TWM504539U - Socks wearing structure - Google Patents

Description

Socks structure

The present invention is a sock device structure, in particular, a device having a dilator for a sock sleeve, which can be extended by a handle to open the dilator and the sock, so that the opened socks are easy to wear.

For workers who are often standing or sedentary for a long time, because the blood is stored in the legs for a long time, it is easy to cause varicose veins and aching feet. Therefore, high-risk professional teachers such as teachers and nurses usually choose to wear elastic socks. Solve this problem.

The elastic stockings reduce the pressure upwards with the ankles as the standard. The blood can be effectively pressed from the ankles to the thighs to improve blood circulation, which not only enhances muscle contraction and vascular support, but also improves the stovepipe effect and blood return speed for health care purposes. . However, the functionality produced by the tight-fitting effect of the elastic socks is a problem that is not easy to wear when used, which is a common problem faced by many users.

After all, the elastic socks that protect the feet in a tight-fitting manner are designed with high tension, especially when the elastic socks are worn to the ankles, and they need to be pulled hard to be put on smoothly, which is often insufficient for female users. More difficult.

In view of the above problems, the creator deeply believes that the use of elastic socks must have an auxiliary structure in order to achieve the purpose of easy wearing, so he is actively researching his creative design. Improvements, under the careful consideration of various conditions, finally create the composition of this structure, will completely solve the problem of the use.

The present invention relates to a stocking structure, which mainly comprises a rack with a rail attached to the grip and a frame fixing plate which is expanded by the grip, a gear which is pivotally engaged by the frame fixing plate to mesh the rack, and a two-half arc type. The downwardly extending foot of the dilator is pivotally disposed on the frame-shaped fixing plate, wherein the handle is coaxially pivoted with the gear and meshed with the gear via the one-way tooth, and meshes with one side of the gear to be unidirectionally linked by the release handle The tooth is inserted, and the top end of the rack is pivotally connected to the top of the foot of the expander via the two pivoting plates. The operation of repeatedly pressing the handle through the handle causes the one-way tooth to continuously push the gear to rotate and push up the rack and the support. The dilator is opened, so that after implementation, the following effects can be achieved: since the dilator of the present invention can be continuously extended by repeated pressing of the handle, the elastic stockings placed on the dilator can follow the handle The operation is easily extended to a width suitable for wearing, so that the user's foot is worn through the dilator, and the elastic socks are worn on the legs by the lifting action of the dilator to achieve the purpose of easy wearing.

In addition to being applicable to the wearing function of the elastic stockings, the stocking structure of the present invention is also very suitable for elastic bandages for medical use, and can be used for the elastic bandages of the expander after the dressing is well applied to the patient's limb wounds. The opening operation can avoid the pressure unevenness caused by the artificial expansion of the elastic bandage, and can directly penetrate the limb into the dilator when wearing the elastic bandage, and wear the elastic bandage to the limb to avoid the elasticity. Unnecessary friction between the bandage and the wound causes pain.

1‧‧‧ grip

11‧‧‧Frame type fixing plate

2‧‧‧ rack

21‧‧‧ pivot board

3‧‧‧ Gears

4‧‧‧Expander

41‧‧‧ feet

5‧‧‧Hands

51‧‧‧ one-way tooth

6‧‧‧ release handle

61‧‧‧ one-way card teeth

62‧‧‧Press

10‧‧‧Socks

The first picture: the structure of the creation.

The second picture is a schematic diagram of the operation of this creation.

The third picture: one of the operational reference pictures of this creation.

The fourth picture: the second reference to the operation of this creation.

The fifth picture: the third of the operation reference diagram of this creation.

In order to enable your reviewers to clearly understand the structural composition of the creation and the functional benefits that can be achieved, the rest will be accompanied by a diagram to illustrate the examples, and the detailed description will be as follows: This creation is a structure of a stocking machine, mainly including a The rack 2 attached to the grip 1 and the frame-shaped fixing plate 11 which is expanded by the grip 1, the gear 3 pivotally connected to the frame-shaped fixing plate 11 to mesh the rack 2, and the two-half arc-shaped dilator 4 The downwardly extending footrest 41 is pivotally disposed on the frame type fixing plate 11 (as shown in the first figure), wherein the one-way tooth 51 which is coaxially disposed with the elastic handle 5 and the gear 3 and elastically disposed via the handle 5 is provided. The forward normal state meshes with the gear 3 (please refer to the third figure), and engages the one-way latch 61 that can be swung by the release handle 6 on the side between the axis of the relatively one-way tooth 51 and the gear 3 to elastic normal state. The gear 3 is prevented from being reversed, and the top end of the rack 2 is pivotally connected to the top end of the two legs 41 of the expander 4 via the two pivoting plates 21 to complete the structural composition of the stocking device 10.

