DE202008005094U1 - Standing device for the rehabilitation of physically disabled persons - Google Patents

Abstract

Standing device for the rehabilitation of physically disabled persons comprising
A stand frame with a foot part (2) and a pillar (3) which extends upwardly therefrom, preferably height-adjustable,
- One on the pedestal (3) mounted table top (13), and
- If necessary, on the pedestal (3) mounted handrails (22) and / or knee pads (26),
characterized in that
- The pedestal (3) via a pivot bearing (7) between an upright active position and a flat-laid rest position is pivotally mounted on the foot part (2) and
The table top (13) and the handrails (22) and / or knee bolsters (26), if required, also between an active position and substantially at an angle of 90 ° about a horizontal transverse axis (Q, Q22, Q26) relative to the pedestal ( 3) folded down rest position are pivotable.

Description

The The invention relates to a standing device for the rehabilitation of the body-impaired Persons with the features specified in the preamble of claim 1.

such Standing devices are in the relevant market for Rehabilitation aids, for example in the form of public prior use the applicant known. They have a rack with a footboard and a generally height-adjustable pedestal, an attached table top and - depending on the degree of impairment the person using the standing device - if necessary additional handrails and support plates for feet and knee pads.

The Person practicing with the standing device will help with it a patient-restraining belt over the lower back and buttocks area of the patient is, usually from a wheelchair in standing position at the Table top spent and held there by the patient-holding strap over appropriate trains to which he is attached to the table top is attracted. For those trains that involve it For example, are straps are for length adjustment mounted on the stand frame winding drives.

From the EP 0 911 013 B1 Furthermore, a standing desk with integrated stand-up aid is known in which the table top is adjustable in the horizontal and vertical directions on a lifting column. On the table top, a sling is flanged, which serves to hold a disabled person. The rising movement is caused by a superimposed displacement of the tabletop unit in the horizontal and vertical directions. The sling itself is adapted via a motorized spindle drive on the underside of the table top to the physique of the patient and in particular by tightening. For a lifting movement of the patient, this belt tensioner is not responsible.

In the standing device according to DE 10 2005 007 206 A1 a pivotable mounting of the column section with table top is provided around a located in the foot part horizontal pivot axis such that the aforementioned assembly of column section and table top to the person to be placed can be tilted by a small pivot angle. Thus, the outgoing from the upper end of the column section and guided under the table top train is lowered over the thighs of the person towards the hip, so that the belt-train steeper to the patient-holding belt out and when tightening the belt-train the corresponding Direction of traction steeply pointing upwards. In that regard, the person is thus raised physiologically correct.

all Standing devices, as known from the prior art are the problem, that these rehabilitation aids have a voluminous structure. As a body-impaired person safely supported when getting up and out of a wheelchair kept stable in the standing position in front of the device must be, the foot is comparatively large area. Upwards, the standing device extends to the level of the stomach Even tall people, so that the device is not Unobtrusively set aside, if it is currently not needed.

From that Based on the object of the invention, a standing device for the rehabilitation of physically disabled persons stowable for storage purposes with a small footprint stowable is.

• – die Standsäule über ein Schwenklager zwischen einer aufrechten Aktivposition und einer flachgelegten Ruheposition schwenkbar am Fußteil gelagert ist und
• – die Tischplatte sowie die bedarfsweise vorgesehenen Handläufe und/oder Kniepolster ebenfalls zwischen einer Aktivposition und einer im Wesentlichen in einem Winkel von 90° um eine horizontale Querachse relativ zur Standsäule abgeklappten Ruheposition schwenkbar sind.

This object is achieved by the features stated in the characterizing part of claim 1, which

• - The pedestal is pivotally mounted on a pivot bearing between an upright active position and a flat-laid rest position on the foot part and
• - The table top and the required provided handrails and / or knee bolster are also pivotable between an active position and a folded substantially at an angle of 90 ° about a horizontal transverse axis relative to the pedestal rest position.

by virtue of the pivotability of all the footboard directly or over the pedestal mounted components of the standing device this can be folded up into a laid-flat resting position, although it still has at least the same footprint as evidenced in the asset position, but because of that only existing small height, for example, erected and in a narrow gap between a wall and about a cupboard or laid flat under a bed pushed can be.

The Significantly smaller exterior for the standing device in its folded resting position it turns natural also with regard to a greatly reduced space requirement during storage and shipping the standing device within the relevant Production and distribution channels beneficial noticeable.

The dependent claims give advantageous developments of the standing device again, their characteristics, details and Advantages of the following description of an embodiment refer to the attached drawings. It demonstrate:

1 a perspective view of a standing device in the active position,

2 and 3 Side and front views of the standing device according to 1 in active position,

4 and 5 a perspective or front view of the standing device in an intermediate position with folded handrails,

6 a perspective view of the standing device in a subsequent intermediate position with folded table top and placed down handrails,

7 a perspective view of the standing device in a further intermediate position with folded knee pads,

8th a perspective view of the standing device in its flat rest position,

9 and 10 a side view and top view of the standing device in this rest position.

