KR20200088690A - Detachable handle - Google Patents

Abstract

A detachable handle according to the present invention comprises: a gripping part having a coupling hole formed therein, a first elongated position adjustment hole formed at one side of an external wall, and a second elongated position adjustment hole formed at an opposite side of the external wall; a combining part appeared in a state that an end of the combining part is inserted into an end of the coupling hole of the gripping part, and including an insertion piece at an end thereof to be separately provided at a connection clip installed at a gripping target, and through-holes being formed at both lateral walls of an opposite end; a first position adjusting part installed in the first elongated position adjustment hole through a through-hole of the combining part, to limit elastically supported forward force of the combining part and to adjust a position so that the combining part is withdrawn upon pressing; and a second position adjusting part installed in the second elongated position adjustment hole through a second combining hole of a moving member located at an opposite end of the coupling hole of the gripping part, to limit elastically supported forward force of the moving member and to adjust a position so that the moving member moves forward upon pressing. According to the present invention, a coupling part of a handle may be detachably connected to a container by the insertion piece provided at an end of the combining part, and the combining part is withdrawn from the gripping part by a pressing operation of the first position adjusting part so that a distance between the combining part and a burner may be easily adjusted. Tools such as cooking tools are withdrawn from the gripping part by a pressing operation of the second position adjusting part so that the detachable handle may be used for multiple purposes other than as a handle.

Description

Detachable handle {DETACHABLE HANDLE}

The present invention relates to a detachable handle, and more particularly, to a handle that can be detachably attached to a connection clip of a gripping object, including a container and tableware.

In general, containers that come into contact with heat, such as pots, are equipped with handles to prevent the user from being burned by heat.

However, these handles are mounted in the transverse direction to the container, there is a problem that takes up a lot of space when storing the container.

In particular, as the leisure culture expanded, the number of people enjoying camping increased, but when camping, the handle was integrally mounted on the container, causing inconvenience in bulky transportation. In the case of the folding handle, the connection part was easily broken and separated. There was.

Although a detachable handle is proposed, since the existing detachable handle has a structure of biting the container rim in the form of a forceps, the user needs to apply force to the hand to maintain the biting force throughout the container biting and transportation.

Therefore, if the biting force is instantaneously reduced due to carelessness, there is a great fear that the container may fall.

In addition, when the cross section of the container has a curved surface, there is a problem in that the contact point with the container among the handles does not stably grip the curved container as long as it does not conform to the curved surface, and also increases the manufacturing cost due to the surface processing.

To solve this problem, a technique related to a handle has been proposed in Korean Registered Utility Model No. 0288001 and Korean Registered Patent No. 1312368.

However, Patent Document 1 has a problem that the handle body is exposed to the risk of other fires due to carelessness if the handle is left in the container.

In addition, since the fixed piece of Patent Document 2 simply has a fastening function with the locking piece, the distance between the handle body and the locking piece increases as much when the fixed piece is fixedly protruded, and thus the guide of the fixed piece in this state The fitting between the groove and the locking piece is inevitable.

Korean Utility Model Utility No. 0288001 (2002.08.22) Korean Registered Patent No. 1312368 (2013.09.23)

The present invention has been devised in view of the above points, and the problem of the present invention is that the binding portion of the handle can be detachably connected to the container while the distance between the binding portion and the crater can be adjusted by simple operation, and cooking utensils or The purpose of the present invention is to provide a detachable handle that can be selectively used by mounting tools, such as tools, to be used for various purposes.

Detachable handle according to the present invention for achieving the above object, a coupling hole is formed through the inside, a first position adjustment long hole is formed on one side of the outer wall surface, a gripping part is formed on the other side of the outer wall surface is formed on the other side; It is possible to come and go with the end inserted into one end of the gripping hole of the gripping part, and an insertion piece is provided so as to be detachable from the fastening clip installed on the gripping object at one end, and a binding hole is formed in both side walls of the other end; A first position adjusting unit installed in the first position adjusting long hole in a state that penetrates the through hole of the binding unit to limit the forward force of the engaged unit and adjust the position so that the binding unit is pulled out when pressed; And a moving member installed in the second position adjusting long hole in a state that penetrates the second binding hole of the moving member located at the other end of the engaging hole of the gripping portion, thereby limiting the forward force of the moving member that is supported. It may include a; second position adjustment unit for adjusting the position so that the withdrawal.

