KR101134950B1 - Hang Nipper - Google Patents

Abstract

The present invention relates to a pair of tongs for fixing and fixing a large and heavy object, and more particularly, in the pair of the body is cross-coupled to each other about the hinge of the center and having a stopper, the lower side of the hinge of each body There are several pairs of arms that are divided and cross-linked to each other at the other end, and there is a wide grip in the lower part of each arm, and there is a stool for hanging on a string or rod. It relates to a claw clamp with a stopper suitable for.

Body, handle, arm, grip, hinge, hanger, stopper, fastener, detent

Description

Hang Nipper {Hang Nipper}

The present invention relates to a claw clamp, and more particularly, a pair of bodies cross-coupled to each other about a central hinge and a stopper, in which a lower hinge portion of each body is divided to cross each other at each end. There are several pairs of arms combined, a wide grip on the underside of each arm, a hanger for hanging on a string or rod, and a hanger with stopper suitable for its hangers will be.

The forceps that are formed so that the arms and handles intersect at the hinges are used for surgical scissors forceps or other everyday use, and often use stoppers.

However, there is a limit to picking up a large and heavy object because the arm and the handle part are composed of one by one, and to overcome this, if the area of the grip part is widened, distortion of the forceps is generated and the picking of objects with equal force is limited. But the force of picking up the things of cancer is elastic and strong, there is a limit.

And considering that it is possible to pick up a heavy object, when there is one stopper, there is no safety device in case it is released.

In addition, the current clip has a lot of movement due to wind or sagging of the drying line when it is hanged on a line similar to the upper part of the hanger, and it may occur even when hanging on a rod. Hanging in various situations and places, such as pillars, is limited, and there are many cases of falling out of the construction site and falling to the floor.

The existing technologies for making the stopper simple and convenient are as follows.

Reference 1. Korea Utility Model Patent KR1997-0027786 (filed December 15, 1995)

Reference 2. Japanese Laid-Open Patent Jr1999-207642 (Patent Date 1998.1.29) Structure of Operation Arm in Various Tools

3.US PATENT NO.US 6,336,386 B1 (2002.1.8) PLIER DEVICE HAVING AN ADJUSTABLE OPENING

In addition, the existing technology of tongs having a hook that can be hung on a string or rod is as follows.

Reference 1. Korean Patent 0358453 (filed date2003.5.28)

Reference 2. Korea Registered Utility Patent KR2007-0001242 (application date 2007.10.08)

* Reference 3. Korean Utility Model Patent KR2007-0000838 (Application Date 2007.06.22)

Reference 4. Korean Patent Application KR1986-0000520 (Application Date: June 4, 1984)

In order to solve the above problems, an object of the present invention, it is possible to pick up heavy objects strong and resilient, and to allow the right and left of the forceps to be picked up by a balanced force, such as ropes, rods, trees and pillars It is to provide hanging clamps with stoppers that can be hooked regardless of the location of the place, to be less mobile and free from the gun site, and to be fitted with this clip.

In order to achieve the above object to be solved the present invention relates to a claw clamp that can be fixed to fix large and heavy objects, more specifically,

When a pair of handles are applied to each other, the arms rotate to approach each other around the central hinge, thereby tightening the first and second grip parts configured at the bottom of each arm to pick up the object, and the first and second grip parts. In the clamp on the handle is a stopper for holding and holding the handle to the force of the pinch until it is released by artificial manipulation in the state of picking up

There are several pairs of arms where the lower hinge side of each body is split and cross-linked with each arm at the other end, and the lower width of each arm is wider so that the arm and the arm at the other end do not cross each other. There is a first and a second grip portion, and the base is formed to hang on the rope or rod, the hanger is capable of reducing the flow in the place where it is hanging, the separation prevention means for preventing the separation of the tong tong in the dry place This allows for the use of multiple stoppers if necessary.

By widening the area for picking up objects, it is possible to hang and dry or work more strongly and elastically, and it can be used in various places such as rods, ropes, trees, pillars, etc. It is possible to make the tongs possible to prevent the departure from the place, to minimize the movement when the hanging tongs on the line, and to prevent the tongs from picking up the object in the undesired situation.

