WO2015113558A1

WO2015113558A1 - Device for putting on and/or taking off shoes or boots

Info

Publication number: WO2015113558A1
Application number: PCT/DE2015/100031
Authority: WO
Inventors: Alois Karg
Original assignee: Alois Karg
Priority date: 2014-02-03
Filing date: 2015-01-27
Publication date: 2015-08-06
Also published as: DE202014000928U1; DE112015000619A5

Abstract

The invention relates to a device for easing the putting on and tightening or opening and taking off of shoes or boots. Said device comprises at least one shoe attachment part with a tread surface (1a) on which the shoe or boot of users can be placed. Said shoe attachment part is designed as an adjusting part (1, 1a) which can be height-adjusted along a guide (2) on which the same means can be locked at a desired height by means of a locking device (3).

Description

Device for putting on and / or taking off shoes or

The invention relates to a device for facilitated tightening and closing or opening and undressing of shoes or boots according to the preamble of the appended claim 1.

Such devices with a shoe attachment part, which with a

Tread is provided for placing the shoe or boot of the user concerned, z. B. used in stool form in shoe stores. The tread is inclined and runs from the user view obliquely from the front bottom to the top rear. In this way, buyers of shoes or boots can place the models to be sampled on the tread and then conveniently slide their feet into the selected shoe or boot. However, these known Schuhaufsetzteile and their treads are immovably integrated into the stool, so that people due to their physique or physically disabled persons may have certain difficulties in shoe fitting, since the tread is either too high for their personal needs too low.

The present invention is therefore based on the object to improve the known such devices with shoe attachment and tread so that a tread surface adjustment to the individual needs of the buyer concerned is possible.

This object is solved by the features according to the characterizing part of the present claim 1. Because according to the invention that Shoe fitting part as along a guide height adjustable separate adjustment is executed, the user in question and buyers of shoes or boots can adjust the tread heightwise to his individual needs and then lock in the set height. Thus, an inventively designed device of the type mentioned an increased convenience in shoe fitting compared to the previously known devices.

While the appended claims 2 and 3 describe a practical embodiment of a guide for the adjustment and a suitable locking device with continuous height adjustment of the adjustment and its tread, the subject matter of claim 4 comprises an alternative embodiment of a

Locking device, in which the height adjustment of the relevant Schuhaufsetzteiles can be changed in stages. The height of the steps corresponds to the mutual distance of the holes, which follow one another in the or each guide post over the post longitudinal extent in a row. The adjustment can be assigned in this context only at one longitudinal side of a guide post or at its two longitudinal sides in each case a guide post, the latter alternative with two guide posts a particularly stable leadership of

Verstellteiles results. These two possibilities are provided in the appended claim 5 under protection.

While the subject of the just-negotiated claim 5 includes an adjustment with a rigid and unchangeable inclination, the claim 6 relates to an embodiment in which the

Trittflächeseinigung the adjustment part is manually changeable in a vertical plane. This is claimed as in appended claim 6 realized by providing a toothed coupling with circular teeth between the adjusting part and the longitudinal guide, wherein by a manual lateral displacement of the adjusting member against the

Biasing force of a biasing spring the respective toothed coupling can be brought into a disengaged position and then automatically engages again after rotation of the adjusting member to achieve the desired inclination under the pressure of the biasing spring when the sliding member is released. Thus, in the subject matter of claim 6, the release and

Engagement movement of the adjusting member along the tooth coupling axis takes place to a Abkantungsfreie disengagement or

To achieve Einkupplungsvorgang claim the accompanying claims 7-9 a transverse guide and an advantageous embodiment of this transverse guide, which leads the adjustment along the Federhubweges.

While the objects of claims 6-9 include a tilt adjustment of the relevant adjustment part by means of a toothed coupling and two provided on the two longitudinal sides of the adjustment guide posts with corresponding guide bushes, the appended claim 10 describes an embodiment also below

Use of a toothed coupling with circular teeth, but only a single guide post with guide bushing is required because the inventive provision of a common coupling axis for the toothed coupling ensures accurate axial guidance of the coupling movement with only one guide post. The mitbeanspruchte

Locking device holds the two gear coupling halves firmly in their engaged position against each other. An expedient embodiment of this locking device is claimed in the accompanying claim 1 1.