It may be further provided with a locking member which is provided inside the binding portion and moves to the locking hole of the insertion piece while being interlocked when the binding portion is pulled out.

In the first position adjustment long hole, a first recessed groove is formed at one end of the position spaced apart from the binding part, and a first protrusion is formed from the other end of the position adjacent to the binding part to the first recessed groove, and the first In the 2 position adjustment long hole, second and third recessed grooves are formed at both ends, and a second protrusion may be formed between the second and third recessed grooves.

The first position adjustment unit is installed in the first position adjustment long hole, the first bolt member is inserted into the first position adjustment long hole is provided so that the end passes through the through hole of the binding portion; A fourth elastic member inserted in the middle of the first bolt member; And a first nut member fastened to an end of the first bolt member into which the fourth elastic member is inserted; including, when the head of the first bolt member is located in the first recessed groove, to prevent the binding portion from being pulled out And when the head of the first bolt member is spaced within the first recessed groove, the binding portion may be drawn out.

A second position adjusting part installed in the second position adjusting long hole, a second bolt member inserted into the second position adjusting long hole and having an end through the second binding hole of the moving member; A fifth elastic member inserted in the middle of the second bolt member; And a second nut member fastened to an end of the second bolt member into which the fifth elastic member is inserted; including, when the head of the second bolt member is located in the second recessed groove, the moving member does not advance. If it is prevented and the head of the second bolt member is spaced apart within the third recessed groove, the moving member may be advanced.

A cooking utensil or a tool may be detached from the end of the moving member.

According to the present invention, while the binding portion of the handle can be detachably connected to the container by the insertion piece provided at the end of the binding portion, the binding portion is pulled out from the gripping portion by the pressing operation of the first position adjusting portion to facilitate the distance between the binding portion and the crater. There is an effect that can be utilized for a variety of purposes in addition to the handle by drawing out tools such as cooking utensils or tools by the pressing operation of the second position adjusting unit.

1 is an exploded perspective view showing a detachable handle of the present invention.
2 and 3 is a longitudinal sectional view showing the front and rear state of the binding portion in the detachable handle of the present invention.
4 and 5 is a cross-sectional view showing the front and rear state of the binding portion in the detachable handle of the present invention.
Figure 6 is a side view showing the position of the first position adjustment portion before and after the binding portion in the detachable handle of the present invention.
Figure 7 is a side view showing the position of the second position adjustment portion before and after the knife in the detachable handle of the present invention.
Figure 8 is a rear view showing the coupling relationship between the guide groove of the guide protrusion and the moving member of the gripping body in the detachable handle of the present invention.
Figure 9 is a longitudinal sectional view showing the advancing state of the knife in the detachable handle of the present invention.

The above objects, features and other advantages of the present invention will become more apparent by describing the preferred embodiments of the present invention in detail with reference to the accompanying drawings. Hereinafter, a detachable handle according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 is an exploded perspective view showing the detachable handle of the present invention, Figures 2 and 3 are longitudinal cross-sectional views showing the front and rear states of the engaging portion in the detachable handle of the present invention, Figures 4 and 5 are detachable handles of the present invention It is a cross-sectional view showing the front and rear state of the binding portion, Figure 6 is a side view showing the position of the first position adjusting portion at the front and rear of the binding portion in the detachable handle of the present invention, Figure 7 is a second view at the front and rear of the knife in the removable handle of the present invention 8 is a side view showing the position of the position adjusting unit, FIG. 8 is a rear view showing the coupling relationship between the guide groove of the gripping body guide protrusion and the moving member in the detachable handle of the present invention, and FIG. 9 is a view of the knife in the detachable handle of the present invention It is a longitudinal sectional view showing the forward state.

" 형상으로 고정된 연결클립(2)에 연결할 수 있도록 구비되는 손잡이에 관한 기술이다.1 to 9, the detachable handle 10 of the present invention includes a gripping portion 100 and a binding portion 200, and a pot by an insert piece 220 installed at an end of the binding portion 200 Plane shape on the outer circumferential surface of various gripping objects (1)

"It is a technology for a handle provided to be connected to a connection clip (2) fixed in shape.

