TWM638779U - Height-adjustable hook device for handle tools - Google Patents

Abstract

This work is a height-adjustable hook device for handle tools. The hook device can be adjusted in height and positioned on the handle of the tool so that the tool can be hung at an appropriate height. It is applicable but not limited to soup spoons, On various tools with handles such as electric spoons, cooking noodle nets, colanders, and vegetable baskets. The hook device includes an upper clip and a lower clip, an elastic piece connecting the upper clip and the lower clip and a hook part. The upper and lower clips are respectively provided with a clip hole that can be pierced up and down on the handle. When in use, the upper and lower clips can be pressed against each other with one hand, so that the clip holes can be aligned and the height can be adjusted. The shrapnel can make the inner edge of the clip hole respectively abut against the outer edge of the handle of the tool for positioning, and the tool can be hung at an appropriate height through the hook part, so as to achieve the effect of conveniently adjusting the position of the handle tool.

Description

Adjustable height hook device for handle tools

As a technology related to handle tools, this work provides a hook device with a height-adjustable function for handle tools, so that the tool can be hung at a suitable position and height for convenient use. The tools with handles include but are not limited to soup ladles, electric spoons, noodle nets, colanders, scalding baskets, egg beaters, cream scrapers, sieves, and the like.

Tools with handles are common in daily life, especially cooking utensils and tableware, such as colanders, oil strainers, and soup ladles commonly used for cooking hot pots or soups, noodle nets and blanching baskets often used by snack noodle stalls, Egg beaters, scrapers, sieves, etc. commonly used in making pastry are provided with handles for users to hold and operate; other tools such as electric spoons, water thermometers, etc. are also provided with rods similar to handles, so that they can Let the heating end/detection end extend into the water.

The length of the above-mentioned handle tool is fixed and should not be too long, otherwise it will be difficult to operate and inconvenient to store. As a result, the tool often slips into the pot during use and operation, or cannot be placed against the ideal height position on the pot, etc. Inconvenient condition. For example, if the scalding basket or seafood clam colander commonly used for cooking hot pot is soaked too deeply, the ingredients will scatter and float into the soup, making it difficult to pick up; Carefully, it will slip into the pot and the handle will be stained with greasy soup; when using a water thermometer, do not immerse the upper thermometer in water to avoid damage.

In order to solve the problem of spoons and colanders falling into the pot, the known technology is to provide a hook on the back of the handle tool, and the hook is against the edge of the pot to prevent the tool from slipping. However, this type of hook is fixed on the handle, and although it has the function of preventing the tool from slipping off, it is still inconvenient to use because the height position cannot be adjusted. For example, the colander for cooking hot pot is hung at the same height in the pot. If the liquid level of the soup base is too high, the ingredients will float and disperse in the soup; Hot ingredients.

In addition, like snack noodle stalls, two or even three scalding baskets are often stacked together and put into boiling water to scald multiple portions of vegetables or noodles at the same time. Lower, so that the scalding basket above cannot be completely soaked in boiling water. This shows that the existing fixed hook still has the disadvantage of being inconvenient to use because it cannot be adjusted in height, and it cannot meet different use requirements.

In view of the lack of the above-mentioned known technology and various needs in use, the creator has accumulated years of research and practical experience in related fields, and specially created a height-adjustable hook device for handle tools to meet various use needs. Allows the user to adjust upwards as desired, soak the bottom of the handle tool and ingredients in boiling water for boiling, or quickly lower the clamping position, let the bottom of the handle tool and ingredients hang above the soup, leave the soup to drain The ingredients are moist, and its structure is more suitable for any tool with a handle, and has a wide range of applications.

The purpose of this creation is to provide a hook device, which can be adjusted in height and positioned on the handle of the tool. In addition to preventing the handle tool from slipping, it is also possible to easily adjust the height of the hook device relative to the handle according to requirements. The position is convenient for the user to hang the tool at an appropriate use height to achieve the purpose of easy use.

