TWI766006B - Carrying tool holder - Google Patents

Abstract

The subject of this invention is to provide the holder for carrying tools which has the structure which can prevent falling off from a belt-shaped to-be-attached body. The carrying tool holder is characterized in that it is provided with a holder body (2) and an insertion member (3), wherein the holder body (2) has a carrying tool holding portion (4) for detachably holding a carrying tool, the The inserting member (3) is inserted into the first opening (5d) and the second opening (5e) formed on the holder body (2), and is engaged and retained in the holder body (2); by The holder body (2) and the insertion member (3) that is snapped and held on the holder body (2) surround the belt-shaped to-be-installed body (A), and hold the carrying tool holder in the The to-be-mounted body (A).

Description

Carrying tool holder

The present invention relates to a carrying tool holder for holding a tool or the like for carrying and use in a belt-shaped to-be-attached body.

Conventionally, there has been known a tool holder for carrying a tool such as a tape measure on an operator's belt. For example, Patent Document 1 discloses a carrying tool holder provided with a clip structure for attaching and detaching to a belt. Specifically, the buckle structure is in the form of a buckle body and a buckle piece connected to the upper part of the buckle body, and the belt is passed through the space formed between the buckle body and the buckle piece ( belt insertion part) to use.

In addition, the clip has elasticity, and the clip is elastically deformed by using the connecting portion connected with the clip body as a fulcrum, so that the clip can be kept away from the clip body at its lower end. Thereby, the holder can be attached to and detached from the belt without removing the belt.

[Prior Art Literature] [Patent Literature]

[Patent Document 1] Japanese Utility Model Registration No. 3163381

However, in the holder of the above-mentioned Patent Document 1, since the clip may be separated from the clip body, for example, the clip may be opened unintentionally due to contact with the outside, and there is a concern that the holder may come off the belt.

Therefore, the objective of this invention is to provide the carrying tool holder which has the structure which can prevent falling off from a belt-shaped to-be-attached body.

The present invention is an invention for solving the above-mentioned problems, and a carrying tool holder of the present invention is characterized by comprising a holder main body and an insertion member, wherein the holder main body has a carrying tool holder for detachably holding a carrying tool. part, the insertion member is inserted into the first opening part and the second opening part formed on the holder body, and is locked and held on the holder body; The insertion member of the holder body surrounds the belt-shaped to-be-installed body, and holds the carrying tool holder on the to-be-installed body.

In addition, in the carrying tool holder of the present invention, preferably, the insertion member is provided with a guide protrusion, and when the insertion member is inserted into the second opening, the guide protrusion abuts against the first opening The inner surface is used to control the posture of the insertion member relative to the holder body in a predetermined orientation.

In addition, in the carrying tool holder of the present invention, preferably, the insertion member has a thickness adjustment function, and the thickness adjustment function is used to correspond to the mounted body of different thicknesses.

ADVANTAGE OF THE INVENTION According to this invention, the holder for carrying tools can be provided which has the structure which can prevent falling off from a belt-shaped to-be-attached body.

1: Carrying tool holder

2: Holder body

3: Insert components

3a: Board part

3b: Flange

3c: Claw

3d: engaging part

3e: 1st guide protrusion (guide protrusion)

3f: Second guide protrusion (guide protrusion)

3g: Adjustment hole

4: Carrying tool holding part

4a: Storage space

4b: Frame Department

4c: Stopper

5: Installation Department

5a: basal part

5b: 1st convex part

5c: Second convex part

5d: 1st opening

5e: Second opening

5f: Inclined surface

5g: Recess

6: Anti-slip member

6a: Vertical frame

6b: Horizontal frame

6c: protrusion

6d: Engagement claw

7: Connection tool

7a: Ring part

8: Ring part

20: Carrying tool holder

22: Holder body

23: Insert components

23a: Board part

23b: Flange

23c: Claws

23d: Middle Board

23h: 1st adjustment protrusion

23i: 2nd adjustment protrusion

23j: Concave and convex part

24: Carrying tool holding part

24a: Storage space

24b: Frame Department

24c: Stopper

25: Installation Department

25a: basal part

25b: 1st convex part

25c: 2nd convex part

25d: 1st opening

25e: Second opening

25h: 1st recess

25i: 2nd recess

25j: The first anti-slip protrusion

25k: 2nd anti-slip protrusion

25m: Guiding part

25n: Notch part

28: collar part

A, A': the body to be installed

B: Bracket

Fig. 1 is a perspective view showing a carrying tool holder according to one embodiment of the present invention.

