TWM449480U - A protection device ofhigh-heeled shoes - Google Patents

Description

High heel guard

This creation is about a high-heeled protective device.

High heels are shoes with a particularly high heel that will make the heel of the person wearing the shoe significantly higher than the toe. Usually the heel is more than 6.35 cm (2.5 inches), which is called high heels. Reasons for wearing high heels include: (1) A curve that extends the calf to the sole of the foot to highlight the line of the calf. (2) Make people straighten their waist and change their walking posture, so that the wearer has a better manner. (3) Make the wearer look tall. (4) Make the legs of the wearer more visually slender. (Note: The above information refers to Wikipedia "high heels", 2012.8.18) However, women who love beauty while wearing high heels have brought sequelae, which may cause lumbar/cervical damage, knee joint disease, ankle sprain, flat feet, and thumb Turning, bunions, sickles and other diseases. In addition, since the strength of high-heeled shoes is concentrated on the hoe and the heel, and the heel of the high-heeled shoes is particularly long and belongs to a cantilever column structure with only one support point, the heel is extremely stressed and easily broken; It is also an anecdote that people often wear when wearing high heels, such as holes in holes or manhole covers. Therefore, how to reduce the negative impact of wearing high heels is a very important issue.

If it is excluded from the indirect protection measures such as the insole in the high-heeled shoes, which are more passive and less effective, the other high-heeled protection devices that are directly improved for the high-heeled shoes are quite suitable. There are still some common shortcomings that need to be improved. The description is shown in Table 1.

The above shortcomings of the conventional high-heeled shoes protection device can be summarized as the following four major types of defects: (1) It is impossible to prevent the subsidence deformation of the high-heeled arch of the high-heeled shoes (Note: Therefore, the human body related diseases caused by the subsidence of the high-heeled arch of the high-heeled shoes may occur. ), (2) has no protective effect on the heel heel which is easy to break, (3) affects the appearance of the heel of the high heel, and (4) has no protective effect on the heel of the high heel which is easy to get into the hole.

This creation is based on the above four major shortcomings of the high-heeled shoes protection device. As follows:

Improvement measures for the shortcomings of "cannot prevent the sunken deformation of the high-heeled arch of the high-heeled shoes": This design uses a strong vertical plate and wing plate design at the bottom of the high-heeled shoes, which not only avoids the subsidence deformation of the high-heeled arch of the high-heeled shoes, but also the human body. Part of the weight is transmitted to the wing of the creation through the arch of the foot, which is then transmitted directly to the floor via the riser. Since the arch of the high heel does not sink and deform, it can avoid the diseases related to the human body caused by the subsidence of the arch of the high heel.

Improvement measures for the shortcomings of "no protection against the heel heels that are easier to break": high heels are extremely long and have a cantilever column structure with only one support point, so the heel is extremely stressed and easy. Breaking; this creation uses the design of the vertical plate and the wing plate at the bottom of the high heel. The vertical side of the vertical plate is tightly coupled with the heel of the high heel, and the lateral support of the vertical plate greatly increases the strength of the heel of the high heel. It can effectively reduce the possibility of heel breakage.

Improvement measures for the shortcomings of "Important to the appearance of the heel of the high heel": The vertical plate and the wing of the creation are all made of a transparent material, so the appearance of the overall shape of the high heel is not affected.

Improvement measures for the shortcomings of "the high heel heel that is easier to get into the hole": This creation uses the design of the riser and the wing at the bottom of the high heel. The lower edge of the bottom anti-slip layer below the riser is located in the high heel. Above the lower edge of the heel, the distance is about 0.5~1.5mm (Note: Considering that the bottom of the heel of the high heel may wear after a period of time). The grounding area at the bottom of the heel is greatly expanded, thus reducing the chance of the heel snapping into a hole such as a drain or manhole cover.

This creation is about a high-heeled protective device that is attached to the bottom of the heel. The main structure of this creation includes four parts: vertical plate, wing plate, bottom anti-slip layer and fixing screws. The vertical plate and the wing plate are all plastic materials with good transparency, good hardness and impact resistance. In addition to effectively supporting the high-heeled shoes, the transparency is good, so the shape of the high-heeled shoes is not affected. The bottom anti-slip layer is increased The grip of the high heel and the floor contact surface. The fixing screws are used for fixing the vertical plate and the wing to the high-heeled shoes. In addition to preventing human diseases that may occur due to the subsidence of the high-heeled arch of the high-heeled shoes, this creation can also reduce the possibility of the heel being broken and reduce the chance of the heel snapping into the hole such as the gutter or manhole cover, and greatly increase the chance of the heel. Protective function when wearing high heels.

