KR20120050943A - Removable multi-pliers cookware - Google Patents

Abstract

The present invention relates to a removable cooking vessel tongs, the invention relates to a removable multi-pliers with improved safety.
The present invention constitutes a small number of teeth on the slide piece in order to be able to cope with various thicknesses of the cooking vessel, arranging any number of working teeth on the corresponding working piece to the slide piece pulled by the lever operating teeth By fixing to a position corresponding to the thickness of the cooking vessel to securely hold the cooking vessel of various thickness to achieve a safe cooking environment.

Description

Removable multi-pliers cookware

The present invention relates to a removable cooking vessel tongs, and more particularly, to a removable kitchen tongs that can be conveniently used in response to various thicknesses of the container while operating and releasing the structure of the gripper constituting the removable cooking vessel tongs.

In general, a cooking vessel such as a pan or a frying pan is a container manufactured to boil or cook food, and includes a cooking container having a receiving space for food and a side of the cooking container to safely lift and move the cooking container. It consists of an extended handle. Since the handle provided in the conventional cooking container is protruded to the outside in a non-removable configuration is subject to a lot of space constraints when storing.

Removable cooking vessel tongs have been developed for making cooking vessel and cooking vessel handles separately and attaching and detaching them to the cooking vessel if necessary.

However, the existing detachable cooking vessel tongs will miss the handle if there is a risk of safety accidents.

In the case of the existing product, the lever protruding from the side or the clamp to pull it from below is fixed to the tap of the lever connected to the opposite side, and when the release is released, the lever on the opposite side is pushed out to release the lever.

This is due to the disadvantage that if the finger is touched wrongly with the finger during movement, the accident is released during the site, the safety accident occurs, and the lever tongs of the way out of the way to the other side is a great risk.

In addition, there is a problem in that it does not correspond to the various thickness of the container to have a plurality of tongs to grip the container, there is a problem such as dropping the container.

Patent Registration 10-1092735. Patent application: 10-2012-0027779. (Application of the applicant)

The present invention has been invented to solve the problems as described above, to secure the operation and release structure of the gripper constituting the removable cooking vessel tongs simply improve the component configuration,

Its purpose is to provide a safe and convenient removable cooking container multi-tweezers by making it possible to cope with various thicknesses of various cooking vessels, and to improve the holding power of the holding zone and to operate the holding zone with a small force. have.

When the gripper is released, the tap does not come out to the opposite side of the lever, and the release is configured by the 2nd level safety button to prevent the safety accident caused by the unintentional falling of the cooking vessel during the release and to ensure the safety of the user. The purpose is to provide a removable cooking vessel multi-tipper improved configuration.

In order to achieve the above object, the present invention is to couple the lever to the upper part to the upper part to the upper part to the upper part of the forceps, the cam ring is configured to the lever rotating around the piece, the cam ring of the lever is a slide of the lower part It acts on the cam groove to operate the slide piece.

A slide piece having a gripper is formed between the lower part of the lever and the lower body part.

And in order to correspond to the containers of various thicknesses, the teeth (tooth) are formed integrally, the elastic spring is arranged in the rear.

Corresponding to the teeth of the slide piece is connected to the lower body, the operation teeth respectively operated by the primary safety button of the upper body is configured to correspond to the position of the cow teeth inside the slide piece. The working teeth consist of two working pieces that are symmetrical to each other.

Operation teeth are coupled to the lower support, the support is to be used for the fixing and release of the removable while moving up and down by the elasticity of the spring and the upper primary safety button by the lower operating groove.

When the slide piece is pulled by the cam ring of the lever and enters the position of the release button, the secondary release button rises upward by the pressure of the lower spring, and simultaneously pushes up the working teeth and enters the teeth of the slide piece. Make sure that it is caught and caught.

By means of teeth, the slide piece is adapted to a thickness of 1 to 7 mm at intervals of 1 mm depending on the thickness of the container. The secondary release button is to lock the lower thick part (large Ø) to the locking jaw, and to operate the small part in the middle to open the slide piece.