Fig. 2 is a perspective view showing the holder body of the tool holder shown in Fig. 1 .

Fig. 3 is a perspective view showing an insertion member of the carrying tool holder shown in Fig. 1 .

FIG. 4 is a schematic diagram of the process of installing the carrying tool holder shown in FIG. 1 on the to-be-installed body.

Fig. 5(a) is a perspective view showing the anti-slip member; (b) is a state after the anti-slip member of Fig. 5(a) is attached to the holder body of the carrying tool holder shown in Fig. 1 schematic diagram.

FIG. 6 is a schematic diagram of a state in which the connector is attached to the holder body of the carrying tool holder shown in FIG. 1 .

Fig. 7 is a front view of a carrying tool holder according to another embodiment of the present invention.

FIG. 8 is a rear view of the carrying tool holder shown in FIG. 7 .

Fig. 9 is a perspective view showing the holder body of the tool holder shown in Fig. 7 .

Fig. 10(a) is a perspective view showing one side of the insertion member of the carrying tool holder shown in Fig. 7; (b) is a perspective view showing the other side.

Hereinafter, examples of the embodiments of the present invention will be described with reference to the drawings. Fig. 1 shows a carrying tool holder 1 as one of the embodiments of the present invention.

As shown in FIG. 1, the carrying tool holder 1 of the present embodiment is used by being attached to a belt-like attached body A such as a belt wrapped around the waist of the user, for example. Further, the tool holder 1 includes a holder body 2 and an insertion member 3 , wherein the insertion member 3 is inserted into the holder body 2 and is engaged and held by the holder body 2 .

The holder body 2 has a carrying tool holding portion 4 that can hold a carrying tool (not shown) such as a tape measure on the front side, and has a mounting portion for mounting on the to-be-mounted body A on the rear side. Section 5. Here, the so-called carrying tool may also mean a bag for storing tools, in addition to tools such as a tape measure.

In this embodiment, the carrying tool holding part 4 is inserted from above by inserting a part of the carrying tool or a bracket B fixed to the carrying tool by means of screws or the like, thereby detachably holding the carrying tool. In addition, although this example is the aspect which inserts from the upper direction, the insertion direction of a carrying tool is not specifically limited.

In the carrying tool holding part 4 of this example, a storage space 4a is formed, which can store a part of the carrying tool or the bracket B. The storage space 4a is defined by a frame-shaped frame portion 4b, and the frame portion 4b surrounds the front-rear, left-right and downward directions except for the upper portion of the storage space 4a. Moreover, the carrying tool holding part 4 is provided with the stopper part 4c, and this stopper part 4c is arrange|positioned above the accommodation space 4a, and it is a slidable state. The frame portion 4b controls the movement of the bracket B arranged in the storage space 4a in the front-rear direction, the left-right direction, and the downward movement, and the stopper portion 4c controls the upward movement of the bracket B arranged in the storage space 4a. .

When the bracket B is inserted into the storage space 4a from above, the stopper portion 4c slides diagonally downward. Thereby, the entrance to the storage space 4a is opened, and the holder B can be inserted into the storage space 4a. The stopper portion 4c is given an upward force by the elastic force of a spring provided inside, and returns to its original position when the bracket B passes through. The stand B accommodated in the accommodation space 4a is restrained from being pulled out by the stopper 4c. Thereby, the bracket B and the carrying tool fixed to the bracket B are held by the carrying tool holder 1 . When removing the carrying tool from the carrying tool holder 1, it can be easily removed by sliding the stopper 4c diagonally downward and pulling the carrying tool and the bracket B upward.

In addition, the shape or structure of the carrying tool holding portion 4 is not particularly limited as long as it is capable of detachably holding the carrying tool.

FIG. 2 is a perspective view of the rear surface side (the mounting portion 5 side) of the holder body 2 . The attachment part 5 of the holder main body 2 has the base part 5a, and the 1st convex part 5b and the 2nd convex part 5c which protrude rearward from the base part 5a. The 1st convex part 5b and the 2nd convex part 5c are substantially rectangular convex parts, and are arrange|positioned so that it may extend substantially parallel, and it is spaced apart from each other, and it protrudes perpendicularly from the base part 5a. The 1st convex part 5b is formed with the 1st opening part 5d which is a through hole, and the 2nd opening part 5e which is a through hole is formed in the 2nd convex part 5c. The first opening 5d and the second opening 5e are arranged approximately on the same straight line.