As claimed in appended claim 12, between the adjustment member and the guide bushing of the associated guide post

Ball joint is provided with locking device, it is possible to continuously change the inclination of the relevant adjustment part in different levels. In this context, claim 13 describes a particularly simple embodiment of the locking device of the ball joint.

If a stepless inclination adjustment of the relevant adjustment part can only be achieved in a vertical plane, this can, as claimed in the accompanying claim 14, with a hinge between the adjusting part and the guide bush of the associated

Guide post be realized.

The subordinate claim 15 describes in this context a simple and practical embodiment of the locking device used for the hinge.

The or each inventively provided guide post can, as claimed in the appended claim 16, be secured by a transverse bracket to a holder. This bracket can, for. B. be a house or room wall or according to the accompanying claim 17 as

Mounting plate be formed on the the complete

Schuhanzieheinrichtung is attached as a finished product. In the latter case, only the support plate is to be attached to the relevant wall or the like to a functional

Shoehorn to get. Of course, the attachment of the or the guide post by means of the crossbar also z. B. on a suitably trained holding part in stool form for a shoe store, if there is a need. If no retaining wall is available, as an alternative, the or each guide post used herein according to the invention can also be anchored to a pedestal, as provided in the appended claim 18 under protection. When a single guide post is anchored to this pedestal, the features of appended claim 19 make it possible to simultaneously support and adjust two adjustment parts on the guide post so that two users can do so in accordance with the invention

can use trained Schuhanzieheinrichtung.

An embodiment of a particularly suitable for the practice

Shoe lifting device with a stand and a single

Guide posts describe the subordinate claims 20 and 21, since the features claimed therein make it possible for each of the two different users on the one hand to adjust its adjustment part to a position convenient to it. In addition, with the

Characteristics of claim 21 additionally realized an embodiment in which the treads of the adjusting parts of the two persons are essentially usable from one and the same position. Alternatively, it is of course also possible that both adjustment parts have their treads in different directions.

While claim 22 is still a constructive expedient

Includes additional feature for the version with stand and a single guide post, the claims 23 and 24 describe an alternative construction with stand, which also the use of two individually adjusted adjustment parts made possible by two different people, since two guide posts are anchored to the base. The claimed in claim 25 measure brings in particular the sale and transport of a device according to the invention has the advantage that the or each guide post used in the disassembled state is transportable and thus forms a non-bulky shipping.

Of course, an inventively designed device can be used not only in shoe stores, but also for the

Domestic use can be used to put shoes or boots in a comfortable way or take off. Are these shoes or boots dirty by appropriate outdoor use, cleaning such shoes or boots z. B. by a

Shoe sole wipers done. If such a

Shoe sole wiper in the embodiments of a

inventive device with base and anchored thereto guide post should be used, as in the attached

Claim 26 is claimed with the features of

downstream claims 27-30 realized a particularly advantageous mounting of Schuhsohlenabstreifers on the base, since in this way the Schuhsohlenabstreifer can be very easily hooked to the base and removed again. In addition, the holder of the Schuhsohlenabstreifers on the stand by the scraper down facing nose or nose and, if necessary, in addition by its down-facing flat abutment edge is very stable, making the eingekaltete Schuhsohlenabstreifer with the stand practically a constructive unit. The invention will be explained in more detail below with reference to schematic drawings of several embodiments in not to scale. 1 shows two embodiments according to the invention in side view in the direction of the arrow A of FIG. 2, but omitting in FIG. 1 the front guide of the left adjusting part of FIG. 2 as seen in the direction of the arrow for better illustration of the fastening of this part FIG. 2 is a plan view of various embodiments partially shown in side elevation in FIG. 1; FIG.