(10)‧‧‧ High-heeled guards

(11) ‧‧‧ riser

(12)‧‧‧ wing

(13)‧‧‧Bottom anti-slip layer

(14)‧‧‧ fixing screws

(20)‧‧‧ High heels

[Fig. 1] is a perspective view of the appearance of the present invention mounted on high heels.

[Fig. 2] is a perspective view of the structure of the present creation.

Please also refer to Figure 1 and Figure 2. The high heel guard (10) is mounted directly under the heels (20). The main structure of the high-heeled guard (10) includes four parts: a vertical plate (11), a wing plate (12), a bottom anti-slip layer (13) and a fixing screw (14). The shape of the riser (11) is matched with the space under the high heel (20), and the shape is slightly triangular; the top of the riser (11) is coupled with the arch of the high heel (20); the vertical side of the riser (11) is with the high heel ( 20) The heel is connected; the bottom of the riser (11) almost reaches the floor. The riser (11) at the joint with the high heel (20) arch portion is provided with a wing plate (12) on each of the left and right sides to reduce the stress on the arch portion and to strengthen the vertical plate (11). effect. The bottom of the riser (11) is provided with a bottom anti-slip layer (13) on the floor contact surface to increase the grip of the high-pressure (20) and the floor contact surface. The riser (11) and the wing (12) are integrally formed and transparent plastic members, which are light in weight and have a very limited weight increase. The vertical plate (11) and the wing plate (12) are first adhered to the underside of the high-heeled shoes (20) with an adhesive, and are fixed to the high-heeled shoes (20) with a plurality of fixing screws (14). With the strong structure of the high-heeled guard (10), it can not only prevent the human diseases that may occur due to the deformation of the arch of the high heel (20), but also reduce the possibility of the heel being broken and reduce the heel. a machine for a hole such as a gutter or a manhole cover Rate, greatly improve the protective function when wearing high heels (20). In addition, since the riser (11) and the wing (12) are both transparent materials, the overall shape of the high-heeled shoes (20) is not affected.

It can be seen from the above-mentioned examples and the examples shown in the drawings that the present invention has significant novelty and progress compared to the conventional high-heeled protective device, and the technical means used by it is developed by the creator. Therefore, this creation has already met the requirements of the patent, and has applied for it according to law, and has prayed for the establishment of the legal patent right.

The present invention has been disclosed above in the specific embodiments, but the specific embodiments disclosed therein are not Used to limit this creation. Anyone who is familiar with this art can make various changes and refinements without departing from the spirit and scope of this creation; the related changes and retouchings are all in the scope of this creation. The scope of protection of this creation should be applied as described later. The scope defined by the patent scope shall prevail.

(10)‧‧‧ High-heeled guards

(11) ‧‧‧ riser

(12)‧‧‧ wing

(13)‧‧‧Bottom anti-slip layer

(14)‧‧‧ fixing screws

(20)‧‧‧ High heels

Claims (5)

The utility model relates to a protective device for high-heeled shoes, which is a protective device installed on the bottom of a high-heeled shoe; the main structure comprises four parts: a vertical plate, a wing plate, a bottom anti-slip layer and a fixing screw; the vertical plate and the wing plate can effectively support the high-heeled shoes; It is placed under the riser to increase the grip of the contact surface between the high heel and the floor; the fixing screw is used to fix the riser and the wing to the high heel. The high-heeled protection device according to claim 1, wherein the riser and the wing are transparent plastic materials. The high heel guard according to claim 1, wherein the riser and the top of the flap are coupled to the arch portion of the high heel. The high heel guard of claim 1, wherein the vertical side of the riser is coupled to the heel of the high heel. The high-heeled shoe protection device according to claim 1, wherein the lower edge of the bottom anti-slip layer is located above the lower edge of the heel of the high heel, and the distance is 0.5 to 1.5 mm.