FIG. 3 is a perspective view of the insertion member 3 . The insertion member 3 has a plate portion 3a having a flat and substantially rectangular plate shape, a flange portion 3b provided at one end portion of the plate portion 3a in the longitudinal direction (the y direction in FIG. 3 ), and a pair of claw portion 3c, which The other end is arranged at the other end; the engaging portion 3d is arranged between a pair of claws 3c in the other end.

The flange portion 3b stops the insertion of the insertion member 3 into the first opening portion 5d by contacting the end surface of the first convex portion 5b. The claw portion 3c is elastically deformable toward the inner side in the width direction (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 wider than the widths of the first opening 5d and the second opening 5e. When the insertion member 3 is inserted into the first opening 5d and the second opening 5e, the claw portion 3c whose tip is gradually elongated elastically deforms inward in the width direction of the plate portion 3a. Moreover, after inserting the 2nd opening part 5e, the nail|claw part 3c is engaged with the end surface of the 2nd convex part 5c, and the insertion member 3 is restrained from being pulled out. The engaging portion 3d has its tip protruding from one of the sides (the lower side in Fig. 3 ) in the thickness direction of the plate portion 3a (the z direction in Fig. 3 ), and when inserted into the first opening 5d, the engagement portion will be engaged. The end face of the first convex portion 5b is matched to suppress the pull-out of the insertion member 3 .

Further, the insertion member 3 has a first guide protrusion 3e (guide protrusion) protruding from one of the planes of the plate portion 3a (the plane toward the upper side in the z direction in FIG. 3 ), and a width direction from the plate portion 3a. The second guide protrusions 3f (guide protrusions) protruding from both side surfaces. Further, the insertion member 3 has a pair of adjustment holes 3g penetrating the plate portion 3a in the thickness direction at a position adjacent to the second guide convex portion 3f. By providing such an adjustment hole 3g, the part in which the 2nd guide convex part 3f is provided in the plate part 3a can be elastically deformed inward. As a result, the width of the plate portion 3a is wider than the other portions in the region where the second guide protrusions 3f are provided, but the portion where the second guide protrusions 3f are provided is directed toward the adjustment hole 3g. elastically deforms inside, thereby making this width elastically smaller. Therefore, when inserting the part provided with the 2nd guide convex part 3f into the 1st opening part 5d, it can be pushed in with light force.

When the insertion member 3 inserted into the first opening 5d is inserted into the second opening 5e, the first guide protrusions 3e and the second guide protrusions 3f abut on the inner surface of the first opening 5d, thereby inserting The posture (relative angle) of the member 3 relative to the holder body 2 is controlled in a predetermined orientation. More specifically, when the distal end portion (claw portion 3c and the engaging portion 3d) of the insertion member 3 that has been inserted into the first opening portion 5d, just before being inserted into the second opening portion 5e and positioned slightly ahead of it, the first guide convex portion 3e and the 2nd guide convex part 3f will come into contact with the inner surface of the 1st opening part 5d. Moreover, the 1st guide convex part 3e controls the direction of the thickness direction of the plate part 3a, and the 2nd guide convex part 3f controls the direction of the width direction of the plate part 3a. In addition, the predetermined direction refers to the direction in which the tip end portion of the insertion member 3 corresponds to the position of the second opening portion 5e and can be easily inserted. Thereby, since the leading end portion of the insertion member 3 can be guided to the second opening portion 5e, there is no need to visually align the position, and the insertion member 3 can be correctly and smoothly inserted into the second opening portion without visual recognition. 5e.

The 1st guide convex part 3e and the 2nd guide convex part 3f are provided only in a part of the longitudinal direction of the plate part 3a. Thereby, the sliding friction in the process of inserting the insertion member 3 into the 1st opening part 5d can be reduced, and the insertion operation can be performed smoothly. In addition, in this example, the 1st guide convex part 3e and the 2nd guide convex part 3f are provided only on the part close|similar to the flange part 3b side with respect to the longitudinal direction center of the plate part 3a.

The shapes of the first opening 5d and the second opening 5e basically correspond to the cross-sectional shape of the insertion member 3 . On the base portion 5a side of the inner surface of the first opening 5d, An inclined surface 5f is formed, and the inclined surface 5f is inclined so that the height of the first opening 5d (corresponding to the length in the thickness direction of the plate portion 3a) is gradually reduced from the inlet to the outlet of the first opening 5d. The inclined surface 5f is a structure for the case where, when the insertion member 3 is inserted into the first opening portion 5d, the engaging portion 3d of the insertion member 3 slides, so that the engaging portion 3d is smoothly elasticized inward in the thickness direction. deformed.

