DE202009013713U1 - Toolstand - Google Patents

Abstract

Tool stand for positioning sleeves (91), comprising
a slide rail (20) having an end face (21) and a back side (22) disposed opposite to each other;
a first detent groove (30) formed along the axial direction of the slide rail (20) on the end face (21) of the slide rail (20) formed by a first groove bottom (31), a first top wall (32) and a first bottom wall (33) wherein the first top wall (32) and the first bottom wall (33) are provided laterally of the first groove bottom (31), and wherein a support edge (331) of the first bottom wall (31) opposite the end edge (321) of the first top wall (32) is provided with a first rail (34), and wherein a distance (35) between the first rail (34) and the first top wall (32) is present, and wherein a labeling surface (36) from the first top wall (32 ) extends in the direction of the rear side (22) of the slide rail (20);
a second detent groove (40), the axial direction of the slide rail ...

Description

The The invention relates to an article carrier, in particular a tool stand.

• 1. Da sich die Anzahl der an der Schienenstange 12 angebrachten Gleitstücke 11 nach Bedarf erhöhen lässt, können weitere Gleitstücke 11 montiert werden. Weil die auf einer oberen Stelle bzw. auf einer unteren Stelle der Schienenstange 12 befindliche obere Schiene 121 und untere Schiene 122 keine andere konstruktive Gestaltung aufweisen, neigt der Monteur bei der Montage eines Gleitstückes 11 leicht zu, den oberen Hakenabschnitt 111 des Gleitstückes 11 zuerst in die obere Schiene 121 der Schienenstange 12 einzuhängen und anschließend das Gleitstück 11 mit Gewalt nach unten zu drücken. Folgelich führt dies zum Bruch bzw. zur Beschädigung des unteren Hakenabschnittes 112 des Gleitstückes 11 aufgrund der falschen Montagerichtung. Die zweite Variante dieser falschen Montage ist ebenfalls leicht denkbar, dass der Monteure zuerst den unteren Hakenabschnitt 112 des Gleitstückes 11 in die untere Schiene 122 der Schienenstange 12 einhängt und danach das Gleitstück 11 mit Gewalt nach oben drückt. Diese Variante kann ebenfalls den Bruch bzw. die Beschädigung des oberen Hakenabschnittes 111 des Gleitstückes 11 verursachen. Erst nach der Beschädigung des Gleitstückes 11 ist dem Monteur eingefallen, dass das Gleitstück 11 eigentlich seitlich von der Schienenstange 12 einzuschieben ist. Die Gestaltung dieses Werkzeugständers gestattet keine Schutzfunktion gegen unsachgemäße Handhabung, was zur Beschädigung der Gleitstücke 11 bei der Montage führen könnte.
• 2. Der Einsatz dieses Werkzeugständers setzt eine Befestigung der Schienenstange 12 voraus. Zum Versetzten dieses Werkzeugständers muss die Schienenstange 12 zuerst mit einem geeigneten Werkzeug gelöst und auf der neuen Einbaustelle erneut befestigt werden. Die begrenzte Einsatzflexibilität stellt die Gestaltung dieses Werkzeugständers unter Schatten.
• 3. An der Schienenstange 12 ist eine Vielzahl von Gleitstücken 11 anzubringen, die zum Aufstecken der Hülsen mit unterschiedlichen Abmessungen verwendet werden. Um dem Benutzer eine präzise und schnelle Handhabung der gewünschten Hülse zu ermöglichen, ist die Verwaltung der Abmessungen beim Einsatz dieses Werkzeugständers von großer Bedeutung. Jedoch ist keine Gestaltung zur Beschriftung der Abmessungen in der Schienenstange 12 vorhanden, was dem Benutzer bei einem schnellen und präzisen Handhaben der gewünschten Hülse Schwierigkeiten bereitet.

