JP7279914B2 - portable tool holder - Google Patents

Description

TECHNICAL FIELD The present invention relates to a portable tool holder for holding a portable tool or the like on a strip-shaped mounting body.

2. Description of the Related Art Conventionally, a portable tool holder for carrying a tool such as a tape measure attached to a worker's belt is known. For example, Patent Literature 1 discloses a portable tool holder having a clip structure for attachment to and detachment from a belt. Specifically, the clip structure includes a clip body and a clip piece connected to the upper part of the clip body, and the belt is passed through a space (belt insertion part) formed between the clip body and the clip piece. It is configured to be used.

In addition, the clip piece has elasticity, and is configured so that the lower end of the clip piece can be separated from the clip body by elastically deforming with the connecting portion to the clip body as a fulcrum. Accordingly, the holder can be attached to and detached from the belt without removing the belt.

Utility Model Registration No. 3163381

However, in the holder of Patent Document 1, since the clip piece is separable from the clip main body, there is a possibility that the clip piece may unintentionally open due to contact with the outside, for example, and the holder may fall off the belt. be.

SUMMARY OF THE INVENTION It is therefore an object of the present invention to provide a portable tool holder having a structure capable of preventing it from falling off from a belt-shaped object.

The present invention has been made to solve the above-described problems, and a portable tool holder according to the present invention includes a holder body having a portable tool holding portion for detachably holding a portable tool;
an insertion member that is inserted into a first opening and a second opening formed in the holder body and is engaged and held with the holder body;
The first opening is provided as a through hole penetrating a rectangular parallelepiped first protrusion provided on the holder main body in an insertion direction of the insertion member,
The second opening is provided as a through hole penetrating a rectangular parallelepiped second protrusion provided on the holder main body in the insertion direction of the insertion member,
The holder body and the inserting member engaged and held by the holder body surround a band-shaped object to be mounted so that it is held by the object,
The inserting member has an engaging portion that protrudes toward one side of the surface of a flat, substantially rectangular plate portion in the thickness direction of the plate portion,
the second opening includes a recess through which the engaging portion can pass when inserting and removing the insertion member from the second opening;
The inserting member is configured such that the engaging portion engages with the end surface of the first convex portion after being pulled out from the second opening and is held by the holder main body. do.

In the portable tool holder of the present invention, the insertion member protrudes from the surface in the thickness direction and both side surfaces in the width direction of the plate portion, and when the plate portion is inserted into the second opening, the It is preferable that a guiding protrusion is provided that abuts on the inner surface of the first opening and regulates the posture of the insertion member with respect to the holder body to a predetermined direction.

Further, in the portable tool holder of the present invention, it is preferable that the inserting member has a thickness adjusting function for accommodating the mounting bodies having different thicknesses.

ADVANTAGE OF THE INVENTION According to this invention, it becomes possible to provide the holder for portable tools which has the structure which can prevent falling-off from a strip|belt-shaped to-be-attached body.

1 is a perspective view showing a portable tool holder according to an embodiment of the present invention; FIG. FIG. 2 is a perspective view showing a holder main body in the portable tool holder shown in FIG. 1; 2 is a perspective view showing an insertion member in the portable tool holder shown in FIG. 1; FIG. 1. It is a figure which shows the process which mount|wears a to-be-mounted body with the holder for portable tools shown in FIG. 5A is a perspective view showing an anti-slip member, and FIG. 5B is a diagram showing a state where the anti-slip member of FIG. 5A is attached to the holder main body of the portable tool holder shown in FIG. 1; FIG. 4 shows a state in which a connector is attached to the portable tool holder shown in FIG. 1 ; FIG. FIG. 5 is a front view showing a portable tool holder according to another embodiment of the present invention; FIG. 8 is a rear view of the portable tool holder shown in FIG. 7; FIG. 8 is a perspective view showing a holder main body in the portable tool holder shown in FIG. 7; 8(a) is a perspective view showing one surface of an insertion member in the portable tool holder shown in FIG. 7, and FIG. 8(b) is a perspective view showing the other surface.

Embodiments of the present invention will be exemplified below with reference to the drawings. FIG. 1 shows a portable tool holder 1 as one embodiment of the present invention.

As shown in FIG. 1, the portable tool holder 1 of the present embodiment is used by being attached to a band-shaped wearing body A such as a belt wrapped around the user's waist. The portable tool holder 1 also includes a holder body 2 and an insertion member 3 that is inserted into and engaged with the holder body 2 .

