TWM508934U - Shoes featuring drainage function - Google Patents

Description

Drainage shoes

The invention relates to a shoe for providing people to wear, in particular to a shoe with drainage function.

For outdoor shoes such as slippers, bathroom slippers or sandals, beach shoes, rubber shoes, etc., it is often the case that the feet are washed, walked through the water area or the feet are wetted by water, and the moisture of the shoes will remain in the shoes. The recessed parts such as the palm area or the heel area cause discomfort when the user wears, and are prone to dust, dirt, odor or bacteria.

In order to solve the problem of drainage of shoes, the relevant industry has developed and designed outdoor shoes with water discharge function. The drainage structure of the existing shoes includes a main channel which is concave and extends substantially along the midline of the sole, and the plurality of channels respectively lead to the main channel and are spaced apart. An inner shunt channel disposed on an inner side of a top surface of the sole, a plurality of outer shunts respectively extending through the main flow path and spaced apart from the outer side of the sole, and each of the inner shunts and the outer shunts are open in a U shape The discharge port is connected to both sides of the sole. In this way, when the shoes are wet with water, the water can pass through the main channel and the inner and outer shunts to drain the water from the sides of the sole, so that the shoes have drainage function.

Although the drainage structure of the existing shoes has been able to make the shoes have a drainage function, due to technical problems, the drainage structure must be on the main line extending from the center line of the top surface of the sole, and the main channel is concave, which may cause the pedal to be worn. The discomfort of the time, and the distribution openings arranged on the sides of the sole of the sole are open, which not only damages the integrity of the appearance of the shoe and affects the comfort of wearing, but also extends across the extension. The outer shunt can damage the structural strength of the shoe, causing the sole to easily break from the inner and outer shunts, seriously affecting the durability of the shoe.

In order to solve the shortage and limitation of the wearing structure of the existing shoes, the main purpose of the present invention is to provide a shoe with drainage function, which is to bend the inner and outer flow passages of the plurality of roads. The arc extension distribution is arranged on the inner side and the outer side of the top surface of the sole, omitting the mainstream track structure of the reference case, and effectively solving various technical problems existing in the existing shoe drainage structure.

The utility model provides a drainage function shoe, which comprises: a sole and a drainage structure disposed on the sole; wherein the sole is divided into an inner arch area and an outer part according to a foot structure corresponding to the human body; An arch region, a palm region and a heel region, the two sides of the sole are an inner side surface and an outer side surface; the drainage structure has a plurality of spaced intervals and is bent from the inner side surface An inner flow passage extending in a direction of a center line of the sole, and an outer flow passage extending from the outer side surface in a curved manner toward a center line direction of the sole, each inner flow passage and each The outer flow passages each have a discharge end and an introduction end adjacent to the midline of the sole, and the discharge end of the inner flow passage is connected to the inner side surface by a submerged inner discharge hole, the outer flow passage The discharge end is electrically connected to the outer side surface by a submerged flow hole.

In the shoe with drainage function, the depth and the width of the inner flow passage and the outer flow passage are gradually deepened and gradually widened from the introduction end toward the discharge end.

In the shoe with drainage function, a part of the adjacent introduction ends of the inner flow passages are in communication; and a plurality of adjacent introduction ends of the outer flow passages are in communication with each other.

The drainage function shoe, wherein a portion of the adjacent discharge end of the inner flow passage is connected to the same inner discharge hole; wherein a portion of the adjacent discharge end of the outer flow passage is connected to The outer drain hole of the same type.

Compared with the prior art, the enhancements obtained by the technical means of the present invention include: 1. The inner and outer flow passages of the present invention are all arranged in a curved manner toward the midline of the sole, and do not have to be in the center line of the sole as in the reference case. The flow path extending front and rear can smoothly drain the liquid on the top surface of the sole through the inner and outer flow passages, and cooperate with the ergonomic design of the top surface of the sole to effectively improve the wearing of the shoes with drainage function. Comfort. 2. The inner and outer flow passages of the present invention are all arranged in a curved arc extension manner, which does not damage the structural strength of the shoe and maintain good durability. 3. The inner and outer flow passages of the present invention are connected to the inner and outer side surfaces of the sole by the inner and outer drainage holes which are penetrating through, so as to effectively maintain the integrity and appearance of the shoe shape, and maintain good. Comfortable to wear. 4. The inner and outer drainage holes of the present invention are distributed on the inner and outer side surfaces of the sole, and when the water is accidentally stepped on, the problem of water infiltration from the bottom surface of the sole can be avoided, and the dryness of the shoes is maintained. Wearing comfort.

A preferred embodiment of the present invention provides a shoe having a drainage function, such as shown in Figures 1 to 4, the shoe comprising a sole 10 and a covered upper 20 coupled to the sole 10, as shown The embodiment is an embodiment of a rubber shoe for use in outdoor wear. Wherein, according to the foot structure of the corresponding human body, the top of the sole 10 is divided to form an inner arch region 11, an outer arch region 12, a palm region 13 and a heel region 14, and both sides of the sole 10 The surface is an inner side surface 15 and an outer side surface 16, and the top surface shape of the sole 10 is ergonomically designed to conform to the contour of the human foot to improve the wearing comfort.

