JPH01199776A - Support structure for tool - Google Patents

Abstract

PURPOSE: To retain various sizes and types of tools at appropriate positions with a tool supporting element of particular shape and transport it by forming the tool supporting element at the top edges of a pair of vertical guide walls having a length long enough to retain the tool horizontally. CONSTITUTION: The first and second flat and perpendicular guide walls 12, 13 of a tool supporting structure are almost perpendicular to a back face 11 and disposed at an interval, each of which is 35 to 70 mm in length. A supporting elements 14 formed at the top ends of the first and second guide walls 12, 13 involve the first section extending from a back face 11 to almost a half as much as the depth of the guide walls 12, 13, and the second section 19 which inclines upwards at an angle of 25 to 75 degrees to the horizontal and extends with a dimension of 1/3 to 1/2 of a separating dimension (12 to 40 mm) between the back face 11 and a forward locking member 15 consisting of a flange vertical to the guide walls 12, 13. The forward locking member 15 extends outwards to a channel 18 formed at the guide walls 12, 13.

Description

DETAILED DESCRIPTION OF THE INVENTION BACKGROUND OF THE INVENTION The present invention relates to a support structure for tools of various sizes that includes a vertical back wall on which are arranged support elements of IMi for a single hand tool.

It is known to suspend 1&fl personal tools on one panel to form one combined tool. The simplest methods of suspending tools consist of hooks fixed to vertical panels, stands, pointed devices, holes in perforated plates, etc., and attached to the flared part of the tool (tool handle or, conversely, (like a head), thereby preventing the tool from falling.

According to this simple support method, the tools are free to rotate around their support part and are not really held securely, so this method is suitable for fixed panels and cannot be applied to portable panels. Also, the random arrangement of the various tools limits the tool storage density of the support panel.

Other types of tool storage sets have been proposed, either in the form of panels or boxes, in which each tool is provided with a recess adapted to the tool which securely holds the tool in place. There is. However, such storage sets are often complex in their design and do not easily accommodate variations in the configuration of tooling, so that the tooling is difficult to maintain, given that they are all different types and sizes. are not compatible on supports.

FIELD OF THE INVENTION It is an object of the present invention to overcome the above-mentioned drawbacks and to provide a tool support structure which is well organized and can be applied to various types of tools of various sizes, yet allows each tool to be held securely in its position. It is an object of the present invention to be able to manufacture a tool support structure at an appropriate price that allows the body to be easily transported.

Another object of the invention is to enable the production of a tool support structure of modular design whose size can be easily increased or decreased to meet the needs of the user.

Another object of the invention is to produce a set of tool support devices from which tools can be easily placed and removed from their housings.

These objectives are achieved with a support structure for tools of various sizes, which includes a vertical back wall on which a support unit assembly for single-handle tools is disposed, wherein said structure At least one handle tool
two multi-purpose support units spaced apart generally perpendicular to the vertical back wall and generally parallel to each other and having a limited length ranging between approximately 35 mm and 70 mm; a guide wall, a support element joined to the vertical back wall and arranged close to the upper part of the vertical guide wall; a support element formed integrally with the support element and generally parallel to said back wall and 12 mm and 40 mm from the back wall; The distance between the cranes is the difference and the first
and two generally perpendicular flanges perpendicular to the second guide wall, joined to the guide wall, laterally limited by the body 1 and the second guide wall, and completely open at its upper and lower surfaces. a forward stop member extending outwardly relative to the channel, the support element being defined by the upper edges of the first and second guide walls and starting from the vertical back wall, a generally horizontal first portion; The second portion is inclined and angled between 25'' and 75'' with respect to the horizontal and extends between approximately 1/3 and 172 inches of the stop member.

According to a particular embodiment, in a multipurpose support unit for a single-handled tool, the support element constituted by the upper edges of the first and second guide walls, starting from the vertical back wall, is approximately the depth of the guide wall. a first generally horizontal portion extending 1/2 inwardly and approximately 25" to 5" relative to the horizontal;
a second angular portion and optionally a third vertical portion defined by the upper edge of the front stop.

According to yet another possible embodiment, in the multipurpose support unit for a single-handled tool, the support elements constituted by the upper edges of the first and second guide walls, starting from the vertical back wall, extend slightly downwards. Tilt 3° and 10 to horizontal
a first portion forming an angle between
It has a second portion forming an angle between ° and 75'.

Preferably, in the multi-purpose support unit for a single-handled tool, the first generally horizontal portions of the upper edges of the first and second guide walls forming the support element are generally horizontal oriented outwardly with respect to the channel. extends transversely to said guide wall by a flange of said guide wall.