FIG. 3 is a side view in the direction of the arrow B of FIG. 2, but FIG. 3 has omitted the front guide of the left-hand adjusting part of FIG. 2 as seen in the direction of the arrow for better illustration;

4 is a side view in the direction of arrow C of Fig. 3,

5 and FIG. 6 show in side and front view, respectively, a complete shoe strapping device attached to a support plate as a finished product, FIG.

FIGS. 7 and 8 show side and front views of an embodiment of a rotary joint which can be used according to the invention, FIGS. 9 and 10 show a side and front view of an embodiment of a toothed coupling which can be used according to the invention,

Fig. 1 1 and Fig. 12 in perspective or side view of an embodiment of the invention with base and

Shoe sole wiper and a single guide post, Fig. 13 and Fig. 14 is a front and side view of a

Embodiment of the invention with stand and

Schuhsohlenabstreifer and two guide posts, Fig. 15 and Fig. 15a in exploded view of a stand with collapsible guide post and its cross-sectional shape,

FIGS. 16 and 17 show a locking clip which can be used as a locking device for an adjustment part on the associated guide post

Side view and top view in the direction of the arrow F of Fig. 16, and

Fig. 18 shows an advantageous embodiment of a shoe sole wiper used here. In the drawings, the same or equivalent items are denoted by the same reference numerals. In this case, in FIGS. 4 shows different embodiments of a device according to the invention for facilitated tightening and closing or opening and undressing of shoes or boots. Each of these embodiments is in each case attached to a different side wall of a holder 15 with a rectangular outer cross section. In this context, each embodiment shown here includes a shoe attachment in the form of a

Adjustment part 1 with tread 1 a, on which the shoe of the user can be placed. The adjustment part 1 is along a lateral or two on both sides of the adjustment part arranged guides 2 in

Direction of the arrow G (Fig. 1) height adjustable feasible and lockable to the relevant guide by means of a locking device 3 in each set height position. Each guide 2 in this case comprises according to FIGS. 4 at least one guide post 2a - 2e with a respective guide post encompassing the guide bush 4, along the guide post and slid on which the Adjustment part 1 is held. In the embodiment shown in Figs. 3 is drawn on the left side of the drawing representation is on both long sides of the relevant adjustment part 1 a

Guide post 2a and 2b provided at the respective

Guide bush, the adjustment part 1 with a predetermined inclination of the tread 1 a is firmly attached. This fixed attachment is in

Present case realized by a weld 1 c (Fig. 1) between adjustment and guide bushing 4. To attach the guide posts 2a - 2e to the bracket 15 is at the top and / or bottom post end each have a cross bar 16a and 16b attached, which is fixedly attached with its other free end to the bracket 15 and in the mounted state the relevant adjustment part 1 in one whose free adjustability ensuring distance from the wall of the holder 15 holds. Such crossbars are in all in Figs. 1-. 4 embodiments provided for holding the respective guide post.

In the same way, all the embodiments according to FIGS. 1 to 4 have an identically formed locking device in the form of a locking screw 3a that can be rotated through a threaded bore of the or each guide bush 4 and with its front end against the outer surface of the associated guide post 2a-2e. If, as in the embodiment with unchanged inclination of the adjusting part 1, which is shown on the left side of Fig. 1 and Fig. 2, on each longitudinal side of the adjusting part in each case one

Guide post 2a and 2b is provided, locking screws 3a may be provided in both guide bushes 4 or only in a guide bush, if the positional stability of the adjustment part 1 permits. In the embodiment which is shown in the right part of Fig. 1 and in the lower part of Fig. 2, the adjusting part 1 is fixedly connected at its one longitudinal side with a coupling half 7a of a toothed coupling 7 with circular teeth, in which the toothing thus circular is arranged. The other coupling half 7b of the toothed coupling 7 is attached to the guide bush 4 of the one, this longitudinal side of the adjusting part 1 adjacent guide post 2c. On the other longitudinal side of the adjusting part 1 is another guide post 2d with

Guide bush 4 is provided, between which and the adjusting part 1 is a biasing spring 8. This biasing spring 8 presses the adjustment part 1 with its toothed coupling half 7a against the other

