阅读说明：本技术 手腕运动锻炼器 (Wrist movement exerciser ) 是由 韩馨墨 于 2020-07-08 设计创作，主要内容包括：手腕运动锻炼器,其特征在于：包括臂件、磁力接触件和磁力手件。所述臂件对前臂进行限制或约束,使手掌与所述磁力接触件保持一定距离或角度；使用者在所述臂件的限制或约束下,手部持握或配戴所述磁力手件做出摆腕动作时,磁力手件上的磁力区域能够与所述磁力接触件上的磁力区域接触和分离。通过磁性作用力增强手腕摆动的负荷,锻炼手腕运动功能和力量。(Wrist motion exerciser, its characterized in that: comprises an arm piece, a magnetic force contact piece and a magnetic force hand piece. The arm piece limits or restrains the forearm to keep a certain distance or angle between the palm and the magnetic contact piece; under the limitation or constraint of the arm piece, when a user holds or wears the magnetic hand piece to perform wrist swinging motion, the magnetic force area on the magnetic hand piece can be contacted with and separated from the magnetic force area on the magnetic contact piece. The load of the swinging of the wrist is enhanced through the magnetic acting force, and the motion function and the strength of the wrist are exercised.)

1. Wrist motion exerciser, its characterized in that: the device comprises an arm piece, a magnetic force contact piece and a magnetic force hand piece, wherein the arm piece limits or restrains the forearm, so that the palm and the magnetic force contact piece keep a certain distance or angle; under the limitation or constraint of the arm piece, when a user holds or wears the magnetic hand piece to perform wrist swinging motion, the magnetic force area on the magnetic hand piece can be contacted with and separated from the magnetic force area on the magnetic contact piece.

2. The wrist motion exerciser of claim 1, wherein: the hand piece can be held or worn to do wrist swinging movement for at least 1, and at least 1 region which can be attracted by magnetic force or has magnetism is arranged.

3. The wrist motion exerciser of claim 1, wherein: the number of the magnetic contact pieces is at least 1, and each magnetic contact piece is provided with at least 1 area which can be attracted by magnetic force or has magnetism.

Technical Field

The invention is suitable for the calligraphy teaching field, also relates to the learning or training field needing wrist movement and strength, in particular needing wrist movement explosive force, such as the fields of table tennis, basketball, rehabilitation and health care and the like, and particularly relates to a wrist movement exerciser.

Background

In the field of calligraphy teaching, a great variety of copybook courses are developed endlessly, and various writing lattices and writing paper are also innovated continuously, so that the calligraphy teaching is promoted to develop towards more scientific and systematic aspects.

However, the inventor finds that the learning process of writing is not solved by simple teaching materials and lattices, and depends on the writing skill of a writer to a greater extent, a good writing process needs to be realized by the writer through a hand-held writing tool, and the strength and coordination of the finger and the wrist of the writer are more critical factors for realizing good calligraphy learning.

In the writing activities of Chinese characters, more and more people recognize that the horizontal strokes are mainly written by wrists, and the vertical strokes are mainly written by fingers, so that the writing mode of division and cooperation of wrists can better ensure the writing quality and the learning effect, and is the most scientific writing mode.

However, the wrist flexibility of a great number of writers is not good, especially, the wrist flexibility is more obvious for young students, more than half of children can not use the wrist force during writing, the writing is difficult, wrong habits such as pen holding, wrist hooking, palm pressing and the like are caused by writing purely by fingers, the writing quality is seriously influenced, and the writing defect which is difficult to overcome for the whole life is formed.

For the above reasons, there is an urgent need for a device to exercise the exercise ability of the wrist specifically, especially the exercise of the instantaneous explosive force, so that most people can write correctly and efficiently, and the calligraphy teaching is promoted to be continuously innovated on a scientific road. So far, no people have made the above-mentioned attempts in the calligraphy teaching field, and no precedent for reference and reference exists. Also, in some sports fields such as table tennis, basketball, and rehabilitation, there is a need for exercise and rehabilitation of wrist mobility, and more and better technical solutions are needed for realization.

Based on this, the inventor considers that a need exists for a device which can be used for exercising the motion function and strength of the wrist in a targeted manner, especially for explosive force exercise of instant wrist movement, and provides guarantee and support for better learning calligraphy for a writer.

Disclosure of Invention

The technical problem to be solved by the invention is as follows: provides a set of equipment for exercising the motion function and strength of the wrist in a targeted way, in particular to exercise the instantaneous explosive force of the wrist motion.

The technical principle of the invention is as follows: a user holds or wears a hand piece with a magnetic force area, swings the wrist under the condition of limiting the movement of the forearm of the user, so that the magnetic force area on the hand piece is in contact with and separated from other magnetic force surfaces, the load of the wrist swinging action is enhanced by using the magnetic attraction, the muscle and tendon tissues of the wrist are enhanced, the coordination of the strength and the movement of the wrist is enhanced, and the wrist explosive force exercise is carried out by using the characteristic that the magnetic object is separated from the contact surface and the attraction disappears instantly.

