JP2015178140A - tool holder - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a tool holder whose taking-out operation of a tool having a handle and a held part is carried out by gripping the handle, raising it outward, and rotating it without changing the hand holding the handle.SOLUTION: A tool holder includes: an energizing member 12a which is provided so as to be pivotally supported in a freely rotatable form by an energizing member mounting part 10a which is a vertical rod part positioned outside a swing regulating part 8a on the front side of a handle; and an energizing member 12b which is provided so as to be pivotally supported in a freely rotatable form by an energizing member mounting part 10b which is a vertical rod part positioned outside a swing regulating part 8b on the rear side of the handle. The energizing member 12a is formed of a metallic coil spring member in a barrel-like form by narrowing both ends thereof to form a narrowing part 14, having an energizing movable part 11 which is a diameter-enlarged and projected part projecting by the side of roughly a center part thereof. The energizing member 12b is formed of a metallic coil spring member in a barrel-like form by narrowing both ends thereof, having an energizing movable part 11 which is a diameter-enlarged and projected part projecting by the side of roughly a center part thereof.

Description

  The present invention relates to a portion (hammer head, ratchet wrench head, cross wrench horizontal bar, spanner head, handle end) held by a handle (including an operation handle) such as a hammer, ratchet wrench, cross wrench, or spanner. The present invention relates to a tool holder for holding a tool having a part having a part held in the tool holding part of the tool holder, such as a hole provided in the part.

  Conventionally, as shown in, for example, Patent Document 1, a portion where a tool such as a hammer or a ratchet wrench is held in a detachable form is held on a waist belt, and a take-out operation is performed by lifting a handle and turning it outward. A tool holder that can be used without changing the handle is known.

Patent No. 5130510

The invention of Patent Document 1 has the disadvantage that the handle greatly swings outward with the walking motion of the body, the feeling of wearing on the waist belt is remarkably bad, and the large shake is worrisome.
There is a problem that there is a danger that the portion of the tool held by the tool holding portion moves violently due to the movement of the handle that swings outward greatly, and there is a danger of detachment from the tool holding portion.
In addition, the handle that swings greatly outside increases the speed and hits the thigh strongly at the time of the return movement, causing pain and discomfort.

  The present invention has been made in view of the above-described drawbacks of the prior art, and it is an object of the present invention to provide a tool holder in which the handle is restricted from swinging outward during walking of the body.

In order to achieve the above object, the present invention is configured as follows.
<Invention of Claim 1>
A tool holder for holding a tool having a handle and a portion to be held on a waist belt,
A waist belt attaching portion attached to the waist belt;
On-tool holding part, which is directly or indirectly provided on the waist belt attaching part, and holds the held part in a detachable form;
A handle front side run-out restricting portion that regulates the run-out to the front side of the handle provided on the lower side of the tool holding portion;
A handle rear side deflection restricting portion that regulates the deflection of the handle to the rear side provided on the lower side of the tool holding portion;
The handle containing portion into which the handle enters, formed by the front shake restricting portion and the handle rear shake restricting portion,
By the pressing force of the handle, which is provided directly or indirectly to narrow the doorway of the handle of the handle portion, either or both of the handle front side swing restricting portion and the handle rear side swing restricting portion. An urging member that performs urging deformation or urging movement, and
In the state where the handle is located in the handle portion, even if the handle is swung outward by the walking motion of the wearer, the handle hits the urging member and is restricted from coming out of the handle portion,
In a state where the handle is located in the handle containing portion, the handle is gripped with a hand and is forced to be raised outward by the force of the arm or pulled outward, so that the handle is moved by the operating force of the arm. A tool holder characterized in that the repulsive urging force of the urging member is pushed and deformed or moved against the repulsive urging force so that the handle can be easily moved out by expanding the doorway of the handle. It is.

  “Provided directly or indirectly on the handle front side shake restricting portion” and “provided directly or indirectly on the handle rear side shake restricting portion”, “provided indirectly” The term “form” refers to a form provided in another member provided in the shake restricting part, or a form provided in another part provided in the shake restricting part.

  “Impact deformation or urging movement” means that the repulsion force (repulsive elastic force) is maintained or strengthened by the pressing force and is deformed or moved and released from the pressing force. A form that returns to its original form or shape.

The handle of the “tool having a handle and a part to be held” means a part that is held by the hand or held by the hand, and the held part only means a part that is held by the holding part on the tool. It does not mean only that the head or the head of the head, and the form of the portion to be held is not particularly limited.
For example, a hole is provided on the tip side of the handle of the hammer, and the holding form of the tool holder is such that the tip of the handle is held up and the hole is held in a state of inserting the rod-like tool holding portion into the hammer head. In the holding form in which the hole is positioned at the lower part, it is a part where the hole of the handle is held.

<Invention of Claim 2>
The tool holder according to claim 1, wherein the first urging member and the second urging member are provided in a freely rotatable form.

<Invention of Claim 3>
The first urging member and the second urging member are coil spring members having both ends of a throttle shape and a middle bulge shape, respectively. It is a tool holder as described in.

<Invention of Claim 4>
2. The coil spring member according to claim 1, wherein the first biasing member and the second biasing member are coil spring members whose both ends or one end are in a diameter-expanded form and all or a part of other parts are throttled. , 2 is a tool holder according to any one of the above.

<Invention of Claim 5>
A tool holder for holding a tool having a handle and a portion to be held on a waist belt,
A waist belt attaching portion attached to the waist belt;
On-tool holding part, which is directly or indirectly provided on the waist belt attaching part, and holds the held part in a detachable form;
A handle front side run-out restricting portion that regulates the run-out to the front side of the handle provided on the lower side of the tool holding portion;
A handle rear side deflection restricting portion that regulates the deflection of the handle to the rear side provided on the lower side of the tool holding portion;
The handle containing portion into which the handle enters, formed by the front shake restricting portion and the handle rear shake restricting portion,
The pattern front side swing restricting portion and / or the pattern rear side swing restricting portion, which is provided in a freely or indirectly rotatable form, restricts the handle from entering and leaving the handle entering portion. And a rotating member that narrows the doorway of the handle of the handle,
In the state where the handle is located in the handle portion, even if the handle is swung outward by a walking motion of the wearer, the handle hits the rotating member and is restricted from coming out of the handle portion.
In a state where the handle is located in the handle containing portion, the handle is gripped with a hand and is forced to be raised outward by the force of the arm or pulled outward, so that the handle is moved by the operating force of the arm. The rotary member is pushed away and moved, and along with this movement, the handle front side swing restricting portion and / or the handle rear side swing restricting portion or any one of the swing restricting portions is urged and opened to widen the handle entrance and exit. The tool holder is characterized in that it can be easily put out, and when the handle is separated from the rotating member, the swing restricting portion returns to its original position by its return biasing force.

As is clear from the above description, the present invention has the following effects.
<Effect of the Invention of Claim 1>
"In the state where the handle is located in the handle portion, even if the handle is swung outward by the walking motion of the wearer, the handle hits the urging member and is restricted from coming out of the handle portion,
In a state where the handle is located in the handle containing portion, the handle is gripped with a hand and is forced to be raised outward by the force of the arm or pulled outward, so that the handle is moved by the operating force of the arm. The repulsive biasing force of the biasing member is pushed and deformed or moved against the repulsive biasing force to widen the clearance distance between the doorway of the handle and to allow the handle to be easily moved out. '' So
Place the part to be held, such as the tool head, on the holding part on the tool, and push the handle, which is blocked from entering the handle part by the biasing member, with a little force by hand. Therefore, the pressed handle is deformed by pushing away the repulsive biasing force of the biasing member, or moved against the repulsive biasing force to widen the gap distance at the doorway of the handle and move the handle inside. Can be easily put in the part,
In a state where the handle is located in the handle portion, even if the handle is shaken outward by the walking motion of the wearer, the handle hits the urging member and is restricted from coming out of the handle portion,
When removing the tool from the tool holder, hold the handle with your hand and forcibly raise it with the force of its arm and pull it outward, or the handle will deform by pushing away the repulsive biasing force of the biasing member, or It is realized that the handle is moved against the repulsive biasing force, and the doorway of the handle is expanded against the biasing force so that the handle can be easily pulled out.

  In other words, the handle located in the handle portion is controlled by the biasing member so that the handle is controlled to move out of the handle portion by the force of the swinging outward of the handle due to the walking motion of the body. While exhibiting the effect of preventing the risk of detachment from the holding part on the tool due to the large swing of the handle during walking movement of the wearer, strong hit to the thigh, intense swing of the part held by the swing of the handle, There is an effect that it is possible to easily perform the operation of putting in and taking out the handle from the pattern containing portion with a little force operation on the handle by the hand.

  The order of setting the tool in the tool holder may be a procedure in which a part to be held after the handle is put into the handle part is held by the holding part on the tool.

