序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
221 Wheelchairs EP03251925.8 2003-03-27 EP1348414A3 2004-03-03 Nelson, Sean Patrick; Suddaby, Thomas Paul

A wheelchair (10) comprises a seat member (14) pivotally mounted on support beam (16) of a chassis (12). The chassis (12) includes a pair of spaced-apart side elements (18), each depending from the support beam (16) and having a first part (20) supporting a front ground-engaging wheel (22) and a second part (24) supporting a rear ground-engaging wheel (26). A bracing member (32) extends between the second parts (24) of the side elements (18), and supports a variable length strut (68). The variable length strut (68) extends from the bracing member (32) to rearward part (66) of seat member (14) and controls pivotal movement of seat member (14) around support beam (16).

222 Adjustable foldable planar seat EP03014703.7 2003-06-27 EP1374819A1 2004-01-02 Watkins, Mervyn M.

Systems and techniques are disclosed for a planar seating apparatus having a seat support (110) in a first plane, a back support (130) in a second plane and coupled to the seat support (110), and a plurality of side supports (160,210) coupled to the back support. The plurality of side supports are adjustable and capable of folding, as is the back support, to provide a compact and easily transportable and storable device.

223 Wheelchairs EP03251925.8 2003-03-27 EP1348414A2 2003-10-01 Nelson, Sean Patrick; Suddaby, Thomas Paul

A wheelchair (10) comprises a seat member (14) pivotally mounted on support beam (16) of a chassis (12). The chassis (12) includes a pair of spaced-apart side elements (18), each depending from the support beam (16) and having a first part (20) supporting a front ground-engaging wheel (22) and a second part (24) supporting a rear ground-engaging wheel (26). A bracing member (32) extends between the second parts (24) of the side elements (18), and supports a variable length strut (68). The variable length strut (68) extends from the bracing member (32) to rearward part (66) of seat member (14) and controls pivotal movement of seat member (14) around support beam (16).

224 Deformity back system EP96200675.5 1992-02-18 EP0721753B1 2000-01-26 Jay, Eric C.; Dyer, John A.; Dinsmoor, John C.
225 MODULAR BACKREST SYSTEM FOR A WHEELCHAIR EP98954927.0 1998-09-23 EP0957717A1 1999-11-24 BAR, Christopher, A.; CLAPPER, Dennis, L.
A modular backrest system (30) for a wheelchair (10) is removably attached to backrest posts (26) of the wheelchair. The backrest system includes a back support (34) that provides a surface against which the back of a wheelchair user rests, and a support chassis (32) mounted to the back support for supporting the back support at a desired incline with respect to the posts, and at a desired seat depth with respect to the seat. An attachement assembly (42) is further included that is operably connected to the support chassis at two locations and to the posts to allow the support chassis and back support to be readily removed from or attached to the chair. One embodiment of the back support includes a backing plate, and a cushion or insert attached to a forwardly presented face of the backing plate (182). Another embodiment of the back support includes a pluraltiy of pads (300) adjustably attached to support tubes extending upwardly from the support chassis. Each pad is attached to a support tube by an elbow joint (338). Each pad is attached to the elbow joint by a ball and socket joint (342).
226 Orthopedisches Bewegungssystem EP96117104.8 1996-10-24 EP0770372A2 1997-05-02 Halsig, Peter

Bei den hier vorgestellten kinetischen Möbeln , Bewegungs - und Körperkorrektursystemen richtet sich das Hauptaugenmerk und der Anspruch auf den möglichst anatomie - sowie physiologienahen Bewegungsablauf , die Aufnahme und Lenkung diverser und differ - renziert zu behandelnder Widerstände durch und während einer Bewegung , den Einfluß von gelenkter Bewegung und der zu erwartenden körpereigenen Reaktion durch die neurophysiologisch , - psychologischen Gegebenheiten auf Beruf , Alltag , Krankheit oder Leiden , das Fordern oder Fördern eigener Bewegungsantriebe oder körperlicher Restfunktionen und in der Hauptsache auf das Vermeiden von Sekundärschäden durch Haltungen und Stellungen in Beruf und Alltag .