Based on 1 respectively. 3 explain the basic structure of the standing device. So is one as a whole with 1 designated stand frame with a footboard 2 and an upright extending pillar 3 intended. The foot part 2 consists of a substantially H-shaped frame 4 , at the ends of which blockable rollers 5 are pivotally mounted for the standing device. Center on the crossbar 6 of the frame 4 is the pedestal 3 over a pivot bearing 7 pivotally mounted in a manner to be discussed in more detail. In the frame 4 is also a platen 8th with heel shells 9 used to hold the feet of a person using the standing device.

The pillar 3 is designed as a telescopic column, whose lower, outer guide rod 10 the slidably guided therein, upper adjustment rod 11 receives. To support their height adjustment movement is within the guide rod 10 arranged in the drawings unrecognizable gas spring, which is the adjusting rod 11 acted upon in a vertical upward direction.

On the upper end of the adjusting rod 11 is a functional housing 12 arranged on the one hand receives the control and drives not shown in the drawings, initially discussed slings. At the same time this cuboid shaped, with its main direction transversely extending functional housing 12 as a bearing block for the pivotal mounting of the table top 13 , The latter is via a longitudinal guide 14 in the depth direction T on a bearing frame 15 adjustable. The latter in turn is hinged 16 between the in 1 to 3 shown active position in one of the 6 and 7 90 ° down about a horizontal transverse axis Q pivotable on the functional housing 12 stored. To be able to determine each pivot position between the two extreme positions shown, are on the layer frame 15 on both sides guide arm 17 struck, with long holes 18 slidable on a crossbeam 19 on the functional housing 12 to run. Using the clamping handle 20 can change the position of the guide link 17 relative to the traverse 19 and therefore the angle of the table top 13 be determined.

At the top of the guide bar 10 are over a sliding sleeve 21 two angular handrails 22 on both sides of the pedestal 3 height adjustable and with the help of a clamping handle 23 on the sliding sleeve 21 stored in a certain height position. Also the handrails 22 are about a horizontal transverse axis Q22 between one in the 1 to 3 shown active position and in the 4 to 6 shown, pivoted by 90 ° down rest position stored. To do this, the handrails sit 22 with their inward struts 24 on corresponding round bars (not shown), which are on both sides in opposite directions from the sliding sleeve 21 extend out. Using locking bolts 25 on the struts 24 the handrails 22 the latter can be locked in their active and rest position by the locking bolts 25 engage in corresponding recesses in the round bars.

To accommodate the introduced into the handrails torque formed as a multiplicity wave ends of the handrails are respectively inserted into corresponding scenes that on the sliding sleeve 21 are welded.

Finally, as a support for the person using the standing device two knee pads 26 provided on parallel to each other in the depth direction T extending struts 27 in appropriate guides 28 are stored. In these guides 28 are locking bolts 29 provided, with the rows of recessed recesses 30 in the struts 27 work together. This is the knee pads 26 fixable in different depth positions.

The guides 28 in turn are on square crabs 31 fixed, which sit on a transversely extending Q26 square bar. The respective position of the square sleeves 31 on the square bar 32 is in each case by clamping screws 33 fixable. At the opposite ends of the square rod 32 are in the outer contour smaller rods 34 scheduled, with an end stop 35 are provided. The length of the rods 34 is greater than the guide length of the respective square sleeve 31 so that the latter of the square rod ge 32 deducted, on the round rod 34 turned and then back to a pivoted in 90 ° down position on the square rod 32 can be locked. This is the knee pads 26 from in the 1 to 6 shown active position in the in 7 shown rest position pivoted down and lockable in these positions. So that the knee pads 26 can not be completely deducted from their storage, they are from the end stops 35 when turning on the round bars 34 held.

The square bar 32 for storage of knee pads 26 By the way, with two guide sleeves 39 on both sides of the pedestal on parallel struts 40 slidably guided. Thus, the knee pads 26 slidable in height, with a certain height position using the locking bolts 41 in the guide sleeves 39 by engagement in one of the recesses 42 can be fixed in the round struts.

The transfer of the standing device of the in the 1 to 3 shown active position in the in 8th to 10 shown rest position is explained as follows:
In the first step, the clamping screws 33 on the square crabs 31 the knee pad storage solved and the latter - as described above - of the square rod 32 led to the outside, in the area of the round rods 34 swung down and back on the square rod 32 pushed back. In this position, the clamping screws 33 tightened again (slightly) so that the knee bolsters 26 in the in 7 are shown position shown.