<Effects of Invention of Claim 2>
Since the urging member is configured to be rotatable, the urging member rotates when the handle is inserted into and withdrawn from the handle, so that the following effect can be obtained in addition to the effect of the invention of claim 1. .
The urging member hardly rubs the handle, and the friction for rubbing the handle is small, so that the putting in and out operation can be easily performed.
Further, since the pattern is hardly rubbed or hardly rubbed, the repulsive biasing force of the biasing member can be increased, thereby realizing a tool holder having a stronger restrictive force against the outer deflection of the pattern.

<Effect of the Invention of Claim 3>
Since the urging member is a coil spring member (both of which is a barrel-shaped coil spring, a lantern-type coil spring, etc.), both ends are in the form of a throttle and the middle is swollen. In addition to the effects similar to those of the invention described in any one of the above, the durability and the amount of deformation or movement can be increased, so that the regulation force against the entry and exit of the handle can be strengthened, and the lateral deformation or movement Since it is easy to do, it can be easily removed by moving the handle outward with the force of the arm, and durability (particularly a metal coil spring) is realized.

<Advantageous Effects of Invention>
Since the urging member is a coil spring member in which both ends or one end have a diameter-expanded form and all or a part of the other part is a throttle-shaped form, the same effect as in the invention according to any one of claims 1 and 2 As it has durability and can increase the amount of deformation or movement, it can strengthen the regulation force on the entry and exit of the handle, and it can be easily deformed or moved sideways, so that the handle can be moved with the force of the arm. It can be easily removed and moved, and durability (particularly a metal coil spring) is achieved.

<Effect of the Invention of Claim 5>
"In the state where the handle is located in the handle portion, even if the handle is swung outward by the walking motion of the wearer, the handle hits the rotating member and is restricted from coming out of the handle portion,
In a state where the handle is located in the handle containing portion, the handle is gripped with a hand and is forced to be raised outward by the force of the arm or pulled outward, so that the handle is moved by the operating force of the arm. The rotary member is pushed and moved, and along with this movement, the handle front side swing restricting portion and / or the handle rear side swing restricting portion or any one of the swing restricting portions is urged and opened to widen the handle entrance and exit. Since the operation to easily take out is possible, and the handle is separated from the rotating member, the swing restricting portion is configured to return to the original position by its return biasing force.
Place the part to be held such as the head of the tool on the holding part on the tool, and push the handle that is blocked from entering the handle by the rotating member with a little force by hand. Then, the pressed handle pushes the rotating member, urges and moves the handle front side swing restricting portion and / or the handle rear side swing restricting portion, and widens the clearance distance between the handle entrance and exit. While being able to easily put the handle into the handle,
In a state where the handle is located in the handle portion, even if the handle is shaken outward by the walking motion of the wearer, the handle hits the urging member and is restricted from coming out of the handle portion,
When removing the tool from the tool holder, hold the handle with your hand and forcibly raise it with the force of its arm and pull it outward, or the handle will deform by pushing away the repulsive biasing force of the biasing member, or It is realized that the handle is moved against the repulsive biasing force, and the doorway of the handle is expanded against the biasing force so that the handle can be easily pulled out.

  In other words, the handle located in the handle portion is controlled by the rotation of the handle to the outside of the handle due to the walking movement of the body. It is possible to prevent the risk of disengagement from the tool holding part due to large swinging of the handle during walking motion, strong contact with the thigh, and severe swinging of the part held by the swing of the handle. With the slight force operation on the handle, the effect of allowing the handle to be easily removed from and inserted into the handle is obtained.

The perspective view of Example 1 of this invention. The front view which shows the use condition of Example 1 of this invention. The perspective view of Example 2 of this invention. The front view which shows the use condition of Example 2 of this invention. The front view of Example 3 of this invention. The front view of Example 4 of this invention. The front view of Example 5 of this invention. The front view of Example 6 of this invention. The front view of Example 7 of this invention. The front view of Example 8 of this invention. The front view which shows the use condition of Example 9 of this invention.

  Hereinafter, examples which are modes for carrying out the present invention will be described. However, the present invention is not intended to limit them. In the description of the embodiments described later, the same reference numerals are given to the same components as those of the above-described embodiments, and the description thereof is omitted.

In the first embodiment of the present invention shown in FIGS. 1 and 2, the tool holder 1 has the following configuration.
The tool holder 1 is a tool holder for holding a tool 4, which is a hammer having a portion 3 to be held as a hammer head on a handle 2, on a waist belt 5,
A waist belt attaching portion 6 attached to the waist belt 5;
An on-tool holding portion 7 that is provided directly (or indirectly) on the waist belt attaching portion 6 and holds the held portion 3 in a detachable form;
A handle front side swing restricting portion 8a that restricts the swing of the handle 2 provided on the lower side of the tool upper holding portion 7 to the front side and that protrudes outward as a U-shaped rod member;
A handle rear-side deflection regulating portion 8b that regulates the deflection to the rear side of the handle 2 provided on the lower side of the tool upper holding portion 7 and that protrudes outward with a bar member as a U-shape;
The handle containing portion 9 into which the handle 2 is formed, formed by the front shake restricting portion 8a and the handle rear shake restricting portion 8b,
A barrel shape with both ends of the throttle portion 14 provided as a throttle configuration provided to be pivotally supported by a biasing member mounting portion 10a which is a vertical bar portion located outside the handle front side deflection restricting portion 8a. An urging member 12a having an urging movable portion 11 which is made of a metal coil spring member of the form, and has a portion whose diameter is extended from the side of the substantially central portion;
A barrel-shaped metal with a squeezed shape at both ends, provided to be pivotally supported in a freely rotating manner on a biasing member mounting portion 10b, which is a vertical bar portion located outside the handle rear side deflection restricting portion 8b. An urging member 12b having an urging movable portion 11 made of a coil spring member and having a portion whose diameter increases and protrudes from the side of the substantially central portion;
The handle entrance / exit 13 between the biasing movable part 11 of the biasing member 12 a and the biasing movable part 11 of the biasing member 12 b (hereinafter also referred to as “biasing movable part 11, 11”) is larger than the thickness of the handle 2. It is a narrow gap distance,
In a state where the handle 2 is located in the handle containing portion 9, even if the handle 2 swings outward by the walking motion of the wearer, the handle 2 is attached to the biasing movable portion 11 and the biasing member 12b of the biasing member 12a. It is restricted from coming out of the handle containing portion 9 upon hitting the force movable part 11,
In a state where the handle 2 is positioned in the handle containing portion 9, the handle 2 is grasped by a hand and is forced to be raised outward by the force of the arm or operated to pull outward. The repulsive urging force of the urging movable parts 11, 11 is pushed away and deformed or moved against the repulsive urging force, and the handle 2 can be easily opened and the handle 2 can be easily moved out.

  The tool upper holding part 42 is formed by the tool upper holding part 7, the held part mounting parts 31a and 31b, the held part outer movement restricting parts 32a and 32b, and the held part upward movement restricting parts 33a and 33b. Yes.

The throttle portion 14 functions as a bearing portion with respect to the biasing member mounting portions 10a and 10b that function as a shaft.
The urging member mounting portions 10a and 10b have various forms such as an inclined form and a curved form.
There may be a plurality of urging members 12a and urging members 12b provided on the urging member mounting portions 10a and 10b.

The part 3 where the tool is held is positioned on the tool holding part 7, and the handle 2 whose entry into the handle part 9 is restricted (blocked) by the biasing movable parts 11, 11 is inside by hand. By pressing the handle 2 with a light or slight force, the pushed handle 2 is deformed by displacing the repulsive urging force of the urging movable parts 11, 11 or moving against the repulsive urging force 13. (See FIG. 2 (b)), the handle 2 can be easily put into the handle 9 and
In a state where the handle 2 is located at the handle portion 9, even if the handle 2 swings outward due to the walking motion of the wearer, the handle 2 hits the urging movable parts 11, 11, and the handle portion 9 easily Is restricted from going outside,
When the tool 4 is removed from the tool holder 1, the handle 2 is urged and moved by the force of the arm by grasping the handle 2 with a hand and forcibly raising it by the force of the arm. The repulsive urging force of 11, 11 is pushed and deformed, or moved against the repulsive urging force, and the doorway 13 of the handle is pushed and expanded against the urging force (see FIG. 2B). ), And it is realized that the handle 2 is operated so as to easily come out.

  That is, the handle 2 located in the handle portion 9 is easily moved from the handle portion 9 by the urging movable parts 11 and 11 with the force of the swinging degree of the outer handle of the handle 2 due to the walking motion of the body. Therefore, there is a risk that the handle 2 may be detached from the tool holder 7 due to a large swing of the handle 2 during a walking motion of a normal wearer, a strong contact with the thigh, or a swing of an unnecessary held part. In addition to the effect of reducing, there is an effect that it is possible to easily perform the putting in and out operation by applying the force of the arm to the handle.