Until now, when releasing the tongs, the lever lever protruding from the opposite side is pushed back to the original position and then released by the safety button. However, when the lever is returned to its original position, the finger is released and may cause a safety accident.

In the present invention, the lever is used only for pulling (no need for returning the lever), and when releasing, while pressing the upper two release buttons sequentially, the working teeth of the portion fixed by the teeth of the slide piece and the working teeth are lowered. The primary safety device is released,

When the secondary button is pressed on the slide piece hanging on the locking jaw of the slide piece, the lower thick part (large Ø) hanging on the locking jaw turns into a small part (small Ø) in the middle, and the passage is opened to release the fixed state. , So that the slide piece pops out by the elasticity of the spring provided on the back side so that it can be released safely.

According to the present invention, in the structure for operating and releasing the gripper of the removable cooking vessel tongs, the lever is used only when pulling, and when releasing, by pressing the two release buttons in turn without releasing the lever,

In the environment where several tongs were used because of different thicknesses of the containers until now, the multi-tweezers made of one-touch thickness control that can be used for various purposes in response to the thickness of various cooking vessels was invented.

It will be beneficial for the protection of the cooking environment of the kitchen and safe cooking culture, and the structure can be easily distributed at a low price by reducing the production cost.

1 is a side cross-sectional view.
2 is a top view.
3 is a structural diagram of a slide piece, an operation piece, and an operation tooth.
Figure 4 is a side view and the structure and position of the lever, the position and structure of the support.
5 is a part development diagram.
6 is a structural diagram of a slide piece, an operation piece, an operation tooth, and a support.
Figure 7 is a structure and lower body cross-sectional view of the slide piece.
8 is a 10 mm open state of the forceps;
Figure 9 is a state of the 6mm pulled state and the working teeth and an illustration of the storage of the lever.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

Removable cooking vessel multi-tweezer according to the present invention is coupled to the upper body portion 10, as shown in Figure 1 by the metal piece 13 to the upper body portion 10 so that the lever 20 can rotate, two safety buttons (11. 12) is constituted.

The lever 20 is formed with a piece hole (22 of FIG. 2) in which the lever 20 for rotating to the upper body portion 10 can be rotated, and fixed to the upper body portion 10 by the piece 13. The piece hole 22 of the lever 20 has a larger diameter than the piece so that the lever 20 rotates freely.

The cam ring 21 is attached to the lever 20 so as to rotate, and the lever 20 is attached to the position of FIG. 2 of FIG. 2, and the lever 20 is attached to the wall of the cam groove 36 of FIG. 3 of the lower slide piece 30. Of the cam ring 21 to make the slide piece 30 to reciprocate.

The silicone rubber 32 is attached to the holding part 31 in front of the slide piece 30 under the lever 20. The rubber 32 is made of heat-resistant silicon with small protrusions and a few large protrusions to have a strong gripping force.

In the slide piece 30, as shown in FIG. 3, one locking jaw 33 is formed at a position corresponding to the secondary safety button 12, and a cam groove 36 operated by the cam ring 21 inward is formed. When the lever 20 is pulled, the cam ring 21 coupled to the lever 20 pushes the wall of the slide piece 30 of the cam groove 36 so that the slide piece 30 is pulled in.

As shown in FIG. 3, the slide piece 30 is made to protrude to any number as needed by the small teeth 35 on both sides. This is to adapt to the various thicknesses of the container,

The small teeth 35 of the slide piece 30 drawn in by the lever 20 come into contact with the working teeth 61 of the operating piece 60 which is configured to be coupled to the lower support 70, thereby pushing the container thickness. It is seated and fixed at the corresponding position.

The working piece 60 is made of one (1 to) number of working teeth 61 as necessary, and the thickness is made the same as the thickness of the small teeth 35 of the slide piece 30. The working piece 60 is made of thick teeth 61 and the rotation part is made of half the thickness as shown in the drawing of the circle of Figure 6, even if the two pieces to face each other overlapping assembling one pin pin Make assembly at 73 possible.

