TWM542497U - Pressurization type ankle joint protective gear - Google Patents

Description

Pressurized ankle joint protector

This creation is a compression type ankle joint protector, which is mainly composed of a woven fabric with elastic converging force, and is used for pressurizing the ankle joint, supporting the arch of the arch and the Achilles tendon, and achieving the effect of protecting the ankle joint. .

The arch of the human foot can absorb the vibration generated when the body travels. However, if the momentum from the ground is too large or the duration of the force is too long, such as jumping at a high place and running long, it is easy to cause fatigue of the foot muscles. Allowing the foot to carry weight, it is easy to cause the problem of arch collapse, which may cause foot injury such as plantar fasciitis, medial soft tissue strain such as Achilles tendon, and muscle tension of the triceps of the calf.

In addition, ankle sprains are also common foot injuries, mostly caused by movement, walking on uneven ground, or women wearing high heels are also at high risk. Most of the ankle sprains are in the state of plantar flexion (or bottom flexion, meaning instep depression), inversion or internal rotation, causing injury to the lateral ankle ligament, and the best protection when the ankle sprain is injured. It is to stop all activities, or to fix the ankle joint and then moderately perform activities. If the patient is reluctant to act, it means that the ankle joint continues to be injured, and it is easy to recover from incompleteness, leaving a sequela of repeated sprains.

There are many sports socks and ankle brace on the market to protect the ankle joint and the arch. Especially in the inner side corresponding to the bending of the ring joint, there is a design to reduce the restraint, so as not to affect the ankle joint dorsiflexion (meaning the instep is upward). The action of the hook, but in the heel of the heel, the inflammation of the sac sac, the inflammation of the sacral tendon, etc., is not suitable for wearing, but it is necessary to limit the dorsiflexion angle of the foot and moderately heal the injured part. Therefore, how to design the structure of the ankle brace to effectively protect the ankle, arch and achilles tendon, prevent foot injury or wear on weekdays and rehabilitation. It is the problem that the creator wants to solve.

The purpose of the present invention is to provide a compression type ankle joint protector, which has a pressurizing area and an Achilles tendon support portion corresponding to the ankle joint, the heel and the Achilles tendon, which can pressurize the ankle joint. And the pressure support of the arch and the Achilles tendon to protect the ankle joint.

In order to achieve the above object, the artificial ankle joint protector of the present invention is mainly composed of a woven fabric having an elastic converging force, and comprises: an ankle joint covering area, which is cylindrically wrapped around the ankle joint, and includes An Achilles tendon support portion corresponding to the outer portion of the Achilles tendon, and an upper bundle ring surrounding the position of the tibia and the tibia. The top of the Achilles tendon support portion is connected to the upper bundle ring; the arch cover area of the arch is covered with a cylindrical shape. The arch of the foot and the periphery of the foot, the bottom end of the foot is provided with a lower loop around the humerus; a heel cover area is wrapped around the outside of the heel, at the junction of the ankle joint and the arch-covered area, and The bottom end of the achilles tendon support portion is connected with the heel cover region; and a pressurizing portion is disposed between the ankle joint covering region and the arch cover region and has a relatively high elastic force, wherein the pressurizing region The ankle joint pressurizing portion respectively located on both sides of the ankle joint, the instep tightening portion extending from the second ankle joint pressurizing portion toward the instep, and a downwardly extending cover on the arch of the arch by both sides of the tightening portion An arch lifting portion; the arch lifting portion and the instep tightening portion are connected to each other Pressurized like arch and instep confinement in the two ankle portion securable to pressure on both sides of the ankle joint ankle protection.

By creating the elastic converging force of the woven fabric, the creation allows the user to wear close to the outside of the foot and the ankle, and the arching portion of the arch is connected with the tightening portion of the foot to form a loop. The support function reduces the fatigue of the plantar muscles, and the ankle joint compression part can be fastened to both sides of the ankle joint to improve the stability of the ankle joint, avoid ligament injury, and achieve the purpose of protecting the ankle joint.