  The order in which the tools are set in the tool holder may be an operation procedure in which a part to be held after the handle is put in the handle containing portion 9 is held by the tool holding portion.

The tool upper holding portion 7 forms a pattern passing space 16 in which the handle 2 enters the outside from the upper portion and allows the vertical movement of the handle 2 to be held, and a portion 3 to be held and supported by the lower portion 3 is held. A pair of held portion guide portions 18, 18 that guide the entrance / exit of the held portion 3, which forms the support portions 17, 17 and is arranged at a distance from the front and the back;
Provided above the held part mounting support parts 17, 17, and prevents the upward movement of the held part 3 supported by the held part mounting support parts 17, 17. Part 19;
A portion 20 is formed between the held portion rising prevention portion 19 and the held portion guide portions 18, 18, and includes a portion-through space 20 in which the portion 3 to be held can be moved up and down freely. Yes.

The waist belt attaching portion 6 includes an upper waist belt passing portion 23 through which the waist belt is passed in a vertical relationship, and a lower waist belt passing portion 24.
The tool upper holding part 7 is provided on the upper side of the waist belt attaching part 6.
In the mounting configuration in which the waist belt is passed through the upper waist belt passing portion 23, the portion 3 where the tool 4 is held is at the same height as the waist belt, and in the mounting configuration in which the waist belt is passed through the upper waist belt passing portion 24. The portion 3 to be held is higher than the waist belt.

The urging member may be either the urging member 12a or the urging member 12b, and the urging member may not be provided in either the handle front-side shake restricting portion 8a or the handle rear-side shake restricting portion 8b. .
The technical category also includes a mode in which a rotatable body such as a rotating cylinder or a rotating disk is provided on the side of the deflection restricting portion not provided with the urging member so that the rubbing at the time of entering and exiting the handle is eliminated to facilitate the entry and exit.

In the second embodiment of the present invention shown in FIGS. 3 and 4, the main difference from the first embodiment is that the tool holder is a tool holder 28.
The tool holder 28 includes a waist belt attachment portion 29 attached to a waist belt 27 attached to the auxiliary belt 26, and a communication portion 30a provided with an interval in an extended form from the upper portion of the waist belt 29 to the outside. , 30b, the connecting portions 30a, 30b that extend further outward, the held portion 3 is held, the held portion mounting portions 31a, 31b, and the held portion mounting portions 31a, 31b are The part outside movement restricting parts 32a and 32b, which are provided in a form extending toward the outside and restrict the movement of the part 3 to be held to the outside, and the part outside movement restricting parts 32a and 32b to be held are provided. To the part upward movement restricting portions 33a and 33b to be held and to restrict the upward movement of the part 3 to be held, which are extended toward the inside, and to the part mounting portions 31a and 31b to be held An inner movement restricting portion 34 that restricts the movement of the handle 2 to the inside by the handle 2 and an interval from the lower side of the waist belt attaching portion 29 to the outside so that the handle 2 can enter and leave is opened. The handle front side swing restricting portion 35a, the handle rear side swing restricting portion 35b, and the urging member mounting portion provided in a rising form with the handle front side swing restricting portion 35a and the handle rear side swing restricting portion 35b facing upward. 36a and 36b, and the urging member 12a and the urging member 12b attached to the urging member attaching portions 36a and 36b.
A handle portion 9 is formed between the handle front side swing restricting portion 35a and the handle rear side swing restricting portion 35b.
At the end of the handle portion 9 between the handle front side swing restricting portion 35a and the handle rear side swing restricting portion 35b, a handle shake lower restricting portion 37 that restricts the inward swing of the handle 2 is provided.
A pattern entry / exit opening 38 through which the handle 2 enters and exits is formed between the tips of the portion upward movement restricting portions 33a and 33b to be held.
When the part 3 to be held is placed on the connecting portions 30a and 30b and the handle 2 is released, the handle 2 hits the urging member 12a and the urging member 12b that are turned down and stopped to move inward. Put in the holding pattern 9 part.

  Since the operation of entering and exiting the handle 2 of the handle 2 and the operation and action thereof are the same as those in the first embodiment, the description thereof is omitted.

In the third embodiment of the present invention shown in FIG. 5, the main difference from the second embodiment is that the urging member has a urging force substantially equal to or slightly shorter than the length of the urging member mounting portions 36a and 36b. The tool holder 39 is formed as the member 40a and the urging member 40b.
Under the biasing member 40a and the biasing member 40b, a biasing member receiving ring 41 pivotally supported by the biasing member mounting portions 36a and 36b is provided, and the biasing member 40a and the biasing member 40b are always provided. Smooth rotation is obtained.
The urging member 40a and the urging member 40b may be in the form of a tension coil spring in which coil portions are in contact with each other.

In the fourth embodiment of the present invention shown in FIG. 6, the main difference from the second embodiment is that a tool holder 44 is formed in which the urging member serves as the urging member 43a and the urging member 43b.
The urging members 43a and 43b are formed with a throttle part 14 at the upper end, a throttle part 45 that functions as a bearing consisting of a plurality of coil parts in the middle, and a biasing member receiving ring 41 at the lower end. Energizing movable parts 11, 11 composed of a plurality of coil parts are formed between the part 14 and the restricting part 45, and an energizing movable part consisting of a plurality of coil parts is formed between the restricting part 45 and the biasing member receiving ring 41. 11 and 11 are formed.

  In the fifth embodiment of the present invention shown in FIG. 7, the main difference from the second embodiment is that the urging member is a coil spring formed of a leaf spring, and both ends thereof are made into throttle portions 14, and the central portion is most swollen. The tool holder 49 is formed as an urging member 48a and an urging member 48b as the urging movable portion 11 which is a form (expanded diameter form).

  In the sixth embodiment of the present invention shown in FIG. 8, the main difference from the second embodiment is that the biasing movable portion 11 is formed in the form of a lantern with four vertical plate springs having a biasing member as a curved shape, The biasing member 52a having both ends formed of cylindrical portions 14 and 14 and tool holders 53 serving as the biasing member 52b are formed.

In the seventh embodiment of the present invention shown in FIG. 9, the main difference from the second embodiment is that the urging member is made of a hollow elastic rubber member having an elliptical shape, both ends are made into the throttle portions 14 and 14, and the main body is laterally moved. The tool holder 56 is formed as the biasing member 55a and the biasing member 55b as the biasing movable part 11 swelled.
Even if it is a solid disc rubber, if the flat rubber part which is the urging | moving movable part 11 deform | transforms, it is good.

In the eighth embodiment of the present invention shown in FIG. 10, the main difference from the sixth embodiment is that the biasing member mounting portion 36b is not provided with a biasing member, and the biasing member mounting portion 36a has a biasing member. The tool holder 58 having the structure 43a is formed.
A rotating member 59 is provided on the biasing member mounting portion 36b in a rotatable manner, and the handle 2 does not rub against the biasing member mounting portion 36b when the handle 2 is put in and out, and the rotating member rotates by the contact movement of the handle 2 It can be easily put in and out while contacting 59.
The biasing movable portion 11 of the biasing member 43a has a larger diameter than that of the sixth embodiment.

In the ninth embodiment of the present invention shown in FIG. 11, the main difference from the second embodiment is that the urging member attaching portions 36a and 36b are changed to urging members, and the rotating member 61 that narrows the handle 13 is rotated. The tool holder 62 is provided in a free form.
The metal wire member forming the tool holder 62 uses the same steel as the spring.