Gear coupling half 7b. The Federhubweg the biasing spring 8 is dimensioned so that the gear coupling 7 at pressure against the

Biasing spring 8 can be uncoupled, while after a corresponding rotation of the adjustment part 1 and releasing the same, the biasing spring 8 is relieved of pressure. In this way, the toothed clutch 7 locks at a different angular position with the adjustment part 1

connected coupling half 7a again, the

Tread inclination is changed accordingly. In order to guide the biasing spring and the adjusting part 1 along the Federhubweges, a generally designated by the reference numeral 9 transverse guide is provided between the guide bush 4 of the further guide post 2 d and the adjustment part 1. This transverse guide includes one at the

Guide bush 4 of the guide post 2 d fixed guide sleeve 9 a (Fig. 1). This guide sleeve 9a extends axially in the direction of Federhubweges and takes a projecting into the sleeve 9a

Guide pin 9b, which is attached to the adjustment part 1. During the lifting movement of the biasing spring 8, this guide pin 9b slides in one or the other direction in the sleeve 9a back and forth. For secure support and storage of the biasing springs 8, this spring surrounds the transverse guide 9 of guide sleeve 9a and guide pin 9b. To tilt and adjust the adjustment part 1 in various directions, according to a further embodiment of the invention, which is shown in the upper part of Fig. 2 and on the right side of Fig. 3 and in a side view in Fig. 4, between the adjustment part 1 and the guide bushing 4 of the only here

Guide post 2e a ball joint 1 1 with locking device 12 inserted. This locking device is a locking screw 12 which is rotated through the outer joint socket 1 1 a of the ball joint 1 1 and presses against the inner joint ball to lock the latter in its adjusted position. For storage of the ball joint 1 1 is a support arm 1 1 b on which the ball joint is seated and secured by a weld 1 1 c. The other free end of the support arm 1 1 b is also by means of welding to the

Guide bush 4 attached.

While in the embodiments of FIGS. 4 the

concerned transverse bracket 16 a and 16 b for holding the respective guides 2 to a holder 15 z. B. are mounted in the form of a stationary column with a rectangular cross-section or a stool in a shoe store, in the shown in Figs. 5 and Fig. 6

Embodiment, which is otherwise identical in principle with the relevant construction of Fig. 3 and Fig. 4, the complete

Shoehorn as finished product attached to a support plate 15a as a holder. This support plate has bores 15b for securing the plate to a room wall by means of fastening screws.

To a stepless tilt adjustment of the adjustment 1

is realized in a single, preferably vertical plane to or away from the user in the embodiment of Fig. 7 and Fig. 8 between adjustment part 1 and guide bush 4 of a

Guide post, the z. B. the guide post shown in Figs. 1 1 and Fig. 2 may be 2f, a hinge 13 with locking device 14 is inserted. In this case, the first joint jaw 13a of the rotary joint 13, which is fixedly connected to the guide bush 4, a

Threaded hole 13c parallel to the rotation axis 13d of the rotary joint 13. In the second joint jaw 13b of the rotary joint 13, which is adjacent to the first joint jaw 13a, a slot 13e is incorporated, which is at a radial distance from the pivot axis 13d and in

Circumferential direction along an inclination of the adjustment part 1 corresponding angle segment extends. A locking screw 14 as a locking device with a diameter in the width of the

Long holes 13e excess screw head 14a or with an abutment disc 14b mounted on the screw head 14a passes through the slot 13e and is for clamping the two

Thread jaws 13 a and 13 b in the direction of arrow D (Fig. 7) in the

Tapped hole 13c and a threaded bush 13g of the first

Joint jaw 13a screwed. As further shown in this context, the axis of rotation is 13d of the rotary joint 13 by a

Achsbolzen 13f realized that holds both jaws 13a and 13b of the hinge 13 together.