In this latter case, in a multi-purpose support unit for a single-handled tool, the generally horizontal flange has one hole which is extended downwardly by a vertical sleeve of length varying between about 250 and 50 mm. It is advantageous to have a cross section slightly smaller than the hole.

The invention further relates to a further embodiment, according to which, in a multipurpose support unit for single-wheel and dollar tools, the front stop constitutes the front side of the frame, which is interrupted only at the level of the channel, and the rear side thereof is abutting a vertical back wall, and having lateral sides generally parallel to and offset from the first and second vertical walls, the frame having at its back a device for securing it to the vertical back wall; This device allows a multi-purpose tool support unit to be removed.

According to another feature of the invention, the structure according to the invention comprises a vertical back wall, on which a set of support units for two-handed tools, such as pliers, screws or shears, are fixed, and first and second vertical guide walls spaced apart from each other generally parallel to the wall and generally perpendicular to the vertical wall and having a limited length ranging between about 35 fins and 70 fins; and an elongated elongate perpendicular to the vertical back wall. one support element constituted by a member and having an inclined U- or ■-shaped cross-section and arranged towards the upper part thereof in the space contained between the first and second vertical guide walls; constituted by parallel plates and arranged with respect to said back wall at a distance in the range between approximately 12 m+ and 40 m within the space formed between the first and second vertical guide walls and forming a downwardly directed retaining element; It includes an elongate member and a vertical front stop member.

In this case, according to a further particular embodiment of the invention, in the multi-purpose support unit 7 for a two-handed tool, the front stop constitutes the front side of the frame, the back side of which abuts the back wall and the side surfaces thereof. is generally parallel to the first and second vertical walls;
and optionally slightly offset thereto, and the frame is configured to have a fastener at its back for fixing it to the vertical back wall, thereby allowing the multi-purpose tool support unit to be removed. ing.

Another object of the invention is to provide a vertical dorsal wall, located at a distance of between about 12 fins and 40 mm from said dorsal wall and having a height less than said dorsal wall and joined thereto by an outer lateral wall. for constructing a plurality of support units for receiving tools having two articulated arms in a chamber defined by a vertical intermediate wall, said back wall, an intermediate wall and an outer lateral wall; at least one vertical guiding partition wall parallel to said transverse wall, each unit being defined by two adjacent parallel guiding walls separated from each other by a distance in the range between 50 mm and 80 mm; including a central downward holding element constituted by an elongated support member joining the upper part of the intermediate wall to the back wall with parallel brackets, while a plurality of modules for receiving single-handled tools are provided on the front side of the intermediate wall; This is a structure placed up to half of that height.

According to one special feature of the invention, the at least one multi-purpose support unit for single-handled tools comprises two pairs of flat vertical guide surfaces offset with respect to the lateral walls of the frame;
Each pair has a channel with a width ranging between approximately 5 m and 15 m, which is completely open on its front, lower and upper surfaces, and whose front face is interrupted at the level of these channels, and whose front face is interrupted at the level of these channels; The support device is constituted by the upper edge of the vertical guide wall, which is joined to the upper edge of the front surface via an upwardly inclined part.

The invention further relates to a support structure for tools of different sizes applied in a transportable tool box, the structure comprising a bottom integral with a tower body constituted by at least four vertical walls, The vertical walls of the tower and said bottom form a central parallelogram-shaped storage space, and the vertical walls of the tower body or the extensions of said walls have on their outer surfaces a set of multipurpose support units for single-handled tools or It carries a multi-purpose support unit for two-arm tools from 1 to 1 m.

In this case, the structure includes a bottom container with a storage chamber that is lower in height than the tower body and arranged on the bottom around the tower body, a handle arranged in the upper part of the tower body, and an opening for the handle. a cover member with a cover member, and a device for guiding said cover member is provided about the periphery of the bottom container or adjacent the handle.

The tower body has a first lower part integral with the bottom and a second removable upper part built into the first lower part and carrying a multi-purpose support unit for single-handled tools and a multi-purpose support unit for two-arm tools. It is effective to include

More particularly, the second removable upper portion comprises 4
including two vertical walls, each wall extending laterally at one end in an overhanging manner beyond the wall of the first lower portion integral with the bottom.

The present invention will be easily understood from the following description with reference to the accompanying drawings.