The urging member attaching portions 36a and 36b, the handle front side swing restricting portion 35a and the handle rear side swing restricting portion 35b are held by the tool upper holding portion 7, the communication portions 30a and 30b, and the portion placing portions 31a and 31b to be held. The member outer movement restricting parts 32a and 32b and the held part upper movement restricting parts 33a and 33b (hereinafter referred to as “tool holding parts and the like”) are separate members, and the biasing member attaching parts 36a and 36b, the handle Only the front side swing restricting portion 35a and the handle rear side swing restricting portion 35b may be made of a steel material, and may also be a wire rod thinner than a wire rod such as a tool upper holding portion.
In a state where the handle 2 is located at the handle portion 13, even if the handle 2 swings outward by the walking motion of the wearer, the handle 2 hits the rotating member 61 and is restricted from coming out of the handle portion 13. ,
In a state where the handle 2 is positioned in the handle containing portion 13, the handle 2 is grasped by a hand and is forced to be raised outward by the force of the arm or operated to pull outward. The rotary member 61 is pushed and moved, and along with this movement, the handle front side swing restricting portion 35a and the handle rear side swing restricting portion 35b or any one of the swing restricting portions is urged and opened to widen the handle 2 entrance / exit. , And when the handle 2 is separated from the rotating member 61, the swing restricting portion returns to its original position by its return urging force.
The part 3 to be held such as the tool head is positioned on the tool holding part 42, and a little force is applied by hand to the handle 2 that is prevented from entering the handle entering part 13 by the rotating member 61. By pushing inwardly, the pushed handle 2 pushes the rotating member 61 and urges and moves the handle front side swing restricting portion 35a and the handle rear side swing restricting portion 35b or any one of the swing restricting portions, While widening the gap distance of the doorway 13 of the handle, the handle 2 can be easily put into the handle portion 13,
In a state where the handle 2 is located at the handle portion 13, even if the handle 2 swings outward due to the walking motion of the wearer, the handle 2 hits the urging member and is prevented from coming out of the handle portion 13. ,
When the tool is taken out from the tool holder 62, the handle 2 is moved by pushing the rotating members 61 and 61 by grasping the handle 2 with a hand and forcibly raising it by the force of its arm or pulling it outward. Along with this movement, the handle front side swing restricting portion 35a and the handle rear side swing restricting portion 35b are urged and moved to widen the handle entrance 13 (see FIG. 11B), and the handle 2 can be easily moved outside. When the handle 2 is separated from the rotating members 61 and 61, the handle front side swing restricting portion 35a and the handle rear side swing restricting portion 35b are returned to their original positions by the return biasing force.

  In other words, the handle 2 positioned at the handle portion 13 is restricted from coming out of the handle portion 13 by the rotating member 61 with a force of the degree of the outward movement of the handle 2 due to the walking motion of the body. Therefore, there is no risk of detachment from the tool holding portion 42 due to a large swing of the handle 2 during a normal wearer's walking motion, a strong hit to the thigh, and a severe swing of the portion 3 held by the swing of the handle 2. In addition, there is an effect that it is possible to easily perform the operation of putting in and out of the handle 2 from the handle containing portion 13 with a slight force operation on the handle 2 by hand.

  INDUSTRIAL APPLICABILITY The present invention is mainly used in an industry for manufacturing a tool holder for holding a tool such as a hammer or a ratchet wrench on a waist belt, and an industry using a waist belt for holding a tool.

1: Tool holder,
2: handle,
3: Site to be retained,
4: Tool,
5: waist belt,
6: waist belt wearing part,
7: Tool holding part,
8a: Handle front deflection control part,
8b: Pattern rear side run-out restricting part,
9: Patterned part,
10a: biasing member mounting portion,
10b: urging member attachment site,
11: Energizing movable part,
12a: biasing member,
12b: biasing member,
13: Doorway of the handle,
14: Restricted part,
16: Patterned space,
17, 17: The part mounting support part to be held,
18, 18: Part guide part to be held,
19: The part rising prevention part to be held,
20: Space according to the part to be held,
23: Upper waist belt threading part,
24: Lower waist belt loop,
26: auxiliary belt,
27: waist belt,
28: Tool holder,
29: waist belt wearing part,
30a, 30b: communication section,
31a, 31b: the part mounting part to be held,
32a, 32b: the part outer side movement control part to be held,
33a, 33b: part upward movement restricting portion to be held,
34: Inner movement restriction part,
35a: Pattern front side deflection control part,
35b: Pattern rear side run-out restricting part,
36a, 36b: urging member attachment site,
37: Lower pattern run-out regulating part,
38: Pattern entry / exit opening,
39: Tool holder,
40a: biasing member,
40b: biasing member,
41: biasing member receiving ring,
42: Tool holding part,
43a: biasing member,
43b: biasing member,
44: Tool holder,
45: Restricted part,
48a: biasing member,
48b: biasing member,
49: Tool holder,
52a: biasing member,
52b: biasing member,
53: Tool holder,
55a: biasing member,
55b: biasing member,
56: Tool holder,
58: Tool holder,
59: Rotating member.

  The present invention relates to a portion (hammer head, ratchet wrench head, cross wrench horizontal bar, spanner head, handle end) held by a handle (including an operation handle) such as a hammer, ratchet wrench, cross wrench, or spanner. The present invention relates to a tool holder for holding a tool having a part having a part held in the tool holding part of the tool holder, such as a hole provided in the part.

  Conventionally, as shown in, for example, Patent Document 1, a portion where a tool such as a hammer or a ratchet wrench is held in a detachable form is held on a waist belt, and a take-out operation is performed by lifting a handle and turning it outward. A tool holder that can be used without changing the handle is known.

Patent No. 5130510

The invention of Patent Document 1 has the disadvantage that the handle greatly swings outward with the walking motion of the body, the feeling of wearing on the waist belt is remarkably bad, and the large shake is worrisome.
There is a problem that there is a danger that the portion of the tool held by the tool holding portion moves violently due to the movement of the handle that swings outward greatly, and there is a danger of detachment from the tool holding portion.
In addition, the handle that swings greatly outside increases the speed and hits the thigh strongly at the time of the return movement, causing pain and discomfort.

  The present invention has been made in view of the above-described drawbacks of the prior art, and it is an object of the present invention to provide a tool holder in which the handle is restricted from swinging outward during walking of the body.

In order to achieve the above object, the present invention is configured as follows.
<Invention of Claim 1>
A tool holder for holding a tool having a handle and a portion to be held on a waist belt,
A waist belt attaching portion attached to the waist belt;
On-tool holding part, which is directly or indirectly provided on the waist belt attaching part, and holds the held part in a detachable form;
A handle front side run-out restricting portion that regulates the run-out to the front side of the handle provided on the lower side of the tool holding portion;
A handle rear side deflection restricting portion that regulates the deflection of the handle to the rear side provided on the lower side of the tool holding portion;
The handle containing portion into which the handle enters, formed by the front shake restricting portion and the handle rear shake restricting portion,
By the pressing force of the handle, which is provided directly or indirectly to narrow the doorway of the handle of the handle portion, either or both of the handle front side swing restricting portion and the handle rear side swing restricting portion. An urging member that performs urging deformation or urging movement, and
In the state where the handle is located in the handle portion, even if the handle is swung outward by the walking motion of the wearer, the handle hits the urging member and is restricted from coming out of the handle portion,
In a state where the handle is located in the handle containing portion, the handle is gripped with a hand and is forced to be raised outward by the force of the arm or pulled outward, so that the handle is moved by the operating force of the arm. Pushing and deforming the repulsive urging force of the urging member, or moving against the repulsive urging force, allowing the operation to easily take out the handle by expanding the doorway of the handle ,
The biasing member is a coil spring member that is a coil spring member in which both ends are in the form of a throttle and the middle is swollen .

  “Provided directly or indirectly on the handle front side shake restricting portion” and “provided directly or indirectly on the handle rear side shake restricting portion”, “provided indirectly” The term “form” refers to a form provided in another member provided in the shake restricting part, or a form provided in another part provided in the shake restricting part.

  “Impact deformation or urging movement” means that the repulsion force (repulsive elastic force) is maintained or strengthened by the pressing force and is deformed or moved and released from the pressing force. A form that returns to its original form or shape.

The handle of the “tool having a handle and a part to be held” means a part that is held by the hand or held by the hand, and the held part only means a part that is held by the holding part on the tool. It does not mean only that the head or the head of the head, and the form of the portion to be held is not particularly limited.
For example, a hole is provided on the tip side of the handle of the hammer, and the holding form of the tool holder is such that the tip of the handle is held up and the hole is held in a state of inserting the rod-like tool holding portion into the hammer head. In the holding form in which the hole is positioned at the lower part, it is a part where the hole of the handle is held.

<Invention of Claim 2>
A tool holder for holding a tool having a handle and a portion to be held on a waist belt,
A waist belt attaching portion attached to the waist belt;
On-tool holding part, which is directly or indirectly provided on the waist belt attaching part, and holds the held part in a detachable form;
A handle front side run-out restricting portion that regulates the run-out to the front side of the handle provided on the lower side of the tool holding portion;
A handle rear side deflection restricting portion that regulates the deflection of the handle to the rear side provided on the lower side of the tool holding portion;
The handle containing portion into which the handle enters, formed by the front shake restricting portion and the handle rear shake restricting portion,
By the pressing force of the handle, which is provided directly or indirectly to narrow the doorway of the handle of the handle portion, either or both of the handle front side swing restricting portion and the handle rear side swing restricting portion. An urging member that performs urging deformation or urging movement, and
In the state where the handle is located in the handle portion, even if the handle is swung outward by the walking motion of the wearer, the handle hits the urging member and is restricted from coming out of the handle portion,
In a state where the handle is located in the handle containing portion, the handle is gripped with a hand and is forced to be raised outward by the force of the arm or pulled outward, so that the handle is moved by the operating force of the arm. Pushing and deforming the repulsive urging force of the urging member, or moving against the repulsive urging force, allowing the operation to easily take out the handle by expanding the doorway of the handle,
The urging member is a tool holder characterized in that both ends or one end is a coil spring member having a diameter-expanded shape and all or a part of another portion is a drawn shape .