227 DEFORMITY BACK SYSTEM EP92907903 1992-02-18 EP0572558A4 1994-09-14 JAY ERIC C; DYER JOHN A; DINSMOOR JOHN C
A back system for use in wheelchairs including a mounting means (50) and a rigid back sheel (36). The back system maintains its adjustment when removed from the wheelchair and may be fitted with a variety of padding systems including a modular system of foam blocks (12).
228 DEFORMITY BACK SYSTEM EP92907903.0 1992-02-18 EP0572558A1 1993-12-08 JAY, Eric, C.; DYER, John, A.; DINSMOOR, John, C.
Un système de dossier destiné à être utilisé dans des fauteuils roulants comprend un moyen de montage (50) ainsi q'une structure de dossier rigide (36). Ledit système de dossier conserve son réglage lorsqu'il est retiré du fauteuil roulant, et on peut l'équiper des divers systèmes de rambourage comprenant un système modulable de blocs de mousse (12).
229 Bewegungssystem für Liege-, Sitz- und Stehmöbel EP88116894.2 1988-10-12 EP0311993A3 1990-01-31 Halsig, Peter

Es wird ein Sitz- oder Liegesystem bestehend aus Sitz- oder Liegemöbel vorgeschlagen, welches mehrere mit Luft o. dgl. auffüllbare Druckpolster aufweist. Um die Sitz- oder Liegeeigenschaften weiter zu verbessern, inbesondere um ein ermüdungsfreies Sitzen oder Liegen zu gewährleisten, werden die Druckpolster (2) von einem pulsierenden Druckmedium beaufschlagt, wobei die zu- bzw. abströmende Druckluftmenge sowie die Zeitspanne geregelt ist.