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

The method for attaching the carrying tool holder of the present embodiment to the belt-shaped to-be-attached body A will be described below. Please refer to FIGS. 1 and 4 , etc. FIG.

As shown in FIG. 4 , in a state in which the insertion member 3 is inserted only into the first opening 5d (a state in which the second opening 5e is not inserted), the body A to be mounted is positioned on the first convex portion 5b and the second convex portion 5c, the holder main body 2 is arrange|positioned from the outer side of the to-be-mounted body A. In addition, when the insertion member 3 is only inserted into the first opening portion 5d, the claw portion 3c and the engaging portion 3d are engaged with the end face of the first convex portion 5b, so that the insertion member 3 is maintained relative to the holder body 2. Undistracted state.

Next, as shown in FIG. 1 , the insertion member 3 is inserted into the second opening 5e so that the insertion member 3 passes through the inside (user side) of the body A to be attached. As described above, when the insertion member 3 is inserted into the second opening portion 5e, the posture of the insertion member 3 relative to the holder body 2 is controlled to be predetermined by the action of the first guide protrusions 3e and the second guide protrusions 3f. facing and guide the distal end portion of the insertion member 3 to the position of the second opening portion 5e.

When the insertion member 3 is inserted into the second opening portion 5e, the pair of claw portions 3c will The end surfaces of the second protrusions 5c are engaged to suppress the separation of the insertion member 3 . That is, the insertion member 3 is engaged with and held by the holder body 2 . In this way, the attachment of the portable tool holder 1 with respect to the to-be-attached body A is completed. In this state, the holder body 2 and the insertion member 3 completely surround the body A to be attached, and there is no possibility that the holder 1 for carrying tools will fall off the body A to be attached.

When the portable tool holder 1 is detached from the mounted body A, the pair of claw portions 3c are clamped with fingers and elastically deformed inward in the width direction to release the engagement of the claw portions 3c with the second convex portion 5c. The insertion member 3 is pulled out from the second opening 5e while moving the insertion member 3 in the pulling-out direction (upward in FIG. 4). Thereby, the carrying tool holder 1 can be detached from the to-be-mounted body A. As shown in FIG. In addition, after the insertion member 3 is withdrawn from the second opening portion 5e, the claw portion 3c and the engaging portion 3d can also be held in the holder body 2 by engaging the end surface of the first convex portion 5b with the claw portion 3c and the engaging portion 3d. There is a concern that the insertion member 3 will be lost.

In addition, the carrying tool holder 1 may be attached to the attached body A from the state in which the holder main body 2 and the insertion member 3 are separated. In other words, the holder body 2 with the insertion member 3 in the detached state may be arranged at a predetermined position of the to-be-mounted body A, and then the insertion member 3 may be inserted into the first opening 5d and the second opening 5e of the holder body 2 to install. Similarly, when the portable tool holder 1 is removed from the mounted body A, the insertion member 3 may be pulled out from the second opening 5e and the first opening 5d to separate the insertion member 3 from the holder body 2 .

As described above, in the carrying tool holder 1 of the present embodiment, the holder body 2 and the insertion member 3 are in a state in which the periphery of the mounted body A is completely surrounded. Thereby, the insertion member 3 is engaged and held with respect to the holder body 2 so as to be inextractable. Therefore, it is possible to solve the problem of being opened by contact with the outside, such as the buckle structure, and being detached from the waistband. That is, according to the carrying tool holder 1 of the present embodiment, it is possible to prevent the body A from falling off. In addition, for example, when attaching and detaching the carrying tool holder 1 to a belt, the user can easily attach and detach the carrying tool holder 1 while the belt is still wound around the waist.

In addition, in the carrying tool holder 1 of the present embodiment, since the insertion member 3 is provided with the first guide protrusions 3e and the second guide protrusions 3f, the insertion member 3 can be inserted into the second opening accurately and smoothly Section 5e.

FIG. 5( a ) is a perspective view of the anti-slip member 6 which is detachable with respect to the holder body 2 . The anti-slip member 6 includes a pair of vertical frame portions 6a and a pair of horizontal frame portions 6b. On individual vertical frame portions, a plurality of protrusions 6c are used to form concavo-convex structures. In addition, one of the horizontal frame portions 6b is provided with an engaging claw portion 6d for engaging with the second convex portion 5c undercut and engaging the anti-slip member 6 Hold on the holder body 2 .

FIG. 5( b ) shows a state in which the anti-slip member 6 is attached to the holder body 2 . A pair of horizontal frame parts 6b are arrange|positioned so that the 1st convex part 5b and the 2nd convex part 5c may be respectively covered from the outside, and the engaging claw part 6d and the 2nd convex part 5c are engaged.