<Invention of Claim 3>
The tool holder according to any one of claims 1 and 2, wherein the urging member is provided in a rotatable form .

As is clear from the above description, the present invention has the following effects.
<Effect of the Invention of Claim 1>
"In the state where the handle is located in the handle portion, even if the handle is swung outward by the walking motion of the wearer, the handle hits the urging member and is restricted from coming out of the handle portion,
In a state where the handle is located in the handle containing portion, the handle is gripped with a hand and is forced to be raised outward by the force of the arm or pulled outward, so that the handle is moved by the operating force of the arm. The repulsive biasing force of the biasing member is pushed and deformed or moved against the repulsive biasing force to widen the clearance distance between the doorway of the handle and to allow the handle to be easily moved out. '' So
Place the part to be held, such as the tool head, on the holding part on the tool, and push the handle, which is blocked from entering the handle part by the biasing member, with a little force by hand. Therefore, the pressed handle is deformed by pushing away the repulsive biasing force of the biasing member, or moved against the repulsive biasing force to widen the gap distance at the doorway of the handle and move the handle inside. Can be easily put in the part,
In a state where the handle is located in the handle portion, even if the handle is shaken outward by the walking motion of the wearer, the handle hits the urging member and is restricted from coming out of the handle portion,
When removing the tool from the tool holder, hold the handle with your hand and forcibly raise it with the force of its arm and pull it outward, or the handle will deform by pushing away the repulsive biasing force of the biasing member, or It is realized that the handle is moved against the repulsive biasing force, and the doorway of the handle is expanded against the biasing force so that the handle can be easily pulled out.

  In other words, the handle located in the handle portion is controlled by the biasing member so that the handle is controlled to move out of the handle portion by the force of the swinging outward of the handle due to the walking motion of the body. While exhibiting the effect of preventing the risk of detachment from the holding part on the tool due to the large swing of the handle during walking movement of the wearer, strong hit to the thigh, intense swing of the part held by the swing of the handle, There is an effect that it is possible to easily perform the operation of putting in and taking out the handle from the pattern containing portion with a little force operation on the handle by the hand.

  The order of setting the tool in the tool holder may be a procedure in which a part to be held after the handle is put into the handle part is held by the holding part on the tool.

  The urging member is a coil spring member (typically a barrel-type coil spring, a lantern-type coil spring, etc.) that has a squeezing shape at both ends and a bulging shape in the middle. Since the amount or amount of movement can be increased, it is possible to strengthen the restrictive force for entering and exiting the handle, and it is easy to deform or move sideways, so it is easy to remove the handle by moving the handle outward with the force of the arm It is possible to achieve durability (especially metal coil spring).

<Effects of Invention of Claim 2 >
Since the urging member is a coil spring member in which both ends or one end is in a diameter-expanded form and all or a part of the other part is a throttle-shaped member, the same effect as the invention of claim 1 can be obtained and durability can be achieved. Since the amount of deformation or movement can be increased, it is possible to reinforce the regulation force for entering and exiting the handle, and it is easy to perform lateral deformation or movement, so it is easy to remove the handle by moving the handle outward with the force of the arm To achieve durability (especially metal coil springs).

<Effect of the Invention of Claim 3 >
Since the urging member is configured to be rotatable, the urging member rotates when the handle is inserted into and withdrawn from the handle, so that the effect of the invention according to any one of claims 1 and 2 is added. The following effects are achieved.
The urging member hardly rubs the handle, and the friction for rubbing the handle is small, so that the putting in and out operation can be easily performed.
Further, since the pattern is hardly rubbed or hardly rubbed, the repulsive biasing force of the biasing member can be increased, thereby realizing a tool holder having a stronger restrictive force against the outer deflection of the pattern.

The perspective view of Example 1 of this invention. The front view which shows the use condition of Example 1 of this invention. The perspective view of Example 2 of this invention. The front view which shows the use condition of Example 2 of this invention. The front view of Example 3 of this invention. The front view of Example 4 of this invention. The front view of Example 5 of this invention. The front view of Example 6 of this invention. The front view of Example 7 of other invention. The front view of Example 8 of this invention. The front view which shows the use condition of Example 9 of another invention.

  Hereinafter, examples which are modes for carrying out the present invention will be described. However, the present invention is not intended to limit them. In the description of the embodiments described later, the same reference numerals are given to the same components as those of the above-described embodiments, and the description thereof is omitted.

In the first embodiment of the present invention shown in FIGS. 1 and 2, the tool holder 1 has the following configuration.
The tool holder 1 is a tool holder for holding a tool 4, which is a hammer having a portion 3 to be held as a hammer head on a handle 2, on a waist belt 5,
A waist belt attaching portion 6 attached to the waist belt 5;
An on-tool holding portion 7 that is provided directly (or indirectly) on the waist belt attaching portion 6 and holds the held portion 3 in a detachable form;
A handle front side swing restricting portion 8a that restricts the swing of the handle 2 provided on the lower side of the tool upper holding portion 7 to the front side and that protrudes outward as a U-shaped rod member;
A handle rear-side deflection regulating portion 8b that regulates the deflection to the rear side of the handle 2 provided on the lower side of the tool upper holding portion 7 and that protrudes outward with a bar member as a U-shape;
The handle containing portion 9 into which the handle 2 is formed, formed by the front shake restricting portion 8a and the handle rear shake restricting portion 8b,
A barrel shape with both ends of the throttle portion 14 provided as a throttle configuration provided to be pivotally supported by a biasing member mounting portion 10a which is a vertical bar portion located outside the handle front side deflection restricting portion 8a. An urging member 12a having an urging movable portion 11 which is made of a metal coil spring member of the form, and has a portion whose diameter is extended from the side of the substantially central portion;
A barrel-shaped metal with a squeezed shape at both ends, provided to be pivotally supported in a freely rotating manner on a biasing member mounting portion 10b, which is a vertical bar portion located outside the handle rear side deflection restricting portion 8b. An urging member 12b having an urging movable portion 11 made of a coil spring member and having a portion whose diameter increases and protrudes from the side of the substantially central portion;
The handle entrance / exit 13 between the biasing movable part 11 of the biasing member 12 a and the biasing movable part 11 of the biasing member 12 b (hereinafter also referred to as “biasing movable part 11, 11”) is larger than the thickness of the handle 2. It is a narrow gap distance,
In a state where the handle 2 is located in the handle containing portion 9, even if the handle 2 swings outward by the walking motion of the wearer, the handle 2 is attached to the biasing movable portion 11 and the biasing member 12b of the biasing member 12a. It is restricted from coming out of the handle containing portion 9 upon hitting the force movable part 11,
In a state where the handle 2 is positioned in the handle containing portion 9, the handle 2 is grasped by a hand and is forced to be raised outward by the force of the arm or operated to pull outward. The repulsive urging force of the urging movable parts 11, 11 is pushed away and deformed or moved against the repulsive urging force, and the handle 2 can be easily opened and the handle 2 can be easily moved out.

  The tool upper holding part 42 is formed by the tool upper holding part 7, the held part mounting parts 31a and 31b, the held part outer movement restricting parts 32a and 32b, and the held part upward movement restricting parts 33a and 33b. Yes.

The throttle portion 14 functions as a bearing portion with respect to the biasing member mounting portions 10a and 10b that function as a shaft.
The urging member mounting portions 10a and 10b have various forms such as an inclined form and a curved form.
There may be a plurality of urging members 12a and urging members 12b provided on the urging member mounting portions 10a and 10b.

The part 3 where the tool is held is positioned on the tool holding part 7, and the handle 2 whose entry into the handle part 9 is restricted (blocked) by the biasing movable parts 11, 11 is inside by hand. By pressing the handle 2 with a light or slight force, the pushed handle 2 is deformed by displacing the repulsive urging force of the urging movable parts 11, 11 or moving against the repulsive urging force 13. (See FIG. 2 (b)), the handle 2 can be easily put into the handle 9 and
In a state where the handle 2 is located at the handle portion 9, even if the handle 2 swings outward due to the walking motion of the wearer, the handle 2 hits the urging movable parts 11, 11, and the handle portion 9 easily Is restricted from going outside,
When the tool 4 is removed from the tool holder 1, the handle 2 is urged and moved by the force of the arm by grasping the handle 2 with a hand and forcibly raising it by the force of the arm. The repulsive urging force of 11, 11 is pushed and deformed, or moved against the repulsive urging force, and the doorway 13 of the handle is pushed and expanded against the urging force (see FIG. 2B). ), And it is realized that the handle 2 is operated so as to easily come out.

