JPH06198580A - Storing board for work tool - Google Patents

Abstract

PURPOSE:To stably hold tools for various works in designated portions by magnetic force during a long period of time by forming on a storing board many storing grooves for storing tools and finger insert holes for taking out the tools and providing a magnetize body an the base of each storing groove. CONSTITUTION:In an L-wrench storing board 1 for storing L-wrenches (spanners, drivers and so on) as working tools in good order, many storing grooves 4 for disposing L-wrenches in good order in the order of increasing size are formed on the surface 7 of the storing board 1 on a plate. Independent or common magnetize body 2 is buried in the base of a part of each storing groove 4 facing to the neck which is a curved point of the L-wrench 5. Independent or common finger insert hole 3 is formed in a part of the storing groove 4 facing to a suitable position of the barrel of the L-wrench 5, whereby at the time of taking out the L-wrench 5, the L-wrench 5 can be picked up between thumb and index finger, for example.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a storage board which is used for assembling and repairing machines and instruments and which stores various working prefectures.

[0002]

2. Description of the Related Art Conventionally, working tools for assembling and repairing machines and instruments are usually stored in a tool box separately and stored, or a set is often put in a bag or a case. , One-hand operation, one-touch operation, it was not possible to take out and store at a moment, so I often forgot and lost it while thinking about storing it later. originally,
During the assembling work, different work tools are required separately as the work progresses, and in each case, a hand is often put into the tool box to stir and search for and take out. Therefore, it takes a lot of time to find a necessary tool, and if the user does not enter the tool from the beginning, it is an extra effort to carry over. Also, after the work is completed, it is just thrown in the tool box, so even if it is lost, it is stored without knowing what has disappeared. In particular, when a working tool is shared by several people, it is often forgotten to store it and lost it. This often causes troublesome tool search and delays the work. Under these circumstances, storage tools and storage containers for storing tools such as Japanese Utility Model Publication No. 49-32958 and Japanese Utility Model Publication No. 63-37548 have been developed. The former is to fix the tool by providing an accommodating portion smaller than the shape of the tool and tightly fitting them together. The latter is provided with a recess for accommodating the shape of an article, and is provided with an elastic protrusion so that the article can be stably accommodated. However, although these things can certainly store tools stably, they are aimed at the fixing effect by elastic force. Therefore, if you use it for a long time, fatigue will occur in the elastic force,
Often, it cannot be securely fixed as it is used. On the other hand, a tool storage tool is very convenient because it can be used freely with both hands if it is easily attached around the machine / equipment, within easy reach. There was a drawback that it could not be installed easily.

[0003]

The present invention is intended to solve the above problems. That is, an object of the present invention is to store a working tool which does not suffer from a decrease in fixing force due to fatigue as in the prior art, and can be easily magnetically attached anywhere and can be operated by one hand. Is provided.

[0004]

The inventor of the present invention has found that the working tools are mostly made of steel, and that at least a part of the tools has a steel portion. Focusing on the fact that the machines and instruments manufactured in (1) are mostly made of steel or cast iron, the present invention has been completed based on these findings. That is, the present invention resides in a work tool storage board provided with a large number of independent storage grooves for storing tools, finger insertion holes for taking out the tools, and a magnetic body provided at the bottom of the storage grooves. Further, the present invention also resides in a work tool storage board characterized in that finger insertion holes are provided over independent storage grooves. Furthermore, the present invention resides in a trolley provided with a storage board for working tools, characterized in that a storage board is attached to the partition plate of the trolley. Furthermore, a plurality of drawers are arranged in a wheeled box body, a work tool storage board is provided on the surface of the box body, and the upper plate is a wheeled box body used for a document desk or a work desk.

[0005]

In order to take out the tool, first, a finger is put in the finger insertion hole of the storage board and, for example, the tool is picked with the thumb and the index finger.
After that, if you pull it with your finger, the tool is magnetically attached, so there is some resistance, but you can still click it when you pull it. To store the tool, pick it with your thumb and forefinger and insert it into the finger insertion hole. The tool is magnetically snapped by the magnetic stick and is securely stored in the storage groove. On the other hand, the storage board itself is magnetically attached to the outer walls of machines and appliances by the magnetic force of many magnetic attachments and can be attached, and when removing it, you can pull it out by hand and remove it with one touch. In that case, if the storage board is bent in a bow due to the strong magnetic force of multiple magnetic adherents to the machine / apparatus body, the stored tools will fall apart, so the storage board must have a certain degree of rigidity. However, it is necessary to provide a finger hook ring that is convenient for removal. Even with a slightly heavy tool, if the storage cabinet is magnetically attached vertically to the machine wall, etc., the lower part of the work tool will be caught by the step between the bottom of the storage groove and the storage cabinet surface, and most of the tool weight will be taken. The individual tools have the advantage that they do not require a very strong magnetic force and cannot be dropped and lost.