In the case of hanging and hanging a large object, the whole surface can be exposed to the sun during drying and work, so that the drying can be quickened or the tick can be easily removed, and the work can be convenient.

Hereinafter, the crab clamp according to the present invention will be described in detail with reference to the accompanying drawings.

1 is a first perspective view of the claw clamp.

As shown, the first body 1 has a first handle portion 2 formed at one end of the center, and a plurality of first arms 10 branched from the first handle portion 2 at the other end thereof. Formed structure.

The second body 1A has a second handle portion 2A formed at one end thereof from the center thereof, and is branched from the second handle portion 2A at the other end thereof and has a first arm 10 of the first body 1. ) And a plurality of second arms 10A intersected with each other are formed. When the first handle 2 and the second handle 2A are approached, the first arm 10 and the second arm 10A are mutually close to each other. The center is hinged and coupled to the first body (1) so that the object can be gripped.

 That is, when viewed as a whole, the first body 1 and the second body 1A represent the entire parts of the two surfaces, each composed of a pair, centered on the hinge 3-1 at the center, and the inside of the first body. (1) and the side which 2 A body 1A face are shown.

In more detail, the first body 1 and the second body 1A are cross-coupled with each other about the hinge 3-1 of the center portion.

Each of the first body 1 and the second body 1A has a first handle part 2 and a second handle part 2A formed on the upper part of the hinge 3-1, respectively, and a first part on the lower part thereof. The arm 10 and the second arm 10A are formed.

Therefore, the first body 1 is composed of a first handle portion 2 formed on the upper portion around the hinge 3-1 and a first arm formed on the lower portion, and the second body 1A is hinged. It consists of a 2nd handle part 2A formed in the upper part by the center, and the 2nd arm 10A formed in the lower part.

In this case, the first arm 10 and the second arm 10A are branched and provided with a plurality of cut portions partially cut along the longitudinal direction, and are arranged in parallel to each other through the cut portions.

Therefore, when the force is applied to the first handle 2 and the second handle 2A, the first arm 10 connected to the first handle 2 is centered on the hinge 3-1 of the center portion. The second arm (10A) connected to the handle portion (2A) is configured to pick up the object.

In the state where the first arm 10 and the second arm 10A are picking up the object, the first and second handles 2 and 2A are pressed and held until they are released by artificial manipulation. Combine the stopper to make it work.

On the other hand, detents 40, 40A, 40-1, 40-1A, detent pins 41, and the like for fixing them to the tongs are some components of the stopper.

The lower portions of the hinges 3-1 of the bodies 1 and 1A are divided so that the first arm 10 and the second arm 10A cross each other.

First and second gripping portions having a predetermined length protruding toward an adjacent arm of the same body at the bottom of each arm so as to pick up an object while preventing the first arm 10 and the second arm 10A from crossing each other. (13, 13A) are formed.

Arms 10 and 10A have a wide top and a narrow bottom. In addition, the left and right widths of the first gripping portions 13 are smaller than the distance between the respective second arms, thereby enabling hinge coupling.
In addition, the left and right widths of the first holding portions 13 are larger than the distance between the second holding portions 13A formed on the second arms 10A, so that the first and second holding portions do not cross each other. In addition, each grip portion at the far end may not be formed on one side of each arm so as not to protrude out of the body of the holder.

In addition, as the width of the arm becomes narrower, it is possible to pick up more elastically than when the width is constant, and to make it stronger, it is possible to form more arms or make the arm as wide as possible. . Where the width of the arm is narrowed, it is possible to form the place other than the lower part of the arm.

The hinge pin 3 is inserted into the hinge 3-1 to interlock the first body 1 and the second body 1A. Hinge (3-1) is rolled up to the portion where the first body (1) and the second body (1A) cross each other in the body to form a gap for the interlocking or jointed pipe by welding, etc. If the body is thick or form a through-hole in the body and the hinge pin (3) to pass through.

As the conventional tongs apply, when the object is picked up and the through hole detents 40 and 40A are released, the gap between the first and second handles is automatically opened. A part of the hinge 3-1 to be fitted is removed and a torsion spring is coupled, or an elastic body is coupled to the first handle 2 and the second handle 2A.

