JP3172338U - Tool band - Google Patents

Abstract

To provide a tool band in which a tool storage can be easily attached and detached around an operator's waist.
A body belt 1 is passed through each belt presser 2a of a wide auxiliary belt 2 in which a plurality of belt pressers are provided at intervals in the left-right direction, and a tool sack 10 is inserted into the belt 2 between each belt presser 2a. In the tool band A attached with a plurality of locked tools 4 having a fitting hole on the front surface and a belt insertion part on the back surface, a fitting protrusion that can be fitted in the fitting hole of the locked tool 4 is provided. A plurality of tool sacks 10 provided on the back side with a locking tool having a portion are provided, and each of the plurality of locked tools 4 is passed through the belt belt 1 through each belt insertion portion and onto the belt 1 between the belt pressers 2a in advance. The tool sack is attached to the body belt 1 by attaching the fitting protrusions of the tool sack 10 to the fitting holes of the plurality of partly or all of the objects to be locked 4 in a detachable manner. 10 was attached.
[Selection] Figure 1

Description

  The present invention relates to a tool band for attaching a tool storage object for storing a tool, for example, a screwdriver or a tool used when performing electrical work or maintenance work of electrical equipment, etc., around a waist of an operator. .

  Conventionally, when an operator works at a high place such as on a pillar, in order to prevent the worker from falling, a safety belt provided with a hook and a rope is attached. The belt portion of such a safety belt includes a tool sack made of durable fabric such as leather or campus land, a driver sack, a nipper sack, etc. (hereinafter collectively referred to as a “tool sack”). ) And carry tools such as screwdrivers and nippers.

  As such a safety belt, as shown in FIG. 14, there is a belt in which a plurality of belt pressers 31 are provided on the auxiliary belt 34 and belts 32 are passed through the belt pressers 31 of the auxiliary belt 34. This is because when the tool sack 33 is attached in order to pass the suspending loop 33a on the upper part of the tool sack 33 through the belt 32, the belt 32 is removed from the plurality of belt pressers 31 and the belt is placed on the suspending loop 33a of the tool sack 33. 32, and then again through each belt presser 31. When the unnecessary tool sack 33 is removed, the tool sack 33 is removed by removing the belt 32 from the belt presser 31 of the auxiliary belt 34.

  On the other hand, what was shown to patent document 1 was developed. This is a belt that hangs the tool sack separately from the belt of the safety belt. Specifically, a belt-like long tongue piece is provided from one end of the waistband belt toward the center, A belt-like buckle piece is provided from the end corresponding to the long tongue piece, and the long tongue piece is set longer than the buckle piece and is inserted into the belt presser at the center of the waistband belt and then connected to the buckle piece. It is.

  Before use, unlock the long tongue piece and the buckle piece, remove the long tongue piece from the center belt presser, and pass these buckle pieces and long tongue pieces through the hanging loop provided at the top of the tool bag, pliers, etc. The long tongue piece is again passed through the belt presser and locked with the buckle piece.

Further, a belt holder as in Patent Document 2 has been developed. This consists of a holding part that faces the plug-in part via a bent connecting part, and a sufficient space is provided for the belt to enter between these facing parts. Moreover, the object hold | maintained on the back surface of the said holding | maintenance part is supported.
Japanese Utility Model Publication No. 6-58957 Utility Model Registration No. 3010401

  However, in the safety band of Patent Document 1, when the tool sack is attached or removed, the long tongue piece must be removed from the buckle piece and further removed from the belt presser, which is extremely inconvenient. It is.

  For this reason, if it is not easy to change or rearrange tools, work with unnecessary tools or tool sacks attached, or place necessary tools in a tool bag for the time being. It could not be said that the work was performed under favorable conditions. Also, when moving around the site, the safety belt cannot be put together in a compact manner, and even unnecessary tools are held, which is heavy and bulky, inconvenient for the operator, and causes pain to the back It was with me. Furthermore, when cleaning the tool bag, the safety belt must be turned upside down, which is also inconvenient.