230 METHOD FOR ACQUIRING SHAPE DATA FOR PROCESSING OR ASSEMBLY OF SUPPORT PLATE FOR CUSTOMIZABLE CHAIR, PREPARATION METHOD OF SUPPORT PLATE FOR CUSTOMIZABLE CHAIR, SUPPORT PLATE FOR CUSTOMIZABLE CHAIR, AND CUSTOMIZABLE CHAIR PCT/KR2012003076 2012-04-20 WO2012144858A3 2013-01-17 LEE TAE-WON; LEE HYUNG-GON
The present invention relates to a method for acquiring shape data for the preparation of a support plate for a customizable chair, a preparation method of a support plate for a customizable chair, a support plate for a customizable chair, and a customizable chair to enable the manufacturing of a customizable chair customized for individual body shapes, which does not provide a standardized chair but a customized chair optimized for individuals and patients with spinal deformities such as scoliosis, lordosis and the like, as well as normal people without spinal deformities. To achieve this objective, the method of the present invention obtains shape data for the preparation of a support plate for a customizable chair comprising at least a support plate for supporting the back of a user and a seat plate for supporting the hips and the thighs, wherein the method acquires the body shape data obtained by measuring the outer shape of the user as the shape data for forming a support surface of the support plate of the customizable chair in the state that the spinal posture of a user using the customizable chair is maintained to be the reference spinal posture.
231 WHEELCHAIR BACK MOUNTING ASSEMBLY PCT/US2009052677 2009-08-04 WO2010017183A3 2010-04-01 GOECKEL GREGORY W; BEE JEFFREY A; PARSONS DAVID K
An adjustment apparatus (100) for a wheelchair back that can be used with various backs, that can be adjusted in a plurality of ways using a single adjustment point (104), and that can be adjusted without the use of tools. In another aspect, includes a support mechanism (200) for mounting an adjustment apparatus (100) for a wheelchair back that can be engaged using gravity, that provides at least one support point, and that can be utilized without the use of tools. Still another aspect of the wheelchair back assembly includes a mounting clamp (300) that is simple in construction, that provides at least one support point, and that can be easily disassembled and adjusted to accommodate upright frame members of various diameters without the use of a tool.
232 PNEUMATIC SUPPORT SYSTEM FOR A WHEEL CHAIR PCT/US2006006805 2006-02-27 WO2006093855A3 2007-11-29 MAKHSOUS MOHSEN; LIN FANG; TAYLOR SUSAN
A pneumatic support system for a wheelchair is provided herein An implementation includes a support unit that supports a portion of the body of a user, a control unit that permits the user to control whether the support unit gets inflated or deflated, and a compressor that provides pressurized air to the support unit to inflate the support unit The wheelchair has a valve, such when the user indicates that the support unit is to be inflated, the control unit sends a signal to the valve to move the valve to a first position, thereby permitted the pressurized air to reach the support unit In one implementation, the wheelchair has one or more thoracic support units and one or more pelvic support units The thoracic support units and or the pelvic support units may be pivotally attached to the back support of the wheelchair
233 METHOD FOR ACQUIRING SHAPE DATA FOR PROCESSING OR ASSEMBLY OF SUPPORT PLATE FOR CUSTOMIZABLE CHAIR, PREPARATION METHOD OF SUPPORT PLATE FOR CUSTOMIZABLE CHAIR, SUPPORT PLATE FOR CUSTOMIZABLE CHAIR, AND CUSTOMIZABLE CHAIR PCT/KR2012003076 2012-04-20 WO2012144858A2 2012-10-26 LEE TAE-WON; LEE HYUNG-GON
The present invention relates to a method for acquiring shape data for the preparation of a support plate for a customizable chair, a preparation method of a support plate for a customizable chair, a support plate for a customizable chair, and a customizable chair to enable the manufacturing of a customizable chair customized for individual body shapes, which does not provide a standardized chair but a customized chair optimized for individuals and patients with spinal deformities such as scoliosis, lordosis and the like, as well as normal people without spinal deformities. To achieve this objective, the method of the present invention obtains shape data for the preparation of a support plate for a customizable chair comprising at least a support plate for supporting the back of a user and a seat plate for supporting the hips and the thighs, wherein the method acquires the body shape data obtained by measuring the outer shape of the user as the shape data for forming a support surface of the support plate of the customizable chair in the state that the spinal posture of a user using the customizable chair is maintained to be the reference spinal posture.
234 AUTOMATICALLY CONTROLLED THERAPEUTICALLY SHIFTING WHEELCHAIR SEAT PCT/US2007082177 2007-10-23 WO2008051946A3 2008-12-04 TORRES HANK; MARSDEN RANDAL JAY