As already briefly mentioned above, the swivel joint shown in FIGS. 7 and 8 may be used in the inventive embodiment of FIGS. 11 and 12 to be described, the first joint jaw 13a of the swivel joint 13 having a connection to FIG the arm portion 18b of the support arm 18 forms, while the second

Joint jaw 13b is integrated in the holding arm 1 b of the adjustment part 1. The same hinge can also be found at the free end of the support arm 19 shown in FIG. In the same way, such Swing joints are also installed in the embodiment according to FIGS. 13 and 14 between the arms 21 and 21 b or 22 and 22 b.

Alternatively, as shown in FIGS. 7 and 8

Rotary joint can be replaced by a toothed coupling 7 with circular teeth, as shown in FIGS. 9 and 10. The

Adjustment part 1 is about his arm 1 b with the one

Coupling half 7a of the toothed coupling 7 connected to circular teeth, while the second toothed coupling half 7b is attached via an arm portion 18b of a support arm 18 (Fig. 1 1 and Fig. 12) to the upper guide bush 4 of the guide post 2f. Furthermore, sitting with the

Adjustment part 1 connected to a coupling half 7a for uncoupling in the direction of arrow E of Fig. 9 axially displaceable on a coupling halves 7a and 7b common coupling axis 10th This coupling axis 10 is in the present case by a

Locking device formed in the form of a threaded screw 10a, which is screwed into the coupling half 7b and the head-side end forms an abutment 10b. This abutment is engaged in the

Position of the two coupling halves 7a and 7b by screwing the threaded screw 10a against the second coupling half 7b pressed to hold both coupling halves together.

The exemplary embodiment according to FIGS. 11 and 12, in which the toothed coupling 7 shown in FIGS. 9 and 10 can be used, also has a pedestal 17 on which the guide post 2f is perpendicular Position is firmly anchored. At this guide post 2f are two axially following each other

Guide bushes 4a and 4b, each with an adjustment part 1 is provided. In the connection between the upper guide bushing 4a and the associated adjustment part 1, a support arm 18 is inserted with a downwardly facing arm portion 18a, which is aligned and in his Length is dimensioned so that both adjustment parts 1 are adjustable to the same height. The arm portion 18a extends at its lower end into the arm portion 18b, on which the one coupling half 7b of the toothed coupling 7 is attached. As far as the length of the arm portion 18a is concerned, this arm portion is chosen so long that, when the upper guide bush 4a is in a lowermost position accepted by all users of the device, the lower guide bush 4b with the associated adjustment part 1 is towards the upper one

Guide bush into a top position also accepted by all users. The construction is like that

formed so that both adjustment parts 1 with their treads 1 a point in the same direction and are in the same height set position next to each other, as shown in Fig. 1 1. To realize such a construction is in this embodiment, in the connection between the lower guide bush 4b and the

associated adjustment part 1, a support arm 19 is inserted, said support arm 19 is laterally offset with respect to the support arm 18 seen transversely to the post extension. To lock the two guide bushings 4 a and 4 b is as

Locking device provided a U-shaped locking clip 5, which is shown in detail and larger scale in Figs. 16 and Fig. 17. This locking clip comprises two mutually parallel legs 5a and 5b, which are interconnected by a yoke 5c and which at a distance from their free ends in each case one in the radial direction

carry the above abutment disc 5c and 5d. For use of the locking clip 5, the guide post 2f in the axial direction on a series of holes 6, as shown in an enlarged scale, inter alia, in Fig. 15. The bore cross section corresponds at least equal to the cross section of the staple legs 5a and 5b, with adjacent pairs of holes a the leg distance the locking clip 5 corresponding axial distance. Further, each guide bush 4a and 4b at least two holes, which are provided in a distance corresponding to the leg distance, so that through these two holes, the two legs 5a and 5b of the locking clip 5 can be passed and inserted into the respective pair of holes in the guide post 4, to the radial abutment discs 5c and 5d of the locking clip 5 against the outer surface of the respective guide bush 4a and 4b

attacks. In this way, the guide bushes 4a and 4b with the adjustment parts 1 connected thereto are set in the respective

Height position firmly anchored to the guide post 2f.