Figure 1 shows holes 2 regularly distributed over the entire surface of the panel.
20 is a perspective view showing the removable mounting of three tool support module units 10.20 onto a support panel having a According to this embodiment, each module unit 1
0; 20 is a hook-type fastening means 17a designed to engage in the hole 2 of the panel 1; Dimensions and spacing are hook 17 i 27.2
It corresponds to position 8.

The basic modière unit 10.20 is divided into two categories, adapted to two types of tools, but identically sized frames with similar fastening means 17a, 27 for interchangeability on the panel 1. have.

Additionally, all modular elements have the same construction and all efficiently hold common-style tools of any size in place over a relatively wide size range, while still providing easy access to the user's hand. It is designed to allow installation or removal without such or delicate handling.

For this purpose, each module unit 10.20 (FIGS. 2 and 3) is provided with a rear surface 11 of a frame 30.40, which is spaced from each other and designed to abut against the vertical wall 1.
．． A pair of flat vertical guide walls 12.13 perpendicular or almost perpendicular to 21; , of sufficient length to laterally retain a tool engaged between the guide walls.

Each modular unit furthermore includes a front stop member, which in the illustrated embodiment is constituted by the front face 15; 25 of the support frame 30; 40 and the support element 14;

The support elements 14.24 extend parallel to the lateral sides 16; 26 of the frame over a distance between 121- and 40 mm;
It extends between 25 and 25.

The modular unit 10 shown in FIG. 2 is particularly suitable for supporting single-handled tools, such as screwdrivers, files, chisels, and the like. Said modular unit 10 designed to support two single handle tools
is characterized by the provision of two channels laterally bounded by two guide walls 12, 13, each channel 18 being completely open on its front, lower and upper surfaces. Frame 30 constituting the front stop member of the tool
The front face 15 of is interrupted only at the level of each channel 18.

Thus, the frame 30 located in the upper part of the modular unit comprises a rear surface 111 two lateral sides 16 and a front surface 15, said front surface being interrupted exactly at the level of each channel day. The lateral sides 16 of the frame 30 are primarily parallel to the pair of guide walls 12, 13, but are offset 'outwardly' with respect to said walls. According to the embodiment shown in FIG. A forward stop member 15 is provided which is constituted by generally vertical flanges, both of which extend outwardly relative to the channel 18. The bulging part of the tool, generally the lower end of the handle, is connected to a guide wall 1 forming a channel 18.
It rests on a support element 14 constituted by the upper edge of 2.degree. 13, into which, for example in the case of a file, is engaged the part of the tool with the smallest cross-section which is actually to be sanded.

The guide wall 12,13 is joined to the lower part of the rear side 11 of the frame 30 and to the front part 15 of the frame 30, which constitutes a front stop for the tool. The modular unit according to FIG. 2 can also be constructed as a single piece of plastic material, for example.

Each support element 14 constituted by the upper edge of one of the guide walls 12 or 13 has a first, approximately horizontal, extending, starting from the back wall 11 of the frame 30, over approximately half the depth of the guide wall 12.13. part, the second part 9 inclined upwardly
, and optionally an inclined portion of the upper edge 14 forming the support element of the tool, with a third vertical portion of reduced height constituted by the upper edge of the front stop member 15, as shown in FIG. 19 forms a support element for the tool which brings the handle of the tool into abutment against the rear face 11 of the frame 30, whatever its diameter, and thus prevents the correctness of the tool into the module unit 10. Guarantees proper installation.

The locking movement of the tool into the tool support unit 10 is carried out on the edge 14.19 of the guide wall 12.13 in order to introduce a thin section of the tool into the channel 18 and prevent said tool from falling downwards or forwards. This is extremely easy because all you have to do is leave the handle inside the frame 30. channel 18
The vertical guide walls 12.13 forming the
Prevent from falling.

Figure 3 shows two types of tools such as pliers and shear wall tools.
1 shows a modular support unit for a tool with two articulated arms, said unit comprising a frame 30 and a frame 40 of a modular unit 10, in which case the line frame is uninterrupted at its front face 25; The frame 40, which consists of a back surface 21, two lateral sides 26 and a front surface 25, is rectangular and its dimensions are the same as those of the frame 30, so that it is suitable for supporting a single-handled tool. The modular unit 10 designed and the modular unit 20 designed to support an articulated two-arm tool can all be mounted on the same panel as shown in FIG. The frames 30 and 40 of the units 10 and 20 have a fastening member 17 having a similar function.
a, 27.

The module 20 includes two vertical guide walls 22, 23 at a suitable distance from each other, this distance being equal to the frame.

