KR101281655B1 - Clamping style handle for kitchen vessel - Google Patents

Abstract

PURPOSE: A removable handle for a kitchen utensil is provided to adhere or separate a grip and a front protrusion of an under body by reciprocating a main rotary plate according to the circular movement of a lever. CONSTITUTION: A removable handle for a kitchen utensil comprises an under body (10), an upper body (20), a hinge shaft (30), a lever (40), and a main rotary plate (50). The under body includes a main elongated groove (12) and a horizontal groove (13) from a front protrusion (11) to the rear and a rotary groove (14) and a vertical groove (15) inside the main elongated groove. The hinge shaft is connected to the rotary groove in a horizontal direction. The lever is connected to the hinge shaft and performs the circular movement. The main rotary plate includes a grip (51), a support pin (52), a through hole (53), a large diameter hole (54a), and a small diameter elongated hole (54c). The grip is faced in the front protrusion of the under body. The support pin is settled in the main elongated groove by being curved from the grip and faces to the horizontal groove. The lever passes through the through hole.

Description

Detachable handle for kitchen container {CLAMPING STYLE HANDLE FOR KITCHEN VESSEL}

The present invention relates to a detachable handle for a kitchen container, and more particularly to a detachable handle for a kitchen container capable of simple assembly and quick and easy gripping.

In general, the kitchen container can be safely used because the handle is fixedly fixed, but if you want to stack the kitchen container, the space occupancy is increased by the handle, which is inconvenient, and furthermore, the kitchen container must be fixed to each handle There is a disadvantage of low productivity.