A conventional tool stand is in 1 illustrated in which a plurality of sliders 11 slidable on a rail bar 12 is appropriate. The upper hook sections 111 and the lower hook sections 112 the sliders 11 are each at a corresponding upper rail 121 or a lower rail 122 the rail bar 12 hooked. The slider 11 is centered with a protruding mounting portion 113 provided, which has a vertical insertion 114 having. When using the tool stand, the rail bar 12 initially locked on a mounting surface. Then, the sleeves (not shown) can be placed horizontally on the mounting portions 113 plugged or the screwdriver (not shown) in the insertion 114 the attachment sections 113 be plugged in. However, the following problems arise in the practical use of this tool stand, which make the tool stand in need of improvement:

• 1. As the number of on the rail rod 12 attached sliders 11 can increase as needed, more sliders 11 to be assembled. Because those on an upper place or on a lower part of the rail bar 12 located upper rail 121 and lower rail 122 have no other structural design, the fitter tends to install a slider 11 easy on, the upper hook section 111 of the slider 11 first in the upper rail 121 the rail bar 12 hook in and then the slider 11 forcibly press down. Consequently, this leads to breakage or damage to the lower hook section 112 of the slider 11 due to the wrong mounting direction. The second variant of this wrong assembly is also easily conceivable that the fitters first the lower hook section 112 of the slider 11 in the lower rail 122 the rail bar 12 hangs and then the slider 11 forcibly pushes up. This variant can also break or damage the upper hook section 111 of the slider 11 cause. Only after the damage of the slider 11 the mechanic has invaded that slider 11 actually laterally from the rail bar 12 is to be pushed. The design of this tool stand does not allow protection against improper handling, resulting in damage to the sliders 11 could result in the assembly.
• 2. The use of this tool stand requires a fastening of the rail rod 12 ahead. To offset this tool stand, the rail rod 12 first loosened with a suitable tool and re-attached to the new installation site. The limited flexibility of use puts the design of this tool stand under shade.
• 3. At the rail bar 12 is a variety of sliders 11 To be used, which are used for attaching the sleeves of different dimensions. In order to allow the user a precise and quick handling of the desired sleeve, the management of the dimensions when using this tool stand is of great importance. However, there is no design for labeling the dimensions in the rail bar 12 present, which presents the user with a quick and precise handling of the desired sleeve difficulties.

A The first object of the invention is to provide a tool stand create whose rail bar a foolproof design to prevent the damage the sliders has during assembly.

A The second object of the invention is to provide a tool stand create, for the purpose of raising the versatility provided with locking grooves for insertion of magnets.

A The third object of the invention is to provide a tool stand create, where a labeling surface for specifying the dimension on the rail bar is provided. This ensures a clear presentation the size of the corresponding sleeves and proper handling of pods, to increase the work efficiency.

These Tasks are achieved by a tool stand, having the features specified in claim 1. Further advantageous Further developments of the invention will become apparent from the dependent claims.

According to the invention, there is provided a tool stand for attaching and positioning sleeves comprising a slide rail, a first detent groove, a first rail, a second detent groove, a second rail, a non-slip groove, a non-slip member, and at least one slider. The slide rail comprises a front side and a rear side, which are arranged opposite one another. The first detent groove is formed along the axial direction of the slide rail on the front side of the slide rail enclosed by a first groove bottom, a first top wall, and a first sub-wall, the first top wall and the first sub-wall being laterally provided by the first groove bottom. A support edge of the first sub-wall is opposite the end edge of the first upper wall provided with a first rail, wherein there is a distance between the first rail and the first top wall. A labeling surface extends from the first upper wall in the direction of the rear side of the slide rail. The second detent groove is formed along the axial direction of the slide rail on the front side, which is bounded by a second groove bottom, a second upper wall located above the second groove bottom and a second lower wall below the second groove bottom. A second rail extends from a support edge of the second top wall toward a front edge of the second bottom wall that is a distance away from the second top wall. The non-slip groove is formed in the axial direction of the slide rail on the rear side. A locking groove is provided on the groove bottom of the non-slip groove, in which at least one magnet is inserted. The non-slip element is fixed in the non-slip groove. The at least one slider has two symmetrically shaped hook portions, which are connected to one another at a fastening portion. The two hook portions are slidably hooked in the corresponding first rail and the second rail. The attachment portion is used for attaching and positioning the sleeve.

in the Below, the invention and its embodiments with reference to the Drawing closer explained. In the drawing shows:

1 a perspective view of a conventional tool stand;

2 an exploded perspective view of a tool stand according to the invention;

3 a perspective assembly view of the tool stand according to the invention;

4 an exploded perspective view of the tool stand according to the invention seen from another side;

5 a perspective assembly view of the tool stand according to the invention seen from another side;

6 a section through the tool stand according to the invention in the assembled state; and

7 a perspective view of the tool stand according to the invention in use.