  Further, in the belt holder of Patent Document 2, it is possible to take out the belt without removing it from the buckle. However, in order to take out the belt holder, the belt holder is tilted to the left or right, and the drop-off preventing claw is crossed with the belt. The drop-off prevention function is invalidated, and it is rotated in one direction as it is and lifted and removed while twisting. However, when the operator is using the belt holder, the belt holder may be easily removed, such as when the belt holder rotates suddenly. Also, if the object to be held is a tool sack, etc., the tool will fall off. There is a risk of doing so. In particular, it is extremely dangerous if the tool is dropped due to rotation of the belt holder while working at a high place, and such a situation must be avoided.

  This device was devised in view of these points, and it can be easily attached and detached from the operator's waist and the tool storage can be easily attached / detached. A tool band that does not come off is provided to solve the above-mentioned problems.

  According to the first aspect of the present invention, a belt main body is passed through each belt presser of a wide auxiliary belt provided with a plurality of belt pressers spaced in the left-right direction, and a tool storage is attached to the belt main body between the belt pressers. In the above-mentioned tool band, a plurality of locked tools having a fitting hole on the front surface and a belt insertion portion on the back surface are provided, and a fitting protrusion that can be fitted in the fitting hole of the locked tool is provided. A plurality of tool storage items provided with stoppers on the back surface are provided, and each of the plurality of locked devices is attached in advance to the belt main body between the belt pressers through the belt main body through each belt insertion portion. A tool band in which the tool storage article is attached to the belt main body by detachably fitting the fitting projections of the tool storage article engagement fittings into the fitting holes of a part or all of the engagement tools.

  The invention of claim 2 is provided with a fitting hole having an open upper end on the surface side of the to-be-latched tool, and provided with a locking leg made of an elastic body on both sides inside the fitting hole. The release leg is formed by inserting a plate body that can freely open and close the locking leg on the back surface of the fitting hole, and a space having openings on the left and right sides on the back side of the fitting hole. A belt insertion part is used, the belt body is passed through the belt insertion part, the locked tool is attached to the belt body, and the locking tool of the tool storage is fitted into the fitting hole of the locked tool. When the projection is inserted, the fitting projection of the locking tool is locked to the locking leg of the locked tool, and the fitting protrusion of the locking tool is fitted to the locked tool. When the release button is pressed, the engagement of the engagement protrusion of the engagement tool is released by the engagement leg, and the tool storage is raised. And a tool belt according to claim 1, which is a configuration capable of removing the tool storage material from the belt body by pushing up the.

  The invention of claim 3 is a simple locking tool for a tool having a strong magnet on the front surface and a locking portion for the belt main body on the back surface. The tool band according to claim 1, wherein the magnetic band is adsorbed.

  According to the first aspect of the present invention, the tool storage can be removed from the belt body by removing the fitting projection of the locking tool from the locked tool attached to the belt body of the tool belt. The tool storage can be easily detached from the tool band without removing the belt body from the waist or the tool band. Therefore, it is easy to replace the tool storage without trouble, so unnecessary tools can be easily removed, and only necessary tools can be held at all times. A tool storage can be attached to the tool. Therefore, the worker is light and the work can be performed smoothly. Moreover, the weight of the tool etc. attached to a tool belt can be restrained, and an unnecessary burden for an operator can be avoided.

  In addition, since the rearrangement of tools and the like considering the balance of the tool weight attached to the tool band can be easily performed, the operator can move easily and the work efficiency is improved.

  According to the second aspect of the present invention, the locked tool and the locking tool can be attached and detached with one touch, and the tool and the like can be attached and detached very easily. In addition, since the locking by the locked tool and the locking tool can be performed securely and firmly, for example, the tool or the like does not move inadvertently around the waist and is stable, and the wearing feeling is stable. Good and quick work.

  According to the third aspect of the present invention, there is provided a locking tool provided with a strong magnet on the front surface and a locking portion for the belt body on the back surface. The magnetic material is adsorbed so that the tool is temporarily held or temporarily placed rather than storing the tool in the tool sack as in the locking device according to the first and second aspects. It is effective at times.