Hereinafter, an embodiment of each element will be further described. In implementation, the second ankle joint pressurizing portions are arranged in parallel, and a gap is formed between a tip end and an upper bundle ring, and both sides of the Achilles tendon support portion are connected to the ankle joint pressurizing portion. , the ankle joint pressurization portion is fastened to both sides of the ankle joint, and the Achilles tendon branch The struts are stable and do not offset the Achilles tendon support.

When implemented, the elastic contraction force of the pressurizing zone is greater than the arched area of the arch and the covered area of the ankle joint, so that the user feels that the ankle joint and the arch of the foot are under pressure support; The beam force is smaller than the arched area of the arch and the covered area of the ankle joint, so that the heel joint has sufficient ductility to coat the outside of the heel when the ankle joint is active.

Compared with the prior art, the pressurizing area of the pressure-type ankle joint protector can pressurize the ankle joint and pull the support of the arch; the Achilles support can pressurize the Achilles tendon to achieve Protects the ankle joint.

The following is based on the technical means of this creation, and enumerates the suitable for this creation. The implementation method, together with the schema description as follows:

10‧‧‧ Ankle joint area

11‧‧‧Achilles tendon support

12‧‧‧Upper ring

20‧‧‧foot arch covering area

21‧‧‧Lower ring

30‧‧‧Heel Covering Area

40‧‧‧ Pressurized area

41‧‧‧ Ankle compression

42‧‧‧The back of the foot

43‧‧‧Ankle Bow Lifting Department

First picture: The stereoscopic appearance of the creation of this creation.

Second picture: Rear view perspective view of the creation of the creation.

Figure 3: Front view of the creation of this creation.

As shown in the first to third figures, the creative compression type ankle brace is integrally formed of a woven fabric having an elastic converging force, and the elastic converging force of the woven fabric allows the user to wear it while being worn. Foot, sputum periphery.

The pressurized ankle brace includes an ankle joint covering region 10, an arch wrapping region 20, a heel covering region 30, and a pressurizing region 40.

The ankle joint covering region 10 is cylindrical and covers the periphery of the ankle joint, and includes an Achilles tendon support portion 11 corresponding to the outside of the Achilles tendon, and an upper bundle ring 12 surrounding the position of the tibia and the tibia. The top end of the support portion 11 is connected to the upper bundle ring 12, and the bottom end is connected to the heel cover region 30.

The arch cover region 20 has a cylindrical shape and is wrapped around the arch of the foot and the periphery of the foot. The front end is provided with a lower collar 21 surrounding the position of the tibia.

The heel cover area 30 is wrapped around the outside of the heel and is located at the junction of the ankle joint covering area 10 and the arch wrapping area 20.

The pressurizing zone 40 is disposed between the ankle joint covering zone 10 and the arch wrapping zone 20, and the pressurizing zone 40 includes an ankle joint pressing portion 41 arranged in parallel on both sides of the ankle joint, and a second The ankle joint pressing portion 41 extends toward the instep of the instep tightening portion 42 and an arch raising portion 43 extending downward from both sides of the tightening portion to the arch of the arch, the elasticity of the pressing portion 40 The contracting force is greater than the arch cover area 20 and the ankle joint covering area 10, so that the user feels that the ankle joint and the arch are under pressure support. The connection relationship of each part of the pressurizing zone 40 will be described below: The arch lifting portion 43 and the instep tightening portion 42 are connected to each other in an annular shape, and are pressed and bound to the arch of the foot and the back of the foot, so that the arch is pulled and supported, and the second ankle joint is pressed. 41 Fasten the ankle joint on both sides of the ankle joint.