[0006]

EXAMPLES Examples will be described in more detail below.

FIG. 1 is a front view of an L-shaped wrench storage board 1 which is one of the embodiments of the present invention. The storage board 1 is almost in the shape of a plate, and its material is wood, iron, non-ferrous metal, or steel die, and aluminum die cast casting,
Plastic injection molding, ceramic molding,
Anything such as rubber molding can be applied. Further, a method of manufacturing the storage board 1 by pressing an iron plate or a non-ferrous metal plate to form irregularities, holes and the like is also efficient. A large number of storage grooves 4 are provided on the surface 7 of the storage board 1 so that work tools 5 such as an L-shaped wrench, spanner, and screwdriver can be arranged in order from small to large in order. It is provided. The number of sets can be multiple sets or single set. In the portion of the storage groove 4 corresponding to the neck portion which is the bending point of the L-shaped wrench 5, a magnetized body 2 such as a magnet is embedded in the bottom portion thereof. This magnetic body 2
May be independently embedded, may be commonly embedded in the bottom of each storage groove 4, or may be plural in each storage groove 4. A finger insertion hole 3 is provided in a portion of the storage groove 4 corresponding to an appropriate position of the body portion of the L-shaped wrench 5. Similarly, even if the finger insertion hole is independent, the bottom portion of each storage groove is formed. It doesn't matter which one is provided in common. Just put your finger in the L-shaped wrench 5,
For example, it suffices that the thumb and forefinger can be picked up well. As can be seen from FIG. 1, if any one of the working tools 5 is used, the storage groove 4 is blank, and the original storage groove can be seen at a glance. If you make it a habit to return it to the place, you will be free from the loss and the troublesome search. FIG. 2 is a side view of the L-shaped wrench storage board 1 according to the embodiment. This figure is
It shows a state in which the storage board 1 is attached to the wall surface A of the machine / apparatus body A. For example, a tool 5 such as a wrench is a magnetic body 2
Further, the magnetic force of the magnetic adhering body 2 also acts on the wall surface A of the machine / apparatus body A to securely attach and fix the storage board 1 to the machine / apparatus body A. By appropriately selecting the size of the magnetic body 2 and the strength of the magnetic force, it is possible to freely adjust the gripping force of the wrench 5, the attaching force to the machine / apparatus body A, and the mutual force balance. . If a hanging hole (Fig. 1) is provided, it can be hung on something without magnetic force, and if a ring is attached, it is convenient when picking with a finger and removing it from the machine wall. In FIG. 3, an operator holds down the mechanical component 13 with his left hand and slightly fits a screw with his right hand. Then, from the storage board 1 magnetically attached to the outer wall surface A of the machine / apparatus body A that is being assembled,
In order to firmly tighten the screw, it shows that the L-shaped wrench tool 5 is about to be picked up by the fingertip of the right hand. Thus, unlike the conventional method, both hands are effectively used at all times to shorten the operation cycle. However, enabling one-touch tool delivery / dispatching is an important issue for all manual assembly / repair work year-round, all-day, and will lead to a major contribution. It is also an object of the present invention. Figure 4
Is a cart 12 in which a partition plate 9 is assembled in a triangular shape or a quadrangular shape that spreads out, and the storage board 1 is attached to the partition plate 9. If the partition plate 9 is made of iron, the storage board 1 can be attached at any convenient position, which is convenient. The space surrounded by the partition plate 9 is used as a storage / storage place 11 for storing a tool box, a parts box 10 and the like. FIG. 5 shows a box B with wheels, which is made of iron and provided with a plurality of drawers 15 for accommodating tools and parts. The upper plate 13 can be used as a document desk or a desk for work. Next, how to make the storage board 1 will be described. If the storage board is plastic or rubber,
There is also a method in which aluminum is manufactured by injection molding, and in the case of aluminum, it is manufactured by aluminum die casting or ordinary aluminum casting, and a slight cutting process is performed on the bonding portion of the magnetic body 2, the storage groove 4, and the like. It is possible to easily form the storage board 1 and the magnetic body 2 integrally by performing the insert molding in the so-called injection molding in which the magnetic body 2 is attached to the mold in advance and integrated with molding.
Further, rubber molding can be similarly performed. In the case of aluminum, the magnetic adherend 2 is bonded after molding. Alternatively, there is also a method in which a magnetizable material or a magnetizable material is adhered to or mixed with a plastic or rubber material before being molded, and the resultant is molded to form the entire storage board 1 as a magnetized body. When the storage board 1 is made of wood, the magnetic body 2 is attached by being fitted from the back surface 8 of the storage board 1.
In this case, when the back surface 8 of the storage board 1 and the magnetic adherend 2 are placed in the plane position, the storage board 1 is securely attached because it is brought into direct contact with the surface of the machine / apparatus body A. Furthermore, as another method, the storage board 1, the finger insertion holes 3 and 3 ', the storage groove 4,
Also, a method of forming the hanging hole 6 and the like by pressing an iron plate or a non-ferrous metal plate and then adhering the magnetic adherends 2 and 2'is also efficient and promising. Although the embodiments have been described above, it goes without saying that they are merely exemplifications of the present invention and that various modifications and changes can be made as necessary. As the working tool 5, the L-shaped wrench 5 has been selected and described, but any tool such as a driver and a spanner may be used as long as it has at least a magnetically adhering portion. The magnetic adherends 2 and 2'are not limited to metals, but may be synthetic resins, ceramics, rubbers, paper materials, and the like as long as they are magnetized. Further, the finger insertion holes 3, 3'may or may not completely penetrate the storage board. The above has explained the set of tools, but as a tool related to work, for example, electrical wiring work, related work tool, I used to work around the waist with a belt, but the waist is heavy. There are the following working tools that work hard and get tired. Storage board 1 for nippers, strippers, pliers, scissors, pliers, screwdrivers, monkey wrenches, spanners, tape measures, etc.
There is also a method in which the inner and outer walls of the electric control panel or the inner and outer surfaces of the machine A are magnetically attached to allow the work to be performed in a light and light motion. This is not just about electrical wiring work,
It goes without saying that there are many operations for the same purpose in other operations, and it is required to provide the storage board 1 for a series of operation tools 5 related to the operations. In addition, the storage board 1 for collecting and aligning different kinds of tools 5 in such a work-oriented manner,
All the tools 5 may be gathered in one storage board 1 or may be dispersed in a plurality of blocks, and each tool 5 may be magnetically housed in each storage board 1. It is considered that the dolly 12, the wheeled box B, and the like work effectively under such working conditions.