Guide walls 22 , 23 , which have only a very small offset inwardly with respect to the lateral sides 26 of the frame 40 , but which carry further tightening means, are aligned with the lateral walls 26 of the frame 40 . As can be seen in FIGS. 11 and 14, the two-arm tool guiding lateral side walls 22,23 are designed to hold the tool arms laterally. The tool itself preferably occupies a central position inside the frame 40 and is parallel to the lateral sides 26 of the frame 40 and has an inverted U or ■-shaped cross-section, which allows the two arms of the tool to be attached to the guide wall 22. 23 and freeing it from the two articulated arms of the tool in order to prevent it from catching on the insulating lining provided on the type of tool that the support element 24 consists of when the tool is removed. 2
4 to keep it from falling. The support element 24 is constructed in one piece with the rear wall 21 and the front wall 25 of the frame 40. The front wall also acts as a stop for a tool whose arm is engaged inside the frame 40 and is then held by the guide wall 22.23.

The above description given with reference to FIGS. 1 to 3 shows that a module unit 10;
It concerns a modular unit for tools of various sizes, comprising a rectangular frame 30 i 40 with fastening means 17 ; 27° 28 and a fixed support device. However, the invention is not limited to such removable modular units, but also relates to modular tool support units permanently fixed to the vertical back wall 1. In this case, each module unit has at least one pair of vertical guide plates 12.13; 22.
23, further comprising a support device and a front stop member, in which case the frame 30 or 4 of FIGS.
There is no need to create a complete frame product like 0.

FIGS. 4-10 now show the essential components of a module support unit for a single-handled tool, such as a file, as shown in broken lines in FIG.

4 to 7 show the same embodiment, and FIGS. 9 and 10 show modifications of the embodiment.

FIG. 7 clearly shows the location of the channel 18, which is laterally limited by two guide walls 12.13 and completely open on the front, bottom and top sides, designed to support only one tool. The module unit according to FIG. 7 has a front stop member 15 constituted by two flanges extending generally parallel and perpendicular to the guide wall 12.13 and outwardly relative to the channel 18. A generally horizontal flange 17 facing outwardly to the channel 18 is also connected to the upper part of the guide wall 12.13. Said guide walls 12 , 13 are rectangular in shape and have their upper portions at the edges with upwardly sloped portions 19 oriented such that their highest ends are located on the sides of the front stop member 15 . Let be the end. More particularly, in the embodiment shown in FIGS. 4 to 7, the element supporting the handle of the tool 3 is constituted by the upper edge of the guide wall 12.13, said upper edge being From the end, guide wall 12.1
A generally horizontal first portion, designated by the reference numeral 14, extending for a depth of approximately 172 mm, sloping upwardly and extending approximately 172 mm deep;
a second portion 19 making an angle of 5” to 50° with respect to the horizontal;
, and a lower vertical third portion 19 defined by the upper edge of the front stop member 15 (FIG. 4).

As a modification, as shown in FIG.
2.13 The upper edge, starting from the dorsal end, i.e. starting from the vertical back wall 1, is slightly sloped downwards at an angle of about 3° to 10° to the horizontal and at the depth of the guide wall. forming a first portion 14A extending approximately one-third of the way, and a second portion 19A sloped upwardly at an angle of 35'' to 75' with respect to the horizontal.
The collar holds the tool so that the lower part of the tool is in contact with the wall 1.
It has the advantage of being positioned at a slight incline,
This is made possible by the fact that the wall 14A is not completely horizontal, but rather is slightly inclined with respect to the horizontal.

FIG. 9 shows another modification of the embodiment shown in FIGS. 4-7. In this embodiment, the edge of the guide wall 12.13 forming the support element is simply a first horizontal portion 14B extending over at most half the depth of the guide wall;
It only includes a second (11) diagonal portion 19B directly joined to the upper end 15 of the front stop member of the module unit.

In all cases, the first horizontal or approximately horizontal portion 14°14
A, 14B and at least one second portion 19.19A sloped upwardly at the side of the front stop member 15.

The presence of 19B allows the handle of the tool 3 inserted into the module unit to come into contact with the vertical back wall l, regardless of the size of the tool and the size of the handle.

The lower part of the tool has in each case a guide wall 12.13 of limited but sufficient length to prevent the tool from tipping over.
guided laterally by. The length of the walls 12° and 13 is approximately 35 mm, which is determined to be within the listening range of 70 cranes.

Advantageously, the width of the channel 18 is between approximately 5fi and 15mm. Horizontal part 14.14A, 14B
The height of the front stop member 15 is approximately 10 mm and 30 mm.
It is determined between mm.