The gripping part 100 is extended in the longitudinal direction and is provided so that the user can grip it by hand.

Moreover, the gripping part 100 is a gripping body 110, an interference member 120, a first position adjustment long hole 130, a second position adjustment long hole 140, a first as shown in FIGS. 1 to 5. It includes a position adjuster 150, a second position adjuster 160, a locking member 170, a moving member 180 and a knife 190.

The gripping body 110 is made of a material such as a synthetic resin material, and a coupling hole 112 is formed through the inside extending in the longitudinal direction, and a first position adjusting long hole 130 is formed in front of both side walls, respectively. The second position adjustment long holes 140 are formed through the rear, respectively.

At this time, the coupling hole 112 is formed in a rectangular shape with a longitudinal cross-sectional shape in front of the rear end of the binding portion 200, and a longitudinal cross-sectional shape in the rear with a movable member 180 inserted. And a guide protrusion (112a) is formed on one side of the inner circumferential surface of the rear of the coupling hole protruding in the longitudinal direction, the guide protrusion (112a) is formed on one side of the outer circumferential surface of the moving member 180 to prevent rotation of the eastern material (180) It is coupled to the groove portion 184a (see Fig. 8).

Moreover, the gripping body 110 is provided with interference member insertion holes 114 so that the interference member 120 is installed on the front upper and lower surfaces, and the inside of the coupling hole 112 adjacent to the end of the second position adjustment long hole 140. The rear locking jaw 116 is formed by the step formed in the coupling hole 112.

The rear locking jaw 116 is provided in a state facing the front locking jaw 212a formed at the rear of the emergence hole 212 of the bundling portion 200, and both ends of the first elastic member S1 provided therebetween are supported. (See FIGS. 2 and 3).

Here, the first elastic member (S1) provides an elastic force so that the binding portion 200 is always moved forward.

Moreover, a plurality of protrusions 118 are projected on the upper and lower surfaces of the gripping body 110 to make heat dissipation smooth while reducing the volume of the gripping body 110, thereby making it hot during gripping of the gripping body 110. It does this.

The interference member 120 functions to limit the withdrawal distance of the binding unit 200, as shown in FIGS. 1 to 3, and includes a ball 122, a third elastic member 124, and a bolt 126 do. At this time, the upper and lower surfaces of the binding body 210 of the binding unit 200 are formed with a guide groove 214 recessed in the longitudinal direction and a hemispherical groove 214a recessed at the end of the guide groove 214, respectively.

That is, when the ball 122 is positioned in close contact with the guide groove 214, the binding part 200 is movable, but in a state in close contact with the hemisphere groove 214a formed deeper than the guide groove 214. When located, the withdrawal of the binding portion 200 is restricted.

The third elastic member 124 provides elastic force to press the ball 122 in the direction of the guide groove 214 and the hemisphere groove 214a.

The bolt 126 is configured to prevent the ball 122 and the third elastic member 124 from escaping inside the interference member insertion hole 114 by being screwed to the spiral formed on the inner circumferential surface of the interference member insertion hole 114, This applies to tanned wrench bolts.

The first position adjustment long hole 130 is formed in the longitudinal direction in front of both sides of the gripping body 110, respectively, as shown in FIGS. 1 and 4, 5 and 6, the first position adjustment unit 150 installed therein ) Is formed by a distance corresponding to the withdrawal distance in order to withdraw the binding unit 200.

In this case, referring to FIG. 6, the first position adjusting long hole 130 is formed with a first recessed groove 132 recessed in a circular shape at one end of the position spaced apart from the binding part 200, and the binding part 200 The first protrusion 134 is spaced from the other end of the position adjacent to the first recessed groove 132. Here, the first protrusion 134 protrudes outward from both sides of the center of the bottom surface of the first recessed groove 132.

Moreover, the first recessed groove 132 and the first protrusion 134 are formed only in the first position adjustment long hole 130 formed on the right side (refer to FIG. 1) of the first position adjustment long holes 130 on both sides.

That is, when the binding part 200 is pressed toward the gripping part 100, the first locking member 152a of the first position adjusting part 150 moves from the first protruding part 134 to move the first recessed groove 132. As it reaches, it is pulled by the fourth elastic member 156, after which the bottom surface of the first locking member 152a is in close contact with the bottom surface of the first recessed groove 132. In this case, the binding portion 200 is inserted into the gripping portion 100 and the inlet position is maintained.