On the upper end of the second body (1A), as shown in Figure 6, may be provided with a hook means formed to be hooked to a string or rod.

The hook means is coupled to any one or more of the first handle portion of the first body, and the second handle portion of the second body, and gradually widens from the top to the bottom and is convex outwardly convex. It is composed.

The hanger 20 is coupled to the outside of the second handle portion (2A) to form a hook hanger groove 21 of a predetermined length so that the upper part is narrow and the lower part is gradually widened so that it can be hooked on a string, and the hook hanger groove ends. Subsequent to the portion, a rod-shaped groove 22 of a predetermined curve having a convex shape to be hooked to the rod is formed.

The gap between the second handle part 2A and the upper part of the holder 20 is not wider than the thickness of the usual thin drying line, so that the coupling is coupled with a coupling means such as a rivet or a female screw so as to be spaced at a predetermined interval ( 23) in several places, and also the hook hanger groove 21 gradually widens downward when the clamping recess 33 is fastened to the fastening jaw 35, so that the hook hanger groove (regardless of the thickness of the cord) A frictional force is generated in 21 to reduce the flow in the cord.

The base 20 of the shape which is open and long to the left and right is an upper part connected to the upper outer side of the 2nd handle part 2A.

At this time, the holder 20 has a rounded shape inwardly so that the rod hanger groove 22 can be formed in the inner side, and the second handle portion 2A by bringing the lower portion closer to the second handle portion 2A. ) Is configured to have a shape with a bottom open so that the rod can be inserted.

In addition, the upper portion of the base 20 coupled to the upper portion of the second handle portion 2A is not formed in close contact with the structure that is further formed with a hook hanger groove 21 to enable the selectively hanging between.

On the other hand, if necessary, of course, only one of the hanger groove 21 or the rod hanger groove 22 can be formed.

In addition, it may be formed to be connected to the second handle portion 2A without fluid coupling, or may be fixedly formed by welding or screwing. In such cases, frictional force with the string is slightly reduced and flexibility due to the thickness of the rod While certain operations are somewhat limited, other effects can occur similarly.

Hanger 20 is coupled to the lower portion and the second handle portion (2A) corresponding to the clamping member 32 so as to be able to be fastened and released so that the clasp 32 is coupled to the opposite side of the bench 20 When the clasp hangs over), a separation prevention means for preventing the separation of the tongs from the rope or rod is formed.

The clasp fixture 31 coupled to the second handle portion 2A is coupled to the clasp 32 so that vertical movement is possible, but the clasp recess 33 is from the fastener 34 to the fastening jaw 35. Leave the left and right movements as well. The fastening jaw 35 is located at a short distance where the clamping fixture 31 faces each other, and the narrowest part of the uppermost end of the string hanger groove 21 when the clamping recess 33 is caught by the fastening jaw 35 is generally thin. It should not be wider than the other rack.

The clasp 32 is fastened to the fastening jaw 35, and then the force of the second handle portion 2A and the bench 20 is approached to each other so that the clasp recess 33 is hooked to the fastening jaw 35. When unpacking, flip and loosen in reverse order.

Even if only one clamp groove 33 is formed in the clamp 32, the friction force is exerted by the load of the object hooked to the claw when it is caught in the string, and thus it is possible to prevent the flow at the hooked position.

The clasp 32 can be used more flexibly regardless of the thickness of the string and rod if a plurality of clasp grooves are formed, and the function of applying pressure when caught on the string is more easily exerted so that the friction force can be increased. have. The clamp is applied to the fastening jaw 35, and then the handle portion and the claw are applied to each other so that one of the clamp recesses is caught on the fastening jaw 35 in a state of applying appropriate pressure according to the thickness of the hooked line or rod. will be.

It is possible to be hooked on a string or rod without forming the clamping groove 33 on the clamp 32, but at this time, the friction force with the string may be somewhat less depending on the thickness of the string, Deviation can be prevented.

The function of the clasp can be made of various materials such as hooks, strings, etc., or attaching bulk tape male and female to both sides.