  That is, the handle 2 located in the handle portion 9 is easily moved from the handle portion 9 by the urging movable parts 11 and 11 with the force of the swinging degree of the outer handle of the handle 2 due to the walking motion of the body. Therefore, there is a risk that the handle 2 may be detached from the tool holder 7 due to a large swing of the handle 2 during a walking motion of a normal wearer, a strong contact with the thigh, or a swing of an unnecessary held part. In addition to the effect of reducing, there is an effect that it is possible to easily perform the putting in and out operation by applying the force of the arm to the handle.

  The order in which the tools are set in the tool holder may be an operation procedure in which a part to be held after the handle is put in the handle containing portion 9 is held by the tool holding portion.

The tool upper holding portion 7 forms a pattern passing space 16 in which the handle 2 enters the outside from the upper portion and allows the vertical movement of the handle 2 to be held, and a portion 3 to be held and supported by the lower portion 3 is held. A pair of held portion guide portions 18, 18 that guide the entrance / exit of the held portion 3, which forms the support portions 17, 17 and is arranged at a distance from the front and the back;
Provided above the held part mounting support parts 17, 17, and prevents the upward movement of the held part 3 supported by the held part mounting support parts 17, 17. Part 19;
A portion 20 is formed between the held portion rising prevention portion 19 and the held portion guide portions 18, 18, and includes a portion-through space 20 in which the portion 3 to be held can be moved up and down freely. Yes.

The waist belt attaching portion 6 includes an upper waist belt passing portion 23 through which the waist belt is passed in a vertical relationship, and a lower waist belt passing portion 24.
The tool upper holding part 7 is provided on the upper side of the waist belt attaching part 6.
In the mounting configuration in which the waist belt is passed through the upper waist belt passing portion 23, the portion 3 where the tool 4 is held is at the same height as the waist belt, and in the mounting configuration in which the waist belt is passed through the upper waist belt passing portion 24. The portion 3 to be held is higher than the waist belt.

The urging member may be either the urging member 12a or the urging member 12b, and the urging member may not be provided in either the handle front-side shake restricting portion 8a or the handle rear-side shake restricting portion 8b. .
The technical category also includes a mode in which a rotatable body such as a rotating cylinder or a rotating disk is provided on the side of the deflection restricting portion not provided with the urging member so that the rubbing at the time of entering and exiting the handle is eliminated to facilitate the entry and exit.

In the second embodiment of the present invention shown in FIGS. 3 and 4, the main difference from the first embodiment is that the tool holder is a tool holder 28.
The tool holder 28 includes a waist belt attachment portion 29 attached to a waist belt 27 attached to the auxiliary belt 26, and a communication portion 30a provided with an interval in an extended form from the upper portion of the waist belt 29 to the outside. , 30b, the connecting portions 30a, 30b that extend further outward, the held portion 3 is held, the held portion mounting portions 31a, 31b, and the held portion mounting portions 31a, 31b are The part outside movement restricting parts 32a and 32b, which are provided in a form extending toward the outside and restrict the movement of the part 3 to be held to the outside, and the part outside movement restricting parts 32a and 32b to be held are provided. To the part upward movement restricting portions 33a and 33b to be held and to restrict the upward movement of the part 3 to be held, which are extended toward the inside, and to the part mounting portions 31a and 31b to be held An inner movement restricting portion 34 that restricts the movement of the handle 2 to the inside by the handle 2 and an interval from the lower side of the waist belt attaching portion 29 to the outside so that the handle 2 can enter and leave is opened. The handle front side swing restricting portion 35a, the handle rear side swing restricting portion 35b, and the urging member mounting portion provided in a rising form with the handle front side swing restricting portion 35a and the handle rear side swing restricting portion 35b facing upward. 36a and 36b, and the urging member 12a and the urging member 12b attached to the urging member attaching portions 36a and 36b.
A handle portion 9 is formed between the handle front side swing restricting portion 35a and the handle rear side swing restricting portion 35b.
At the end of the handle portion 9 between the handle front side swing restricting portion 35a and the handle rear side swing restricting portion 35b, a handle shake lower restricting portion 37 that restricts the inward swing of the handle 2 is provided.
A pattern entry / exit opening 38 through which the handle 2 enters and exits is formed between the tips of the portion upward movement restricting portions 33a and 33b to be held.
When the part 3 to be held is placed on the connecting portions 30a and 30b and the handle 2 is released, the handle 2 hits the urging member 12a and the urging member 12b that are turned down and stopped to move inward. Put in the holding pattern 9 part.

  Since the operation of entering and exiting the handle 2 of the handle 2 and the operation and action thereof are the same as those in the first embodiment, the description thereof is omitted.

In the third embodiment of the present invention shown in FIG. 5, the main difference from the second embodiment is that the urging member has a urging force substantially equal to or slightly shorter than the length of the urging member mounting portions 36a and 36b. The tool holder 39 is formed as the member 40a and the urging member 40b.
Under the biasing member 40a and the biasing member 40b, a biasing member receiving ring 41 pivotally supported by the biasing member mounting portions 36a and 36b is provided, and the biasing member 40a and the biasing member 40b are always provided. Smooth rotation is obtained.
The urging member 40a and the urging member 40b may be in the form of a tension coil spring in which coil portions are in contact with each other.

In the fourth embodiment of the present invention shown in FIG. 6, the main difference from the second embodiment is that a tool holder 44 is formed in which the urging member serves as the urging member 43a and the urging member 43b.
The urging members 43a and 43b are formed with a throttle part 14 at the upper end, a throttle part 45 that functions as a bearing consisting of a plurality of coil parts in the middle, and a biasing member receiving ring 41 at the lower end. Energizing movable parts 11, 11 composed of a plurality of coil parts are formed between the part 14 and the restricting part 45, and an energizing movable part consisting of a plurality of coil parts is formed between the restricting part 45 and the biasing member receiving ring 41. 11 and 11 are formed.

  In the fifth embodiment of the present invention shown in FIG. 7, the main difference from the second embodiment is that the urging member is a coil spring formed of a leaf spring, and both ends thereof are made into throttle portions 14, and the central portion is most swollen. The tool holder 49 is formed as an urging member 48a and an urging member 48b as the urging movable portion 11 which is a form (expanded diameter form).

  In the sixth embodiment of the present invention shown in FIG. 8, the main difference from the second embodiment is that the biasing movable portion 11 is formed in the form of a lantern with four vertical plate springs having a biasing member as a curved shape, The biasing member 52a having both ends formed of cylindrical portions 14 and 14 and tool holders 53 serving as the biasing member 52b are formed.

In the seventh embodiment of the present invention shown in FIG. 9, the main difference from the second embodiment is that the biasing member is made of a hollow elastic rubber member having an elliptical shape, and both ends are made into throttle parts 14, 14, and the main body is The tool holder 56 as the urging member 55a and the urging member 55b as the urging movable part 11 swelled laterally is formed.
Even if it is a solid disc rubber, if the flat rubber part which is the urging | moving movable part 11 deform | transforms, it is good.

In the eighth embodiment of the present invention shown in FIG. 10, the main difference from the sixth embodiment is that the biasing member mounting portion 36b is not provided with a biasing member, and the biasing member mounting portion 36a has a biasing member. The tool holder 58 having the structure 43a is formed.
A rotating member 59 is provided on the biasing member mounting portion 36b in a rotatable manner, and the handle 2 does not rub against the biasing member mounting portion 36b when the handle 2 is put in and out, and the rotating member rotates by the contact movement of the handle 2 It can be easily put in and out while contacting 59.
The biasing movable portion 11 of the biasing member 43a has a larger diameter than that of the sixth embodiment.

In the ninth embodiment of the present invention shown in FIG. 11, the main difference from the second embodiment is that the urging member attaching portions 36a and 36b are replaced with urging members, and a rotating member 61 for narrowing the handle door 13 is provided. The tool holder 62 is provided in a rotatable form.
The metal wire member forming the tool holder 62 uses the same steel as the spring.