As of May 30, 2002, a patent application (10-2002-0030135) has been filed under the name "Handle of cooking vessel". Figure 1 is a use state diagram showing the handle of the pre-cooked cooking vessel, Figure 2 is an exploded perspective view showing the handle of the pre-cooked cooking vessel, Figure 3 is an operating state diagram showing the handle of the pre-claimed cooking vessel, Figure 4 It is a perspective view of the principal part which shows the handle of a cooking container, In the figure, the code | symbol 100 shows a handle and the code | symbol 110 designates a cooking container. The cooking vessel 110 has a flange 111 that is bent outward. The handle 100 is formed in a substantially cylindrical shape and is easy to grip, and has a body 10 which is injection molded from a synthetic resin material having a certain length, and the body 10 is assembled with the upper and lower members 11 and 12 facing each other. do. The lower member 12 has a bolt hole 13 penetrating up and down in a front and rear pair, and a support wall in which a cam of the power transmission member (operation cam 21 and mobile cam 23) is tightly supported at the center thereof. At the same time as the 14 is formed at the front end is formed with a coupling surface 15 is coupled to the cooking vessel 110 by a clip member to be described later. The upper member 11 is assembled to the upper portion of the lower member 12, the nut protrusion 16 is fitted into the bolt hole 13 of the lower member 12 therein is formed to protrude slightly. Therefore, the upper and lower members 11 and 12 of the body 10 are assembled and assembled as a separate high information bolt 13a through the bolt hole 13. In addition, the power transmission member 20 that is rotated by the rotational force of the adjustment member to be described later is installed inside the body 10. The power transmission member 20 has a support rod 22 to which the operation cam 21 is fastened to the front, and at the same time, the support rod 22 has a mobile cam 23 capable of moving forward and backward within the body 10. It is installed to be meshed opposite to 21). That is, the actuating cam 21 and the movable cam 23 are inclined in the circumferential direction, the inclined surface 24 is formed and engaged, respectively, and the pin hole 25 is fastened to the end of the support rod 22 Is formed. In addition, the movable cam 23 is provided with a flat portion (23a) on the upper surface is in contact with the bottom surface of the clip member to be described later, even if the operating cam 21 is rotated, it is not rotated to move forward and backward operation. By the advancing and retracting operation of the mobile cam 23, the clip member 30 fastened to the support bar 23 is operated. It is configured in the form of the front and rear ends of the metal piece while the rear end is inserted into the support rod 22 of the power transmission member 20 through the fastening groove 31, the front end is configured with a clip surface 32 to be bent. The clip surface 32 is provided to be inclined downward to be in close contact with the inner surface of the head of the cooking vessel 110 to clamp the cooking vessel 110 together with the engaging surface 15 of the lower member 12 of the body 10. Will be provided. At this time, the inner surface of the clip surface 32 is fixed to the non-slip piece 33 made of synthetic resin or the like integrally fixed to improve the fixing force of the cooking vessel 110, the surface of the non-slip piece 33 Projections 34 can be formed. In addition, the clip member 30, the front and rear guide holes 35 are drilled at regular intervals, respectively, when fastened to the upper and lower members 11 and 12 of the body 10, through which the nut projection 16 of the upper member 11 By fastening) is supported while allowing the forward and backward operation of the clip member 30. In addition, a coil spring 40 having a constant elasticity is fastened to the support rod 22 of the power transmission member 20, and the coil spring 40 always supports the rear surface of the clip member 30 fastened to the support rod 22. It provides a function to push forward. At this time, the clip member 30 is moved forward by the elastic force of the coil spring 40, while pushing the moving cam 23 to the working cam 21 side is configured so that their inclined surface 24 is correctly engaged. In addition, the reference numeral 50 in the drawing indicates an adjustment member fastened to the rear of the body (10). The adjusting member 50 is to provide a function of the adjusting knob, and is divided into upper and lower parts for assembly and is fastened at the rear of the body 10 by the high information bolt 51 to operate forward or reverse rotation by hand. . The adjustment member 50 is assembled in such a way that a part of its front end slightly surrounds the rear end of the body 10 and is rotated to a support point, and a fixing hole 52 is formed at the center thereof to support the rod of the power transmission member 20. (22) By a separate fixing pin 53 is fastened through the pin hole 26 perforated at the end is fixed integrally with the power transmission member 20. That is, by the fixing pin 53, the adjustment member 50 and the power transmission member 20 are integrally fastened so that the power transmission member 20 may also be reversely rotated by the forward and reverse rotation operation of the adjustment member 50. Will be. In addition, between the rear portion of the body 10 and the adjusting member 50 is formed a stop member for limiting the rotation operation of the adjusting member 50, which is denoted by 60, 61 in the figure. The stop members 60 and 61 are formed of a pair of members each having a tooth-shaped locking gear 62 in the circumferential direction on one side thereof, and they are formed by engaging the locking gear 62 while being in contact with each other. do. One side stop member 60 is inserted into the installation groove 17 formed on the rear of the upper and lower members 11 and 12 of the body 10 to maintain a fixed state, and through the shaft hole drilled in the center of the power transmission member ( The supporting rod 22 of 20 is inserted and idled. In addition, the other stop member 61 is inserted into and fastened integrally to the installation groove 54 of the adjustment member 50 and is fixed thereto so that the same as with the power transmission member 20 according to the forward rotation operation of the adjustment member 50. Rotary works. At this time, the two stop members (60, 61) is engaged with each of the gear teeth (62) made of a sawtooth type, and the stop member (60) installed on the body (10) is installed by the coil spring (40) 17) by acting in the rear to facilitate the engagement, while allowing the adjustment member 50 to allow the rotation flexibly in the rotation operation, and also provides a function of fixing the adjustment member 50 when stopped. . Accordingly, the handle 100 of the cooking vessel according to the prior application configured as described above is assembled and formed as a separate article from the cooking vessel 110, and fastened to the cooking vessel 110 configured to stack and store several pieces of different sizes. Will be used. That is, when the handle 100 is fastened to the cooking vessel 110, the cooking vessel 110 is disposed between the clip member 30 of the front end and the engaging surface 15 formed at the front end of the lower member 12 of the body 10. Insert the outer periphery of. In this case, since the outer circumferential flange 111 of the cooking vessel 110 has the same configuration along the circumferential direction, it may be fastened anywhere. In this state, when the adjustment member 50 formed at the rear of the handle 100 is operated in the forward rotation, the power transmission member 20 fixed as the fixing pin 53 by the rotation operation thereof is also the same in the body 10. Makes idling work. Accordingly, the actuating cam 21 formed at the front end is rotated in the same manner so that the actuating cam 23 closely coupled by the inclined surface 24 is operated backward, and the actuating cam 23 is again clip member 30. Will operate backward. That is, the operation cam 21 and the mobile cam 23 are engaged with each other by the inclined surface 24 and the mobile cam 23 is in close contact with the clip member 30 by the flat portion 23a of the upper surface. By being maintained, even if the rotational operation of the actuating cam 21 is transmitted to the movable cam 23, the movable cam 23 is not rotated and only the forward and backward operation is possible. As the moving cam 23 moves backward, the clip member 30 is compressed while compressing the coil spring 40, and the clip member 30 has a front and rear guide hole 35 having a body 10 and an upper member 11. It is guided to the nut projection 16 of the reverse operation. Therefore, the space between the clip surface 32 formed at the front end of the clip member 30 and the coupling surface 15 of the lower member 12 is narrowed, thereby firmly fixing the cooking vessel 110 inserted therein. At this time, the adjustment member 50 is rotated as described above is fastened in such a way as to wrap the rear end of the body 10, while smoothly rotating operation as a support point, the engaging gear 62 is engaged with the stop member (60, 61). It is fixed without flow in the rotated position. On the other hand, if you want to remove the handle 100 fastened to the cooking vessel 110, on the contrary, if the control member 50 is reversely rotated as opposed to the above operation, the clip member 30 by the above-mentioned action Is moved away from the cooking vessel 110 by the forward operation. By the way, the handle for the pre-applied cooking vessel made of the structure consists of a complex configuration of the operation cam 21 and the moving cam 23 and the stop member (60, 61) and the adjustment member 50, as well as the productivity and assemblability deteriorate. However, there is a disadvantage in that the life due to the wear due to the wear of the locking gear 62 is shortened, the interval between the clip surface 32 and the engaging surface 15 is the inclined surface 24 of the operation cam 21 and the mobile cam 23 The gap is narrow because it is dependent on the angle, and further, when the angle of the inclined surface 24 is increased to increase the distance between the clip surface 32 and the engaging surface 15, the overall size becomes large and the limit is encountered. There is this.