The depth of the channel 18, ie the distance between the front stop member 15 and the vertical back wall 1, is determined to be in a range between about 12 mm and 40 m.

FIG. 10 shows a modified embodiment with reference numerals 12A and 13A.
The two guide walls indicated by are not perfectly parallel to each other or absolutely perpendicular to the back wall 1, but have a slightly flared configuration and are closer to the vertical wall 1 than at its back than at the front stop member 15. A channel 18 is formed with a larger width on the side of the opening located closer to the opening. wall 1
2A and 13A together form an angle which may be, for example, between about 3° and 6". The configuration of FIG. 10 ensures that the tool is held firmly in a particular position while , allowing both easy introduction of the tool into channel IB and proper positioning of said tool as a function of tool size.

Figures 11 to 16 receive pliers 4 with movable joints (Figure 11) or swivel pliers (Figure 14) or tools with two articulated arms, such as scissor tools or shears. A modular tool support unit designed to. The modular unit described with respect to FIGS.
0, but includes a number of essential specific elements fixed directly on the vertical back wall l.

The modular units shown in FIGS. 11 to 13 have a wall 22,23 of the unit 20 shown in FIG. It includes two vertical guide walls 22,23. Advantageously, the vertical parallel guide walls 22,23 are separated by a distance which can take a value between approximately 50 mm and 80 fl. An elongate element of inverted V-shaped or inverted U-shaped cross section is arranged parallel to the walls 22, 23 at an intermediate position between these walls and is joined to the vertical rear wall 1. , a plate 25 forming a front stop is also provided at the front end of the element 24 perpendicular to the guide wall 22.23. The pliers 4, whose arms are introduced between the guide walls 22, 23, are held by the support element 24 without falling and are prevented from falling forward by the front stop member 25. Furthermore, these pliers are laterally secured by guide walls 22,23.

14 and 16 briefly show a modified embodiment of the module unit according to FIGS. 11 to 13, according to which the front stop member 25 is just joined to the support element 24. It is also connected to the guide walls 22 and 23. Moreover, the support element 24 has a more rounded shape than in FIG.

A special example of application of the module unit according to the present invention to a multi-purpose tool support panel will be described below. In FIG. 17, l is the vertical back wall, and 101 is approximately 1 for the back wall 1.
Intermediate wall 101 indicates a vertical intermediate wall arranged at a distance that can take a value between 2+n and 40 rhymes and has a lower height than back wall l.
It is connected to the back wall l via two vertical guide walls 122, 123 which are parallel to 10 m but have a limited length of, for example, about 35 m to 70 m.

The receiving area formed by the back wall l, the outer lateral walls 126 and the intermediate wall 101 is divided by guide walls 122, 123 into three mosieres 120 for receiving a tool with two simple connecting arms.

A transverse member 124 forming a support element having a configuration R4Q with the element 24 of FIGS. , each element 124 is located midway between two adjacent lateral side walls placed at a distance that can be between about 50 mm and 80 mm. Each element 24 is centrally located in the module. In the embodiment shown in FIG. 17, the vertical guide wall of the left module 120 is constituted firstly by the outer lateral side wall 126 and secondly by the intermediate wall 122. In the embodiment shown in FIG. A similar implementation is carried out for the right-hand mosier 120 of the panel, for which the vertical lateral guide walls are constituted by the outer lateral walls 126 and by the intermediate wall 123. For the module 120 in the center of the panel, on the contrary, the vertical guide walls are constituted exclusively by the intermediate walls 122, 123.

The intermediate wall 101 itself serves as a vertical back wall for receiving modular units designed to support single-handled tools such as screwdrivers, scissors, files, etc.

11 (comprising a series of module units 11 in all respects as described with respect to FIGS. 4 to 10).
0 is placed on the front surface of the intermediate panel 101 at a position up to half its height.

In FIG. 17, element 112.113.114.11
5.117 and 11B are the elements 12.13.14゜15.17 of the module unit of Figs. 4 to 10.
and 1 mm, so a description thereof will not be given here.Similarly, the sloped portion 119 is
Since it corresponds to the inclined parts 19.19A and 19B in the figure,
Explanation regarding this will also be omitted. The front stop member 115, which is joined to the vertical guide walls 112, 113 located at the lateral ends of the panel, is joined to said lateral side wall 126 via the lateral side wall 116.

The modular unit according to the invention can be used in various tool support sets, in particular in tool boxes as described below with reference to FIGS. 18 to 20.