In order to achieve the above purpose, the invention provides a height-adjustable hook device for handle tools, the hook device includes an upper clip, a lower clip, a elastic piece bent and connected to the sides of the upper and lower clips, and at least A hook portion extending outward from the upper clip or the lower clip. Wherein, the upper and lower clips are respectively provided with an upper clamping hole and a lower clamping hole which can be worn on the handle of a tool, and the shrapnel constantly exerts elastic force on the upper and lower clips; Press the clips against each other to align the upper and lower clip holes and adjust the height of the upper and lower clips on the handle. The inner edges of the clamping holes respectively abut against the outer edges of the handle of the tool, so that the overall hooking device is positioned on the handle.

With the above structure, the user can easily squeeze the upper and lower clips with one hand to align the upper and lower clip holes, and then create gaps between the inner edges of the upper and lower clip holes and the outer edge of the handle to adjust The height position of the upper and lower clips on the handle, after adjusting to a suitable position, release the upper and lower clips, and the inner edges of the upper and lower clip holes can be pushed against the handle again by the elastic force of the shrapnel The outer edge is clamped on the handle, and the handle tool can be hung at an appropriate height through the hook part, so as to achieve the purpose of convenient use.

The implementation of each element is further described below:

During implementation, the apertures of the upper clamping hole and the lower clamping hole are larger than the handle, and the cross-sectional shape of the handle is respectively set as single hole or multi-hole, so as to be used with different handles.

During implementation, the shrapnel on the side of the upper and lower clips is located on the front side of the handle, and the position of the hook part corresponds to the shrapnel and is located on the back side of the handle, so that the back of the handle tool can be hooked on the edge of the pot. or other locations.

During implementation, the upper clamping piece, the lower clamping piece, the upper clamping hole, the lower clamping hole, the shrapnel and the hook are integrally punched and formed by a thin metal sheet, which has the advantages of lightness and cost saving.

During implementation, the hook portion is formed by the upper clip and/or the lower clip extending outward and then bent downward.

Compared with the previous technology, in addition to the function of the traditional hook structure to prevent the tool from slipping, the user can easily press the upper and lower clips with one hand, so that the upper and lower clip holes can be aligned and adjusted to a suitable height position Finally, you only need to release the upper and lower clips, and the elastic force of the shrapnel can be used to hold the handle on the handle, so that the handle tools can be hooked at an appropriate height to achieve the purpose of convenient use. Furthermore, the invention can be applied to any tool with a handle in daily life, such as soup ladle, electric spoon, noodle net, colander, scalding basket, egg beater, butter scraper, sieve and the like. In addition, the overall structure of the invention is light, easy to process, can save costs, and has quite high economic value.

Based on the technical means of this creation, the implementation methods suitable for this creation are listed below, and the description is as follows in conjunction with the drawings:

As shown in the first figure, this invention provides a height-adjustable hook device for handle tools. The hook device 100 can be adjusted in height and positioned on the handle 300 of the tool 200 to facilitate the hooking of the tool 200. , positioned at an appropriate height, applicable to but not limited to spoons, electric spoons, cooking nets, colanders, scalding baskets, sieves, egg beaters, butter scrapers and other tools 200 with handles 300; the first picture The tool 200 is an example of a metal mesh commonly used for blanching vegetables, meat slices or seafood clams in hot pot.

Please refer to the first figure to the fifth figure at the same time. The above-mentioned hook device 100 of the present invention includes an upper clip 10, a lower clip 20, an elastic sheet 30 bent and connected to the sides of the upper and lower clips 10, 20, And at least one hook portion 40 extending outward from the upper clamping piece 10 or the lower clamping piece 20 . Wherein, the upper and lower clips 10, 20 are respectively provided with at least one upper clip hole 11 and one lower clip hole 21, the upper clip hole 11 and the lower clip hole 21 can be passed through the handle 300 of the tool 200, and The elastic sheet 30 constantly exerts elastic force on the upper and lower clamping pieces 10, 20 to move away from each other, so that the inner edges of the upper clamping hole 11 and the lower clamping hole 21 are respectively pressed against the outer edge of the handle 300 of the tool 200, thereby making the whole The hooking device 100 is positioned on the handle 300 .