According to FIG. 13 and FIG. 14, on the base 17 at a parallel distance from each other, two each an adjustment part 1 bearing

Guide posts 2g and 2h are firmly anchored. The holder of the two adjustment parts 1 at the two guide posts 2g and 2h takes place in the same manner as in connection with the

Embodiment according to FIGS. 1 1 and Fig. 12 has been described. Both adjusting parts 1 are also fastened to the associated guide bushing 4 by means of holding and supporting arms 21 b and 21 or 22 b and 22 that are connected to one another in an articulated manner. The construction is chosen so that again turn both adjustment 1 with their treads 1 a in the same direction. As shown in FIG. 15, in the case of those discussed herein

embodiments of the invention or each

Guide post 2a - 2k in multiples of attachable,

in particular plug-in post pieces 2i and 2j exist. According to Fig. 15a, the post pieces are designed with a rectangular hollow profile and have at the end of a plug-in section 2k with reduced cross-section. With reference to FIG. 14 and FIG. 18 can the

Stand 17 in addition as a separate item a Schuhsohlenabstreifer 20 (see in particular Fig. 18) associated with a Sohlenabstreifkante 20c. This Schuhsohlenabstreifer 20 additionally has at least one downwardly facing nose 20a, which is inserted from above into an opening 17a in the top of the stand 17. This opening 17a can be selected from a number of openings 17a, which are distributed in the circumferential direction of the stand 17 at a mutual distance in the base upper side 17b. Furthermore, the base 17 can be supported on the ground via a flat side and abutment edge 17c facing downwards. The shoe sole wiper 20 also has a downwardly facing abutment edge 20b, which in an opening 17a on the upper side 17b of the stand 17th

pushed-in nose 20a of the Schuhsohlenabstreifers 20 on the side edge 17c of the base 17 rests flat. This planar system can, for. B. as shown can be achieved when the side edge 17c in the

Top view of the base 17 is polygonal and has straight side surfaces to which the likewise rectilinearly executed abutment edge 20b of the Schuhsohlenabstreifers 20 rests over its entire surface.

It should be noted that in the embodiments according to FIGS. 14 instead of hinges 13 and gear couplings 7 ball joints can be used. It is also a rigid one

Connection of the relevant adjustment parts 1 with their associated

Guide bushes 4 possible. In an analogous manner, the types of connection of the adjustment parts 1 shown in FIGS. 7 to 10 with their associated guide bushings 4 in accordance with the invention can also be used

Embodiments of the Fig. 1 -Fig. 6 apply, if this makes sense constructively.

Claims

claims

1 . Device for facilitated tightening and closing or opening and undressing of shoes or boots, comprising at least one shoe attachment part with a tread surface (1a) on which the user's shoe or boot can be placed, characterized in that the or each shoe attachment part as adjusting part (1 , 1 a) is formed, which is height-adjustable along a guide (2) on the same by means of a locking device (3) in a desired height position can be locked.

2. Device according to claim 1, characterized in that the

Guide comprises at least one guide post (2a - 2k) with at least one guide post (2a - 2k) embracing guide bushing (4, 4a, 4b) along the guide post (2a - 2k) displaceable and on which the adjusting part (1, 1 a ) is held.

3. Device according to claim 2, characterized in that the

Locking device (3) through a threaded bore of the or each guide bush (4, 4a, 4b) rotatable and with its front end against the outer surface of the associated

Guide post (2a - 2k) pushable locking screw (3a). 4. Device according to claim 2, characterized in that the

Locking device at least one U-shaped locking clip (5) having substantially mutually parallel legs (5a, 5b), that the or each guide post (2f - 2k) in the axial direction a series of holes (6) whose cross section at least equal to Cross section of the staple legs (5a - 5b) and of which pairs adjacent holes a the

Leg distance of the locking clip (5) corresponding axial Have clearance, and that the or each guide bushing (4, 4 a, 4 b) has at least two holes in a the

Leg distance corresponding axial distance are provided and through which the two legs (5a, 5b) of the locking clip (5) can be guided through and into the respective hole pair in

Guide post (4, 4a, 4b) are inserted.