In 2 to 6 is an embodiment of a tool stand according to the invention for attaching and positioning of sleeves 91 shown, consisting mainly of a slide rail 20 , a first locking groove 30 , a second locking groove 40 , a non-slip groove 50 , a non-slip element 60 and three sliders 70 composed.

The slide rail 20 is designed as an elongated rod, each having an opposite end face 21 and a back 22 having. Due to the material savings are two through channels 23 between the front side 21 and the back 22 educated.

The first locking groove 30 is the axial direction of the slide rail 20 along on the front side 21 formed by a first groove bottom 31 , a first upper wall 32 and a first subwall 33 is included. A support edge 331 the first subwall 33 is opposite the front edge 321 the first upper wall 32 with a first rail 34 provided with a distance 35 between the first rail 34 and the first upper wall 32 is present. That is, the first rail 34 is in the plan view of the slide rail 20 from the first upper wall 32 covered. A label area 36 extends from the first upper wall 32 towards the back 22 the slide rail 20 , In the present embodiment, the dimensions are 1/4, 5/16, 3/8, etc. on the labeling surface 36 labeled.

The second locking groove 40 is the axial direction of the slide rail 20 along on the front side 21 formed with a certain distance from the first locking groove 30 is removed. The second locking groove 40 is from a second groove bottom 41 one above the second groove bottom 41 located second upper wall 42 and a second subwall 43 below the second groove bottom 41 limited. Compared to the second subwall 43 is the second upper wall 42 closer to the first subwall 33 the first locking groove 30 , A second rail 44 extends from a support edge 421 the second upper wall 42 in the direction of a front edge 431 the second subwall 43 that with a distance 45 from the second upper wall 42 is removed. When the slide rail 20 from a lower position upwards, becomes the second rail 44 from the second lower wall 43 covered.

The non-slip groove 50 is in the axial direction of the slide rail 20 on the back side 22 educated. A locking groove 52 is on the groove bottom 51 the non-slip groove 50 provided in the two magnets 53 are inserted at the same distance.

The non-slip element 60 has a non-slip surface 61 and two through holes 62 on, with the magnets 53 through the two passage openings 62 be guided through. The non-slip element 60 is in the non-slip groove 50 attached and the non-slip surface 61 is flush with the back 22 the slide rail 20 , In another variant, the non-slip surface protrudes 61 slightly off the back 22 the slide rail 20 out, which represents a different execution.

The three sliders 70 each have a symmetrically permitted upper hook portion 71 and a lower hook portion 72 on. An upper hook groove 711 and a lower hook groove 721 are each from the upper hook portion 71 or from the lower hook portion 72 formed opposite each other. An attachment section 73 connects the upper hook section 71 with the lower hook section 72 , The upper hook section 71 and the lower hook portion 72 are slidable in the corresponding first rail 34 and the second rail 44 hooked, so that the first rail 34 and the second rail 44 each in the corresponding upper hook groove 711 or the lower hook groove 721 are located. The attachment section 73 used for attaching and positioning the sleeve 91 ,

In above text are the structure and the configuration of the essential Components of an embodiment of the tool stand according to the invention explained.