Since the modular tool support units 7) according to the invention are arranged in a very cohesive manner and their units guarantee perfectly accurate holding of tools of various sizes and different configurations, they are suitable for transportable tool holding. Particularly suitable for use with cents.

The tool box shown in FIGS. 18 to 20 comprises a tower body 6 constituted by a set of four vertical panels 203, 204, 205, 206 and a protruding bottom 201 in its central part. extends at its upper portion a handle 207 for gripping the entire tool holding structure. As seen in FIG. 19, a cover 300 is engaged over and completely over the tool holding structure to form a portable single tool storage box. Said cover 3
'OO is a low-height peripheral wall 202 joined to the bottom 201
placed on top. The cover 300 itself has a handle 310 over the handle 207 forming part of the tower body 6
have. There is a gap 3 below the handle 310 of the cover.
12 is provided which allows the handle 310 to be grasped to selectively remove the cover 300 or vice versa.
0 and both the tool support structure and cover 30.
0, making it possible to transport the entire toolbox.

The bottom receiving member 40 is located in a storage chamber 41° 42 lower than the tower body 6.
These storage chambers are located on three sides 203, 2 of the tower body 6.
04.205 and is bordered by a low wall 202 on which the cover 300 rests. Said low wall 202 has a hole in a plane parallel to the plane 206 of the tower body 6 for the insertion of a storage drawer into a cavity 210 provided in the lower part of the tool holding structure and extending in the lower part of the tower body 6. 209 are arranged. Ribs 211, not shown in FIG. 19, are provided on the walls of the cavity 210 to guide the drawer.
is formed. The space inside the tower body 6 located above the horizontal wall 208 that constitutes the ceiling of the cavity 210 that receives the drawer is open at the top and has a vertical partition wall 21.
Construct a deep storage room divided by 2.213.

- According to a variant embodiment, the cavity 260 is arranged so that it constitutes a storage chamber inside the column body 6 that extends to the bottom 201;
0 can usually be completely eliminated.

The vertical lateral walls 203, 204, 205, 206 of the tower body 6 are walls 203', 204 forming part of a removal six assembly attached above the lower part of the tool support unit.
'.

It is extended to 205' and 206'. Said detachment six assembly is secured by coupling means 50 consisting of a projection 52 pressed into a hole 51 formed in the vertical wall 204, 206, for example.

The removable upper part of the tool holding structure is formed by extensions 203', 204', 205' of the wall of the tower body 6.
, 206' and thereon a set of multi-purpose support units 10.30 for single-handled tools, and one for two-armed tools as described above and which will therefore not be described again. A set of multipurpose support units is disposed on the flange. In order to optimize the arrangement of the various multi-purpose tool support units 10.20, the tower body 6
four walls 203', 204', 205 extending vertically from the vertical fixed walls 203, 204, 205, 206;
'.

206', a respective one of the walls 203 or 2 of the column body 6 forming part of the first lower part integral with the bottom 201.
Parts 203'' and 204 that extend beyond 06
'.

It is laterally extended by 205'' and 206''.

[Brief explanation of the drawing]

1 is a perspective view of a modular single tool support unit according to the invention removably mounted on a support panel; FIG. 2 is a perspective view of a removable modular single handle tool support unit according to one particular embodiment of the invention FIG. 3 is a perspective view of a removable modular support unit for a two-arm tool according to a particular embodiment of the invention, corresponding to the single-handle tool support unit shown in FIG. 4 is a sectional view taken along the line TV-IV of FIG. 5 of a modular support unit for a single-handled tool according to the invention mounted on a support panel; FIGS. 7 is a sectional view taken along the line ■-■ of the modular unit shown in FIG. 4 and a front view taken in the direction of arrow F in the same figure, and FIG. The perspective views of the modular unit shown in FIGS. 8 and 9 are similar to those shown in FIG.
10 is a modified embodiment of the modular support unit for a single-handle tool in which the guide wall is flared at the end in FIG. 5 and the view at position M; FIG. 11 is a front view of a modular support unit for a two-arm tool according to one particular embodiment of the present invention; FIGS. 12 and 13 are taken along line x-x in FIG. FIG. 14 is a cross-sectional view and a perspective view of the modular unit shown in FIGS. 14A and 14B, and FIG. 15 and 16 are respective sectional views taken along lines xv-xv and XVI-XVI in FIG. 14; and FIG. 17 is a plurality of tool support units according to the invention. FIG. 18 is a perspective view of the multi-purpose tool support panel including the
19 is an elevational view in the direction of arrow G in FIG. 20 of a tool holding structure including a vertical panel provided with a tool support unit according to the invention; FIG. Line XrV-XrV in FIG. 20 showing the tool holding structure in FIG.
20 shows a plan view of the tool holding structure of FIG. 18. Codes in the figure: 6... Tower body, l, 101.203.204.
205.206... Vertical wall, 10.110... Multipurpose support unit for single handle tool, 20.120.
...Multipurpose support unit for two-arm tools, 12.1
3.112.113...Vertical guide wall, 14, 114
...Support element, 15.115...Front stop member,
14a, 14b, 14B =...first part,
16...Inner wall, 17, 117...Tightening device, 18
...Channel 19, 19a, 19b, 1
9A, 119-second portion, 21...back surface, 22.
23.122.123...Vertical guide wall, 24, 124
...Support element, 25.125...Front stop member,
26... Lateral side, 27.28... Tightening device, 3
0... Frame, 31... Hole, 32... Sleeve, 40... Container, 4L 42... Chamber, 20
1... Indicates the bottom. Agent: Patent Attorney (8107) Kiyotaka Sasaki□,'
, ``-Rin゛1 l'', you (and 3 others) -dan. -T'-Itoda ε (city t: IE: town to IV Yu1
1271160 1963