The present invention has been made in view of the above problems, and its object is to provide a detachable handle for a kitchen vessel that can be detachably gripped and released by a simple configuration, simple assembly and convenient and stable use. .

According to an aspect of the present invention,

Including an underbody and an upper body that coincide with each other;

The underbody has a main groove in the rearward direction from the front jaw and has a horizontal groove further rearward from the main chapter groove, and includes a pivoting groove and a vertical groove in the main cabinet groove;

A hinge shaft is coupled to the pivot groove in a transverse direction;

A lever coupled to the hinge shaft and configured to perform a forward and backward circular motion;

It has a grip opposite to the front jaw of the underbody and is bent from the grip to be seated in the main long groove and at the same time having a support pin toward the horizontal groove, and having a through hole for passing the lever of the lever The rear inner surface of the through hole is rotated back and forth while contacting the lever according to the forward and backward circular motion, and has a large diameter hole coinciding with the vertical groove and a small diameter hole which is connected in a backward direction from the large diameter hole. A main pivot plate;

A horizontal spring mounted to the horizontal groove and inserted into the support pin to push the main pivot plate toward the front jaw of the underbody;

A vertical spring fitted to the vertical groove;

And a button shaft having a large diameter portion supported by the vertical spring and matching the inner diameter of the large diameter hole, a small diameter portion matching the inner diameter of the small diameter hole, and a locking step raised from the small diameter portion;

The upper body is characterized in that it comprises a button hole for receiving the button shaft to expose the upper portion while supporting the locking jaw, and an exposure hole for receiving the lever to expose the upper portion.

The present invention can be used for holding and releasing the kitchen container by allowing the main pivot plate to reciprocate back and forth according to the forward and backward arc motion of the lever so that the distance between the front jaw and the grip of the underbody can be closely or closely closed. Not only is it convenient, but it is also robust and simple to ensure productivity and assembly.

1 is a use state showing the handle of the pre-applied cooking vessel.
Figure 2 is an exploded perspective view showing the handle of the pre-applied cooking vessel.
Figure 3 is an operating state showing the handle of the pre-claimed cooking vessel.
Figure 4 is a perspective view showing the main portion of the handle of the pre-applied cooking vessel.
5 is an exploded perspective view showing a detachable handle for a kitchen container according to the present invention.
Figure 6a to 6d is a perspective view showing the assembly process of the removable handle for a kitchen container according to the present invention.
Figure 7a is an explanatory view showing a state of releasing the grip of the kitchen vessel by using a removable handle for kitchen vessel according to the present invention.
Figure 7b is an explanatory view showing a state in which a thick kitchen container gripping using a detachable handle for a kitchen container according to the present invention.
Figure 7c is an explanatory diagram showing a state in which the thickness of the kitchen vessel by using a detachable handle for a kitchen vessel according to the present invention.

Referring to the preferred embodiment of the removable handle for a kitchen container according to the present invention with reference to the drawings.

5 is an exploded perspective view showing a detachable handle for a kitchen container according to the present invention, Figure 6a to 6d is a perspective view showing the assembly process of the detachable handle for a kitchen container according to the present invention.