• 1. Narrensichere Gestaltung zum Verhindern der Beschädigung der Gleitstücke bei der Montage. Da die erste Schiene 34 und die zweite Schiene 44 jeweils mit einer gegenüberliegenden ersten Oberwand 32 bzw. einer gegenüberliegenden zweiten Unterwand 43 ausgestaltet sind, wird die erste Schiene 34 bei einer abwärts Betrachtung von einer Betrachtungsstelle oberhalb der Gleitschiene 20 von der ersten Oberwand 32 verdeckt, während die zweite Schiene 44 bei einer Aufwärtsbetrachtung von einer Betrachtungsstelle unterhalb der Gleitschiene 20 von der zweiten Unterwand 43 verdeckt wird. Bei der Erweiterung eines Gleitstückes 70 lassen sich der obere Hakenabschnitt 71 und der untere Hakenabschnitt 72 nicht direkt an die erste Schiene 34 bzw. an die zweite Schiene 44 einhängen, die im vorderen bzw. im unteren Bereich der Gleitschiene 20 vorgesehen sind. Es bleibt dem Monteur nichts anderes übrig, als das Gleitstück 70 bei der Montage seitlich von der Gleitschiene 20 einzuschieben. Für eine sachgemäße Montage ist es ebenfalls unbedingt zu beachten, dass der obere Hakenabschnitt 71 des Gleitstückes 70 durch den Abstand 35 zwischen der ersten Schiene 34 und der ersten Oberwand 32 und der untere Hakenabschnitt 72 durch den Abstand 45 zwischen der zweiten Schiene 44 und der zweiten Unterwand 43 hindurch geführt werden sollen.
• 2. Erhöhte Einsatzflexibilität. Da die Gleitschiene 20 auf ihrer Rückseite 22 mit den eingelegten Magneten 53 sowie dem rutschfesten Element 60 versehen ist und das rutschfeste Element 60 eine rutschfeste Fläche 61 aufweist, kann der erfindungsgemäße Werkzeugständer beim Einsatz mittel der magnetischen Anziehungskraft auf einer magnetischen Anziehungsfläche 92 befestigt werden, was eine unbegrenzt Platzierflexibilität mit beliebiger Ausrichtung auf der magnetischen Anziehungsfläche 92 gestattet. Unter Zuhilfenahme der Reibung und des Verankerungseffektes der rutschfesten Fläche 61 auf der magnetischen Anziehungsfläche 92 ist der Werkzeugständer stabil auf der magnetischen Anziehungsfläche 92 zu platzieren.
• 3. Steigerung der Arbeitseffizienz. Bei dem vorliegenden Ausführungsbeispiel werden die Abmessungsmale wie 1/4, 5/16, 3/8 usw. zur Beschriftung der Hülsen 91 auf der auf der ersten Oberwand 32 ausgebildeten Beschriftungsfläche 36 angegeben, die sich in Richtung der Rückseite 22 der Gleitschiene 20 erstreckt. Dies ermöglicht eine genaue und einwandfreie Handhabung der Hülsen 91 aus dem Werkzeugständer.

With reference to 2 . 6 and 7 the handling and the operation of an embodiment of the tool stand according to the invention will be described.

• 1. Foolproof design for preventing the damage of the sliders during assembly. Because the first rail 34 and the second rail 44 each with an opposite first top wall 32 or an opposite second sub-wall 43 are designed, the first rail 34 in a downward view from a viewing point above the slide rail 20 from the first upper wall 32 concealed while the second rail 44 in an upward view from a viewing point below the slide rail 20 from the second lower wall 43 is covered. When expanding a slider 70 let the upper hook section 71 and the lower hook portion 72 not directly to the first rail 34 or to the second rail 44 hang in the front or in the lower part of the slide rail 20 are provided. The mechanic has no choice but to use the slider 70 when mounting laterally from the slide rail 20 insert. For a proper installation, it is also important to note that the upper hook section 71 of the slider 70 through the distance 35 between the first rail 34 and the first upper wall 32 and the lower hook portion 72 through the distance 45 between the second rail 44 and the second subwall 43 should be guided through.
• 2. Increased versatility. Because the slide rail 20 on her back 22 with the inserted magnets 53 as well as the non-slip element 60 is provided and the non-slip element 60 a non-slip surface 61 , the tool stand according to the invention in use medium of the magnetic attraction on a magnetic attraction surface 92 which allows unlimited placement flexibility with any orientation on the magnetic attraction surface 92 allowed. With the help of the friction and anchoring effect of the non-slip surface 61 on the magnetic attraction 92 the tool stand is stable on the magnetic attraction surface 92 to place.
• 3. Increase of work efficiency. In the present embodiment, the dimensioning marks such as 1/4, 5/16, 3/8, etc. become the lettering of the sleeves 91 on the first wall 32 trained label area 36 indicated, pointing towards the back 22 the slide rail 20 extends. This allows accurate and proper handling of the sleeves 91 from the tool stand.