5. Device according to one or more of claims 2-4, characterized in that on one or both longitudinal sides of the adjusting part (1, 1 a) each have a guide post (2 a, 2 b) is provided at the respective guide bush (4). the adjusting part (1) with a predetermined inclination of the tread surface (1 a) is mounted.

6. Device according to one or more of claims 2-4, characterized in that the adjusting part (1, 1 a) on its one

Long side with a coupling half (7a) of a gear coupling with circular teeth (7) is firmly connected, while the other

Coupling half (7b) on the guide bush (4) of the one, this longitudinal side of the adjusting part (1, 1 a) adjacent guide post (2c) is fixed, and in that on the other longitudinal side of the adjusting part (1, 1 a), a further guide post (2d ) is provided with guide bush (4), between which and the adjusting part (1, 1 a) is provided a biasing spring (8), the adjusting part (1, 1 a) with its toothed coupling half (7a) against the other

Tooth coupling half (7b) presses and whose Federhubweg is dimensioned so that the toothed coupling (7) in pressure against the

Preloading spring (8) can be uncoupled and after corresponding rotation of the adjusting part (1, 1 a) and pressure relief of the biasing spring (8) at a different angular position of the adjusting part (1, 1 a) firmly connected coupling half (7a) for changing the

Tread inclination latches.

7. Device according to claim 6, characterized by a between the guide bush (4) of the further guide post (2d in Fig. 2) and the adjusting part (1, 1 a) provided transverse guide (9), the adjusting part (1, 1 a) along the Federhubweges leads.

8. Device according to claim 7, characterized in that the

Transverse guide one on the guide bush (4) of the other

Guide post (2d) and axially extending in the direction of Federhubweges extending guide sleeve (9a in Fig. 1) and a in this sleeve (9a) projecting and on the adjusting part (1, 1 a) fixed guide pin (9b), which in the

Lifting movement of the biasing spring (8) in one or the other direction in the sleeve (9a) slides back and forth. 9. Device according to claim 8, characterized in that the

Biasing spring (8) encloses the transverse guide (9) of guide sleeve (9a) and guide pin (9b) on the outside.

Device according to one or more of claims 2-4, characterized in that the adjusting part (1, 1 a) with the one

Coupling half (7a) of a toothed coupling (7) with circular teeth and the guide bush (4) of a guide post (2f) with the second toothed coupling half (7b) are firmly connected, and that with the adjusting part (1, 1 a) connected to a coupling half (7a ) to the

Uncoupling axially slidably on a two coupling halves (7a, 7b) common coupling axis (10) sits and by a

Locking device (10a) in its engaged position against the second coupling half (7b) can be pressed. 1 1. Device according to claim 10, characterized in that the locking device forming a coupling axis (10) Threaded screw (10a) is in one (7b) of the two

Coupling halves (7a, 7b) can be screwed and whose head-side end as an abutment (10b) is formed. 12. Device according to one or more of claims 2-4, characterized in that for tilt adjustment and alignment of the adjusting part (1, 1 a) in different directions a ball joint (1 1) with locking device (12) between the adjusting part (1, 1 a) and the guide bush (4) of the associated guide post (2 e) is provided.

13. Device according to claim 12, characterized in that the locking device by a through the outer joint socket (1 1 a) of the ball joint (1 1) rotatable and against the

inner joint ball pushing locking screw (12) is.

14. Device according to one or more of claims 2-4, characterized in that for continuous tilt adjustment of the adjusting part (1, 1 a) to or away from the user between

Adjustment (1, 1 a) and guide bushing (4, 4a, 4b) of the relevant guide post (2f) is a hinge (13) provided with locking device (14).

15. Device according to claim 14, characterized in that the first joint jaw (13a) of the rotary joint (13) has a

Threaded hole (13c) parallel to the rotation axis (13d) of

Swivel joint (13) and the second joint jaw (13b) of

Rotary joint (13), which is located next to the first joint jaw (13a), a slot (13e) which extends at a radial distance from the

Swivel joint axis (13d) and in the circumferential direction along a slope of the adjustment part (1, 1 a) corresponding

Angular segment extends and through the one locking screw (14) as a locking device with a diameter in the width of the elongated hole (13e) exceeding screw head (14a) or provided on the screw head (14a) abutment (14b) for

Clamp the threaded jaws (13a, 13b) in the threaded hole (13c) can be screwed.