  A belt band is passed through each belt presser of a wide auxiliary belt provided with a plurality of belt pressers spaced apart from each other in the left-right direction. A plurality of locked tools having fitting holes and a belt insertion portion on the back surface are provided, and a locking tool having a fitting protrusion that can be fitted in the fitting holes of the locked tools is provided on the back surface. A plurality of tool storage items are provided, and each of the plurality of to-be-engaged tools is attached in advance to the belt main body between the belt pressers through the belt main body through each belt insertion portion. A tool band in which fitting protrusions of the locking tools of the plurality of tool storage items are detachably fitted in fitting holes of the locking tools, and the tool storage items are attached to the belt body.

  As a result, the tool storage (such as a tool sack) can be removed from the locked tool while the locked tool is attached to the belt body, so the tool storage can be removed from the tool band without removing the belt body from the tool band. Can be attached to or removed from

  Hereinafter, a tool band to which a tool storage of Example 1 of the present invention is attached will be described with reference to the drawings. Here, as a tool belt, a safety belt that is usually attached to the waist around an operator at a high place is used. In addition, as a tool storage to be attached to the safety belt, a tool sack for suspending and storing a tool such as a screwdriver or nipper used when performing electrical work or maintenance work of electrical equipment is used.

  FIG. 1 is a front view showing a state in which a plurality of locked tools 4 are attached to a body belt 1 of a safety belt A according to Embodiment 1 of the present invention, and a tool sack 10 is attached to a part thereof. FIG. 2 is a perspective view of the locked member 4 according to the first embodiment of the present invention. FIG. 3 is a side view of the locked tool 4 according to the first embodiment of the present invention.

  FIG. 4 is a partial rear view of the first embodiment of the present invention in which the locking tool 4 is attached to the rear surface of the tool sack 10. FIG. 5 is a plan view showing a state in which the locking tool 9 is attached to the back surface of the tool sack 10 in Embodiment 1 of the present invention.

  As shown in FIG. 1, the safety belt A is generally composed of a waist belt 1, an auxiliary belt 2, a buckle 3, a rope and a hook (the description of the rope and the hook is omitted in FIG. 1). A plurality of belt pressers 2a are provided on the surface of the auxiliary belt 2, and these are integrally provided through the body belt 1 inside the belt pressers 2a. Further, the buckle 3 is attached to one end portion of the body belt 1. A hole through which the needle of the buckle 3 passes is provided at the other end of the body belt 1 (not shown).

  In addition, a plurality of locked tools 4 are attached to the body belt 1, and a tool sack 10 is attached to some of the locked tools 4.

  Next, the locked tool 4 attached to the safety belt A will be described. For example, a belt holder manufactured by Comeron is used as the locked tool 4. This belt holder is made of plastic, and as shown in FIGS. 2 and 3, has a thin box-shaped main body 4a having an open upper end and a belt locking body 4b on the back of the box-shaped main body 4a. The box-shaped main body 4a has a fitting hole 7 provided with a U-shaped cutout 6 downward from the front upper end. A locking tool 9 provided on the back surface of a tool sack 10 described later is fitted into the fitting hole 7 from above. The space shape of the fitting hole 7 is a flat, substantially rectangular parallelepiped shape. Further, locking legs 4e made of a substantially L-shaped elastic body are projected from the upper side to the lower side on both sides inside the fitting hole 7 (see FIG. 8).

  Further, the belt locking body 4b is formed by being bent into a substantially inverted U shape from the back surface of the box-type main body 4a, and the edge located at the lower part is slightly folded upward and provided in a cross-sectional hook shape. A horizontally long protrusion 4d is provided slightly above the lower end edge of the back surface of the box-shaped main body 4a facing the hook-shaped edge 4c. A space 5 through which the body belt 1 of the safety belt A is inserted is formed by the back surface of the box-shaped main body 4a and the belt locking body 4b facing each other.

  The belt locking body 4b has elasticity, and the hook-shaped end edge 4c is normally in contact with the protrusion 4d of the box-shaped main body 4a, and is formed by the back surface of the box-shaped main body 4a and the belt locking body 4b. The closed space 5 is opened by moving the hook-like edge 4c with a little force.