The holder body 2 has a portable tool holding portion 4 for holding a portable tool (not shown) such as a tape measure on its front side, and a mounting portion 5 for mounting on the object A to be mounted on its rear side. have Here, the portable tool can be, for example, a tool such as a tape measure, or a bag for storing the tool.

In this embodiment, the portable tool holding part 4 can detachably hold the portable tool by inserting from above a part of the portable tool or a bracket B or the like fixed to the portable tool by a fastening means such as a screw. It is configured. In this example, the portable tool is inserted from above, but the direction in which the portable tool is inserted is not particularly limited.

A housing space 4a for housing a part of the portable tool or the bracket B is formed in the portable tool holding portion 4 of this example. The accommodation space 4a is partitioned by a frame portion 4b that surrounds the front, rear, left, and right directions and the downward direction except for the upper portion. Moreover, the portable tool holding part 4 is arranged above the housing space 4a and has a stopper part 4c configured to be slidable. The frame portion 4b restricts the movement of the bracket B arranged in the accommodation space 4a in the front-rear direction, the left-right direction, and the downward direction, and the stopper portion 4c inhibits the upward movement of the bracket B arranged in the accommodation space 4a. regulate.

The stopper portion 4c is configured to slide obliquely downward when the bracket B is inserted into the housing space 4a from above. As a result, the entrance to the accommodation space 4a is opened, and the bracket B can be inserted into the accommodation space 4a. The stopper portion 4c is urged obliquely upward by the elastic force of a spring provided inside, and is configured to return to its original position after the bracket B has passed therethrough. The bracket B housed in the housing space 4a is prevented from slipping out by the stopper portion 4c. As a result, the bracket B and the portable tool fixed to the bracket B are held by the portable tool holder 1 . When the portable tool is to be removed from the portable tool holder 1, the stopper portion 4c is slid obliquely downward, and the portable tool and the bracket B are pulled upward to facilitate removal.

The shape and structure of the portable tool holding portion 4 are not particularly limited as long as the portable tool can be detachably held.

FIG. 2 is a perspective view of the rear surface side (mounting portion 5 side) of the holder body 2 . The mounting portion 5 of the holder body 2 has a base portion 5a, and a first convex portion 5b and a second convex portion 5c that protrude backward from the base portion 5a. The first convex portion 5b and the second convex portion 5c are substantially rectangular convex portions that are spaced apart from each other so as to extend substantially parallel, and protrude vertically from the base portion 5a. A first opening 5d, which is a through hole, is formed in the first protrusion 5b, and a second opening 5e, which is a through hole, is formed in the second protrusion 5c. The first opening 5d and the second opening 5e are arranged substantially on the same straight line.

3 is a perspective view of the insert member 3. FIG. The insertion member 3 includes a flat, substantially rectangular plate portion 3a, a flange portion 3b provided at one end in the longitudinal direction (y direction in FIG. 3) of the plate portion 3a, and a pair of flange portions 3b provided at the other end. and an engaging portion 3d provided between the pair of claw portions 3c at the other end.

The flange portion 3b stops the insertion of the insertion member 3 into the first opening portion 5d by coming into contact with the end face of the first convex portion 5b. The claw portion 3c is elastically deformable inward in the width direction (the x direction in FIG. 3) of the plate portion 3a. The tip of the claw portion 3c protrudes outward in the width direction of the plate portion 3a, and the maximum width of the pair of claw portions 3c is larger than the widths of the first opening portion 5d and the second opening portion 5e. ing. When the insertion member 3 is inserted into the first opening 5d and the second opening 5e, the tapered claw portion 3c is elastically deformed inward in the width direction of the plate portion 3a. Further, after being inserted into the second opening 5e, the claw 3c engages with the end surface of the second protrusion 5c to prevent the insertion member 3 from coming off. The engaging portion 3d has a tip portion protruding to one side (lower side in FIG. 3) in the thickness direction (z direction in FIG. 3) of the plate portion 3a, and after being inserted into the first opening 5d, It engages with the end face of the first convex portion 5b to prevent the insertion member 3 from coming off.