Both sides of the Achilles tendon support portion 11 are connected to the ankle joint pressurizing portion 41, and a distance between the distal end of the second ankle joint pressurizing portion 41 and the upper bundle ring 12 is provided, and the ankle joint pressurizing portion 41 is fastened to the ankle. At the same time as both sides of the joint, the Achilles tendon support portion 11 is stably offset from the Achilles tendon support. Furthermore, the instep tightening portion 42 corresponds to the inner side of the ankle joint curvature, slightly restricting the ankle joint to dorsiflexion, and can assist the Achilles tendon support portion 11 to pressurize the Achilles tendon.

The front end of the arch lifting portion 43 is connected to the lower collar 22, and the rear end is connected to the heel covering region 30. The elastic converging force of the heel covering region 30 is smaller than the arch covering region 20 and the ankle joint. The covering area 10 allows the heel covering area 30 to be sufficiently stretched and stably wrapped around the heel when the ankle joint is moved, thereby avoiding the positional deviation of the arch wrapping area 20 and the ankle joint covering area 10.

The pressurized ankle joint protector can be attached to the outside of the foot and the ankle by the elastic gather force of the woven fabric, and the arch lift portion 43 is connected to the back restraint portion 42. The ring shape provides the function of the arch support, reduces the fatigue of the plantar muscles, and allows the ankle joint compression portion 41 to be fastened to both sides of the ankle joint to improve the stability of the ankle joint and avoid ligament injury. The ankle support portion 11 stabilizes the compression support of the Achilles tendon to achieve the purpose of protecting the ankle joint.

The above description of the embodiments and the drawings are merely illustrative of the preferred embodiments of the present invention, and are not intended to limit the scope of the present invention; any similarity or similarity to the structure, device, and features of the present invention should be Is the creation purpose of this creation and Within the scope of the patent application.

10‧‧‧ Ankle joint area

11‧‧‧Achilles tendon support

12‧‧‧Upper ring

20‧‧‧foot arch covering area

21‧‧‧Lower ring

30‧‧‧Heel Covering Area

40‧‧‧ Pressurized area

41‧‧‧ Ankle compression

42‧‧‧The back of the foot

43‧‧‧Ankle Bow Lifting Department

Claims (3)

A pressurized ankle joint protector is mainly composed of a woven fabric having an elastic converging force, and comprises: an ankle joint covering area, which is cylindrically wrapped around the ankle joint and includes a corresponding to the outer portion of the Achilles tendon The Achilles tendon support portion, and an upper bundle ring surrounding the position of the tibia and the tibia, the top end of the Achilles tendon support portion is connected to the upper bundle ring; the arch cover area is cylindrically wrapped around the arch of the foot and the periphery of the foot. The bottom end is provided with a lower bundle ring surrounding the position of the tibia; a heel cover area is wrapped around the outside of the heel, at the junction of the ankle joint covering area and the arch covered area, and the bottom end of the aforementioned Achilles tendon support portion Connected to the heel cover area; and a pressurization zone spanning between the ankle joint cover area and the arch cover area and having a relatively high elastic force, wherein the pressurization area is respectively located on both sides of the ankle joint An ankle joint pressurizing portion, a fore-side tightening portion extending from the second ankle joint pressurizing portion toward the instep, and an arch-drawing portion extending downwardly from both sides of the tightening portion to the arch of the arch; The ankle arching portion and the instep tightening portion are connected to each other in an annular shape and pressurized to be wrapped around the arch of the foot. Instep, ankle joint so that two pressing both sides of the ankle portion can be fastened to the ankle joint protection. The pressurizing ankle joint protector according to claim 1, wherein the second ankle joint pressurizing portions are arranged in parallel, and a gap is formed between a tip end and an upper bundle ring, and both sides of the Achilles tendon support portion are opposite to each other. The joint pressurization unit is connected. The pressure type ankle joint protector according to claim 1, wherein the elastic contraction force of the pressurizing zone is greater than the arch cover area and the ankle joint covering zone; The beam force is smaller than the arched area of the arch and the covered area of the ankle joint.