Meanwhile, the first position adjusting long hole 130 having the first recessed groove 132 and the first protrusion 134 is referred to as a first position adjusting long hole 130 on one side, and the opposite first position adjusting long hole 130 on the other side. It is referred to as a first position adjustment long hole 130.

The second position adjustment long hole 140 is formed in the longitudinal direction on the upper and lower surfaces of the gripping body 110, respectively, as shown in FIGS. 1 to 3 and 7 by the second position adjustment unit 160 installed therein. In order to withdraw the knife 190 at the rear, a distance corresponding to the withdrawal distance is formed.

In this case, referring to FIG. 7, the second position adjusting long hole 140 is formed with a second recessed groove 142a and a third recessed groove 142b recessed in a circular shape at both ends, respectively, and a second recessed groove 142a ) And the third recessed groove 142b are spaced apart from the second protrusion 144. Here, the second protrusion 144 protrudes outward from both sides of the center of the bottom surfaces of the second recessed groove 142a and the third recessed groove 142b.

Moreover, the second recessed groove 142a, the third recessed groove 142b, and the second protruding portion 144 are the second position adjustment long holes 140 formed on the bottom (refer to FIG. 6) of the upper and lower second position adjustment long holes 140. ) Is formed only.

That is, referring to FIG. 9, when the second nut member 164 of the second position adjusting unit 160 is pressed downward in order to withdraw the knife 190 to the opposite side of the gripping part 100, the second recessed groove ( 142a) is inserted into the second locking member 162 is separated from the second recessed groove (142a). In addition, the second locking member 162 moves from the second protrusion 144 while the moving member 180 supporting the knife 190 moves forward by the elastic force of the second elastic member S2, and the third recessed groove ( When it reaches 142b), it is pulled by the fifth elastic member 166, after which the bottom surface of the second locking member 162 is in close contact with the bottom surface of the third recessed groove 142b. In this case, the moving member 180 supporting the knife 190 is withdrawn to the outside of the gripping part 100 and the withdrawal position is maintained.

Here, the second elastic member (S2) provides an elastic force so that the moving member 180 to which the knife 190 is fixed is always moved forward.

On the other hand, the second position adjustment hole (142a, 142b) and the second position adjustment long hole 140 having the second protrusion 144 formed thereon is referred to as one side second position adjustment long hole 140, and the opposite second position adjustment long hole ( 140) is referred to as the second second position adjustment long hole 140.

In addition, the first front protrusion 141b protrudes from the front surface of the second position adjusting long hole 140 formed on the bottom surface of the gripping body 110 to a position where the bottom surface of the second locking member 162a, which is a metal material, does not reach the second surface. To prevent the risk of burns, etc., generated when the skin comes into contact with the locking member 162a, the second front protrusion 141a is protruded in front of the second positioning hole 140 formed on the upper surface of the gripping body 110. The second nut member 164 is not accidentally pressed.

The first position adjustment unit 150 is in the first position adjustment long hole 130 in a state passing through the through hole 216 of the binding unit 200 as shown in Figures 1, 4, 5 and 6 It is installed to limit the forward force of the binding portion 200 supported by the first elastic member (S1), and then adjust the position so that the binding portion 200 is drawn out when the first nut member 154 is pressed. It includes a bolt member 152, the first nut member 154 and the fourth elastic member 156.

The first bolt member 152 is composed of a first locking member 152a corresponding to a head at an end and a spiral shaft extending from an end of the first locking member 152a, so that the first locking member 152a is in the first position. When located in the first recessed groove 132 of the adjustment long hole 130, the inlet position of the binding portion 200 is fixed, and the first locking member 152a is separated from the first recessed groove 132 and the first protrusion ( 134), it is possible to withdraw the binding unit 200.

The first nut member 154 is fastened to the end through which the helical axis of the first bolt member 152 penetrated from one side of the first position adjusting long hole 130 to the other side, and the user is required to withdraw the binding portion 200. By pressing, the first locking member 152a is spaced apart from the first recessed groove 132.