In addition, the insertion member 3 includes a first guide protrusion 3e (guide protrusion) that protrudes from one plane of the plate portion 3a (a plane facing upward in the z direction in FIG. 3), and both sides of the plate portion 3a in the width direction. and a pair of second guide protrusions 3f (guide protrusions) protruding from the side surfaces of the. Further, the insertion member 3 has a pair of adjustment holes 3g penetrating through the plate portion 3a in the thickness direction at positions close to the second guide convex portion 3f. By providing such an adjustment hole 3g, the portion of the plate portion 3a provided with the second guide convex portion 3f can be elastically deformed inward. As a result, the width of the plate portion 3a becomes larger in the region where the second guide protrusion 3f is provided than in other portions, but the portion where the second guide protrusion 3f is provided extends inward toward the adjustment hole 3g. Its width is elastically reduced by elastic deformation. Therefore, when inserting the portion provided with the second guide convex portion 3f into the first opening portion 5d, it can be pushed in with a light force.

The first guide protrusion 3e and the second guide protrusion 3f contact the inner surface of the first opening 5d when the insertion member 3 inserted into the first opening 5d is inserted into the second opening 5e. The posture (relative angle) of the insertion member 3 with respect to the holder body 2 is regulated to a predetermined direction. More specifically, the tip of the insertion member 3 (claw portion 3c and engaging portion 3d) inserted into the first opening 5d is slightly before being inserted into the second opening 5e. and the second guide protrusion 3f begins to contact the inner surface of the first opening 5d. Further, the first guide protrusion 3e regulates the thickness direction of the plate portion 3a, and the second guide protrusion 3f regulates the width direction of the plate portion 3a. The predetermined direction is the direction in which the tip of the insertion member 3 is easily inserted in correspondence with the position of the second opening 5e. As a result, the tip of the inserting member 3 can be guided into the second opening 5e, so visual alignment is not required, and the inserting member 3 can be accurately and smoothly inserted into the second opening 5e without visual confirmation. can be inserted into

The first guide protrusion 3e and the second guide protrusion 3f are provided only partially in the longitudinal direction of the plate portion 3a. As a result, sliding resistance during the process of inserting the insertion member 3 into the first opening 5d can be reduced, and the insertion operation can be performed smoothly. In this example, the first guide protrusion 3e and the second guide protrusion 3f are provided only on a part of the plate portion 3a closer to the flange portion 3b than the longitudinal center of the plate portion 3a.

The shape of the first opening 5 d and the second opening 5 e basically corresponds to the cross-sectional shape of the insert member 3 . On the base portion 5a side of the inner surface of the first opening portion 5d, the height of the first opening portion 5d (the length corresponding to the thickness direction of the plate portion 3a) from the entrance of the first opening portion 5d toward the exit is A sloped surface 5f is formed that slopes down gradually. The inclined surface 5f serves to allow the engaging portion 3d of the inserting member 3 to slide and elastically deform smoothly inward in the thickness direction when the inserting member 3 is inserted into the first opening 5d. Configuration.

A concave portion 5g corresponding to the engaging portion 3d of the insertion member 3 is formed in the second opening portion 5e so that the engaging portion 3d does not engage with the second convex portion 5c.

A method of mounting the portable tool holder 1 of the present embodiment on a band-like mounted body A will be described below with reference to FIGS.

As shown in FIG. 4, in a state in which the insertion member 3 is inserted only into the first opening 5d (not inserted into the second opening 5e), the mounting body A is positioned between the first protrusion 5b and the second protrusion 5b. The holder main body 2 is arranged from the outside of the mounted body A so as to be positioned between the protrusions 5c. When the inserting member 3 is inserted only into the first opening 5d, the claw 3c and the engaging portion 3d are engaged with the end surface of the first convex portion 5b, thereby allowing the inserting member 3 to move against the holder body 2. It is held in place.

Next, as shown in FIG. 1, the inserting member 3 is inserted into the second opening 5e so that the inserting member 3 passes through the inner side (user side) of the wearable body A. As shown in FIG. As described above, when inserting the inserting member 3 into the second opening 5e, the posture of the inserting member 3 with respect to the holder main body 2 is set in a predetermined direction by the action of the first guide protrusion 3e and the second guide protrusion 3f. It is regulated and the tip of the insertion member 3 is guided to the position of the second opening 5e.