  Further, a gap is provided on the back side of the fitting hole 7 of the box-shaped main body 4a. The gap is vertically long and the upper part protrudes upward. The lower part 8a (see FIG. 8) is on both sides. A release button 8 is formed by inserting a plate body enlarged in a vertically movable manner. The release button 8 is used to release the locking after locking a locking tool 9 described later in the fitting hole 7.

  Subsequently, the locking tool 9 attached to the back surface of the tool sack 10 will be described. This locking tool 9 is also manufactured by Comeron, similar to the locked tool 4. As shown in FIGS. 4 and 5, the locking device 9 is provided with a substantially flat rectangular parallelepiped made of plastic so as to overlap the back surface of the tool sack 10, and both sides of the outer end face of the rectangular parallelepiped and the edges of the lower side. Is provided with a flange-like fitting projection 9a, and a notch 9b is provided at substantially the center of both sides of the fitting projection 9a to form a locking tool 9. Further, a notch 9c is also provided on the lower side of the fitting protrusion 9a.

  Next, the locked tool 4 is attached to the safety belt A. FIG. 6 illustrates a state in which the locked tool 4 is attached to the waist belt 1 of the safety belt A and the tool sack 10 to which the locking tool 9 is attached is being attached to the locked tool 4 from above. FIG. FIG. 7 is a plan view showing a state where the locking tool 9 on the back surface of the tool sack 10 is pushed into the fitting hole 7 of the locked tool 4 of the safety belt A from above. FIG. 8 shows that the locking tool 9 on the back of the tool sack 10 is pushed into the fitting hole 7 of the locked tool 4 of the safety belt A from above, and the locking legs 4e on both sides inside the locked tool 4 are engaged. It is explanatory drawing which shows the state latched by the notch 9b of the fitting protrusion 9a of the stopper 9. FIG. FIG. 9 is an explanatory view showing a state in which the release button 8 is pushed from the state of FIG. 8 to release the locking. FIG. 10 is a partial front view of the safety belt A according to the first embodiment of the present invention with six locked members 4 attached thereto.

  The front end of the body belt 1 is removed from the left end and the center belt presser 2a of the auxiliary belt 2 of the safety belt A, and the front end of the body belt 1 is placed in the space 5 of the locked tool 4 as shown in FIG. After the three to-be-locked tools 4 are attached, the tip of the torso belt 1 is passed through the belt presser 2a in the middle of the auxiliary belt 2, and the three to-be-locked tools 4 are connected to the torso as described above. After being attached to the belt 1, the front end of the body belt 1 is passed through the remaining left belt retainer 2a. In this manner, as shown in FIG. 10, six locked tools 4 are attached (in this case, the number of locked tools 4 is arbitrary).

  Thereafter, the operator winds and attaches the safety belt A around his / her body. Then, a necessary tool is put into the tool sack 10, and as shown in FIG. 6 (the description of the tool is omitted in FIG. 6) for each tool sack 10, the engagement protrusion of the locking tool 9 on the back surface is seen from above. The portion 9a is inserted into the fitting hole 7 of the locked member 4 of the safety belt A, and is pushed in as it is until the notch 9c on the lower side of the fitting projection 9a hits the stopper 7a. As shown in FIG. The locking legs 4e on both sides inside the hole 7 are locked to the notches 9b of the fitting protrusion 9a. In this case, as shown in FIG. 7, the edge 6 a of the notch 6 of the locked tool 4 enters the groove 9 d formed on the back surface of the fitting protrusion 9 a of the locking tool 9.

  Further, when removing the tool sack 10 and the tool, as shown in FIG. 9, when the release button 8 is pushed downward, the lower portion 8 a enlarged in both sides of the release button 8 is formed inside the fitting hole 7. The locking leg 4e on both sides of the locking tool 9 is pushed open to release the locking with the notch 9b of the fitting projection 9a of the locking tool 9. In this state, the tool sack 10 is pushed upward to be easily removed. I can do it.