The The present invention thus relates to a tool stand which having a slide with foolproof design, thereby the possibly occurring damage the sliders can be avoided during assembly. About that In addition, locking grooves for inserting magnets on the back formed the slide, which increases the versatility of the tool stand. At the end becomes a label area provided for indicating the dimensions of the plugged sleeves on the slide rail. The unique identification of the sleeves allows a precise and impeccable Handling of sleeves and carries to increase the Working efficiency at.

11

slide

112

upper hook section

113

lower hook section

114

insertion

12

rail bar

121

upper rail

122

lower rail

20

slide

21

front

22

back

23

Through channel

30

first locking groove

31

first groove bottom

32

first upper wall

321

end edge

33

first under wall

331

supporting edge

34

first rail

35

distance

36

Printable area

40

second locking groove

41

second groove bottom

42

second upper wall

421

supporting edge

43

second under wall

431

end edge

44

second rail

45

distance

50

non-slip groove

51

groove bottom

52

locking groove

53

magnet

60

non-slip element

61

non-slip area

62

Through opening

70

slide

71

upper hook section

711

upper hook groove

72

lower hook section

721

lower hook groove

73

attachment section

91

shell

92

magnetic attraction surface

Claims (5)

Tool stand for positioning sleeves ( 91 ), having a slide rail ( 20 ), which has an end face ( 21 ) and a back ( 22 ), which are arranged opposite one another; a first locking groove ( 30 ), along the axial direction of the slide rail ( 20 ) on the front side ( 21 ) of the slide rail ( 20 ) formed by a first groove bottom ( 31 ), a first upper wall ( 32 ) and a first subwall ( 33 ), the first top wall ( 32 ) and the first subwall ( 33 ) laterally from the first groove bottom ( 31 ) are provided, and wherein a support edge ( 331 ) of the first subwall ( 31 ) opposite the front edge ( 321 ) of the first upper wall ( 32 ) with a first rail ( 34 ), and wherein a distance ( 35 ) between the first rail ( 34 ) and the first upper wall ( 32 ) and wherein a labeling area ( 36 ) from the first upper wall ( 32 ) towards the back ( 22 ) of the slide rail ( 20 ) extends; a second locking groove ( 40 ), the axial direction of the slide rail ( 20 ) along on its front side ( 21 ) and of a second groove bottom ( 41 ), one above the second groove bottom ( 41 ) located second upper wall ( 42 ) and a second subwall ( 43 ) below the second groove bottom ( 41 ), wherein a second rail ( 44 ) from a support edge ( 421 ) of the second upper wall ( 42 ) in the direction of a front edge ( 431 ) of the second subwall ( 43 ) spaced at a distance ( 45 ) from the second upper wall ( 42 ) is removed; a non-slip groove ( 50 ), which in the axial direction of the slide rail ( 20 ) on its back ( 22 ) is formed, wherein a locking groove ( 52 ) on the groove bottom ( 51 ) of the non-slip groove ( 50 ) is provided, in the at least one magnet ( 53 ) is inserted; a non-slip element ( 60 ), which in the non-slip groove ( 50 ) is attached; and at least one slider ( 70 ), which has two symmetrically permitted hook sections ( 71 ) and ( 72 ) extending from a mounting portion ( 73 ), wherein the two hook sections ( 71 ) and ( 72 ) Slidable in the corresponding first rail ( 34 ) and the second rail ( 44 ) are hooked, and wherein the attachment section ( 73 ) for attaching and positioning the sleeve ( 91 ) serves. Tool stand according to claim 1, characterized in that the on the front side ( 21 ) of the slide rail ( 20 ) formed locking grooves ( 30 . 40 ) are arranged at a certain distance. Tool stand according to claim 1, characterized in that the non-slip element ( 60 ) with a non-slip surface ( 61 ) slightly out of the back ( 22 ) of the slide rail ( 20 ) stands out. Tool stand according to claim 3, characterized in that the non-slip element ( 60 ) the magnet ( 53 ) according to passage openings ( 62 ) through which the magnets ( 53 ) stay open. Tool stand according to claim 1, characterized in that two through-channels ( 23 ) between the front side ( 21 ) and the back ( 22 ) of the slide rail ( 20 ) are formed.