JP3221502U - Hand grip - Google Patents

Abstract

To provide a grip having a special shape and capable of adjusting damping strength. SOLUTION: A first force applying unit 10, a second force applying unit 20, and a connecting unit 30 are provided, and the connecting unit 30 forms a depression angle between the first force applying unit 10 and the second force applying unit 20. The first force application unit 10 and the second force application unit 20 are connected to one side corresponding to each other of the first force application unit 10 and the second force application unit 20 by an integral molding method so as to form θ. These are plate-like structures, respectively, and are provided for gripping by the user, and the connecting unit 30 is configured such that the first force application unit 10 and the second force application unit 20 face each other to form the depression angle. When the angle value of θ is reduced, a damping effect is provided, and when the first force application unit 10 and the second force application unit 20 return in position, a required restoring force is provided. [Selected figure] Figure 2

Description

  The present invention relates to a grip, and in particular to the disclosure of a novel structural form which is special in shape and in which the damping strength can be adjusted.

  Traditionally, in order to achieve the purpose of training the muscles of the hand, a hand grip is by far the most desirable option for many people. In the conventional grip equipment, handles are fixed mainly at both ends of the torsion spring, and the purpose of exerting the purpose of training the grip strength by the user applying and holding the grip Can.

However, it has been discovered that such conventional structural forms still have the following problems in actual use experience.
1. The manufacturing cost is expensive. The main component of a conventional grip is a torsion spring with a wire diameter of about 3 mm, which is quite expensive to manufacture and is not necessarily acceptable to the general consumer.
2. Torsion is large and not adjustable. The twist of the conventional grip is very large and uncontrollable, and it is unsuitable for children, elderly people, women with relatively small grip strength, etc., and its consumer class is restricted for some time, and Because there is a large amount of twist, carelessness at the time of use has a problem that it is very likely to cause hand movement disorder.
3. Function is single. It is not economical for the user because it is necessary to prepare different grips when training only a single part and trying to train in different parts.

  There are also annular grips developed by other grip contractors, which are usually made of a material similar to silicon and which only uses the elasticity of the material itself as a resistance and the movement provided to it (Training) The effect is quite limited. In addition, this kind of material is likely to cause oxidation due to sunlight or air contact, which may affect the service life. Moreover, since this type of grip is usually made of a single material, it can not, of course, also provide the function of adjusting the exercise intensity.

  The present invention mainly aims to provide a grip, and the technical problem to be solved is the original structure of a more ideal and practical grip having a vividly shaped figure It is to think about innovation breakthrough with the goal of researching and developing forms.

  The technical features of the invention for solving the problems of the present invention are mainly that such a handgrip includes a first force applying unit, a second force applying unit, and a connecting unit, wherein the connecting unit is the first one. The first force application portion and the second force application portion are connected to mutually corresponding one sides by an integral molding method so as to form a depression angle between the first force application portion and the second force application portion. The first force application unit and the second force application unit are each a plate-like structure, and are provided for gripping of the user, and the connection unit includes the first force application unit and the first force application unit. When reducing the angle value of the depression angle by mutually opposing the two force applying units, a damping effect is provided, and when the first force applying unit and the second force applying unit return in position, a required value is obtained. Provide resiliency.

  According to this novel and unique design, the present invention can utilize the technical means to replace the elastic body and the lively and lively design design compared with the prior art, and adjust the overall value of the damping value It is possible to achieve practical inventive step and favorable industrial economic (utilization) benefits that can be achieved such as expanding the scope of the hand grip and attracting consumer attention.

FIG. 1 is an external perspective view of a first preferred embodiment of the present invention. FIG. 2 is a side view of the user holding the first preferred embodiment of the present invention. FIG. 5 is a reference view of the usage state of the first preferred embodiment of the present invention. FIG. 5 is an external perspective view of a second preferred embodiment of the present invention. FIG. 7 is an exploded perspective view of a second preferred embodiment of the present invention. FIG. 7 is a front view of a second preferred embodiment of the present invention. FIG. 7 is a side view of the user holding the second preferred embodiment of the present invention. FIG. 5 is a reference view of a second preferred embodiment of the present invention in use. FIG. 7 is an external perspective view of a third preferred embodiment of the present invention. FIG. 7 is an external perspective view of a fourth preferred embodiment of the present invention.