Two sheets are symmetrically coupled to one fixing pin 73, so that each can be operated by one spring 63. Since the working piece 60 is assembled symmetrically with each other, assembling up and down to face one component, the two working pieces 60 can be operated respectively.

The mold of the operation piece 60 may be formed as one mold having the same shape, rather than being made differently. The mold is precision processed by die casting mold.

The operation piece 60 assembles two pieces symmetrically with the fixing pin 73 of the support (70 of FIG. 4). The support 70 is made of an injection mold as shown in the lower circle of FIG. The support 70 makes the prevention jaw 71 protrude to a thickness equal to the thickness of the working teeth 61 of the working piece 60 so that the working piece 60 is not pushed backwards.

The fixing pin 73 is processed into metal, and insert injection is performed. After the assembly of two pieces of the working piece (60) above the fixing pin (73), the upper safety pin (11) is assembled, and when the safety pin (11) is pressed, the support (70) and the working piece (60) are lowered and hanged. The small teeth 35 are released so that the slide piece 30 springs out by the elasticity of the spring 40 and is caught in the position of the secondary safety button 33.

The support 70, which has been lowered, is raised up again by the lower spring 41 together with the operation piece 60. When the secondary safety button 12 is pressed, the passage is opened by a small portion in the middle so that the gripping portion 31 of the slide piece 30 protrudes forward to release the gripping to safely lower the cooking container.

In addition, the support 70 is constituted by a pin 72 for coupling the spring 63 so that the two pieces of the operation piece 60 to each of the elasticity of one spring (63).

The lower part of the support 70 should be made into a rectangle so as not to rotate when operating up and down by the lower spring 41. So that the coupling of the small teeth (35) and the working teeth (61) is stabilized at a certain position.

In the lower body 50 of FIG. 7, the support operation groove 53 is formed into a quadrangle and a spring (41 of FIG. 1) is accommodated to play a role in the vertical movement of the support 70. In addition, the operation groove 52 for the operation of the secondary safety button 12 is made and the spring 42 is built into the safety button 12 to operate.

The lower body 50 of FIG. 7 is provided with a guide 56 for the reciprocating motion of the slide piece 30, the jaw 54, and the spring 40 storage box 55.

8 shows a 10 mm open state of the forceps.

9 shows the coupling state of the small teeth 35 and the working teeth 61 in a pulled state of about 6 mm and the following changes.

In the pulled state, the lever 20 is accommodated in the main body as shown in the lower view of FIG. 9.

10: upper body part. 11: Primary safety button. 12: Second safety button. 13: metal piece.
20: lever. 21: Chemling. 22: Peace ball.
30: slide piece. 31: Gripping part. 32: Rubber. 33: Hanging jaw. 34: Hanging jaw. 35: Cow teeth. 36: Cam groove.
40: spring. 41: spring. 42: spring.
50: Lower body. 51: Gripping part. 52: Second safety button operating groove. 53: Support movement groove. 54: Release prevention jaw. 55: spring storage groove. 56: Guide.
60: Operation piece. 61: working teeth. 62: spring brace. 63: spring.
70: support. 71: bumps. 72: spring fixing pin. 73: fixing pin.

Claims (3)

Removable multi-pliers in the removable multi-pliers, characterized in that the small pieces of the teeth (35) on both sides of the slide piece 30, the structure of the cooking vessel can be adjusted in thickness. In the removable multi-pliers, the two pieces of the working piece 60 and the working teeth 61 are symmetrically disposed on both sides of the slide piece 30 to be combined with the small teeth 35 to correspond to the thickness of the cooking vessel. Removable multipliers In the detachable multi-pliers, the support 70 is configured to move up and down by the primary safety button 11 and the spring 41 for the operation of the operation piece 60, and the lower portion is formed in a quadrangular shape. 71) and a fixing pin (73. 72), characterized in that the removable multi-pliers.

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