The urging member attaching portions 36a and 36b, the handle front side swing restricting portion 35a and the handle rear side swing restricting portion 35b are held by the tool upper holding portion 7, the communication portions 30a and 30b, and the portion placing portions 31a and 31b to be held. The member outer movement restricting parts 32a and 32b and the held part upper movement restricting parts 33a and 33b (hereinafter referred to as “tool holding parts and the like”) are separate members, and the biasing member attaching parts 36a and 36b, the handle Only the front side swing restricting portion 35a and the handle rear side swing restricting portion 35b may be made of a steel material, and may also be a wire rod thinner than a wire rod such as a tool upper holding portion.
In a state where the handle 2 is located at the handle portion 13, even if the handle 2 swings outward by the walking motion of the wearer, the handle 2 hits the rotating member 61 and is restricted from coming out of the handle portion 13. ,
In a state where the handle 2 is positioned in the handle containing portion 13, the handle 2 is grasped by a hand and is forced to be raised outward by the force of the arm or operated to pull outward. The rotary member 61 is pushed and moved, and along with this movement, the handle front side swing restricting portion 35a and the handle rear side swing restricting portion 35b or any one of the swing restricting portions is urged and opened to widen the handle 2 entrance / exit. , And when the handle 2 is separated from the rotating member 61, the swing restricting portion returns to its original position by its return urging force.
The part 3 to be held such as the tool head is positioned on the tool holding part 42, and a little force is applied by hand to the handle 2 that is prevented from entering the handle entering part 13 by the rotating member 61. By pushing inwardly, the pushed handle 2 pushes the rotating member 61 and urges and moves the handle front side swing restricting portion 35a and the handle rear side swing restricting portion 35b or any one of the swing restricting portions, While widening the gap distance of the doorway 13 of the handle, the handle 2 can be easily put into the handle portion 13,
In a state where the handle 2 is located at the handle portion 13, even if the handle 2 swings outward due to the walking motion of the wearer, the handle 2 hits the urging member and is prevented from coming out of the handle portion 13. ,
When the tool is taken out from the tool holder 62, the handle 2 is moved by pushing the rotating members 61 and 61 by grasping the handle 2 with a hand and forcibly raising it by the force of its arm or pulling it outward. Along with this movement, the handle front side swing restricting portion 35a and the handle rear side swing restricting portion 35b are urged and moved to widen the handle entrance 13 (see FIG. 11B), and the handle 2 can be easily moved outside. When the handle 2 is separated from the rotating members 61 and 61, the handle front side swing restricting portion 35a and the handle rear side swing restricting portion 35b are returned to their original positions by the return biasing force.

  In other words, the handle 2 positioned at the handle portion 13 is restricted from coming out of the handle portion 13 by the rotating member 61 with a force of the degree of the outward movement of the handle 2 due to the walking motion of the body. Therefore, there is no risk of detachment from the tool holding portion 42 due to a large swing of the handle 2 during a normal wearer's walking motion, a strong hit to the thigh, and a severe swing of the portion 3 held by the swing of the handle 2. In addition, there is an effect that it is possible to easily perform the operation of putting in and out of the handle 2 from the handle containing portion 13 with a slight force operation on the handle 2 by hand.

[Appendix]
  The appended invention has the following configuration.
<Invention of Appendix 1>
  A tool holder for holding a tool having a handle and a portion to be held on a waist belt,
  A waist belt attaching portion attached to the waist belt;
  On-tool holding part, which is directly or indirectly provided on the waist belt attaching part, and holds the held part in a detachable form;
  A handle front side run-out restricting portion that regulates the run-out to the front side of the handle provided on the lower side of the tool holding portion;
  A handle rear side deflection restricting portion that regulates the deflection of the handle to the rear side provided on the lower side of the tool holding portion;
  The handle containing portion into which the handle enters, formed by the front shake restricting portion and the handle rear shake restricting portion,
  By the pressing force of the handle, which is provided directly or indirectly to narrow the doorway of the handle of the handle portion, either or both of the handle front side swing restricting portion and the handle rear side swing restricting portion. An urging member that performs urging deformation or urging movement, and
  In the state where the handle is located in the handle portion, even if the handle is swung outward by the walking motion of the wearer, the handle hits the urging member and is restricted from coming out of the handle portion,
  In a state where the handle is located in the handle containing portion, the handle is gripped with a hand and is forced to be raised outward by the force of the arm or pulled outward, so that the handle is moved by the operating force of the arm. A tool holder characterized in that the repulsive urging force of the urging member is pushed and deformed or moved against the repulsive urging force so that the handle can be easily moved out by expanding the doorway of the handle. It is.
  “Provided directly or indirectly on the handle front side shake restricting portion” and “provided directly or indirectly on the handle rear side shake restricting portion”, “provided indirectly” The term “form” refers to a form provided in another member provided in the shake restricting part, or a form provided in another part provided in the shake restricting part.
  “Impact deformation or urging movement” means that the repulsion force (repulsive elastic force) is maintained or strengthened by the pressing force and is deformed or moved and released from the pressing force. A form that returns to its original form or shape.
  The handle of the “tool having a handle and a part to be held” means a part that is held by the hand or held by the hand, and the held part only means a part that is held by the holding part on the tool. It does not mean only that the head or the head of the head, and the form of the portion to be held is not particularly limited.
  For example, a hole is provided on the tip side of the handle of the hammer, and the holding form of the tool holder is such that the tip of the handle is held up and the hole is held in a state of inserting the rod-like tool holding portion into the hammer head. In the holding form in which the hole is positioned at the lower part, it is a part where the hole of the handle is held.
<Effect of the invention described in Appendix 1>
  "In the state where the handle is located in the handle portion, even if the handle is swung outward by the walking motion of the wearer, the handle hits the urging member and is restricted from coming out of the handle portion,
  In a state where the handle is located in the handle containing portion, the handle is gripped with a hand and is forced to be raised outward by the force of the arm or pulled outward, so that the handle is moved by the operating force of the arm. The repulsive biasing force of the biasing member is pushed and deformed or moved against the repulsive biasing force to widen the clearance distance between the doorway of the handle and to allow the handle to be easily moved out. '' So
  Place the part to be held, such as the tool head, on the holding part on the tool, and push the handle, which is blocked from entering the handle part by the biasing member, with a little force by hand. Therefore, the pressed handle is deformed by pushing away the repulsive biasing force of the biasing member, or moved against the repulsive biasing force to widen the gap distance at the doorway of the handle and move the handle inside. Can be easily put in the part,
  In a state where the handle is located in the handle portion, even if the handle is shaken outward by the walking motion of the wearer, the handle hits the urging member and is restricted from coming out of the handle portion,
  When removing the tool from the tool holder, hold the handle with your hand and forcibly raise it with the force of its arm and pull it outward, or the handle will deform by pushing away the repulsive biasing force of the biasing member, or It is realized that the handle is moved against the repulsive biasing force, and the doorway of the handle is expanded against the biasing force so that the handle can be easily pulled out.
  In other words, the handle located in the handle portion is controlled by the biasing member so that the handle is controlled to move out of the handle portion by the force of the swinging outward of the handle due to the walking motion of the body. While exhibiting the effect of preventing the risk of detachment from the holding part on the tool due to the large swing of the handle during walking movement of the wearer, strong hit to the thigh, intense swing of the part held by the swing of the handle, There is an effect that it is possible to easily perform the operation of putting in and taking out the handle from the pattern containing portion with a little force operation on the handle by the hand.
  The order of setting the tool in the tool holder may be a procedure in which a part to be held after the handle is put into the handle part is held by the holding part on the tool.

<Invention of Appendix 2>
  2. The tool holder according to claim 1, wherein the first urging member and the second urging member are provided in a freely rotatable form.
<Effects of Invention of Supplementary Note 2>
  Since the urging member is configured to be freely rotatable, the urging member rotates when the handle is inserted into and withdrawn from the handle, so that the following effects can be obtained in addition to the effects of the invention described in Appendix 1.
  The urging member hardly rubs the handle, and the friction for rubbing the handle is small, so that the putting in and out operation can be easily performed.
  Further, since the pattern is hardly rubbed or hardly rubbed, the repulsive biasing force of the biasing member can be increased, thereby realizing a tool holder having a stronger restrictive force against the outer deflection of the pattern.

<Invention of Appendix 3>
  Either of the first and second urging members, wherein the first urging member and the second urging member are coil spring members whose both ends are in the form of a throttle and in which the middle swells. The tool holder described.
<Effects of Invention of Supplementary Note 3>
  Since the urging member is a coil spring member (typically, a barrel-shaped coil spring, a lantern-type coil spring, etc.) whose both ends are in the form of a throttle and the middle is swollen, It has the same effect as any one of the inventions described in any one of the items, and has durability and a large amount of deformation or movement, so that it is possible to reinforce the regulation force against the movement of the handle, and to deform or move it sideways. Therefore, the handle can be easily removed by moving the handle outward with the force of the arm, and durability (particularly a metal coil spring) is realized.

<Invention of Appendix 4>
  The first urging member and the second urging member are coil spring members in which both ends or one end are in a diameter-expanded form, and all or a part of other parts are throttle-shaped coil spring members. The tool holder according to any one of 2.
<Effects of Invention of Supplementary Note 4>
  Since the urging member is a coil spring member whose both ends or one end is in a diameter-expanded form and all or a part of the other part is a throttle-shaped member, the same effect as the invention described in any one of appendices 1 and 2 can be obtained. As it is durable and has a large amount of deformation or movement, it is possible to reinforce the regulation of the movement of the handle, and it is easy to deform or move it sideways so that the handle can be moved outward by the force of the arm. It can be easily removed by moving it and realizes durability (particularly metal coil springs).