A controller module for a wheelchair automatically, automatedly adjusts position of the wheelchair seat with respect to the wheelchair base. The wheelchair seat is pivotally connected to the wheelchair base, and the seat is moveable with respect to the base by a powered actuator. The controller module includes a microprocessor connected to the powered actuator, a sensor connected to the microprocessor, and interfaces for use in making selections among options for the programmed sequence. The microprocessor performs a programmed sequence, to periodically adjust the seat position when the wheelchair seat is occupied. The signal from the sensor is feedback to the microprocessor for operations according to the programmed sequence. A display of the controller module can provide output information. The controller module can provide medical and therapeutic benefits by operations of periodically adjusting the seat position, thereby varying a wheelchair occupant's pressure contacts, weights, and loadings against the seat.
235 A CHAIR FOR A DISABLED PERSON PCT/EP2007001138 2007-02-09 WO2007090677A8 2007-09-27 LECKEY JAMES
The present invention provides a chair for a physically disabled person which is adapted to accommodate a wide range of physical disabilities though multiple adjustable features, and which chair effects correction of posture while a person, in particular a child, is seated in the chair.
236 CLAMPING ASSEMBLY PCT/US2006040469 2006-10-16 WO2007047631A2 2007-04-26 LOEWENTHAL HOWARD L; HULSE DANIEL M
The present application discloses several embodiments of clamping devices and quick connect attachment devices. In one embodiment, a clamping device includes two wedge members that are forced together to engage a frame component. In another embodiment, a quick connect attachment or latching assembly includes components that slide together and are then fixed, by moving a protrusion into a recess.
237 METHOD FOR ACQUIRING SHAPE DATA FOR PROCESSING OR ASSEMBLY OF SUPPORT PLATE FOR CUSTOMIZABLE CHAIR, PREPARATION METHOD OF SUPPORT PLATE FOR CUSTOMIZABLE CHAIR, SUPPORT PLATE FOR CUSTOMIZABLE CHAIR, AND CUSTOMIZABLE CHAIR PCT/KR2012003076 2012-04-20 WO2012144858A4 2013-03-07 LEE TAE-WON; LEE HYUNG-GON
The present invention relates to a method for acquiring shape data for the preparation of a support plate for a customizable chair, a preparation method of a support plate for a customizable chair, a support plate for a customizable chair, and a customizable chair to enable the manufacturing of a customizable chair customized for individual body shapes, which does not provide a standardized chair but a customized chair optimized for individuals and patients with spinal deformities such as scoliosis, lordosis and the like, as well as normal people without spinal deformities. To achieve this objective, the method of the present invention obtains shape data for the preparation of a support plate for a customizable chair comprising at least a support plate for supporting the back of a user and a seat plate for supporting the hips and the thighs, wherein the method acquires the body shape data obtained by measuring the outer shape of the user as the shape data for forming a support surface of the support plate of the customizable chair in the state that the spinal posture of a user using the customizable chair is maintained to be the reference spinal posture.
238 SUPPORT AND CONTAINMENT STRUCTURE FOR PERSONS PCT/IB2010002099 2010-08-27 WO2011024061A8 2011-04-28 GALANTE MARCO
A support and containment structure for persons comprises at least one support member (23) which extends mainly along a longitudinal axis (Y), and at least one containment element (11). The at least one containment element (11) is assembled transversely on the at least one support member (23) and is able to contain the trunk of the person. The at least one support member (23) consists of a plurality of modular elements (19) adjacent to each other, selectively adjustable in height and able to be clamped in a stable position by means of relative clamping means (13, 14, 25, 27). The modular elements (19) assume, in their entirety during use, a position substantially adapted to the trunk of the person in correspondence with his spine.
239 PIVOTING SIDE MOUNT AND QUICK RELEASE ASSEMBLY FOR A PELVIC STABILIZATION DEVICE PCT/US2005009086 2005-03-18 WO2005089582A3 2005-11-24 KOSH MATTHEW; TILDEN JOHN N
A pivoting side mount (26) which may used, for example, to attach a pelvic stabilization device (21) to a wheelchair. The pivoting side mount (26) includes first and second pivot brackets (152, 150) that are rotatably connected to one another and a spring (154), such as a rubber spring, for limiting the rotating movement of the two brackets relative to one another. A quick release assembly (28) is also provided. The quick release assembly (28) includes a receiver (30) and a body (40) that fits into the receiver. The body (40) includes one or more latches (42) that are biased outward and that snap into notches (44) in the receiver (30) when the body (40) is placed in the receiver (30). A release plate (46) is provided for releasing the latch or latches (42) from the notches (44).
240 SEAT BACK PCT/US0130448 2001-09-28 WO0228339A2 2002-04-11 GRIFFITHS BRYAN J; CHRISTOFFERSON JAMES L; PRATT SHARON L
A seat back includes a shell, a targeting member mounted to a lower portion of the shell, and a coupling member mounted to an upper portion of the shell. The targeting member is adapted to be positioned substantially colinear to the wheelchair occupant's posterior superior illiac spine. The coupling member mounted is adjustable independently of said targeting member to adjust the orientation of the shell without affecting the position of the lower portion of the shell.
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