When the inserting member 3 is inserted into the second opening 5e, the pair of claws 3c engage with the end faces of the second projections 5c to restrain the inserting member 3 from coming out. That is, the insertion member 3 is engaged with and held by the holder body 2 . In this way, attachment of the portable tool holder 1 to the attached object A is completed. In this state, the holder main body 2 and the inserting member 3 completely surround the object to be mounted A, so that the portable tool holder 1 does not drop off from the object to be mounted A. As shown in FIG.

When the portable tool holder 1 is removed from the mounting object A, the pair of claws 3c are elastically deformed inward in the width direction so as to pinch the claws 3c between the fingers, thereby releasing the engagement of the claws 3c with the second projection 5c. , the insertion member 3 is moved in the extraction direction (upward in FIG. 4), and the insertion member 3 is extracted from the second opening 5e. As a result, the portable tool holder 1 can be removed from the mounted body A. As shown in FIG. Even after the insertion member 3 is pulled out from the second opening 5e, it is held by the holder main body 2 by engaging the claw portion 3c and the engaging portion 3d with the end face of the first convex portion 5b. There is no risk of losing the member 3.

It should be noted that the portable tool holder 1 may be attached to the mounting body A after the holder main body 2 and the insertion member 3 are separated. That is, after the holder main body 2 from which the insertion member 3 is removed is arranged at a predetermined position of the mounting body A, the insertion member 3 is inserted into the first opening 5d and the second opening 5e of the holder main body 2. You can install it with Similarly, when removing the portable tool holder 1 from the mounted object A, the insertion member 3 may be pulled out from the second opening 5e and the first opening 5d to be separated from the holder main body 2. FIG.

As described above, in the portable tool holder 1 of the present embodiment, the insertion member 3 is attached to the holder body 2 while the holder body 2 and the insertion member 3 completely surround the mounting object A. It is engaged and held so as not to come off. For this reason, it is possible to solve the problem that the clip structure opens and comes off the belt due to contact with the outside. That is, according to the portable tool holder 1 of the present embodiment, it is possible to prevent the holder from falling off from the mounting body A. Further, when the portable tool holder 1 is to be attached to or detached from, for example, a waist belt, the user can easily attach or detach the portable tool holder 1 while the waist belt is wrapped around the waist.

Further, in the portable tool holder 1 of the present embodiment, the insertion member 3 is provided with the first guide protrusion 3e and the second guide protrusion 3f, so that the insertion member 3 can be accurately and smoothly moved to the second opening. It can be inserted into part 5e.

FIG. 5(a) is a perspective view of the non-slip member 6 that can be attached to and detached from the holder body 2. FIG. The anti-slip member 6 includes a pair of vertical frame portions 6a and a pair of horizontal frame portions 6b. Concavities and convexities are formed on each vertical frame portion 6a by a plurality of protrusions 6c. Further, one lateral frame portion 6b is provided with an engaging claw portion 6d for engaging and holding the non-slip member 6 with the holder main body 2 by undercut engaging the second convex portion 5c.

FIG. 5(b) shows a state in which the non-slip member 6 is attached to the holder body 2. As shown in FIG. A pair of horizontal frame portions 6b are arranged so as to cover the first convex portion 5b and the second convex portion 5c from the outside, respectively, and the engaging claw portions 6d are engaged with the second convex portion 5c.

When the portable tool holder 1 with the non-slip member 6 attached to the holder main body 2 is mounted on the mounted object A, a vertical frame portion 6 a protruding toward the insertion member 3 and the insertion member 3 are interposed. As a result of being sandwiched, the projection 6c is caught on the surface of the mounting body A pressed against the vertical frame portion 6a, thereby suppressing the sliding of the mounting body A on the portable tool holder 1. - 特許庁Thereby, the movement of the portable tool holder 1 with respect to the mounted body A can be restricted.

Note that the portable tool holder 1 of the present embodiment is suitable for mounting on a mounted body A such as a so-called horizontal belt that extends in a substantially horizontal direction. That is, in a state where the portable tool holder 1 is attached to the horizontal belt, the bracket B is attached to and detached from the housing space 4a of the portable tool holding portion 4 from above.

FIG. 6 shows a connector 7 that can be attached to and detached from the portable tool holder 1 . The connection tool 7 can be attached to the portable tool holder 1 by arranging the annular portion 7a between the holder body 2 and the insertion member 3 . By using such a connection tool 7, it becomes possible to attach the portable tool holder 1 to an annular portion or the like other than the band-shaped mounted body A, thereby expanding the range in which the portable tool holder 1 can be attached. do. By engaging the connector 7 with the ring portion 8 provided on the portable tool holder 1, a plurality of portable tool holders 1 can be connected and used.