Since the elastic sheet 30 constantly exerts elastic force on the upper and lower clips 10, 20 to move away from each other, as shown in the third figure, the inner edges A and B of the upper and lower clip holes are pressed against each other in opposite directions. On the handle 300 of the tool 200, when the elastic abutting state of the inner edges A and B of the upper and lower clamping holes is not released, no matter whether the hook device 100 is pushed up or down, the upper and lower clamping holes 11, 21, one of them will generate resistance in opposite directions, so that the hook device 100 can be firmly positioned on the handle 300.

When the hook device 100 is positioned on the handle 300, and the user operates the tool 200 and presses the back of the handle 300 against the edge of the pot 400, container, or soup bowl, the upper clip 10 or the lower clip can be used to The hook portion 40 extending outward from the tool 20 is hooked on the edge of the pot 400 , container, or soup bowl to prevent the handle 300 of the tool 200 from slipping into the pot 400 , container, or soup bowl.

In addition, during implementation, the upper clamping piece 10, the lower clamping piece 20, the upper clamping hole 11, the lower clamping hole 21, the elastic piece 30 and the hook portion 40 are integrally stamped and formed by a thin metal sheet, which is light and fast, and saves costs. In actual production, it is not ruled out that plastic material can be used for integral injection molding, or the shrapnel is made of metal sheet, and the upper and lower clips and hook parts are made of plastic material, which can also be held on the handle 300 by the elasticity of the plastic material.

In addition to the above-mentioned functions, the main feature of this creation is that the height of the handle 300 of the tool 200 can be adjusted for ease of use. As shown in the third figure to the fifth figure, when the user presses the upper clamping piece 10 and the lower clamping piece 20, the upper and lower clamping holes 11, 21 can be aligned and the upper and lower clamping holes 11, 21 can be released. Respectively resist the state of the outer edge of the handle 300; as shown in the fourth figure, the upper and lower clamping hole gaps C, D are generated between the inner edges A, B of the upper and lower clamping holes and the outer edge of the handle 300 respectively. The height position of the hook device 100 on the handle 300 can be adjusted arbitrarily until it is adjusted to a suitable position, and the upper and lower clips 10, 20 can be released, and the elastic force of the shrapnel 30 can restore to the position shown in the third figure. In the state shown, the inner edges A and B of the upper and lower clamping holes are pushed against the outer edge of the handle 300 , so as to be clamped on the handle 300 through the upper and lower clamping holes 11 and 21 again.

During implementation, the elastic piece 30 should be arranged on the front side relative to the handle 300, and the position of the hook portion 40 corresponds to the elastic piece 30, and is located on the back side of the handle 300, so as to conform to general usage habits and facilitate the user to move from the back of the handle. After pressing the upper and lower clips 10 and 20 for adjustment, hook the back of the handle 300 on the edge of the pot or container.

The above operation method allows the user to easily press the upper and lower clips 10, 20 with the thumb and forefinger with one hand, and after moving the hook device 100 to an appropriate height, release the upper and lower clips 10, 20 It can be completed and the purpose of convenient use can be achieved. For example, as shown in the second figure, the colander for cooking hot pot is hooked on the pot 400 so that the bottom is just at the same height as the liquid level of the soup base. However, if the liquid level of the soup bottom is lowered after eating, so that the bottom of the colander cannot touch the hot ingredients in the soup bottom, the user can quickly adjust the hook device 100 upwards as shown in the fifth figure, and extend the handle 300 into the The length of the pot 400 allows the colander to be immersed in the soup, or as shown in the sixth figure, the hook device 100 can be adjusted downward so that the colander and its internal ingredients are suspended above the soup to drain the water.