The technical scheme of the invention is as follows: a wrist exercise machine includes an arm member, a magnetic force contact member, and a magnetic force hand member. The arm piece limits or restrains the forearm to keep a certain distance or angle between the palm and the magnetic contact piece; under the limitation or constraint of the arm piece, when a user holds or wears the magnetic hand piece to perform wrist swinging motion, the magnetic force area on the magnetic hand piece can be contacted with and separated from the magnetic force area on the magnetic contact piece. The hand piece is at least 1 hand-held or worn to perform wrist swinging motion, and at least 1 region which can be attracted by magnetic force or has magnetism is arranged; the number of the magnetic contact pieces is at least 1, and each magnetic contact piece is provided with at least 1 area which can be attracted by magnetic force or has magnetism.

The invention has the beneficial effects that: the wrist is driven to swing through magnetic attraction, and the load of the swing of the wrist is increased through the resistance generated by the separation of magnetic contact; meanwhile, due to the unique characteristic that the magnetic attraction disappears instantly after being separated from the contact surface, the stimulation to the muscle tendon tissue and the nervous system of the wrist is enhanced, the stimulation is converted into the memory of the nerve and the muscle, the explosive force training can be carried out, and the exercise of the wrist movement is interesting.

Drawings

Fig. 1 is a schematic diagram of an embodiment of the present invention, in which: the arm pieces are of hard plastic folded plate structures; the magnetic contact piece is connected with the arm piece, and the contact surface of the magnetic contact piece is covered with an N pole thin magnet and an S pole thin magnet; the hand piece is in a golden cudgel shape, and the two ends of the hand piece are magnetic force areas with S poles and N poles. Arms; a magnetic force contact element; magnetic hand piece; magnetic force area.

Fig. 2 is a schematic diagram of another embodiment of the present invention, in which: the arm pieces are two wooden cylinders fixed on the desktop; the magnetic contact pieces are two cylinders with iron-coated surfaces subjected to rust prevention treatment; the magnetic force contact piece is a column with magnetism. Arms; a magnetic force contact element; magnetic hand piece; fourthly, the desk top.

Fig. 3 is a schematic diagram of another embodiment of the present invention, in which: the arm pieces are of hard plastic folded plate structures; the magnetic contact piece is connected with the arm piece, and the contact surface of the magnetic contact piece is covered with a thin magnet; the magnetic hand pieces are two, one is iron rust-proof, is provided with a belt which is buckled and can be worn on a palm, the other is provided with a handle, and one end of the magnetic hand piece is provided with a disc-shaped magnetic area (namely an arm piece); a magnetic force contact element; magnetic hand 1; magnetic hand 2.

Detailed Description

In order to facilitate understanding of the present invention, an embodiment of the present invention is illustrated in fig. 1 as an example: an operator holds the magnetic hand piece with the right hand, places the right front arm between the two folding plates of the arm piece, enables the palm coronal plane to face downwards, and conducts left-right wrist swinging action, so that the magnetic force areas at the two ends of the magnetic hand piece are repeatedly contacted with and separated from the magnetic force surface on the magnetic contact piece.

To facilitate understanding of the present invention, an embodiment of the present embodiment is illustrated in fig. 2 as an example: an implementation of this embodiment is illustrated: an operator holds the magnetic hand piece with the right hand, places the right front arm between the two cylinders of the arm piece, and swings the wrist with the palm coronal plane downward, so that the two ends of the magnetic hand piece are repeatedly contacted with and separated from the two cylindrical magnetic contact pieces.

In order to facilitate understanding of the present invention, an embodiment of the present invention is illustrated in fig. 3 as an example: the operator holds or wears the magnetic hand piece with the right hand, and the right front arm is attached to the arm piece right side folded plate, and the palm coronal plane faces downwards to perform left-right wrist swinging action, so that the magnetic force area on the magnetic hand piece and the magnetic force surface on the right magnetic contact piece perform repeated contact and separation actions.

To facilitate understanding of the invention, another embodiment is described that is more suitable for use in the field of table tennis, basketball, and wrist rehabilitation: the arm piece is a square cavity with four surfaces, the four sides of one end of the arm piece are respectively connected with 4 magnetic force contact pieces, the magnetic force hand piece is a glove with magnetic force surfaces, and an operator wears the magnetic force hand piece to do up-down wrist swinging and left-right wrist swinging and respectively make contact with and separate from the magnetic force contact pieces in four directions.

The embodiments of the present invention are intended to further illustrate the technical solutions, and the technical features of the components are simple, and the technical features of the components of the embodiments can be combined arbitrarily without contradiction.

In order to facilitate understanding of the invention, the embodiments are shown in geometric figures, and the construction is intuitive, and in fact, the components may be changed in shape, for example, designed as various cartoon shapes, and there may be intermediate connecting members between the components of the embodiments, which are within the scope of the invention, which is subject to the claims.