Claims (1)

[Claims] 1. A set of support units for single-handle tools (10; 1
00) are arranged on the vertical back wall (1; 101; 203, 2
support structures for tools of various sizes including 04), which are arranged generally perpendicular to the vertical back wall (1; 101; 203, 204) and spaced apart from each other and of approximately 35 mm and 70 mm;
first and second flat vertical guide walls (12, 13; 112, 113) having a length limited to a range between; and a vertical guide wall (12, 13; 112,
The support element (14) is located close to the upper part of the support element (113).
; 114) and a front stop member (15; 115) configured integrally with the support element (14; 114), said front stop member being integral with said back wall (1; 101; 203, 204).
and separated from said back wall by a distance in the range between 12 mm and 40 mm and perpendicular to the first and second guide walls (12, 13; 112, 113). and the first
and a second guide wall (12, 13; 112, 113) extending outwardly to a channel (18) which is laterally confined, said channel being completely open on its upper and lower surfaces and said supporting element ( 14; 114) is constituted by the upper edges of the first and second guide walls (12, 13; 112, 113) and, starting from the vertical back wall, a generally horizontal first part (14, 14a, 14b; 114) and a second portion (19, 19a, 19b; 119
) A support structure for a tool. 2. In a support unit for a single-handle tool (10; 110), the first and second guide walls (12, 13; 112
, 113).
; 114) starts from the vertical back wall and extends approximately 1/2 the depth of the guide wall;
14b; 114) and approximately 25° to 50° to the horizontal.
The second part (19, 1
9b; 119), and depending on the situation, the front stop member (15
, 115) with a lower height defined by the upper edge of the third
A structure according to claim 1, characterized in that it has a vertical section. 3. In a multi-purpose support unit for a single-handle tool (10; 110), the first and second guide walls (12, 13;
Starting from the vertical back wall, the support element (14; 114) constituted by the upper edges of 112, 113) is inclined slightly downward at an angle between 3° and 10° with respect to the horizontal and a first portion (14A) extending over approximately two-thirds of the depth of the guide wall, and a second portion (19A) sloped upwardly at an angle between 35° and 75° with respect to the horizontal;
The structure according to claim 1, characterized in that it has: 4. In a multipurpose support unit for single-handled tools (10; 110), a vertical guide wall (
12, 13; 112, 113) have a slightly flared configuration and form an angle of approximately 3° to 6° between them. body. 5. In a multipurpose support unit for a single-handle tool (10; 110), the generally horizontal first portion ( 14, 14B, 114) connect said guide wall (12, 13; 112, 113) by a generally horizontal flange oriented outwardly with respect to the channel (18).
3. The structure of claim 2, wherein the structure extends transversely to the structure. 6. A multipurpose support unit for a single-handled tool (10), in which the front stop (15) is interrupted only at the level of the channel (18) and its back (11)
abuts the vertical back wall (1) and the lateral sides (16) are generally parallel to and offset with respect to the first and second vertical walls (12, 13), and the frame (30) 6. According to any one of claims 1 to 5, characterized in that it has on its back a device (17) for attaching it to the vertical back wall (1), said device making the multipurpose tool support unit (10) removable. The structure described in item 1. 7. comprising a vertical back wall (1; 205, 206) on which a set of support units for two-arm tools such as pliers, scissor tools or shears are fixed, and first and second flat vertical guide walls; (22, 23), the guide walls being generally parallel and spaced apart and vertical back walls (1; 205,
206) and about 35mm and 70mm
It is limited to lengths ranging between
1) and has an inverted U or inverted V cross section, and has first and second vertical guide walls (2).
2, 23; 122, 123) arranged towards its upper part in the space contained between
), and approximately 12 mm within a space formed by a plate substantially parallel to the vertical back wall (1; 205, 206) and formed between the first and second vertical guide walls (22, 23; 122, 123). and 40 mm and supporting elements (24
; 124) comprising a front stop member (25, 125) perpendicular to the elongate member constituting the elongate member;