For example, by attaching the portable tool holder 1 to a horizontal belt worn around the user's waist and connecting the connector 7 of another portable tool holder 1 to the ring portion 8 of the portable tool holder 1, The lower portable tool holder 1 is arranged below the waist.

As a result, the tool or the like attached to the portable tool holder 1 can be placed below the hipbone protruding outward, so that the tool or the like attached to the waist can be damaged by coming into contact with other tools or the building. It is possible to reduce the possibility of

The ring portion 8 of the portable tool holder 1 and the portable tool may be connected by a string-shaped or ring-shaped connecting member, for example, to prevent the portable tool from falling.

Other embodiments of the present invention will be described below. The portable tool holder 1 of the previous embodiment has a configuration suitable for attachment to a horizontal belt, but the portable tool holder 20 of the present embodiment shown in FIGS. It has a configuration suitable for attachment to a band-like attached body A' extending in a substantially vertical direction, such as a vertical belt portion. That is, when the bracket B is attached to the vertical belt extending substantially vertically, the attachment/detachment direction of the bracket B in the housing space 24a of the portable tool holding portion 24 is the vertical direction.

FIG. 7 is a front view of the portable tool holder 20 of this embodiment, and FIG. 8 is a rear view thereof. As shown in FIGS. 7 and 8, the portable tool holder 20 includes a holder body 22 and an insertion member 23 that is inserted into the holder body 22 and engaged and held.

As shown in FIG. 7, the holder main body 22 has a portable tool holding portion 24 for holding a portable tool such as a tape measure on its front side, and a mounted tool holder 24 on its rear side as shown in FIG. It has a mounting portion 25 for mounting on the body A'. Here, the portable tool can be, for example, a tool such as a tape measure, or a bag for storing things, but is not particularly limited.

In this embodiment, the portable tool holding part 24 can detachably hold the portable tool by inserting from above a bracket B or the like fixed to a part of the portable tool or the portable tool by fastening means such as a screw. It is configured. In this example, the bracket B and the like are configured to be inserted from above, but the direction in which the portable tool is inserted is not particularly limited.

A housing space 24a for housing a part of the portable tool or the bracket B is formed in the portable tool holding portion 24 of this example. The housing space 24a is defined by a frame portion 24b that surrounds the front, rear, left, right, and bottom, except for the upper portion. In addition, the portable tool holding section 24 is provided with a stopper section 24c arranged above the housing space 24a and configured to be slidable. The frame portion 24b restricts the movement of the bracket B arranged in the accommodation space 24a in the front-rear direction, the left-right direction, and the downward direction, and the stopper portion 24c prevents the bracket B arranged in the accommodation space 24a from moving upward. regulate.

The stopper portion 24c is configured to slide obliquely downward when the bracket B is inserted into the housing space 24a from above. As a result, the entrance to the accommodation space 24a is opened, and the bracket B can be inserted into the accommodation space 24a. The stopper portion 24c is urged obliquely upward by the elastic force of a spring provided inside, and is configured to return to its original position after the bracket B has passed therethrough. The bracket B housed in the housing space 24a is prevented from slipping out by the stopper portion 24c. As a result, the bracket B and the portable tool fixed to the bracket B are held by the portable tool holder 20 . When removing the portable tool from the portable tool holder 20, the stopper portion 24c can be slid obliquely downward, and the portable tool and the bracket B can be pulled upward to facilitate removal.

The shape and structure of the portable tool holding portion 24 are not particularly limited as long as the portable tool holding portion 24 can detachably hold the portable tool.

FIG. 9 is a perspective view of the rear surface side (mounting portion 25 side) of the holder main body 22 . The mounting portion 25 of the holder main body 22 has a base portion 25a, and a first convex portion 25b and a second convex portion 25c that protrude backward from the base portion 25a. The first convex portion 25b and the second convex portion 25c are substantially rectangular convex portions that are spaced apart from each other so as to extend substantially parallel, and protrude vertically from the base portion 25a. A first opening 25d, which is a through hole, is formed in the first protrusion 25b, and a second opening 25e, which is a through hole, is formed in the second protrusion 25c. The first opening 25d and the second opening 25e are arranged substantially on the same straight line.