The detachable handle for a kitchen container according to the present invention includes an underbody 10 and an upper body 20 that coincide with each other as shown in FIGS. 5 to 6d.

The underbody 10 has a main long groove 12 in the rearward direction from the front jaw 11 and has a horizontal groove 13 in a further rearward direction from the main long groove 12 and at the same time in the main long groove 12. Rotating groove 14 and vertical groove 15 is included.

At this time, the main long groove 12 is for guiding the forward and backward movement of the main rotating plate 50 may be formed in the upper body 20, between the underbody 10 and the upper body 20 as necessary It may be provided in the space, and further provided with the underbody 10 or the upper body 20, not shown projections for guiding the forward and backward movement of the main pivot plate 50 instead of removing the main chapter groove 12. It is a matter of course that the present invention can be applied as a configuration, and all of these configurations are assumed to belong to the category of the same as the configuration enabling the forward and backward movement of the main pivot plate 50.

According to the present invention, the hinge shaft 30 is coupled to the pivoting groove 14 of the underbody 10 in the lateral direction, and the lever 40 is hinged to the hinge shaft 30 so as to perform a forward and backward circular motion. do.

The lever 40 moves in an arc around the hinge axis 30, but the end of the lever 40 opposite to the hinge axis 30 enables forward and backward movements along with the arc motion. It is defined as directional arc motion.

According to the present invention having a grip 51 opposed to the front jaw 11 of the underbody 10 is extended from the grip 51 is seated in the main long groove 12 and at the same time toward the horizontal groove 13 The back inner surface of the through hole 53 is provided to the lever 40 in accordance with the forward and backward circular motion of the lever 40 with the support pin 52 and the through hole 53 passing the lever 40 therethrough. The main rotating plate 50 which has a large diameter hole 54a which is rotated back and forth while contacting and is aligned with the vertical groove 15 and a small diameter hole 54c which is connected in a backward direction from the large diameter hole 54a. ).

When the lever 40 moves forward and backward in a circular direction about the hinge shaft 30, the rear inner surface of the through hole 53 of the main pivot plate 50 may be rotated back and forth while contacting the lever 40. At this time, even if not through-hole 53, for example, the lever 40 is divided into two branches hinged to the hinge shaft 30 while the main pivot plate 50 is sandwiched between the two branches of the lever 40 Of course, the structure that can be rotated back and forth can also be applied to the simple substitution configuration of the present invention.

In accordance with the present invention includes a horizontal spring 61 is fitted to the support pin 52 while being mounted in the horizontal groove 13 to push the main pivot plate 50 toward the front jaw 11 of the underbody 10, Furthermore, it includes a vertical spring (62) fitted in the vertical groove (15).

The support pin 52 of the main pivot plate 50 is to allow the horizontal spring 61 to be easily fitted, and if necessary, the support pin 52 is horizontal to the end of the main pivot plate 50 with the support pin 52 omitted. Of course, the spring 61 can be simply contacted, and furthermore, the horizontal spring 61 is not the horizontal groove 13 formed in the underbody 10, even if the underbody 10 or the upper body Of course, it can be designed to be supported by being inserted into the projections (not shown) formed in the (20).

According to the present invention, the large diameter portion 71a, which is supported by the vertical spring 62 and coincides with the inner diameter of the large diameter hole 54a, the small diameter portion 71c that matches the inner diameter of the small diameter hole 54c, and the small diameter portion ( It may include a button shaft 70 having a locking jaw 72 raised from 71c.

The upper body 20 supports the locking jaw 72 while receiving the button shaft 70 to expose the upper portion of the button hole 21, and the upper opening 20 receiving the lever 40 to expose the upper portion 22. ).

At this time, the lever 40 is provided with a rounding surface 41 so as to be curved in contact with the rear inner surface of the through hole 53 in the forward and backward circular motion around the hinge axis (30).

The rounding surface 41 is preferably formed to be convex, and the rounding surface 41 may further smoothly make contact with the rear inner surface of the through hole 53, and the lever 40 may have a hinge shaft 30. When the circular arc motion around the center) is increased, the distance between the reciprocating motion in the forward and backward directions is increased, and as a result, the forward and backward movement of the main pivot plate 50 can be made more quickly, which is particularly preferable.

According to the present invention, the fastening hole 16 drilled in the underbody 10, the fastening groove 23 drilled in the upper body 20, and the fastening groove 23 are fastened via the fastening hole 16. Including fastening bolts 80, to ensure that the underbody 10 and the upper body 20 is coupled firmly.