  By using such a safety band A to which the locked tool 4 is attached and the tool sack 10 to which the locking tool 9 is attached, the tool can be replaced very easily with one touch. Moreover, since the rearrangement of the tools considering the balance of the weight of the tool attached to the safety belt A can be easily performed, the operator can easily move and work efficiency is improved.

  The safety belt A has a limit on the weight of the tool to be installed. If this safety belt A is used, unnecessary tools can be easily removed for each sack. The weight of the tool attached to the safety belt A can be reduced, the work can be performed smoothly, and unnecessary burdens can be avoided for the operator.

  Further, the locking by the locked tool 4 and the locking tool 9 can be securely and firmly locked, and is stable without the tool hanging around the waist and inadvertently moving. The feeling of wearing is good, and the workability in a state where the safety belt A is worn is also excellent. Furthermore, when another worker needs a tool he possesses, the tool sack 10 can be easily removed from his / her safety belt A and handed over to his / her partner. The tool sack 10 can be easily attached to the safety belt A and is easy to use.

  Moreover, when attaching a tool to the safety belt | band | zone A, the simple locking tool 11 for tools shown in FIG. 11 is demonstrated as what accompanies the said to-be-latched tool 4 and the locking tool 9. FIG. This simple locking tool 11 for tools is effective when it is desired to temporarily fix or temporarily place a tool, rather than storing the tool in the tool sack 10 attached to the safety belt A. A strong magnet plate 11a is provided at the front center of the simple locking tool 11 for tools, and the locking tool 9 is provided on the back surface. It is to be locked. When the tool is locked to the tool simple locking tool 11, a metal part that is a magnetic absorption body of the tool, for example, one side surface of the clamping part 12 a of the nipper 12 is brought into contact with the magnet plate 11 a to be attracted. It is. The simple locking tool 11 for tools may be provided with an appropriate locking tool that can be locked to the body belt 1 on the back surface thereof.

  In the first embodiment, the safety belt A is used to attach the locked tool 4, but a specific example of what the locked tool 4 is mounted is not limited to the safety belt but holds a tool. Others are acceptable.

  Moreover, although the tool sack 10 is used as what is attached to the safety belt A, a tool bag or the like may be used. Furthermore, although the expression “XX sack” is used, this may also be expressed as “XX holder” depending on the manufacturer, and there is no substantial difference between them.

  Moreover, in Example 1, although the thing made from a Comeron company is used as the to-be-latched tool 4 and the latching tool 9, as a to-be-latched tool and a locking tool, it is not restricted to the thing by a Comeron company. Other things are acceptable. As a to-be-latched tool and a latching tool, the thing like the tongue plate 35 and the buckle 36 which are used for the seatbelt of a motor vehicle as shown in FIG. 12, for example may be sufficient, and the tongue plate 35 is for tools. The buckle 36 is a latching tool that is attached to the belt body by providing a loop portion on the back surface.

  Furthermore, the thing of what is called a one-touch buckle of the male type | mold (37) and female type | mold (38) used as a backpack, a sports bag, etc. as shown in FIG. 13 may be used. In this case, the male mold (37) is the tip of a locking tool that is attached to the back of the tool sack, and the female mold (38) is a locked tool that is attached to the belt body by providing a loop portion on the back. Further, the locking tool and the locked tool are not limited to those described above, and may be any one having a fitting groove on one side and a fitting part on the other side, and when the fitting part is fitted in the fitting groove. The one that doesn't move is good.

  Moreover, in Example 1, although the to-be-locked tool 4 was attached to the safety belt | belt A of the state before mounting | wearing with a body, attachment or removal of the to-be-locked tool 4 mounted | wore the body with the safety belt | band | zone A. Of course you can do it later. At that time, the openable / closable end edge 4c of the belt locking body 4b of the locked device 4 is applied to the body belt 1 of the safety belt A from above and pushed downward. The locked tool 4 cannot be easily detached from the trunk belt 1 once it is attached to the trunk belt 1.