The fourth elastic member 156 is inserted into the helical shaft of the first bolt member 152 penetrating through the other first position adjusting hole 130 to pull the first nut member 154 to withdraw the binding portion 200. It is compressed when pressurized, and when the first locking member 152a is positioned in the first recessed groove 132 due to the introduction of the binding portion 200, the first locking member 152a is extended to the bottom of the first recessed groove 132 while being extended. The first position adjusting unit 150 is moved in the outer direction of the gripping body 110 until it touches the surface.

The second position adjusting unit 160 is a second binding hole 186 of the moving member 180 located at the other end of the coupling hole 112 of the gripping portion 100 as shown in FIGS. 1 to 3 and 7 It is installed in the second position adjusting long hole 140 in a state of passing through, and limits the forward force of the moving member 180 supported by the second elastic member S2 so that the moving member 180 advances when pressed. The position is adjusted, and includes a second bolt member 162, a second nut member 164 and a fifth elastic member 166.

The second bolt member 162 is composed of a second locking member 162a corresponding to the head at the end and a spiral shaft extending from the end of the second locking member 162a, so that the second locking member 162a is in the second position. When located in the second recessed groove 142a of the adjustment long hole 140, the inlet position of the knife 190 is fixed, and the second locking member 162a is separated from the second recessed groove 142a, and the second protrusion 144 ), it is possible to withdraw the knife 190, and when the second locking member 162a is located in the third recessed groove 142b, the withdrawal position of the knife 190 is fixed.

The second nut member 164 is fastened to an end through which the helical axis of the second bolt member 162 penetrates from one side of the second position adjusting long hole 140 to the other side, and the user presses when the knife 190 is withdrawn. The second locking member 162a is spaced apart from the second recessed groove 162a, and then moved to the third recessed groove 162b.

The fifth elastic member 166 is inserted into the helical shaft of the second bolt member 1652 penetrated by the other second position adjustment hole 140 to press the second nut member 164 to withdraw the knife 190 When it is compressed, and the knife 190 is pulled out, when the second locking member 162a is positioned in the third recessed groove 162b, the second locking member 162a is stretched to the bottom surface of the third recessed groove 142b while being stretched. The second position adjusting unit 160 is moved in the outer direction of the gripping body 110 until it touches.

The locking member 170 is provided inside the binding unit 200 as shown in FIGS. 1 to 5 and is interlocked when the withdrawal of the binding unit 200 is drawn, and the end of the binding rod 172 is provided on the gripping object 1 Material such as metal or non-metal so as to move to the locking hole 222 of the insertion piece 220 located in the insertion space 3 of the connected clip 2 to reach the binding rod 172 to the locked or unlocked position It is made of, and includes a binding rod 172, an elastic member insertion rod 174 and a first binding hole (176).

The binding rod 172 has an outer diameter corresponding to the locking hole 222 of the insertion piece 220.

The elastic member insertion rod 174 is positioned on the concentric line with the binding rod 172, and one end of the second elastic member S2 is inserted. At this time, the other end of the second elastic member (S2) is inserted into the insertion groove 182 of the moving member 180.

The first binding hole 176 is formed through the both sides of the expansion member connected in an expanded state in the area in the width direction between the binding rod 172 and the elastic member insertion rod 174, the binding of the binding unit 200 The first bolt member 152 of the first position adjusting unit 150 is inserted in a state overlapping with the longitudinal passage holes 216 formed on both sides of the body 210.

The moving member 180 is made of a material such as metal or non-metal, as shown in Figures 1 to 5, the insertion groove 182 formed therein to insert the end of the second elastic member (S2) from the tip to the center And, while being separated from the cutting groove 184 formed to insert the expansion member of the locking member 170 at the front end, the second binding hole 186 and the second binding hole 186 formed through the upper and lower surfaces in the longitudinal direction. It includes a coupling groove 188 partially cut in the longitudinal direction to the end.

Here, the second binding hole 186 is formed to pass through the second bolt member 162 of the second position adjustment unit 160.

Moreover, a plurality of fastening holes are formed to fasten the binding bolts 188a in the transverse direction to the outer circumferential surface of the moving member 180 where the engaging grooves 188 are formed, thereby positioning the ends of the knife 190 in the engaging grooves 188 and After the through hole 192 of the knife 190 is overlapped, the knife 190 is fixed to the moving member 180 through the binding bolt 188a.