In addition, the upper and lower clamping holes 11, 21 disclosed in the first figure are arranged in conjunction with the handle 300 formed by two parallel stainless steel round rods, and the upper clamping hole 11 and the lower clamping hole 21 are set as a long hole. At the same time, it surrounds the periphery of the handle 300 formed by two stainless steel round rods. During actual implementation, the upper and lower clamping holes 11, 21 are not limited to the shapes shown in the illustrations. It needs to be enough to be worn on the handle 300 .

In addition, the above-mentioned hook portion 40 is formed by extending the upper clip 10 backwards and bending downwards. In actual implementation, the hook portion 40 is extended from the lower clip 20 as shown in Figure 8; of course, let The distance between the upper clip and the lower clip is increased, and the upper clip and the lower clip are respectively equipped with a hook, so that the user can directly use the hanging hooks of different heights on the upper clip or the lower clip. It is also one of the feasible implementation modes that the hook portion is hooked on the pot.

The descriptions and diagrams of the above embodiments are only examples to illustrate the preferred embodiments of this creation, and are not intended to limit the scope of this creation; all those that are similar or identical to the purpose, structure, device, and features of this creation shall belong to The patent scope of this creation.

100: hook device 200: tools 300: handle 400: Pot 10: Upper clip 11: Upper clip hole 20: Lower clip 21: Bottom clamp hole 30: Shrapnel 40: hook part A: Inner edge of upper clamp hole B: Inner edge of the lower clamp hole C: Upper clamp hole gap D: the gap of the lower clamp hole

The first figure: the three-dimensional view of the first embodiment of this creation. The second picture: the schematic diagram of the use of the first embodiment of this creation. Figure 3: The first embodiment of the invention to adjust the height position, and the inner edges of the upper and lower clamping holes are respectively pressed against the outer edge of the handle. Figure 4: A schematic diagram of the height adjustment of the first embodiment of the invention, and the inner edges of the upper and lower clamping holes are released from pushing against the outer edge of the handle. Figure 5: Schematic diagram of the first embodiment of the invention before and after adjustment. Figure 6: A schematic diagram of the first embodiment of the invention hanging above the soup to drain the water. The seventh figure: the perspective view of the second embodiment of this creation. The eighth figure: the three-dimensional view of the third embodiment of this creation.

100: hook device

200: tools

300: handle

10: Upper clip

11: Upper clip hole

20: Lower clip

21: Bottom clamp hole

30: Shrapnel

40: hook part

Claims (5)

A height-adjustable hook device for a handle tool, the hook device includes an upper clip, a lower clip, an elastic piece bent and connected to the sides of the upper and lower clips, and at least one piece connected by the upper clip and/or Or the hook portion of the lower clip extending outward; wherein, the upper and lower clips are respectively provided with an upper clip hole and a lower clip hole that can be worn on the handle of an external tool, and the upper and lower clip holes are respectively It has an inner edge, and the elastic piece constantly exerts elastic force on the upper and lower clips; pressing the upper and lower clips toward each other can align the upper and lower clip holes and adjust the upper and lower clips At the height position on the handle, after the pressure is released, the elastic force that expands the upper and lower clips through the shrapnel can make the inner edges of the upper and lower clip holes respectively push against the outer edge of the handle of the tool, thereby making the whole A hooking device is positioned on the handle. The height-adjustable hook device for handle tools as described in claim 1, wherein the upper clamping hole and the lower clamping hole have diameters larger than the handle, and are respectively set as single holes or multi-holes relative to the cross-sectional shape of the handle. The height-adjustable hook device of the handle tool as described in claim 1, wherein, the elastic piece of the upper and lower clips is located on the front side of the handle, the position of the hook part corresponds to the elastic piece, and is located on the handle. dorsal side. The height-adjustable hook device for handle tools as described in claim 1, wherein the upper clip, the lower clip, the upper clip hole, the lower clip hole, the shrapnel and the hook part are integrally stamped and formed by a metal sheet . The height-adjustable hook device for handle tools according to Claim 1, wherein the hook portion is formed by extending the upper clip and/or the lower clip outwards and then bending downwards.

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