7. The structure according to any one of items 6 to 6. 8. In a multi-purpose support unit for a two-arm tool (20; 120), the front stop member (25) is attached to the frame (4
0), the back surface (21) of which is in contact with the back wall (1), the lateral surface (26) thereof being generally parallel to the first and second vertical walls (22, 23) and optionally , slightly offset thereto, and the frame (40) has at its back a tightening device (2) for attaching it to the vertical back wall (1).
8. Structure according to claim 7, characterized in that it has a multi-purpose tool support unit (20, 120) which is removable. 9. a vertical back wall (1) having a height lower than said back wall (1) and joined to said back wall by an outer lateral side wall (126) and extending between about 12 mm and 40 mm from said back wall; for receiving two articulated arm type tools in a chamber defined by a vertical intermediate wall (101) arranged at a possible distance, said back wall and said middle cylinder and outer lateral side walls (1, 101, 126); comprising at least one vertical guiding partition wall (122, 123) parallel to said lateral side wall (126) to constitute a plurality of support units (120) of said lateral side walls (126), with a distance between each other in the range between 50 mm and 80 mm. Two adjacent parallel guide walls separating (126, 122; 122, 123; 123, 12
Each unit limited by 6) is further defined by a guide wall (1
22, 123, 126) and is constituted by an elongated support member (124) connected at the upper part of the intermediate wall (10) to the back wall (1), while carrying a single-handled tool. A plurality of support units (11
8. Structure according to claim 7, characterized in that the intermediate wall (101) is arranged up to half its height in front of the intermediate wall (101). 10. At least one multi-purpose support unit (10) for a single-handled tool is mounted on the lateral side wall (16) of the frame (40)
two pairs of flat vertical guide planes (12, 1
3), each pair of guiding planes having channels (18) with a width ranging between 5 mm and 15 mm, each channel being completely open on its front, lower and upper surfaces, Vertical guide walls (12, 15) whose front surface is interrupted at the level of the channel (18) and whose support element (14) is joined to the upper edge of the front surface (15) via an upwardly inclined part (19) 7. A structure according to claim 6, characterized in that it is constituted by an upper edge of. 11. In a multi-purpose support unit for single-handled tools (10, 110), generally horizontal flanges (17; 117
) has a hole (31) extending downwardly by a vertical sleeve (32) having a length which can take a value between about 25 mm and 50 mm, and which sleeve has a diameter slightly smaller than said hole (31). 6. Structure according to claim 5, characterized in that it has a small cross section. 12. The column body (6) comprises a bottom part (201) integrally provided, said column body being connected to the central parallelogram by at least four vertical walls (203, 204, 205, 206) with the bottom part (20). The tower body (6) consists of shaped storage space
vertical walls (203, 204, 205, 206) or extensions of said walls (203', 204', 205', 206
') have on their outer sides one set of multipurpose support units (10
), (20)
12. The structure according to any one of items 1 to 11. 13, comprising a lower vessel (40) with storage chambers (41, 42) of lower height than the column body, said chambers being arranged on the bottom (201) around the column body (6), 13. The container according to claim 12, characterized in that a handle disposed in the upper part, a cover member having a hole for the handle, and a device for guiding the cover member are disposed around the lower container or close to the handle. structure. 14. The tower body (6) is constructed of a first lower part (203, 204, 205, 206) integral with the bottom part (201) and on the first lower part (203, 204, 205, 206) and has a single handle. a removable second upper part (203', 204) carrying a multipurpose support unit for tools (10) and a multipurpose support unit for two-arm tools (20);
14. The structure according to claim 12 or 13, characterized in that the structure comprises: 15. The removable second upper part has four vertical walls (
203', 204', 205', 206'), each wall being integral with the bottom (201);
(203″, 204″, 205″, 203″, 204″, 205″, 2
15. The structure according to claim 14, wherein the structure is