (710L) assigned to the seat surface (130) and coupled to the ceiling airbag (210) by a second physical coupling, wherein the first and second electromechanical restraint systems (710R, 710L) pull the ceiling airbag (210) from the unfurled position to a furled position in which the ceiling airbag (210) substantially covers the sections of a passenger (101) that are located on the backrest (120) and the seat surface (130).

A multi-position seat for a boat is configurable to support a person in different positions, such as one or more seated positions and one or more standing positions. The multi-position seat can include a seat bottom, a bolster, and a rest. The bolster can be movable between a use position and an access position. In the use position, the bolster is located above the seat bottom, and in the access position, the bolster is displaced relative to the use position. The rest is movably mounted relative to the seat bottom and positionable in a leaning position and a retracted position. In the leaning position, the rest extends upwardly at an angle transverse to the seat bottom to support at least a portion of an occupant leaning against the rest. In the retracted position, the rest is displaced relative to the leaning position.

A massage chair comprises a frame structure, and an integrated torso support and a seat connected to the frame structure, which may be collapsible. The integrated torso support includes (a) an annular frame portion having a frame opening sized to accommodate a protruding abdomen of a pregnant or obese person, and (b) annular padding configured for removable attachment to the annular frame portion. The annular padding defines an abdominal opening sized to match or reduce the size of the frame opening. The seat is configured with a width sufficient to support a pregnant or obese person in a seated position. A massage chair transport system is also described.

To provide a bed device, etc., that can perform appropriate processing according to the user's condition on the bed device. [Solution] A bed device comprising a detection unit for detecting the load of a user on the bed device and a control unit, wherein the control unit sets a first region and a second region on the surface on the bed device where the user is located, determines the current center of gravity position of the user on the bed device from the load, calculates the amount of movement between the current center of gravity position and the past center of gravity position, predicts that the user will assume a seated position based on the current center of gravity position and the amount of movement when the current center of gravity position is in the first region, and predicts that the user will assume a seated position based on the current center of gravity position when the current center of gravity position is in the second region.

Knee orthoses or prostheses can be used to automatically, when appropriate, initiate a stand-up sequence based on the position of a person's knee with respect to the person's ankle while the person is in a seated position. When the knee is moved to a position that is forward of the ankle, at least one actuator of the orthosis or prosthesis is actuated to help raise the person from the seated position to a standing position.

Treadmills and treadmill accessories for allowing physically impaired individuals to exercise and engage in therapeutic rehabilitating activities without the need for assistance from other individuals include a seat integrated into the treadmill or accessory to allow the physically impaired individual to exercise on a treadmill from a seated position or to step onto a running deck of a treadmill from a seated position.

A racked modular system includes a rack frame defining a bay and a module that is received in the bay and removably mounted to the rack frame at a seated position. A locating interface constrains at least pitch and yaw at the seated position, and a quick-release latch with an over-center cam draws the module into the seated position. A backplane at the rear of the bay provides a blind-mate connector aligned with a corresponding connector of the module. Embodiments include floating mounts, vibration isolation, airflow shrouds, safety interlocks, and latch sensors. A vehicle cargo platform embodiment includes a pivot mast, a swing-arm, perforated trays with side rails, a ground-contacting stabilizer post configured to reduce hinge loading under payload, stops that define deployed positions, a travel latch, and an accessory hole matrix. Methods of installation, servicing, loading, and stabilizing the platform are also disclosed.

Robotic systems and methods related to assisting a subject are disclosed. A robotic system may include a plurality of serially connected linkages which can be articulated to mirror a posture of the subject and / or transition the subject to a seated posture. The robotic system may comprise a plurality of actuators configured to move the plurality of serially connected linkages between a standing support configuration and a seated support configuration. The robotic system may include one or more moveable robotic limbs extending from one or more of the plurality of serially connected linkages that may be configured to be engaged with a body of the subject to facilitate transitioning the subject from the standing configuration to the seated configuration.

The present invention discloses a novel design of the height-adjustable travel pillow that provides head cushioning, and lateral support and stays in place when the user is in a seated position or semi-reclined. The travel pillow includes an inflatable system in its core which allows the user to achieve the desired thickness level to ensure maximum comfort and rest to the user.

This invention provides a lower limb rehabilitation exoskeleton device, relating to the field of medical device technology. It includes: a base plate, and a seat assembly, a first rehabilitation mechanism, and a second rehabilitation mechanism sequentially arranged on the base plate. The second rehabilitation mechanism includes two sets of second electric telescopic rods and a second mounting block fixed to the telescopic end of each second electric telescopic rod. Rotatable lifting components are also provided on the opposing surfaces of the two mounting plates. This lower limb rehabilitation exoskeleton device, through its seat assembly, first rehabilitation mechanism, and second rehabilitation mechanism, enables active or passive range of motion rehabilitation training of the lower limbs in a seated position. Furthermore, the structural characteristics of the second rehabilitation mechanism allow for adjustment of the frequency, amplitude, and height of the lifting components, thereby adapting to different requirements of ankle joint rehabilitation training during the patient's rehabilitation process. It can also meet the patient's need for de-edema reduction in both static and active ankle joint states, further improving the rehabilitation effect.