Further, the base portion 25a of the holder main body 22 is formed with a first concave portion 25h adjacent to the first convex portion 25b and a second concave portion 25i adjacent to the second convex portion 25c. As a result, when the portable tool holder 20 is attached to the mounting object A', the insertion member 23 is pushed into the second opening 25e by pressing the mounting object A' against the first recess 25h and the second recess 25i. Easy to insert.

The base portion 25a of the holder body 22 is provided with a first anti-slip projection 25j and a second anti-slip projection 25k, each of which protrudes vertically from the base portion 25a and has an uneven tip. The first non-slip convex portion 25j and the second non-slip convex portion 25k are arranged substantially parallel to each other with a space therebetween. The first non-slip convex portion 25j and the second non-slip convex portion 25k are arranged between the first convex portion 25b and the second convex portion 25c. and extend vertically. By being sandwiched between the first non-slip convex portion 25j and the second non-slip convex portion 25k that protrude toward the insertion member 23 side and the insertion member 32, the mounting body A' is connected to the first non-slip convex portion 25j. It is pressed against the tip of the second non-slip projection 25k. Therefore, the unevenness provided at the tip of the first non-slip convex portion 25j and the second non-slip convex portion 25k is caught on the surface of the mounting body A', thereby suppressing the slippage of the portable tool holder 20 with respect to the mounting body A'. do. Since the portable tool holder 20 attached to the attached body A' such as a vertical belt may move downward due to its own weight, it is particularly effective to suppress slippage.

In addition, it is preferable that the first non-slip convex portion 25j and the second non-slip convex portion 25k are provided with an interval from the first convex portion 25b. According to this, a space for inserting a finger is formed between the first non-slip convex portion 25j and the second non-slip convex portion 25k, and the first convex portion 25b. When pulling out the member 23, it becomes easy to pinch the pair of claw portions 23c between fingers and elastically deform them inward.

Further, the holder main body 22 is provided with a guide portion 25m through which the mounting body A' is passed to maintain the posture of the holder body 22 with respect to the mounting body A' at a desired angle. The guide portion 25m is formed with a notch portion 25n for taking in and out the attached body A'.
25 m of guide parts are provided in the position which becomes upper side when it mounts|wears with to-be-attached body A', such as a vertical belt. With such a configuration, it is possible to effectively prevent the portable tool holder 20 from tilting forward. As a result, since the posture of the portable tool holder 20 is stabilized, the operation of attaching and detaching the portable tool to and from the portable tool holder 20 is facilitated. Also, the shape of the notch portion 25n narrows upward. As a result, when removing the portable tool holder 20 from the mounted object A', the mounted object A' can be easily removed from the guide portion 25m, and the mounted object A' can be removed from the guide portion 25m during use. it gets harder.

10(a) is a perspective view showing one side surface of the insertion member 23, and FIG. 10(b) is a perspective view showing the other side surface of the insertion member 23. FIG. The insertion member 23 includes a flat, substantially rectangular plate portion 23a, a flange portion 23b provided at one end in the longitudinal direction (the y direction in FIG. 10) of the plate portion 23a, and a pair of flange portions provided at the other end. and an intermediate plate portion 23d provided between the pair of claw portions 23c at the other end.

The flange portion 23b stops the insertion of the insertion member 23 into the first opening portion 25d by coming into contact with the end face of the first convex portion 25b. The claw portion 23c is elastically deformable inward in the width direction (x direction in FIG. 10) of the plate portion 23a. The tip of the claw portion 23c protrudes outward in the width direction of the plate portion 23a, and the maximum width of the pair of claw portions 23c is larger than the widths of the first opening portion 25d and the second opening portion 25e. ing. When the insertion member 23 is inserted into the first opening 25d and the second opening 25e, the tapered claw portion 23c is elastically deformed inward in the width direction of the plate portion 23a. Further, when the insertion member 23 is inserted into the first opening 25d, the claw portion 32c engages with the end surface of the first convex portion 25b to prevent the insertion member 23 from coming out. When the insertion member 23 is inserted into the second opening 5e, the claw 23c engages with the end surface of the second protrusion 25c to prevent the insertion member 23 from coming off.

The inserting member 23 of this embodiment has a thickness adjustment function for accommodating attachment objects A' having different thicknesses. Specifically, in this example, the inserting member 23 is turned over and used, so that it can be adapted to a mounting body A' having a different thickness.