The grip 51 includes an embossed cushion 51a on a surface of the underbody 10 that faces the front jaw 11 so as to grip the kitchen container more smoothly and firmly.

Furthermore, a horizontal axis 91 fixed in the transverse direction in the rear inner side of the through hole 53 and a cylindrical body 92 which is fitted to the horizontal axis 91 and abuts against the lever 40 for arcing forward and backward. (Only shown in FIG. 5).

In the case of contacting the cylindrical body 92 during the forward and backward circular motion of the lever 40, the main rotating plate 50 can be moved back and forth more quickly and particularly smoothly.

In addition, the main pivot plate 50 has a medium diameter hole 54b which is connected to and communicates between the large diameter hole 54a and the small diameter hole 54c, and the button shaft 70 has a medium diameter hole 54b. The middle diameter portion 71b is provided between the large diameter portion 71a and the small diameter portion 71c so as to match the inner diameter of the large diameter portion 71a, so that it can be detachably and flexibly attached to the thickness of the kitchen vessel.

Referring to the assembly operation of the detachable handle for a kitchen container according to the present invention made of the above configuration.

As shown in FIG. 6A, the hinge shaft 30 is fixed to the pivot groove 14 of the underbody 10 in the lateral direction, and the lever 40 is hinged to the hinge shaft 30.

The vertical spring 62 is inserted into the vertical groove 15 of the underbody 10 as shown in FIG. 6B, and the horizontal spring 61 is mounted in the horizontal groove 13, and then supported by the horizontal spring 61. While the pin 52 is fitted, the main pivot plate 50 is joined to the main long groove 12 of the underbody 10.

As shown in FIG. 6C, after the button shaft 70 is seated on the vertical spring 62 via the large diameter hole 54a of the main pivot plate 50, the main spring is released by the elastic force of the horizontal spring 61. The rotating plate 50 is naturally pushed forward.

As shown in FIG. 6D, while assembling the upper body 20 to the underbody 10, the fastening bolt 80 is fastened to the fastening groove 23 via the fastening hole 16 to complete the assembly. do.

Referring to the operation of the detachable handle for a kitchen container according to the present invention made of the above configuration.

Figure 7a is an explanatory view showing a state of releasing the grip of the kitchen container by using a detachable handle for the kitchen container according to the present invention, Figure 7b is a gripping a thick kitchen container using a removable handle for the kitchen container according to the present invention. Figure 7c is an explanatory diagram showing a state, Figure 7c is an explanatory diagram showing a state in which a thin thickness kitchen vessel using a removable handle for a kitchen vessel according to the present invention.

= When disassembling the kitchen container  =

As illustrated in FIG. 7A, the button shaft (not shown) is gripped between the front jaw 11 of the underbody 10 and the grip 51 of the main pivot plate 50. When the 70 is pushed in the vertical direction, the elasticity of the vertical spring 62 is overcome, and the small diameter portion 71c is engaged with the small diameter hole 54c of the main pivot plate 50.

At this time, the main rotating plate 50 is advanced by the elasticity of the horizontal spring 61 to release the holding state of the kitchen vessel.

= When holding thick kitchen utensils  =

As shown in FIG. 7B, the lever 40 is positioned between the front jaw 11 of the underbody 10 and the grip 51 of the main pivot plate 50. When retracted, the main pivot plate 50 overcomes the elasticity of the horizontal spring 61 and retracts toward the edge of the thick kitchen vessel so that the grip 51 moves the edge of the thick kitchen vessel to the front jaw 11. Make sure that you are pushing firmly.

At this time, when the main rotating plate 50 is reversed, the middle diameter portion 71b of the button shaft 70 is matched to the middle diameter hole 54b by the elasticity of the vertical spring 62, so that the elasticity of the horizontal spring 61 is reduced. By blocking the forward movement of the main rotating plate 50 by the holding state of the kitchen vessel can be maintained as it is.

= When holding a thin kitchen utensil  =

As shown in FIG. 7C, the lever 40 is positioned between the front jaw 11 of the underbody 10 and the grip 51 of the main pivot plate 50. Further retracting causes the main pivot plate 50 to overcome the elasticity of the horizontal spring 61 and to be further retracted toward the rim of the thinner kitchen container so that the grip 51 moves the rim of the thinner kitchen container to the front jaw 11. ), So that it can be gripped tightly.

At this time, when the main rotating plate 50 is reversed, the large diameter portion 71a of the button shaft 70 is matched with the large diameter hole 54a by the elasticity of the vertical spring 62, and thus the elasticity of the horizontal spring 61 is reduced. By blocking the forward movement of the main rotating plate 50 by the holding state of the kitchen vessel can be maintained as it is.