  Referring to FIGS. 1 and 2, it is the first preferred embodiment of the grip according to the present invention, which is used for the purpose of illustration only, and it is the utility model registration request In any case, they shall not be restricted to their structure.

  The grip includes a first force application unit 10, a second force application unit 20, and a connection unit 30, wherein the connection unit 30 includes the first force application unit 10 and the second force application. The first force application unit 10 and the second force application unit 20 are connected to mutually corresponding one sides in an integral molding method so as to form a depression angle θ with the unit 20, and the first force application is performed. The unit 10 and the second force application unit 20 are each a plate-like structure, and are provided for gripping the user, and the connection unit 30 is a first force application unit 10 and a second force. When reducing the angle value of the depression angle θ by mutually opposing the applying unit 20, the damping effect is provided, and the positions of the first force applying unit 10 and the second force applying unit 20 return. Provide the required resiliency.

  The first force application unit 10, the second force application unit 20, and the connection unit 30 are made of a flexible material. The first reinforcement structure 11 and the second reinforcement structure 21 are installed inside the first force application unit 10 and the second force application unit 20, respectively. A plurality of recesses 12 and 22 are respectively installed on the first force application unit 10 and the second force application unit 20, and the plurality of recesses 12 and 22 are used by the user for the first force application unit 10 and the first force application unit 10 It extends in the direction of the fingertip when gripping the second force application unit 20, and the user can easily grasp the first force application unit 10 and the second force application unit 20. Can.

  The above-described structural assembly design will be described as follows for the use operation mode of the present invention. As shown in FIG. 2, first, the first force application unit 10 and the second force application unit 20 are lightly held by the user's thumb and the other four fingers, respectively, and each of the user's hands The bottoms of the corresponding recesses 12 and 22 are pressed by the finger tips, and the user's fingertips extend in the direction of the free ends of the first force application unit 10 and the second force application unit 20. Furthermore, as shown in FIG. 3, by repeating the operations of pressing and releasing the first force application unit 10 and the second force application unit 20, the purpose of training the grip can be achieved. .

  Referring to the second preferred embodiment of the present invention shown in FIGS. 4 to 6, in this preferred embodiment, a further elastic force is provided between the first force applying portion 10A and the second force applying portion 20A. When the body 40A is interposed and the first force application unit 10A and the second force application unit 20A are mutually opposed to reduce the angle value of the depression angle θ, the elastic body 40A is pressed to form the present invention. Enhance the damping effect of the body and strengthen the training effect of the grip strength.

  A first abutment structure 13 and a second abutment structure 23 are provided on the inner surfaces of the first force application unit 10A and the second force application unit 20A, respectively. When the force application unit 20A is mutually opposed to reduce the angle value of the depression angle θ, the first holding structure 13 and the second holding structure 23 hold the elastic body 40A. Provide position control functions.

  In this preferred embodiment, the elastic body 40A is a spherical structure, and the first concave arc portion 14 and the first concave portion 14A are formed on the inner surfaces of the first force application portion 10A and the second force application portion 20A, respectively. A two concave arc portion 24 is further formed, the elastic body 40A is partially received by the first concave arc portion 14 and the second concave arc portion 24, and the first force application portion 10A and the second force are formed. When reducing the angle value of the depression angle θ by mutually opposing the applying unit 20A, it is possible to provide the elastic body 40A of the first force applying unit 10A and the second force applying unit 20A. Strengthen the stop position control function. Besides, by replacing the elastic body 40A having different elastic coefficients, it is possible to function to adjust the damping value of the present invention as a whole, and to expand the scope of application of the present invention.

  With the above structural assembly design, the use and operation of the second preferred embodiment of the present invention will be described as follows. As shown in FIGS. 7 and 8, the gripping method and use method of the second preferred embodiment of the present invention are both the same as the first preferred embodiment described above, but the first force application unit Since the elastic body 40A is further interposed between 10A and the second force application unit 20A, when the user brings the first force application unit 10A and the second force application unit 20A into pressure contact, Since the connecting portion 30 provides a damping effect in synchronization with the elastic body 40A, the second preferred embodiment of the present invention has a more favorable grip than the first preferred embodiment described above. Training efficiency can be provided.