As shown in FIG. 10(a), the insertion member 23 includes a first adjustment convex portion 23h that protrudes from one surface of the plate portion 23a (a plane facing upward in the z direction) and one of the intermediate plate portions 23d. A second adjustment convex portion 23i is provided that protrudes from the side surface (a plane facing upward in the z-direction).

When the portable tool holder 20 is mounted on a thick mounting object A', the insertion member 23 is mounted on the holder so that the first adjustment convex portion 23h and the second adjustment convex portion 23i face the base portion 25a side. When the portable tool holder 20 is attached to the main body 22 and attached to the attachment A' having a small thickness, the inserting member 23 is turned over so that the first adjusting convex portion 23h and the second adjusting convex portion 23i are attached to the base portion. The insertion member 23 is attached to the holder body 22 so as to face the opposite side of 25a.

When the insertion member 23 is inserted into the first opening 25d and the second opening 25e such that the first adjustment convex portion 23h and the second adjustment convex portion 23i are arranged on the opposite side of the base portion 25a, The first adjusting convex portion 23h and the second adjusting convex portion 23i contact the inner surface of the first opening portion 25d and the inner surface of the second opening portion 25e, respectively, and the base portion 25a and the insertion member facing the base portion 25a 23 (the distance in the thickness direction of the plate portion 23a) becomes small, so that even a thin mounting object A' can be firmly sandwiched between the base portion 25a and the insertion member 23. FIG. As a result, slippage of the portable tool holder 20 attached to the attached body A' such as a vertical belt can be more effectively suppressed.

Both sides of the plate portion 23a of the insertion member 23 are provided with uneven portions 23j for preventing the portable tool holder 20 attached to the attachment A' from slipping. In addition, in the present embodiment, the uneven portion 23j is formed of a plurality of ridges extending parallel to the insertion direction of the insertion member 23, but is not limited to this. The uneven portion 23j is positioned so as not to contact the inner surfaces of the first opening 25d and the second opening 25e when the insertion member 23 is inserted into the first opening 25d and the second opening 25e (see FIG. 8). is provided. With such a configuration, the inserting member 23 can be easily inserted into and removed from the first opening 25d and the second opening 25e.

Further, in this example, the inner surface shapes of the first opening 25d and the second opening 25e facing each other when the insertion member 23 is inserted into the first opening 25d and the second opening 25e (see FIG. 8), It is configured to match the outer surface shape of the insertion member 23 . As a result, the insertion member 23 inserted into the first opening 25d and the second opening 25e can move up to the upper limit in the thickness direction, increasing the allowable thickness range of the attached body A'.

A method for mounting the portable tool holder 20 of the present embodiment on the strip-shaped mounted body A' will be described below.

With the insertion member 23 inserted only into the first opening 25d (not inserted into the second opening 25e), the mounting body A' is positioned between the first projection 25b and the second projection 25c. The holder main body 22 is arranged from the outside of the mounting body A' so as to be positioned. When the insertion member 23 is inserted only into the first opening 25d, the claw 23c engages with the end surface of the first convex portion 25b, thereby preventing the insertion member 23 from coming off from the holder body 22. ing.

Next, the insertion member 23 is inserted into the second opening 25e so that the insertion member 23 passes through the inner side (user side) of the wearing body A'.

When the inserting member 23 is inserted into the second opening 25e, the pair of claws 23c engage with the end faces of the second projections 25c to restrain the inserting member 23 from coming out. That is, the insertion member 23 is engaged with and held by the holder main body 22 . Thus, attachment of the portable tool holder 20 to the attachment A' is completed. In this state, the holder main body 22 and the insertion member 23 completely surround the mounting object A', so that the portable tool holder 20 does not come off from the mounting object A'.

When the portable tool holder 20 is to be removed from the mounting object A', the pair of claws 23c are elastically deformed inward in the width direction so as to be sandwiched between fingers to release the engagement of the claws 23c with the second protrusions 25c. While moving the insertion member 23 in the extraction direction, the insertion member 23 is extracted from the second opening 25e. As a result, the portable tool holder 20 can be removed from the mounted body A'. Even after the insertion member 23 is pulled out from the second opening 25e, the claw portion 23c is held by the holder main body 22 by engaging the end surface of the first convex portion 25b. No fear.