Therefore, in the implementation of the present invention, the elastic stockings (or elastic bandages) can be first put on the expander 4 in the merged state, and then the pressing of the handle 5 relative to the grip 1 can be performed to promote the one-way of the handle 5. The tooth 51 pushes the gear 3 in the forward direction to push up the rack 2 (as shown in the second and third figures), and rotates the one-way latch 61 along the gear 3 during the rotation of the rack 3 to drive the rack 2 While sliding, the pusher 2 pushes the dilator 4 to open, while the slide is released. When the hand 5 is reset by its elastic force, the one-way latch 61 can prevent the gear 3 from being reversed, and the one-way tooth 51 can be pushed out by sliding along the tooth surface of the gear 3, so that the handle 5 can be smoothly reset and the tooth is ensured. The strip 2 does not fall unexpectedly and causes the dilator 4 to close again (and can form a force that supports the elastic stockings to maintain the distraction), so as long as the action of pressing the handle 5 is repeated, the expander 4 can be continuously opened to reach the elastic stockings. (or elastic bandage) for the purpose of continuous expansion, so that the user's foot is worn through the dilator 4, and then the elastic socks are worn on the foot and the calf by the lifting action of the dilator 4 (this can be removed) The stocking device 10) achieves an easy wearing effect.

Therefore, in addition to being used for the purpose of wearing and wearing the elastic stockings, the present invention is also suitable for elastic bandages for medical purposes. After the dressing of the patient's limb wounds, the expander 4 is used for the elastic bandage. The sleeve sleeve and the opening operation can avoid the problem of uneven pressure caused by the way of artificially stretching the elastic bandage, and can directly feed the limb into the dilator when wearing the elastic bandage, and the elastic bandage is pulled out. The procedure is worn on the limbs to avoid unnecessary friction between the elastic bandages and the wounds, and to cause pain, and to achieve the average pressure of the elastic bandages.

Furthermore, when the dilator 4 in the fully expanded state is to be stowed to the merged state, since one side between the axis of the one-way tooth 51 and the gear 3 is engaged, the one-way card tooth can be swung by the release handle 6 61, so that when the handle 5 is reversely opened relative to the grip 1 by its elastic force, the one-way tooth 51 of the handle 5 is urged toward the outside of the one-way latch 61 and deflected away from the meshing gear 3, Therefore, when the rotation release handle 6 is extrapolated, the one-way latch 61 can be synchronously disengaged from the gear 3 and the one-way tooth 51 can be deflected outward again to form a reversible state of the gear 3, and then the rack 2 can be pushed down. The expansion of the dilator 4 is caused (or the dilator 4 can be combined to cause the rack 2 to be pushed down) to achieve the purpose of collection.

In addition, in order to make the folding operation of the dilator 4 easier, the end of the release handle 6 is provided with a pressing rod 62 corresponding to the path of the handle 5 being opened, and the handle 5 can be opened to the one-way. When the tooth 51 abuts against the outside of the one-way latch 61, the handle 5 can press the pressing rod 62 to synchronously drive the release handle 6 to rotate (as shown in the fourth and fifth figures), so that the user only needs to open the handle 5 The purpose of releasing the handle 6 is linked.

1‧‧‧ grip

11‧‧‧Frame type fixing plate

2‧‧‧ rack

21‧‧‧ pivot board

3‧‧‧ Gears

4‧‧‧Expander

41‧‧‧ feet

5‧‧‧Hands

6‧‧‧ release handle

61‧‧‧ one-way card teeth

62‧‧‧Press

10‧‧‧Socks

Claims (2)

The utility model relates to a stocking device structure, which mainly comprises a rack with a rail attached to the grip and a frame type fixing plate which is expanded by the grip, a gear which is pivotally connected to the frame type fixing plate to mesh the rack, and a two-half arc type The downwardly extending foot of the dilator is pivotally disposed on the frame-shaped fixing plate, wherein a one-way tooth that is coaxially disposed with the elastic force of the elastic handle and is disposed through the elastic force of the handle is meshed with the gear in a normal state, and is relatively unidirectionally dialed. One side of the tooth shaft and the gear can be engaged by the one-way latch of the release handle swinging operation to prevent the gear from being reversed by the elastic normal state, and the two ends of the rack are pivotally connected to the two legs of the expander via the two pivot plates. The top end, the cymbal can be pressed by the handle relative to the grip, causing the one-way tooth of the handle to push the gear to rotate, push up the rack, open the expander of the sleeve elastic stocking, and rotate the rack to drive the rack The one-way card tooth slides along the rotation of the gear, and the one-way toothing system when the release handle is reset can be pushed outwardly along the tooth surface of the gear, so that the handle can be reset and continuously pressed, so as to facilitate The user's foot is worn through the dilator When the handle is inserted into the elastic stocking, and the handle is reversely pulled relative to the grip by its elastic force, the one-way dial of the handle is reliably deflected to the outside of the one-way latch and is disengaged from the meshing gear, so that the rotation is released. When the handle is pushed out, the one-way tooth can be synchronously disengaged from the gear and the one-way tooth can be deflected outward again to form a reversible state of the gear, so as to push the rack down to form a dilator. The stocking device structure according to claim 1, wherein the end of the release handle is provided with a pressing rod corresponding to the path of the handle being opened, and the handle can be opened to the one-way tooth to abut the single When facing the outside of the tooth, the handle can press the pressing rod to synchronously drive the release handle to rotate, and the purpose of releasing the handle can be achieved by pulling the handle open.