In the state where the anti-slip member 6 is attached to the holder body 2, when the portable tool holder 1 is attached to the attached body A, the anti-slip member 6 is sandwiched between the vertical frame portion 6a protruding from the insertion member 3 side and the Between the insertion members 3, the mounted body A is pressed by the vertical frame portion 6a, and the protrusion 6c is caught on the surface of the mounted body A, thereby suppressing carrying The tool holder 1 slides with respect to the object A to be attached. Thereby, the movement of the portable tool holder 1 with respect to the to-be-mounted body A can be controlled.

In addition, the carrying tool holder 1 of the present embodiment is suitable to be attached to a to-be-attached body A which extends in a slightly horizontal direction and is generally referred to as a horizontal belt or the like. That is, in the state where the carrying tool holder 1 is attached to the horizontal belt, the bracket B is attached to and detached from above in the accommodation space 4a of the carrying tool holding part 4 .

FIG. 6 shows the splicer 7 that can be attached to and detached from the portable tool holder 1 . The splice 7 can be attached to the carrying tool holder 1 by arranging the annular portion 7a between the holder body 2 and the insertion member 3 . By using such a splice 7, it becomes possible to attach the portable tool holder 1 to an annular portion other than the belt-shaped attached body A, or the like, so that the attachable range of the portable tool holder 1 is expanded. In addition, by engaging the adapter 7 with the collar portion 8 provided on the carrying tool holder 1, a plurality of carrying tool holders 1 can be connected and used.

For example, the carrying tool holder 1 is attached to a horizontal belt wrapped around the user's waist, and then another connector for the carrying tool holder 1 is connected to the loop portion 8 of the carrying tool holder 1 7. Thereby, the lower carrying tool holder 1 is arranged below the waist.

Thereby, since the tool or the like attached to the carrying tool holder 1 can be arranged at a position lower than the hip bone protruding outside, it is possible to reduce the risk of contact with other tools attached to the waist or contact with buildings. Possibility of causing damage.

In addition, the loop portion 8 of the carrying tool holder 1 and the carrying tool can also be connected by a connecting member such as a string or a loop, so as to prevent the carrying tool from falling.

Hereinafter, other embodiments of the present invention will be described. The carrying tool holder 1 of the previous embodiment is suitable for the state of being attached to a horizontal belt, but the carrying tool holder 20 of the present embodiment shown in FIGS. 7 and 8 is suitable for, for example, A state of a belt-shaped to-be-attached body A' extending in a slightly vertical direction, such as a vertical belt portion of a harness type seat belt. That is, the attachment and detachment direction of the bracket B in the storage space 24a of the carrying tool holding portion 24 is the vertical direction in the state of being attached to the vertical belt extending in the substantially vertical direction.

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

As shown in FIG. 7, the holder main body 22 has a carrying tool holding portion 24 that can hold a carrying tool such as a tape measure on its front side, and has a carrying tool holding portion 24 on its rear side as shown in FIG. 8. to be mounted on the mounting portion 25 on the mounted body A'. Here, in addition to tools such as a tape measure, the so-called carrying tool may mean a bag or the like for storing articles, but it is not particularly limited.

In the present embodiment, the carrying tool holding part 24 is inserted from above by inserting a part of the carrying tool or a bracket B fixed to the carrying tool by means of screws or the like, thereby detachably holding the carrying tool. In addition, although this example is the aspect which inserts from the upper direction, the insertion direction of a carrying tool is not specifically limited.

In the carrying tool holding part 24 in this example, a storage space 24a is formed, which can receive a part of the carrying tool or the bracket B. The storage space 24a is formed by a frame-shaped frame The frame portion 24b is divided and formed, and the frame portion 24b surrounds the front-rear, left-right, and downward directions except for the upper portion of the storage space 24a. Moreover, the carrying tool holding part 24 is provided with the stopper part 24c, and this stopper part 24c is arrange|positioned above the accommodation space 24a, and is in a slidable state. The frame portion 24b controls the movement of the bracket B arranged in the storage space 24a in the front-rear direction, the left-right direction, and the downward movement, and the stopper portion 24c controls the upward movement of the bracket B arranged in the storage space 24a. .