  Another design feature of the present invention is that the consumer softens the cold and stiff existing image as ice to a traditional exercise fitness device.

  Referring to the first preferred embodiment shown in FIG. 1, the first force application unit 10 and the second force application unit 20, which are mutually connected using the connection unit 30, are shell shells intentionally In the second preferred embodiment shown in FIG. 4 to FIG. 6, the spherical elastic elasticity further interposed between the first force application portion 10A and the second force application portion 20A. By considering the body 40A as a pearl produced in a shell, the present invention is not only provided for training in grip strength, but at the same time provides a more lively visual effect. At the point of sale, at the time of sales and display, it can attract the attention of the consumer, and can enhance the consumer's willingness to buy.

  As shown in FIG. 9, according to the elastic body 40B of the different form, the first light application part 10B and the second power application part 20B displayed in the present invention are further combined with the elastic body 40B of the different shape. It can be designed in a pattern such as “), and when it is vividly matched to an actual color, it can be placed as an ornament even when not in use.

  As shown in FIG. 10, the “big bite hot dog” is sold to a convenience store by combining the first force application unit 10C and the second force application unit 20C disclosed in the present invention with the elastic body 40C of the different shape. Such a shape can be designed in such a pattern, and since such a shape has a relatively long axis, unlike the one-hand use mode of each of the above-described embodiments, the first force application portion 10C can be simultaneously performed with both hands. By pressing the second force application unit 20C, it is possible to achieve a double result with a half effort.

10, 10A, 10B, 10C: first force application unit 11: first reinforcing structure 12: recess 13: first abutment structure 14: first concave arc unit 20, 20A, 20B, 20C: second force application unit 21 : Second reinforcement structure 22: recess 23: second abutment structure 24: second concave arc 30: connection portions 40A, 40B, 40C: elastic body θ: depression angle

Claims (5)

A grip having a first force application unit (10), a second force application unit (20), and a connection unit (30),
The connecting portion (30) applies the first force in an integral molding method so as to form an included angle (θ) between the first force applying portion (10) and the second force applying portion (20). The first force application unit (10) and the second force application unit (20) are respectively connected to corresponding one sides of the unit (10) and the second force application unit (20). And a coupling structure (30) for the first force application unit (10) and the second force application unit (20) to be paired with each other. In the case where the angle value of the depression angle (θ) is reduced, a damping effect is provided, and in the case where the first force application unit (10) and the second force application unit (20) return their positions, required The first force application unit (10), the second force application unit (20), and the connection unit (30) are flexible. A grip characterized in that it is made of a material.   A plurality of recesses (12, 22) are provided on the outer surfaces of the first force application portion (10) and the second force application portion (20), respectively. Hand grip.   An elastic body (40A) is further interposed between the first force application unit (10) and the second force application unit (20), and the first force application unit (10) and the second force application unit When the angle value of the depression angle (θ) is reduced by mutually opposing (20), the elastic body (40A) is compressed to enhance the damping effect of the grip and strengthen the training effect of the grip strength The grip according to claim 1 or 2, characterized in that.   A first abutment structure (13) and a second abutment structure (23) are provided on the inner surfaces of the first force application portion (10) and the second force application portion (20), respectively, When the force application unit (10) and the second force application unit (20) are mutually paired to reduce the angle value of the depression angle (θ), the first stop structure (13) and the second A grip according to claim 3, characterized in that the stop structure (23) provides a function of stop position control to the elastic body (40A).   The elastic body (40A) is a spherical structure, and the first concave arc portion (14) and the inner surface of the first force application portion (10) and the second force application portion (20), respectively. A second concave arc (24) is formed, the elastic body (40A) is partially received by the first concave arc (14) and the second concave arc (24), and the first force is generated. In the case where the application unit (10) and the second force application unit (20) mutually face each other to reduce the angle value of the depression angle θ, the first force application unit (10) and the second force application unit A grip according to claim 4, characterized in that it strengthens the function of the in-position control provided to the elastic body (40A) with (20).

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