Note that the portable tool holder 20 may be attached to the mounting body A' after the holder main body 22 and the insertion member 23 are separated. That is, after disposing the holder body 22 from which the insertion member 23 has been removed at a predetermined position on the mounting body A', the insertion member 23 is inserted into the first opening 25d and the second opening 25e of the holder body 22. You can install it like this: Similarly, when removing the portable tool holder 20 from the mounted object A', the insertion member 23 may be pulled out from the second opening 25e and the first opening 25d to be separated from the holder main body 22.

As described above, in the portable tool holder 20 of the present embodiment, the insertion member 23 is attached to the holder body 22 in a state in which the holder body 22 and the insertion member 23 completely surround the mounted object A'. It is engaged and held so as not to come off. For this reason, it is possible to solve the problem that the clip structure opens and comes off the belt due to contact with the outside. That is, according to the portable tool holder 20 of the present embodiment, it is possible to prevent the portable tool holder 20 from falling off from the mounted body A'. In addition, for example, when the portable tool holder 20 is attached to or detached from the vertical belt, the user can easily attach or detach the portable tool holder 20 while wearing the vertical belt on the body. .

In addition, in the portable tool holder 20 of the present embodiment, the first adjusting convex portion 23h and the second adjusting convex portion 23i are provided only on one surface of the insertion member 23, thereby allowing a plurality of different thicknesses to be adjusted. The portable tool holder 20 can be attached to the attached object A'.

Note that the ring portion 28 of the portable tool holder 20 and the portable tool may be connected by a string-shaped or ring-shaped connecting member, for example, to prevent the portable tool from falling.

1: Portable tool holder 2: Holder main body 3: Insertion member 3a: Plate portion 3b: Flange portion 3c: Claw portion 3d: Engagement portion 3e: First guiding convex portion (guiding convex portion)
3f: Second guide protrusion (guide protrusion)
3g: adjustment hole 4: portable tool holding portion 4a: accommodation space 4b: frame portion 4c: stopper portion 5: mounting portion 5a: base portion 5b: first convex portion 5c: second convex portion 5d: first opening 5e: Second opening 5f: Inclined surface 5g: Recessed portion 6: Non-slip member 6a: Vertical frame portion 6b: Horizontal frame portion 6c: Projection 6d: Engaging claw portion 7: Connector 7a: Annular portion 8: Ring portion 20: Carrying Tool holder 22: Holder main body 23: Insertion member 23a: Plate portion 23b: Flange portion 23c: Claw portion 23d: Intermediate plate portion 23h: First adjustment convex portion 23i: Second adjustment convex portion 23j: Concavo-convex portion 24: Portable tool Holding portion 24a: Accommodating space 24b: Frame portion 24c: Stopper portion 25: Mounting portion 25a: Base portion 25b: First convex portion 25c: Second convex portion 25d: First opening 25e: Second opening 25h: First Concave portion 25i: Second concave portion 25j: First non-slip convex portion 25k: Second non-slip convex portion 25m: Guide portion 25n: Notch portion 28: Ring portion A: Mounting body B: Bracket

Claims (2)

a holder body having a portable tool holding portion that detachably holds a portable tool;
an insertion member that is inserted into a first opening and a second opening formed in the holder body and is engaged and held with the holder body;
The first opening is provided as a through hole penetrating a rectangular parallelepiped first protrusion provided on the holder main body in an insertion direction of the insertion member,
The second opening is provided as a through hole penetrating a rectangular parallelepiped second protrusion provided on the holder main body in the insertion direction of the insertion member,
The holder body and the inserting member engaged and held by the holder body surround a band-shaped object to be mounted so that it is held by the object,
The inserting member has an engaging portion that protrudes toward one side of the surface of a flat, substantially rectangular plate portion in the thickness direction of the plate portion,
the second opening includes a recess through which the engaging portion can pass when inserting and removing the insertion member from the second opening;
The inserting member is configured to be held by the holder main body with the engaging portion engaging with the end surface of the first convex portion after being pulled out from the second opening. holder. The insertion member protrudes from the surface in the thickness direction and both side surfaces in the width direction of the plate portion, and when inserted into the second opening, contacts the inner surface of the first opening, and the holder main body. 2. The portable tool holder according to claim 1, further comprising a guiding protrusion for regulating the posture of said insertion member with respect to a predetermined direction.

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