Removable handle for a kitchen vessel according to the present invention to achieve the configuration and operation as described above by the front jaw (11) of the underbody 10 by reciprocating the main pivot plate 50 back and forth according to the forward and backward circular motion of the lever (40). The gaps of the grips 51 can be easily and tightly spaced or spaced apart from each other so that the grips 51 can be easily used and can be assured of productivity and assemblability in a robust yet simple configuration.

The present invention can be used in the industrial field to grip the container utilized in the kitchen.

10: underbody 11: the front jaw
12: main chapter groove 13: horizontal groove
14: rotating groove 15: vertical groove
16: fastening hole 20: upper body
21: button hole 22: exposure hole
23: fastening groove 30: hinge shaft
40: lever 41: rounding surface
50: main rotating board 51: grip
51a: embossed cushion 52: support pin
53 through hole 54a large diameter hole
54b: medium diameter hole 54c: small diameter hole
61: horizontal spring 62: vertical spring
70: button shaft 71a: large diameter portion
71b: Medium diameter 71c: Small diameter
72: locking jaw 80: fastening bolt
91: horizontal axis 92: cylindrical body

Claims (6)

Including an underbody 10 and an upper body 20 that coincide with each other;
The underbody 10 has a main groove 12 in the rearward direction from the front jaw 11 and has a horizontal groove 13 in the rearward direction from the main cabinet 12 and at the same time the main cabinet groove 12. Includes a pivoting groove 14 and a vertical groove 15 in the);
A hinge shaft 30 is coupled to the pivot groove 14 in a lateral direction;
A lever (40) hinged to the hinge shaft (30) for forward and backward arc motion;
It has a grip 51 opposed to the front jaw 11 of the underbody 10 and is bent from the grip 51 to be seated in the main long groove 12 and at the same time supported toward the horizontal groove 13. The rear inner surface of the through hole 53 is provided with a pin 52 and has a through hole 53 through which the lever 40 passes, according to the forward and backward circular motion of the lever 40. The main body which is rotated back and forth while contacting 40, and has a large diameter hole 54a coinciding with the vertical groove 15, and a small diameter hole 54c which is connected to and communicates backwards from the large diameter hole 54a. A rotating plate 50;
A horizontal spring (61) mounted on the horizontal groove (13) and fitted to the support pin (52) to push the main pivot plate (50) toward the front jaw (11) of the underbody (10);
A vertical spring (62) fitted into the vertical groove (15);
The large diameter portion 71a, which is supported by the vertical spring 62 and coincides with the inner diameter of the large diameter hole 54a, the small diameter portion 71c that matches the inner diameter of the small diameter hole 54c, and the small diameter portion 71c. A button shaft (70) having a latching jaw (72) raised from the;
The upper body 20 supports the locking jaw 72 while receiving the button shaft 70 to expose the upper portion of the button hole 21, and the lever 40 to expose the upper exposure hole Removable handle for a kitchen vessel comprising a (22). The method of claim 1,
The lever 40 is provided with a rounding surface 41 so as to be curved in contact with the rear inner surface of the through hole 53 in the forward and backward circular arc movement around the hinge axis (30) Removable handle for kitchen utensils. The method of claim 1,
A fastening hole 16 drilled in the underbody 10,
A fastening groove 23 bored in the upper body 20,
Removable handle for a kitchen container, characterized in that it comprises a fastening bolt (80) fastened to the fastening groove (23) via the fastening hole (16). The method of claim 1,
The grip 51 is a detachable handle for a kitchen container, characterized in that it comprises an embossed cushion (51a) on the surface facing the front jaw (11) of the underbody (10). The method according to any one of claims 1 to 4,
A horizontal axis 91 fixed in the transverse direction to the rear inner side of the through hole 53;
Removable handle for a kitchen vessel, characterized in that it comprises a cylindrical body (92) being idle while being in contact with the lever (40) inserted into the horizontal axis (91) in the forward and backward circular motion. The method according to any one of claims 1 to 4,
The main pivot plate 50 has a medium diameter hole 54b which is connected between the large diameter hole 54a and the small diameter hole 54c in succession.
The button shaft (70) is removable handle for a kitchen vessel, characterized in that provided with a middle diameter portion (71b) between the large diameter portion (71a) and the small diameter portion (71c) to match the inner diameter of the medium diameter hole (54b).

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