When the bracket B is inserted into the accommodation space 24a from above, the stopper portion 24c slides diagonally downward. Thereby, the entrance to the storage space 24a is opened, and the holder B can be inserted into the storage space 24a. The stopper portion 24c is given an upward force by the elastic force of a spring provided inside, and returns to the original position when the bracket B passes through. The stand B accommodated in the accommodation space 24a is restrained from being pulled out by the stopper portion 24c. Thereby, the bracket B and the carrying tool fixed to the bracket B are held by the carrying tool holder 20 . When the carrying tool is detached from the carrying tool holder 20, the stopper 24c can be slid diagonally downward, and the carrying tool and the bracket B can be pulled upward, so that the carrying tool can be easily removed.

In addition, the shape or structure of the carrying tool holding portion 24 is not particularly limited as long as it is capable of detachably holding the carrying tool.

FIG. 9 is a perspective view of the rear surface side (the mounting portion 25 side) of the holder body 22 . The mounting portion 25 of the holder body 22 has a base portion 25a, and a first convex portion 25b and a second convex portion 25c protruding rearward from the base portion 25a. The 1st convex part 25b and the 2nd convex part 25c are substantially rectangular convex parts, and are arrange|positioned so that it may extend substantially parallel, and it is spaced apart, and it protrudes perpendicularly from the base part 25a. on the first convex 25b, a first opening 25d as a through hole is formed, and a second opening 25e as a through hole is formed in the second convex part 25c. The first opening 25d and the second opening 25e are arranged approximately on the same straight line.

In addition, on the base portion 25a of the holder body 22, 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 are formed. Accordingly, when the portable tool holder 20 is attached to the attached body A', the insertion member 23 is inserted into the second opening 25e by pressing the attached body A' against the first recessed portion 25h and the second recessed portion 25i. Operation becomes easier.

In addition, the base portion 25a of the holder body 22 is provided with a first anti-slip convex portion 25j and a second anti-slip convex portion 25k, and the first anti-slip convex portion 25j and the second anti-slip convex portion 25k are formed from The base portion 25a protrudes vertically, and a concave-convex structure is formed at each tip end. The first anti-slip convex portion 25j and the second anti-slip convex portion 25k are arranged to be substantially parallel to each other with a gap therebetween. In addition, the first anti-slip convex portion 25j and the second anti-slip convex portion 25k are disposed between the first convex portion 25b and the second convex portion 25c, and further, the extension is perpendicular to the first convex portion 25b and the second convex portion 25c. 2 convex parts 25c. By being sandwiched between the first anti-slip protrusions 25j and the second anti-slip protrusions 25k protruding from the insertion member 23 and the insertion member 23, the mounted body A' is caught by the first anti-slip protrusions 25j. It is pressed against the tip of the second anti-slip protrusion 25k. Therefore, the concavo-convex structures provided at the tips of the first anti-slip protrusions 25j and the second anti-slip protrusions 25k are caught on the surface of the object to be mounted A', and the carrier 20 is restrained from being relative to the object to be mounted A' slide. The holder 20 for a carrying tool attached to the body A' to be attached such as a vertical belt is particularly effective in suppressing sliding because there is a concern that it may move downward due to its own weight.

In addition, it is preferable that the 1st anti-slip convex part 25j and the 2nd anti-slip convex part 25k are arrange|positioned so that a space|interval may be spaced apart from the 1st convex part 25b. As a result, a space about the size of a finger is formed between the first anti-slip protrusions 25j and the second anti-slip protrusions 25k and the first protrusions 25b, so that the insertion member 23 is pulled away from the first opening. At the time of 25d, the operation of gripping the pair of claws 23c with fingers and elastically deforming them inwards becomes easy.

In addition, the holder body 22 is provided with a guide portion 25m, and the guide portion 25m is used for the following purpose: the object A' to be mounted will pass through the inner side, and the holder relative to the object to be mounted A' can be moved. The posture of the main body 22 is maintained at the desired angle. In the guide portion 25m, a notch portion 25n for inserting and removing the mounted body A' is formed.

The guide portion 25m is provided at an upper position when the guide portion 25m is attached to the attached body A' such as a vertical belt. By setting it in this aspect, the carrying tool holder 20 can be prevented effectively from inclining forward. As a result, the posture of the carrying tool holder 20 is stabilized, so that the attaching and detaching operation of the carrying tool to the carrying tool holder 20 becomes easy. In addition, the shape of the notch portion 25n gradually narrows upward. Thereby, when the carrying tool holder 20 is detached from the to-be-mounted body A', the to-be-mounted body A' is easily taken out from the guide part 25m, and the to-be-mounted body A' becomes difficult to be guided from the guide at the time of use. Part 25m comes off.