The next measure is the folding down of the handrails 22 down by the locking bolts 25 unlocked, the handrails 22 in each case a short distance to the outside and swung down. In this folded position, the locking bolts 25 locked again, leaving the handrails 22 in the in 4 and 5 shown position are securely stored.

The next step is the horizontally aligned table top 13 in their longitudinal guidance 14 pushed to the rear stop, the clamping handle 20 solved and the plate 13 panned down like this in 6 is shown. In this position, the clamping handle is tightened again (lightly) to the table top 13 secure in this position.

To the handrails 22 in its folded position as far as possible to push down, the clamping handle 23 opened and the sliding sleeve 21 maximum pushed down. Subsequently, the adjusting rod 11 the pedestal 3 acting on clamping handle 36 solved and the adjustment rod 11 maximum distance in the guide rod 10 inserted. This is the table assembly from pedestal 3 , Functional housing 12 , Bearing frame 15 and tabletop 13 in their lowest position, in which they by tightening the clamping handle 36 is secured.

For moving the pedestal 3 in the in 8th to 10 shown rest position is the the pivot bearing 7 the pedestal 3 assigned clamping crank 37 in the area of the pivot bearing 7 for the pedestal 3 open, allowing the locking of the pivot bearing 7 lifted and the pedestal 3 can be pivoted from its upright position to the horizontal. Because of the pillar 3 a gas spring 38 between guide rod 10 and frame 4 is assigned, the considerable weight of the entire pedestal is supported with all attachments, so that this module can be safely and without much effort folded and also raised again. In the in 8th to 10 shown rest position is the pedestal 3 secured by a locking, not shown, so that the entire standing device then forms a compact, easily manageable and stowable unit.

In noticeably advantageous manner, all displaceable components of the standing device remain captive during the conversion at the pillar acting as a backbone 3 attached. In the rest position, moreover, all components are flattened flat in one plane, so that the damming height or - in upright storage - the dust width are particularly compact in their dimension.

QUOTES INCLUDE IN THE DESCRIPTION

This list The documents listed by the applicant have been automated generated and is solely for better information recorded by the reader. The list is not part of the German Patent or utility model application. The DPMA takes over no liability for any errors or omissions.

Cited patent literature

• - EP 0911013 B [0004]
• - DE 102005007206 A1 [0005]

Claims (9)

Standing device for the rehabilitation of physically disabled persons comprising - a base frame with a foot part ( 2 ) and an upwardly extending, preferably height-adjustable pedestal ( 3 ), - one on the pedestal ( 3 ) mounted table top ( 13 ), and - if necessary at the pedestal ( 3 ) attached handrails ( 22 ) and / or knee bolsters ( 26 ), characterized in that - the pedestal ( 3 ) via a pivot bearing ( 7 ) pivotable between an upright active position and a flat resting position on the foot part ( 2 ) is stored and - the table top ( 13 ) and the handrails provided as required ( 22 ) and / or knee bolsters ( 26 ) also between an active position and substantially at an angle of 90 ° about a horizontal transverse axis (Q, Q22, Q26) relative to the pedestal ( 3 ) folded down rest position are pivotable. Standing apparatus according to claim 1, characterized in that the pivot bearing ( 7 ) of the pedestal ( 3 ) a gas spring ( 38 ) is assigned to the weight support. Standing apparatus according to claim 1 or 2, characterized in that the pedestal ( 3 ) is designed as a telescopic column whose Höhenverstellbewegung is supported by a gas spring. Standing apparatus according to one of the preceding claims, characterized in that the pedestal ( 3 ) in its rest position on the foot part ( 2 ) is latched. Standing apparatus according to one of the preceding claims, characterized in that the table top ( 13 ) on one of the pillars ( 3 ) pivotally mounted bearing frame ( 15 ) is adjustably mounted in its depth direction (T). Standing apparatus according to claim 5, characterized in that the pivoting position of the bearing frame ( 15 ) by a clamping device ( 20 ) in any pivoting angles within the adjustment range of the bearing frame ( 15 ) is determinable. Standing apparatus according to one of the preceding claims, characterized in that the handrails provided as required ( 22 ) and / or knee bolsters ( 26 ) in its active and rest position by locking devices ( 25 ; 31 . 32 . 33 ) are locked. Standing apparatus according to claim 7, characterized in that the arresting device for the handrails ( 22 ) each by locking bolts ( 25 ) are formed, which with recesses in the pivot bearing of the handrails ( 22 ) cooperate. Standing apparatus according to claim 7, characterized in that the locking device for the knee bolsters ( 26 ) by a square bearing rod ( 32 ) is formed, on each of which the knee pads ( 26 ) carrying square sleeve ( 31 ) can be plugged in different angular positions.