The fastening jaw 35 may be a method of forming a through hole as well as a method of forming the fastener 34 in a semi-circular shape as shown in the drawing, and the length of the clamp 32 is through the hole when the base 20 is opened to the maximum. It should not be long enough to fit in the. In this case, when the semi-circular fastener 34 is applied, the fastening jaw 35 may be deformed inward to prevent the fastening action from being precisely performed.

In addition, although the fastener 34 and the fastening jaw 35 may be formed inside the bench 20 as shown in the drawing, the fasteners 34 may be formed so as to protrude from the bottom of the bench.

The left and right lengths of the rack 20 can be formed shorter than the left and right widths of the second handle portion 2A.

The clamp groove 33 and the fastening jaw 35 are well angled to each other and angled to be unfolded and released.

In addition, the hanger of the present invention may be provided with a hanger 51 together with or instead of the hanger.

Hanger string 51 of FIG. 1 may be selectively used with the tong clamp according to the present invention together with the hook 20 of FIG. 2, but may be used independently to hang the hook clamp on a line or rod without having a hook. It may be provided.

The hanger 51 is wound around a variety of places in the form of strings or rods, including pillars and trees to enable the hanging.

In addition, the hanger 51 is configured to hang one or more of the first body (1) and the second body (1A) to a string or rod.

That is, the hook string 51 is configured to be attached to any one of the first handle portion 2 and the second handle portion 2A, and the first handle portion of the first body and the second body portion of the second body portion. It may be coupled to any one or more of the two handle portion.

At this time, the hanger 51 may be detachably mounted on the other one, and in a detachable state, the hanger 51 remains in a coupled state unless the hanger 51 is arbitrarily removed, so that the hanger 51 The lead will not break out.

To this end, a hook string 51 is attached to any one of the first handle part 2 and the second handle part 2A so that the first body 1 and the second body 1A can be hooked to a string or rod. A fastening hole 50 for mounting is formed, and the other is a structure in which the coupling portion 48 is formed to be detachable to the coupling ring 52 coupled to the front end of the hook string 51.

In this case, the coupling portion 48 is preferably provided with a space in which a portion of the body is cut and protrudes inwardly so that the coupling ring 52 can be fastened.

When the fastening hole 48 is formed in the first handle part 2, the structure includes a hook string attached to the fastening hole, and the first through the coupling ring 52 coupled to the front end of the hook string 51. 2 It can be hooked to a rod or a string by connecting to the joint formed on the handle part.

As described above, the hook string is configured to be hooked to a rod or string in various forms through the first coupling hole and the second coupling hole in addition to the coupling portion.

This is as shown in FIG.

(A) The structure can be configured to be hooked to the rod or string by engaging the hook ring 51 is coupled to the fastening hole 48 is equipped with a hook string 51 is rolled round.

In addition, the second handle portion (2A) also forms a fastening hole, and can also be fixed to the rod or string by engaging a separate hook strap to the fastening hole coupled to each of the hook strap (51). .

In addition, a structure in which at least one fastening hole is formed in each of the first handle part 2 and the second handle part 2A, and a coupling ring is mounted in each of the fastening holes is also possible.

(B) the structure is a plurality of agents that are engaged with the engaging ring 52 coupled to the hook strap 51 so that the hook strap 51 can be rolled round and fixed to itself by the hook strap 51. One coupling hole 48A is further formed.

This structure is a structure that can be securely fastened to the string or rod through the first coupling hole (48A) to prevent the flow of the claw clamp.

The structure of (C) is a fastening hole is formed on one side of the upper end of the first handle portion 2, a plurality of second coupling holes (48B) that can be coupled to the coupling ring 52 in the horizontal direction with the fastening hole It is a structure that is formed more.

In addition, the second handle portion also forms a fastening hole on one side of the upper end, and the second fastening hole in the horizontal direction with the fastening hole can be configured to be hooked to a rod or a string using two hangers.

In the drawing, a fastening hole for fastening the hanger string 51 to the first handle part 2 and a second coupling hole 48B to which the joining ring of the hanger strap can be simultaneously formed are shown.

In the structure (D), a fastening hole is formed in the first handle part 2, and a plurality of second coupling holes 48B are formed in the second handle part 2A.

This structure mounts the hanger string 51 to the fastening hole, and engages the engaging ring 52 of the hanger string 51 to the second joining hole 48B of the second handle portion 2A to hang on the rod or string. One structure to help.