It is a front view which shows the state which attached the some to-be-latched tool to the trunk | drum belt of the safety belt | Example 1 of this invention, and attached the tool sack to some of them. It is a perspective view of the locking device of the safety belt of Example 1 of this device. It is a side view of the locking device of the safety belt of Example 1 of this device. In the safety belt of Example 1 of this invention, it is a partial back view of the state where a locking tool was attached to the back of a tool sack. In the safety belt of Example 1 of this invention, it is a top view in the state where a locking tool was attached to the back of a tool sack. It is explanatory drawing of the state which is going to attach the tool sack which attached the latching tool to the to-be-latched tool attached to the trunk belt of the safety belt | Example 1 of this invention from the upper direction. It is a top view which shows the state which pushed the latching tool of the back of a tool sack into the fitting hole of the latching tool of the safety band of Example 1 of this invention. It is explanatory drawing which shows the state which latched the fitting protrusion of the locking tool of the back of a tool sack from the upper part in the fitting hole of the locking tool of the safety belt | Example 1 of this invention. It is explanatory drawing which shows the state which pushed the cancellation | release button of the to-be-latched tool from the state of the said FIG. 8, and the latching of the fitting protrusion of the latching tool was cancelled | released. It is a partial front view of the state which attached the to-be-latched tool to the safety belt of Example 1 of this invention. The front side which adjoined the nipper fixed to the magnet board of the simple locking tool for tools used accompanying with the to-be-latched tool and locking tool of Example 1 of this invention, and the simple locking tool for the tool concerned adjacently described FIG. It is a perspective view of the tongue plate and buckle which are the coupling devices of the seatbelt of a motor vehicle. It is a perspective view of what is called a one-touch buckle of a male-female type used in a rucksack or the like. It is a front view which shows the state which attached the sack for tools to the conventional safety belt.

A Safety belt 1 Body belt 2 Auxiliary belt 2a Belt presser 3 Buckle 4 Locked tool 4a Box-shaped main body 4b Belt locking body 4c Edge 4d Protrusion 4e Locking leg 5 Space 6 Notch 6a Edge 7 Fitting hole 7a Stopper 8 Release button 8a Lower part 9 Locking tool 9a Fitting protrusion 9b Notch 9c Notch 9d Groove 10 Tool sack 11 Tool simple locking tool 11a Magnet plate 12 Nipper 12a Holding part 35 Tongue plate 36 Buckle 37 One-touch buckle (Male type)
38 One-touch buckle (female)

Claims (3)

In a tool belt in which a belt main body is passed through each belt presser of a wide auxiliary belt provided with a plurality of belt pressers spaced in the left-right direction, and a tool storage is attached to the belt main body between each belt presser,
Provide a plurality of locked tools having a fitting hole on the front and a belt insertion part on the back,
A plurality of tool storage items provided on the back surface with a locking tool having a fitting protrusion that can be freely fitted in the fitting hole of the locked tool,
Each of the plurality of locked devices is attached in advance to the belt main body between the belt pressers through the belt main body through each belt insertion portion, and the fitting holes of some or all of the plurality of locked devices. A tool band, wherein the tool storage article is attached to the belt main body by detachably fitting a fitting protrusion of the locking tool of the tool storage article. A fitting hole having an open upper end is provided on the front side of the to-be-latched tool, and a locking leg made of an elastic body is provided on both sides inside the fitting hole, and the locking leg is provided on the back of each locking leg. A release button is formed by inserting a freely openable plate body in the up and down direction, forming a space having openings on the left and right sides of the fitting hole as the belt insertion portion,
The belt body is passed through the belt insertion part and the locked tool is attached to the belt body,
When the fitting protrusion of the locking tool of the tool storage item is fitted into the fitting hole of the locked tool, the fitting protrusion of the locking tool becomes the locking leg of the locked tool. Locked, the fitting projection of the locking tool does not come out of the fitting hole of the locked tool,
Further, when the release button is pressed, the engagement of the fitting protrusion of the locking tool is released by the locking leg, and the tool storage is pushed up to remove the tool storage from the belt body. The tool band according to claim 1, wherein the tool band has a configuration capable of. A simple locking tool for a tool having a strong magnet on the front surface and a locking portion to the belt body on the back surface,
The tool band according to any one of claims 1 and 2, characterized in that a magnetism of the tool is attracted to the magnet of the tool simple locking tool.