Knife 190 is fixed to the end of the engaging groove 188 of the moving member 180 can be used to withdraw as needed. At this time, since the knife 190 is provided detachably, it can be replaced with a tool such as a screwdriver and used alternatively.

As shown in FIGS. 1 to 5, the binding part 200 can be retracted while the end is inserted into one end of the coupling hole 112 of the gripping part 100, and a connection clip installed on the gripping object 1 at one end (2) The insertion piece 220 is provided in a bent state on the bottom surface of the front end of the binding body 210 to be detachable.

At this time, the binding body 210, the front end is formed in a circular cross-sectional shape, the rear end is stepped while the longitudinal cross-sectional shape is formed in a square.

The binding body 210 is made of a material such as metal, and the inside of the opening hole 212 is formed to penetrate in the transverse direction, and the rear end of the opening of the opening hole 212 is formed with a front locking jaw 212a by a step, thereby engaging the front. The tip of the first elastic member S1 is brought into contact with the jaw 212a.

The binding body 210 is formed with a guide groove 214 recessed in the longitudinal direction on the upper and lower surfaces and a hemisphere groove 214a recessed at the end of the guide groove 214, respectively.

Moreover, the binding body 210 is formed in the longitudinal direction through holes 216 on both sides of the rear end so as to lock the member 170 equipped with the first position adjusting unit 150 by the length of the passage hole 216 ( 170) can be further moved in the direction of the insertion piece 220. That is, when the first locking member 152a of the first position adjusting unit 150 is separated from the first recessed groove 132 and the binding unit 200 is withdrawn from the gripping unit 100, together with the binding unit 200 The binding rod 172 of the locking member 170 moves to the end of the emergence hole 212 of the binding body 210, in this state, the insertion piece 220 is formed on the connection clip 2 of the gripping object 1 When the first position adjusting part 150 is pushed in the state inserted in the insertion space 3, the binding rod 172 advances by the distance of the passing hole 216 and is inserted through the through hole 2a of the connection clip 2 It is inserted up to the locking hole 222 of the piece (220).

As described above, the process of connecting the detachable handle 10 of the present invention to the connecting clip 2 of the gripping object 1 will be described.

First, when the first nut member 154 of the first position adjusting unit 150 is pressed in order to withdraw the binding unit 200 introduced into the gripping unit 100, the first jamming of the opposite first bolt member 152 After the member 152a is spaced apart from the first recessed groove 132, it is located on the first protrusion 134, and the binding part 200 is held by the elastic force of the compressed first elastic member S1. ).

At this time, the ball 122 of the interference member 120 mounted on the upper and lower surfaces of the gripping body 110 is in close contact with the guide groove 214 formed on the upper and lower surfaces of the binding body 210 while the binding part 200 is drawn out. When the ball 122 is positioned in the hemisphere groove 214a, the binding part 200 is no longer withdrawn.

Next, the insertion piece 220 fixed to the front end of the binding body 210 is inserted into the insertion space 3 formed in the connection clip 2 of the gripping object 1.

Next, if the first position adjustment unit 150 is further advanced by the distance of the through-hole 216 formed on both sides of the binding body 210, the binding rods 172 of the locking member 170 are interlocked and the binding rods ( 172) is penetrated through the through hole (2a) of the connection clip (2) is located up to the locking hole 222 of the insertion piece (220).

Conversely, when the binding part 200 is pressed in the direction of the gripping part 100 to introduce the binding part 200 into the gripping part 100, the first position adjusting part 150 is driven by the locking member 170. You will reverse. At this time, when the first locking member 152a of the first position adjusting unit 150 moves from the first protrusion 134 to reach the first recessed groove 132, it is pulled by the fourth elastic member 156. After that, while the bottom surface of the first locking member 152a is in close contact with the bottom surface of the first recessed groove 132, the inlet position of the binding portion 200 is maintained.

Moreover, when using the knife 190 alone in a state in which the detachable handle 10 is not fixed to the gripping object 1, first, when the second nut member 164 of the second position adjusting unit 160 is pressed, the opposite side After the second locking member 162a of the second bolt member 162 is spaced apart from the second recessed groove 142a and positioned on the second protrusion 144, the elastic force of the compressed second elastic member S2 As the second locking member 162a is inserted into the third recessed groove 142b, the knife 190 is withdrawn from the gripping part 100.