In addition, by using two or three or four hangers 51 can be more stable to hang the claws, and also by connecting one hanger 51 in a diagonal direction as one hanger 51 Can be reliably hung on rods or strings.

In addition, when the width of the hanger is large enough to maintain the level of the hanger clamp held through the hanger 51, only one hanger may be used in the middle of the body.

On the other hand, the hanger 51 can be used by utilizing the water level of the bulk tape or by replacing with a conventional strap, length adjustment means 53 in the state wound around the fastening hole 50 to enable the length adjustment if necessary ) Can be mounted.

In addition, the hook string 51 may be configured to be a hook or string by omission of the coupling ring, and then composed of only the hook string 51, rolled round of the hook string to sew both ends with a sewing machine.

Through such a string, it is possible to utilize the tongs for picking up heavy objects in various situations indoors and outdoors.

A stopper for picking up an object and preventing it from being released in an undesired situation can also be seen in detail in FIGS. 7 and 8.

The stopper is coupled to the inside of each of the handle portion (2, 2A), a pair of through-hole detents (40, 40A) that one side is overlapping abut each other, and each through-hole detent (40, The straight through holes 45 and 45 A formed in 40 A), the inclined through holes 46 and 46 A formed in each of the straight through holes 45 and 45 A, and the overlapping straight through holes 45 and 45 A, respectively. It consists of a detent pin 41.

Here, the linear through holes 45 and 45A are formed to be elongated in the longitudinal direction of the respective through-hole detents 40 and 40A, and the inclined through holes 46 and 46A are each of the straight through holes 45 and 45A. ) Is a structure that is formed to be inclined downward with a predetermined interval on the plurality.

In this case, each of the inclined through holes 46 and 46A is inclined in a direction opposite to each other between the pair of through detents 40 and 40A.

The detent pin 41 is capable of approaching each handle part, but when the pressure is released from the accessed handle part, the handle parts are prevented from being opened due to the mutual catch in the inclined through-holes 46 and 46A. After approaching by applying pressure, the detent pin 41 is lifted toward the straight through hole 45 to release the jam.

The through-type detent 40 is connected to the detent holder 42 by means of a detent hinge 44 to be vertically movable by rivets or screws, and the detent holder 42 is riveted to the handle 2. It can be formed by coupling with a fixed bar 43, such as a screw or by welding or adhesive, or by recessing the curved portion of the D-shape in the handle portion. The other detent 40A is also attached symmetrically to the through-type detent 40 as in FIGS. 8 and 9.

The detent pin 41 moves fluidly between the straight through-holes 45 and 45A when the handle portion is turned upward and the handle clamps 2 and 2A are tightened to approach each other. , 2A) to remove the pressing force inwardly to catch the detent pin 41 in the inclined through-hole 46, so that the handle does not open. When each of the handles (2.2A) is slightly pressed again, the detent pins constrained through the respective inclined through holes are released. By holding the detent-release pin thus released by hand and lifting it up on each of the straight through holes, the handles can be opened or narrowed by hand. The detent pin 41 combines the detent pin stripping prevention pins 41A and 41B with screws, welding, adhesives, rivets, and the like so as not to be separated.

If the upper and lower length of the handle part is made short by making the claw clamp small, or the two handle parts are narrowed by being strongly picked up, the end of the non-fixed side of the through-hole detent 40 may not be picked up by touching the opposite handle part. Alternatively, in order to solve this, the detent passage grooves 47 and 47A are formed to allow the through-type detent 40 to pass through the opposing handle portion.

Large clearance between the detent pins 41A and 41B causes the tong clamps to twist, thus maintaining only the minimum clearance required for the through detents 40 and 40A to flow. 41) keep it as parallel as possible with the handles (2, 2A).

When engaging the stopper's components to the left and right centers of the handle, the detent pins 41 remain in the state of picking up despite the measures to maintain the minimum clearance required for the flow-through detents 40 and 40A to flow. The shape of the tongs may be distorted as it is restricted to keep parallel with the handles 2 and 2A. In order to solve this problem, through-hole detents 40 and 40A may be left and right of the handles 2 and 2A. The two can be installed symmetrically on each other.