FIG. 10( a ) is a perspective view showing one surface of the insertion member 23 , and FIG. 10( b ) is a perspective view showing the other surface of the insertion member 23 . The insertion member 23 has a plate portion 23a having a flat and approximately rectangular plate shape, a flange portion 23b provided at one end portion of the plate portion 23a in the longitudinal direction (the y direction in FIG. 10), and a pair of The claw portion 23c is provided on the other end portion; the middle plate portion 23d is provided on the other end portion Between a pair of claw portions 23c in the end portion.

The flange portion 23b stops the insertion of the insertion member 23 into the first opening portion 25d by contacting the end surface of the first convex portion 25b. The claw portion 23c is elastically deformable toward the inner side in the width direction (the 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 wider than the widths of the first opening portion 25d and the second opening portion 25e. When the insertion member 23 is inserted into the first opening portion 25d and the second opening portion 25e, the claw portion 23c whose tip is gradually elongated elastically deforms inward in the width direction of the plate portion 23a. Moreover, when the 1st opening part 25d is inserted, the claw part 23c will engage with the end surface of the 1st convex part 25b, and the insertion member 23 will be restrained from being pulled out. When inserted into the second opening portion 25e, it engages with the end surface of the second convex portion 25c, and the insertion member 23 is prevented from being pulled out.

The insertion member 23 of the present embodiment has a thickness adjustment function, and the thickness adjustment function is used to correspond to the mounted body A' of different thickness. Specifically, in this example, the insert member 23 can be used by turning the insert member 23 upside down, so as to correspond to the mounted body A' of different thickness.

As shown in Fig. 10(a), the insertion member 23 is provided with a first adjustment convex portion 23h protruding from one of the surfaces of the plate portion 23a (the plane toward the upper side in the z direction), and a middle plate portion 23d. The second adjustment convex portion 23i protrudes from one of the surfaces (the plane toward the upper side of the z-direction side).

When attaching the carrying tool holder 20 to the attached body A' having a large thickness, the insertion member 23 is attached so that the first adjustment convex portion 23h and the second adjustment convex portion 23i face the base portion 25a side. On the holder body 22, and the thickness is relatively When attaching the portable tool holder 20 to the small to-be-mounted body A', the insertion member 23 is turned over so that the first adjustment convex portion 23h and the second adjustment convex portion 23i face the opposite side of the base portion 25a. to install the insertion member 23 on the holder body 22 .

When the first adjustment convex portion 23h and the second adjustment convex portion 23i are arranged on the opposite side of the base portion 25a, and the insertion member 23 is inserted into the first opening portion 25d and the second opening portion 25e, the first adjustment convex portion 23h and the second 2. Adjust the distance between the base portion 25a and the surface of the insertion member 23 facing the base portion 25a (plate portion) 23a in the thickness direction) becomes shorter, and even the mounted body A' having a small thickness can be surely sandwiched by the base portion 25a and the insertion member 23 . Thereby, the sliding of the carrying tool holder 20 attached to the attached body A' such as a vertical belt can be effectively suppressed, and the surfaces on both sides of the plate portion 23a of the insertion member 23 are provided with the concave and convex portions 23j, which are used for In order to prevent the carrying tool holder 20 attached to the object A' from sliding. In addition, although the concave-convex portion 23j of the present embodiment is formed by a plurality of protruding strips extending parallel to the insertion direction of the insertion member 23, it is not limited thereto. In addition, the concave-convex portion 23j is provided in a state where the insertion member 23 is inserted into the first opening portion 25d and the second opening portion 25e (refer to FIG. 8) so as not to be in contact with the first opening portion 25d and the second opening portion 25e The position where the inner surface of the contact is made. With this aspect, the operation of extracting and inserting the insertion member 23 into the first opening 25d and the second opening 25e is facilitated.

In addition, in this example, in a state in which the insertion member 23 is inserted into the first opening 25d and the second opening 25e (refer to FIG. 8), the inner surfaces of the first opening 25d and the second opening 25e face each other. shape, is the outer shape of the insertion member 23 Consistent. As a result, the insertion member 23 inserted into the first opening 25d and the second opening 25e can be moved to the upper limit in the thickness direction, so that the allowable range for the thickness of the body A' to be mounted is increased.

Hereinafter, a method of attaching the portable tool holder 20 of the present embodiment to the belt-shaped attached body A' will be described.