<Invention of Appendix 5>
  A tool holder for holding a tool having a handle and a portion to be held on a waist belt,
  A waist belt attaching portion attached to the waist belt;
  On-tool holding part, which is directly or indirectly provided on the waist belt attaching part, and holds the held part in a detachable form;
  A handle front side run-out restricting portion that regulates the run-out to the front side of the handle provided on the lower side of the tool holding portion;
  A handle rear side deflection restricting portion that regulates the deflection of the handle to the rear side provided on the lower side of the tool holding portion;
  The handle containing portion into which the handle enters, formed by the front shake restricting portion and the handle rear shake restricting portion,
  The pattern front side swing restricting portion and / or the pattern rear side swing restricting portion, which is provided in a freely or indirectly rotatable form, restricts the handle from entering and leaving the handle entering portion. And a rotating member that narrows the doorway of the handle of the handle,
  In the state where the handle is located in the handle portion, even if the handle is swung outward by a walking motion of the wearer, the handle hits the rotating member and is restricted from coming out of the handle portion.
  In a state where the handle is located in the handle containing portion, the handle is gripped with a hand and is forced to be raised outward by the force of the arm or pulled outward, so that the handle is moved by the operating force of the arm. The rotary member is pushed away and moved, and along with this movement, the handle front side swing restricting portion and / or the handle rear side swing restricting portion or any one of the swing restricting portions is urged and opened to widen the handle entrance and exit. The tool holder is characterized in that it can be easily put out, and when the handle is separated from the rotating member, the swing restricting portion returns to its original position by its return biasing force.
<Effects of Invention of Appendix 5>
  "In the state where the handle is located in the handle portion, even if the handle is swung outward by the walking motion of the wearer, the handle hits the rotating member and is restricted from coming out of the handle portion,
  In a state where the handle is located in the handle containing portion, the handle is gripped with a hand and is forced to be raised outward by the force of the arm or pulled outward, so that the handle is moved by the operating force of the arm. The rotary member is pushed and moved, and along with this movement, the handle front side swing restricting portion and / or the handle rear side swing restricting portion or any one of the swing restricting portions is urged and opened to widen the handle entrance and exit. Since the operation to easily take out is possible, and the handle is separated from the rotating member, the swing restricting portion is configured to return to the original position by its return biasing force.
  Place the part to be held such as the head of the tool on the holding part on the tool, and push the handle that is blocked from entering the handle by the rotating member with a little force by hand. Then, the pressed handle pushes the rotating member, urges and moves the handle front side swing restricting portion and / or the handle rear side swing restricting portion, and widens the clearance distance between the handle entrance and exit. While being able to easily put the handle into the handle,
  In a state where the handle is located in the handle portion, even if the handle is shaken outward by the walking motion of the wearer, the handle hits the urging member and is restricted from coming out of the handle portion,
  When removing the tool from the tool holder, hold the handle with your hand and forcibly raise it with the force of its arm and pull it outward, or the handle will deform by pushing away the repulsive biasing force of the biasing member, or It is realized that the handle is moved against the repulsive biasing force, and the doorway of the handle is expanded against the biasing force so that the handle can be easily pulled out.
  In other words, the handle located in the handle portion is controlled by the rotation of the handle to the outside of the handle due to the walking movement of the body. It is possible to prevent the risk of disengagement from the tool holding part due to large swinging of the handle during walking motion, strong contact with the thigh, and severe swinging of the part held by the swing of the handle. With this, it is possible to easily carry out the putting in and out of the handle with the handle with a little force operation on the handle.

  INDUSTRIAL APPLICABILITY The present invention is mainly used in an industry for manufacturing a tool holder for holding a tool such as a hammer or a ratchet wrench on a waist belt, and an industry using a waist belt for holding a tool.

1: Tool holder,
2: handle,
3: Site to be retained,
4: Tool,
5: waist belt,
6: waist belt wearing part,
7: Tool holding part,
8a: Handle front deflection control part,
8b: Pattern rear side run-out restricting part,
9: Patterned part,
10a: biasing member mounting portion,
10b: urging member attachment site,
11: Energizing movable part,
12a: biasing member,
12b: biasing member,
13: Doorway of the handle,
14: Restricted part,
16: Patterned space,
17, 17: The part mounting support part to be held,
18, 18: Part guide part to be held,
19: The part rising prevention part to be held,
20: Space according to the part to be held,
23: Upper waist belt threading part,
24: Lower waist belt loop,
26: auxiliary belt,
27: waist belt,
28: Tool holder,
29: waist belt wearing part,
30a, 30b: communication section,
31a, 31b: the part mounting part to be held,
32a, 32b: the part outer side movement control part to be held,
33a, 33b: part upward movement restricting portion to be held,
34: Inner movement restriction part,
35a: Pattern front side deflection control part,
35b: Pattern rear side run-out restricting part,
36a, 36b: urging member attachment site,
37: Lower pattern run-out regulating part,
38: Pattern entry / exit opening,
39: Tool holder,
40a: biasing member,
40b: biasing member,
41: biasing member receiving ring,
42: Tool holding part,
43a: biasing member,
43b: biasing member,
44: Tool holder,
45: Restricted part,
48a: biasing member,
48b: biasing member,
49: Tool holder,
52a: biasing member,
52b: biasing member,
53: Tool holder,
55a: biasing member,
55b: biasing member,
56: Tool holder,
58: Tool holder,
59: Rotating member.

Claims (5)

A tool holder for holding a tool having a handle and a portion to be held on a waist belt,
A waist belt attaching portion attached to the waist belt;
On-tool holding part, which is directly or indirectly provided on the waist belt attaching part, and holds the held part in a detachable form;
A handle front side run-out restricting portion that regulates the run-out to the front side of the handle provided on the lower side of the tool holding portion;
A handle rear side deflection restricting portion that regulates the deflection of the handle to the rear side provided on the lower side of the tool holding portion;
The handle containing portion into which the handle enters, formed by the front shake restricting portion and the handle rear shake restricting portion,
By the pressing force of the handle, which is provided directly or indirectly to narrow the doorway of the handle of the handle portion, either or both of the handle front side swing restricting portion and the handle rear side swing restricting portion. An urging member that performs urging deformation or urging movement, and
In the state where the handle is located in the handle portion, even if the handle is swung outward by the walking motion of the wearer, the handle hits the urging member and is restricted from coming out of the handle portion,
In a state where the handle is located in the handle containing portion, the handle is gripped with a hand and is forced to be raised outward by the force of the arm or pulled outward, so that the handle is moved by the operating force of the arm. A tool holder characterized in that the repulsive urging force of the urging member is pushed and deformed or moved against the repulsive urging force so that the handle can be easily moved out by expanding the doorway of the handle. .   The tool holder according to claim 1, wherein the first urging member and the second urging member are provided in a freely rotatable form.   The first urging member and the second urging member are coil spring members having both ends of a throttle shape and a middle bulge shape, respectively. Tool holder as described in.   2. The coil spring member according to claim 1, wherein the first biasing member and the second biasing member are coil spring members whose both ends or one end are in a diameter-expanded form and all or a part of other parts are throttled. The tool holder according to any one of 1 and 2. A tool holder for holding a tool having a handle and a portion to be held on a waist belt,
A waist belt attaching portion attached to the waist belt;
On-tool holding part, which is directly or indirectly provided on the waist belt attaching part, and holds the held part in a detachable form;
A handle front side run-out restricting portion that regulates the run-out to the front side of the handle provided on the lower side of the tool holding portion;
A handle rear side deflection restricting portion that regulates the deflection of the handle to the rear side provided on the lower side of the tool holding portion;
The handle containing portion into which the handle enters, formed by the front shake restricting portion and the handle rear shake restricting portion,
The pattern front side swing restricting portion and / or the pattern rear side swing restricting portion, which is provided in a freely or indirectly rotatable form, restricts the handle from entering and leaving the handle entering portion. And a rotating member that narrows the doorway of the handle of the handle,
In the state where the handle is located in the handle portion, even if the handle is swung outward by a walking motion of the wearer, the handle hits the rotating member and is restricted from coming out of the handle portion.
In a state where the handle is located in the handle containing portion, the handle is gripped with a hand and is forced to be raised outward by the force of the arm or pulled outward, so that the handle is moved by the operating force of the arm. The rotary member is pushed and moved, and along with this movement, the handle front side swing restricting portion and / or the handle rear side swing restricting portion or any one of the swing restricting portions is urged and opened to widen the handle entrance and exit. A tool holder characterized in that it can be easily moved out, and when the handle is separated from the rotating member, the swing restricting portion returns to its original position by its return biasing force.