Another reason for the operation of more than one stopper component is safety, so that one stopper can maintain its minimum functionality even if one stopper is released.

4 is a perspective view of a gripper fluidly coupled.

The flexible gripping portion 13-2 is formed to be coupled to the groove at the bottom of the thick arm 10-2 so that the flow can be made so that the object can be picked up at right angles regardless of the thickness of the object. In another similar form, the arm and the gripping portion may be hinged, or the gripping portion may be coupled to the groove formed by bending the end of the thin plate-shaped arm in a U-shape. The flexible gripping portion 13-2 may be coupled to connect each arm or may be coupled to each arm in an independent form.

6 is a side view of the claw coupled to the hinge.

Even when the second handle portion 2A and the stand 20 are connected by the hinge 23-1, the effect of the hinge line hook groove 21 is generated, which causes the second handle 2A and the stand 20 ) Makes it possible to bond more firmly.

In addition, when the length of the left and right plates to be connected to other objects is short on one side and one side is connected by a long hinge 23-1, the width of the plate is wider and longer at the end of the short plate of the hinge 23-1 downward. At the end of the plate it is also possible to be wider by the thickness of the plate so that there is less flow regardless of the thickness of the string.

The hinge 23-1 does not flip over a predetermined angle so that the hinge 20 (32 in FIG. 1) may be caught in a jammed place even when the hanger 20 is released. Other types of hinges can be applied to achieve this.

9 is another form of a detent holder (42 in FIG. 1).

If the through-hole detent 40, which moves the detent hinge 44 to the axis when the first handle 2 is pressed inwards, has a large up and down flow, malfunctions may occur in the detent and the engagement action of the other end. To this end, bend the upper and lower sides of the detent hinge 44 of the detent holder 42 to the place where the through-type detent 40 passes, leaving only the minimum play required for the detent to move up and down, and then the pedestal 42-1 ), And the pedestal 42-1 may be installed at one or both of the detent holder 42 or the detent holder A 42A.

10 is a side view of the recessed stopper.

A pair of groove-type detents 40-1 and 40-1A which are formed to face the inner side of the first and second handle portions 2 and 2A and have grooves formed at opposite acute angles on the surfaces where one side is in contact with each other. It is a stopper that combines the leaf spring (63) to close a pair of groove-like detent between each other.

The grooves formed at an acute angle are capable of approaching each handle portion, but the approached handle portions do not open due to each other jamming in the grooves, and each groove portion is approached by applying a predetermined pressure, and then the groove type detent 40-1 is removed. It is to relieve the jam. A part of the upper portion of the recessed detent 40-1 may be protruded to be used as a handle to facilitate the folding.

The detent fixture 42-1 coupled to the detent holder 42-2 coupled to the first handle 2 is hinged. The other end of the recessed detent can also be combined with the hinge in this way without the detent holder and the detent being integral, so that the recessed detent does not lean back over a certain angle.

The same effect can be expected even when the grooves such as the groove-type detents 40-1 are formed in the leaf spring 63 without using the groove-type detents 40-1 and the detent holder 42-2. It is a groove-type detent, and the other end of the leaf spring in the same way to form the same as the two leaf springs are opposed to each other.

The leaf springs can be combined by pushing the opposing recessed detents, not by pushing the recessed detents, but by pulling them forward or by applying other elastomers.

The groove-type detent 40-1A can be formed by bending a portion of the handle portion without combining the manufactured one, and can also be formed similarly to the groove by forming the shape of the end like a curved hook. . At this time, it is necessary to form the detent 40-1A longer.

Grooves can be formed by a method such as pressing, polishing, molding, or the like, in the case of pressing a non-thick detent, a through hole may be formed at an acute angle, and a locking action may be better.

Hanging tongs according to the present invention is made of metal or plastics.

The rights of the present invention are not limited to the embodiments described above, but are defined by the claims, and those skilled in the art can make various modifications and adaptations within the scope of the claims. It is self-evident.

In other words, attaching the rack and forming the file hook groove can be applied to all kinds of tongs. In other words, the pair of plates to the handle portion of the top of the forceps and the arm portion of the bottom cross each other, press the handle portion to tighten the arm around the hinge pin in the center, and release the arm with a spring to widen again. As well as tongs, pressing the handle can be applied to all the tongs, such as the forceps to open the arm.