Conversely, when pulling the second nut member 164 of the second position adjusting unit 160 in the pressed state to pull the knife 190 into the gripping unit 100, the second jamming occurs. After the member 162a is separated from the third recessed groove 142b, it is inserted into the second recessed groove 142a through the second protrusion 144.

At this time, when the second locking member 162a of the second position adjustment unit 160 moves from the second protrusion 144 to reach the second recessed groove 142a, it is pulled by the fifth elastic member 166. After that, while the bottom surface of the second locking member 162a is in close contact with the bottom surface of the second recessed groove 142a, the inlet position of the knife 190 is maintained.

Although the embodiments of the present invention have been described with reference to the accompanying drawings, those skilled in the art to which the present invention pertains may be implemented in other specific forms without changing the technical spirit or essential features of the present invention. You will understand. Therefore, it should be understood that the embodiments described above are illustrative in all respects and not restrictive.

10: detachable handle 100: grip
110: gripping body 112: coupling hole
114: interference member insertion hole 120: interference member
130: first position adjustment long hole 132: first recessed groove
134: first projection 140: second position adjustment hole
142a, 142b: second and third recessed grooves 144: second protrusions
150: first position adjustment unit 152: first bolt member
152a: First locking member 154: First nut member
156: fourth elastic member 160: second position adjustment unit
162: second bolt member 162a: second locking member
164: second nut member 166: fifth elastic member
170: locking member 180: moving member
190: knife 200: binding unit
210: solidarity body 212: appearance hall
214: guide groove 214a: hemisphere groove

Claims (6)

A gripping portion having a coupling hole formed therein, a first position adjusting long hole formed on one side of the outer wall surface, and a second position adjusting long hole formed on the other side of the outer wall surface;
It is possible to come and go with the end inserted into one end of the gripping hole of the gripping part, and an insertion piece is provided so as to be detachable from the connection clip installed on the gripping object at one end, and a binding hole is formed in both side walls of the other end;
A first position adjusting unit installed in the first position adjusting long hole in a state that penetrates the through hole of the binding unit to limit the forward force of the engaged unit and adjust the position so that the binding unit is pulled out when pressed; And
The moving member is installed in the second position adjusting long hole in a state that penetrates the second binding hole of the moving member located at the other end of the engaging hole of the gripping portion to limit the forward force of the movable member that is supported and then pressurized. Detachable handle, characterized in that it comprises a; second position adjustment unit for adjusting the position to move forward.
According to claim 1,
Detachable handle, characterized in that it further comprises a locking member that is provided inside the binding portion and moves to the locking hole of the insertion piece while being interlocked when the binding portion is pulled out.
According to claim 1,
In the first position adjustment long hole, a first recessed groove is formed at one end of the position spaced apart from the binding part, and a first protrusion is formed from the other end of the position adjacent to the binding part to the first recessed groove,
The second position adjustment long hole, the detachable handle, characterized in that the second and third recessed grooves are formed at both ends, and a second protrusion is formed between the second and third recessed grooves.
According to claim 3,
The first position adjustment unit installed in the first position adjustment long hole,
A first bolt member inserted into the first position adjustment long hole and provided with an end to pass through the through hole of the binding portion;
A fourth elastic member inserted in the middle of the first bolt member; And
Including the first nut member that is fastened to the end of the first bolt member into which the fourth elastic member is inserted, including, if the head of the first bolt member is located in the first recessed groove to prevent the binding portion is pulled out Detachable handle, characterized in that the engaging portion is drawn out when the head of the first bolt member is spaced within the first recessed groove.
According to claim 3,
The second position adjustment unit is installed in the second position adjustment hole,
A second bolt member inserted into the second position adjustment long hole and provided with an end to pass through the second binding hole of the moving member;
A fifth elastic member inserted in the middle of the second bolt member; And
Including the second nut member fastened to the end of the second bolt member is inserted into the fifth elastic member; including, when the head of the second bolt member is located in the second recessed groove so that the moving member does not advance And when the head of the second bolt member is spaced within the third recessed groove, the removable handle, characterized in that to move the moving member.
According to claim 1,
Detachable handle, characterized in that provided at the end of the moving member is a cooking utensil or a tool to be detached.

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