16. Device according to one or more of claims 1-15, characterized in that for fixing the or each

Guide post (2a - 2e) on a holder (15, 15a) at the upper and / or lower post end in each case a cross bar (16a, 16b) can be attached, which is fastened with its other free end to the holder (15, 15a) and in mounted state the adjustment (1, 1 a) in a free adjustability ensuring distance from the holder (15, 15 a) holds.

17. A device according to claim 16, characterized in that the holder is designed as a support plate (15 a) to which the complete Schuhanzieheinrichtung is attached as a finished product. 18. Device according to one or more of claims 2-4, separated by a stand (17) on which at least one guide post (2f - 2j) in a substantially vertical position is firmly anchored and with its at least one guide bush (4) the adjustment (1, 1 a) either rigid or via a rotary (13) or ball joint (1 1) or a toothed coupling with circular toothing (7) is connectable.

19. Device according to claim 18, characterized in that on the guide post (2f) two axially successive

Guide bushes (4a and 4b), each with an adjusting part (1, 1 a) are provided, and that in the connection between the upper guide bushing (4a) and the associated adjustment part (1, 1 a) a support arm (18) with a lower arm portion (18a) is inserted, which is aligned and dimensioned in its length so that both adjusting parts (1, 1 a) are adjustable to the same height.

20. A device according to claim 19, characterized in that the arm portion (18 a) is chosen so long that at in the lowermost

Position upper guide bushing (4a) the lower

Guide bush (4b) with the associated adjustment part (1, 1 a) in the direction of the upper guide bushing (4a) towards a topmost position is pushed.

21. Device according to claim 19 or 20, characterized in that both adjusting parts (1) with their treads (1 a) in the same

Direction and lie next to each other in the same height adjusted position.

22. A device according to claim 21, characterized in that in the connection between the lower guide bush (4 b) and the associated adjustment part (1, 1 a), a support arm (19) is inserted and both support arms (18, 19) in the direction transverse Seen to the post extension are laterally offset from each other.

23. A device according to claim 18, characterized in that on the base (17) at a parallel distance from each other two each an adjusting part (1, 1 a) carrying guide posts (2g, 2h) are firmly anchored.

24. Device according to claim 23, characterized in that both adjustment parts (1) with their treads (1 a) point in the same direction.

25. Device according to one or more of claims 2-24, characterized in that the or each guide post (2a - 2k) consists of several parts of attachable, in particular plugged into pole pieces (2i, 2j).

26. Device according to one or more of claims 18-25,

characterized in that the foot (17) in addition as a separate item a Schuhsohlenabstreifer (20) with a

Sole wiper edge (20c) is assigned.

Device according to claim 26, characterized in that the Schuhsohlenabstreifer (20) has at least one downwardly facing nose (20a) which can be inserted from above into an opening (17a) in the upper side of the stand (17).

Device according to claim 27, characterized in that the opening of a series of openings (17a) is selectable, which are distributed in the circumferential direction of the stand (17) at a mutual distance in the Standfussoberseite (17b).

29. Device according to claim 28, characterized in that the stand (17) has a downwardly facing surface

Side edge (17c) is supportable on the ground, and in that the Schuhsohlenabstreifer (20) additionally has a downwardly facing abutment edge (20b) which in when inserted into an opening (17a) on the upper side (17b) of the stand (17) nose ( 20 a) of the Schuhsohlenabstreifers (20) on the side edge (17 c) of the

Stand (17) lies flat.

30. The device according to claim 29, characterized in that the side edge (17c) in the plan view of the stand (17) is polygonal and has straight side surfaces on which the likewise rectilinearly executed abutment edge (20b) of the Schuhsohlenabstreifers (20) over the entire surface. Device according to one of the preceding claims, characterized in that the shoe attachment part (1) with respect to the guide (2) is angularly adjustable.