It is possible to apply more conventional methods such as forming irregularities on the gripping portion or forming a wider portion to make it more stable.

If the shape of the middle portion of the arm is curved to protrude out as shown in Figure 1, it not only improves the elasticity of the arm but also makes it easier to pick up thick objects.

If the shape of the detent is bent in the form of a curve of the radius of rotation approaching the handle portion can be more accurately caught between the detents.

The shape of a grip part can make both shapes different. That is, the gripping portion on one body side may form a gripping portion protruding toward an adjacent arm, and the gripping portion on the other body side forms a gripping portion to which lower parts of the arms are connected to each other.

The hanger may be formed by being connected to the upper part in addition to the method of forming the outside of the handle part.

The other side of the handle portion may further form a fixed string hook.

1 is a first perspective view of the claw clamp.

2 is a second perspective view of the claw clamp.

3 is an exemplary view showing various fixing forms of the hanger according to FIG. 2.

4 is a perspective view of a gripper fluidly coupled.

5 is a side view of a stool coupled fluidly.

6 is a side view of the claw coupled to the hinge.

7 is a side view of a stopper with a through type stop.

8 is a plan view of a stopper with a through type detent.

9 is another form of the detent holder.

10 is a side view of the recessed stopper.

Claims (7)

A first body having a first handle part formed at one end of the center and a plurality of first arms branched from the first handle at the other end thereof; A second handle portion is formed at one end from the center, and a plurality of second arms are formed at the other end, which are branched from the second handle and intersect with and intersect with the first arm of the first body. The first handle portion and the second handle portion are formed. A second body having a center coupled through the first body and the hinge part such that the first arm and the second arm approach each other to allow the object to be gripped when approaching; The first and second handle parts are connected to the first body and the second body, respectively, so that the first arm and the second arm hold the object at intervals that apply pressure to the object. A stopper to prevent any gaps; An elastic body mounted between the hinge or the first handle and the second handle so that the first handle and the second handle are rotated to return to their original positions by releasing the fixed state of the first handle and the second handle by the stopper. ; And And hook means provided to hang at least one of the first body and the second body on a string or a rod. The first arm and the second arm are branched with a plurality of incisions partially cut along the longitudinal direction, and are arranged in parallel to each other through the incisions, At the tip of the first arm is provided with a first gripping portion projecting to the incision of the first arm, the tip of the second arm is provided with a second gripping portion projecting to the incision of the second arm, The horizontal width of each of the first and second gripping portions is such that the first arm and the second arm cross each other and are easily hinged, and each end of the first arm and the second arm are mutually connected. And a claw that is smaller than an interval between each of the first arms or each of the second arms, and larger than an interval between each of the first and second grippers so as to prevent them from intersecting. The method of claim 1, The hook means is characterized in that the claw is gradually widened from the top to the bottom and configured as a bulge outwardly convex. The method of claim 1, Hanging tongs are characterized in that the hook means is composed of at least one hanger provided. 3. The method of claim 2, The claw is coupled to the first handle, characterized in that coupled to the first handle to enable the flow to the first handle. 3. The method of claim 2, The claw holder is characterized in that coupled to the first handle portion and the hinge. The method according to any one of claims 1 to 3, The stopper includes a pair of groove-type detents provided on opposite sides of the handle portions and formed with grooves at opposite acute angles on surfaces that face each other, and at least one of the pair of groove-like detents close to each other. Hanging tongs, characterized in that it comprises an elastic body for applying an elastic force against the detent. The method according to any one of claims 1 to 3, The stopper is installed so as to face each other on the opposite surface of each handle portion and one surface to be in contact with each other, and a plurality of formed inclined downward in a direction facing each other from the straight through hole and the straight through hole continuously formed in the longitudinal direction therein A pair of detents having two inclined through-holes, and a pair of detents successively penetrating through the through-holes, and when positioned in the straight through-holes, the detents can be moved to the inclined through-holes. Hanging tongs, characterized in that it comprises a detent pin for limiting the movement of the detent when positioned.

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