In a state in which the insertion member 23 is only inserted into the first opening 25d (a state in which the second opening 25e is not inserted), the mounted body A' is positioned between the first convex portion 25b and the second convex portion 25c, The holder main body 22 is arrange|positioned from the outer side of the to-be-mounted body A'. In addition, when the insertion member 23 is only inserted into the first opening portion 25d, the claw portion 23c is engaged with the end surface of the first convex portion 25b, so that the insertion member 23 is maintained in a state where the insertion member 23 is not detached from the holder body 22.

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

When the insertion member 23 is inserted into the second opening portion 25e, the pair of claw portions 23c are engaged with the end surfaces of the second convex portion 25c, and the extraction of the insertion member 23 is suppressed. That is, the insertion member 23 is engaged with and held by the holder body 22 . In this way, the attachment of the portable tool holder 20 to the attached body A' is completed. In this state, the holder body 22 and the insertion member 23 completely surround the body A' to be attached, and there is no possibility that the carrying tool holder 20 falls off the body A' to be attached.

When the carrying tool holder 20 is detached from the mounted body A', the pair of claw portions 23c are clamped with fingers and elastically deformed inward in the width direction to release the engagement between the claw portions 23c and the second convex portion 25c. When engaged, the insertion member 23 is moved in the withdrawing direction The insertion member 23 is pulled out from the second opening 25e. Thereby, the carrying tool holder 20 can be detached from the body A' to be attached. In addition, after the insertion member 23 is pulled out from the second opening portion 25e, the claw portion 23c can be engaged with the end surface of the first convex portion 25b, and can be held in the holder body 22, so that there is no possibility of losing the insertion. Member 23 Doubts.

In addition, the carrying tool holder 20 may be attached to the attached body A' from the state in which the holder main body 22 and the insertion member 23 are separated. In other words, the holder body 22 with the insertion member 23 in the detached state may be arranged at a predetermined position of the to-be-mounted body A′, and then the insertion member 23 may be inserted into the first opening 25d and the second opening of the holder body 22 . 25e to install. Similarly, when the carrying tool holder 20 is removed from the mounted body A′, the insertion member 23 may be pulled out from the second opening 25e and the first opening 25d, and the insertion member 23 may be removed from the holder body 22 separation.

As described above, in the carrying tool holder 20 of the present embodiment, the holder body 22 and the insertion member 23 are engaged and held in a state in which the holder body 22 and the insertion member 23 completely surround the periphery of the to-be-installed body A', thereby enabling the insertion The member 23 cannot be withdrawn from the holder body 22 . Therefore, it is possible to solve the problem of being opened by contact with the outside, such as the buckle structure, and being detached from the waistband. That is, according to the carrying tool holder 20 of the present embodiment, it is possible to prevent it from falling off the attached body A'. In addition, for example, when attaching and detaching the carrying tool holder 20 to the vertical belt, the user can easily attach and detach the carrying tool holder 20 while the vertical belt is still attached to the body.

In addition, in the carrying tool holder 20 of the present embodiment, by providing the first adjustment protrusion 23h and the second adjustment protrusion 23i only on one surface of the insertion member 23, the carrying tool holder 20 can be Mounted on multiple mounted bodies of different thicknesses A'.

In addition, the loop portion 28 of the carrying tool holder 20 can also be connected to the carrying tool by a connecting member such as a rope or a loop, so as to prevent the carrying tool from falling.

1‧‧‧Hands for carrying tools

2‧‧‧Holder body

3‧‧‧Insert components

4‧‧‧Carrying Tool Holder

4a‧‧‧Storage space

4b‧‧‧Framework

4c‧‧‧stop

5‧‧‧Installation Department

8‧‧‧Cover part

A‧‧‧To be installed

B‧‧‧Stand

Claims (2)

A holder for carrying tools is characterized by comprising a holder body and an inserting member, wherein the holder body has a carrying tool holding portion for detachably holding a carrying tool, and the inserting member is formed by being inserted into the holder body The first opening part and the second opening part on the upper part are locked and held on the holder body; it is configured to surround the band-shaped by the holder body and the insertion member that is locked and held on the holder body. Around the to-be-mounted body, the carrying tool holder is held by the to-be-mounted body, wherein the insertion member includes an engaging portion extending from one side in the thickness direction of the flat, substantially rectangular plate-shaped plate portion After the insertion member is protruded and pulled away from the second opening, the insertion member is engaged with the end face of the first convex portion constituting the first opening to hold the insertion member in the holder body. The carrying tool holder according to claim 1, wherein the insertion member is provided with a guide protrusion, and when the insertion member is inserted into the second opening, the guide protrusion abuts The inner surface of the first opening is used to control the posture of the insertion member relative to the holder body in a predetermined orientation.

Images