[0008]

【The invention's effect】

1) The storage board is very convenient because it can be easily attached to the outer wall of the main body of the machine / appliance when needed. 2) It is possible to prevent the gripping and fixing force of the tool from being deteriorated due to fatigue as in the conventional case. 3) The magnetic sticking body provided on the storage board has the function of gripping the tool and the force of attaching the storage board to the machine / appliance.

[Brief description of drawings]

FIG. 1 is a front view of a storage board which is an embodiment of the present invention, FIG. 2 is a side view of the storage board which is the same embodiment, and FIG. 3 is a tool from a storage board mounted on the surface of a machine / appliance by a worker. Fig. 4 is a view of picking up with your fingertips, Fig. 4 is a view of attaching a storage board to the trolley,
FIG. 5 is a diagram in which a storage board is attached to a box body with wheels.

[Explanation of symbols]

 1, storage board 2, magnetic body 2 ', magnetic body 3, finger insertion hole 3', finger insertion hole 4, storage groove 5, tool 6, suspension hole 7, front surface 8, back surface 9, partition plate 10, parts Box 11, Storage / Storage 12, Cart 13, Machine parts 14, Upper plate 15, Drawer A, Machine / apparatus body B, Box with wheels

Claims (4)

[Claims] 1. A work tool storage board provided with a large number of independent storage grooves 4 for storing tools, finger insertion holes 3 for taking out tools 5, and a magnetic body 2 provided at the bottom of the storage grooves. . 2. The work tool storage board according to claim 1, wherein the finger insertion hole 3 is provided across the independent storage groove 4. 3. A truck provided with a storage board for working tools, characterized in that the storage board 1 according to claim 1 is attached to a partition plate 9 of the carriage 12. 4. A surface B of a box 13 with wheels or an upper plate 14
A wheeled box body having a storage board for working tools, characterized in that the storage board 1 according to claim 1 is attached to the storage box.