The present invention is provided with a drainage structure 30 for the sole 10, and the drainage structure 30 includes a plurality of spaced apart inner flow passages extending from the inner side surface 15 of the sole 10 in a curved manner toward the centerline direction of the sole 10. 31, and an outer flow passage 32 disposed in a plurality of spaced apart intervals and extending from the outer side surface 16 of the sole 10 toward the centerline direction of the sole 10; wherein each inner flow passage 31 has a side adjacent to the sole The introduction end of the 10 center line and the discharge end of the inner side surface 15 of the sole 10, the depth and the width of each inner flow path 31 are gradually deepened and gradually widened from the introduction end toward the discharge end, and the The discharge end of the inner flow passage 31 is electrically connected to the inner side surface 15 of the sole 10 by a submerged inner discharge hole 33; each outer flow passage 32 has an introduction end adjacent to the center line of the sole 10 and a conduction end. The discharge end of the outer side surface 16 of the sole 10, the depth and the width of each outer flow passage 32 are gradually deepened and gradually widened from the introduction end toward the discharge end, and the discharge end of the outer flow passage 32 is a submerged outer drain hole 34 is electrically connected to the The outer side surface of the bottom 10 of the 16.

In the embodiment shown in FIGS. 1 to 4, the present invention is provided with one of the inner flow passages 31 and one of the outer flow passages 32 in the sole portion 13 and the heel region 14 respectively, and The inner flow passage 31 located in the heel region 14 is in communication with the introduction end of the outer flow passage 32. An inner flow channel 31 is disposed on each of the front and the edge of the inner arch region 11 and the introduction ends of the inner flow channels 31 are in communication with each other. The front and the edge of the outer arch region 12 are respectively provided. One of the outer flow passages 32 and the introduction ends of the outer flow passages 32 are in communication, and a part of the discharge ends of the inner flow passages 31 are merged to be electrically connected to the same inner discharge passage 33. The inner side face 15 of the sole 10, and a portion of the discharge end of the outer flow path 32 merge to communicate to the outer side face 16 of the sole 10 with the same outer drain hole 34.

Each of the inner and outer flow passages 31, 32 of the present invention is disposed in a curved manner extending toward the centerline of the sole 10, and the inner and outer flow passages 31, 32 are distributed to the sole 10 in the most efficient manner. At the top, it is not necessary to provide a recessed flow path extending forward and backward in the center line of the sole as in the reference case, and the liquid on the top surface of the sole can be smoothly drained through the inner and outer flow paths 31, 32. The inner and outer flow passages 31 and 32 of the present invention are all arranged in a curved arc extension manner, and the ergonomic design of the top surface of the sole 10 effectively improves the wearing comfort of the water-dissipating shoe without damage. The structural strength of the shoe. The inner and outer drainage holes 33 and 34 of the present invention are distributed on the inner and outer side surfaces 15 and 16 of the sole 10 to prevent water from penetrating from the bottom surface of the sole 10, thereby effectively maintaining the dryness of the shoe and Comfortable and practical.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the present invention in any way. Any person having ordinary knowledge in the art can use the present invention without departing from the technical features of the present invention. Equivalent embodiments of the novel modifications or modifications made by the novel teachings are still within the scope of the novel features.

10‧‧‧ sole
11‧‧‧Inside arch area
12‧‧‧Outer arch area
13‧‧‧foot area
14‧‧‧foot area
15‧‧‧ inside side
16‧‧‧Outside side
20‧‧ ‧ upper
30‧‧‧Drainage structure
31‧‧‧inside runner
32‧‧‧Outer runner
33‧‧‧Drainage
34‧‧‧Exhaust orifice
90‧‧‧ sole
91‧‧‧Inside arch area
92‧‧‧Outer arch area
93‧‧‧foot area
94‧‧‧foot area
95‧‧‧mainstream
96‧‧‧Internal runner
97‧‧‧Outer runner
98‧‧‧drain

1 is a perspective view of a preferred embodiment of the present invention. Figure 2 is a top plan view of a preferred embodiment of the present invention. Figure 3 is a side plan view of the preferred embodiment of the present invention. 4 is a schematic cross-sectional view of a preferred embodiment of the present invention.

10‧‧‧ sole

11‧‧‧Inside arch area

14‧‧‧foot area

16‧‧‧Outside side

20‧‧ ‧ upper

30‧‧‧Drainage structure

31‧‧‧inside runner

32‧‧‧Outer runner

33‧‧‧Drainage

34‧‧‧Exhaust orifice

Claims (7)

A shoe with a drainage function, comprising: a sole, which is formed according to a foot structure corresponding to a human body to form an inner arch region, an outer arch region, a palm region and a heel region, both sides of the sole An inner side surface and an outer side surface; and a drainage structure disposed on the sole and including: a plurality of spaced apart distributions and extending from the inner side surface in a curved manner toward the midline of the sole The inner flow passage and the outer flow passages which are spaced apart from each other and extend from the outer side surface in a curved manner toward the center line direction of the sole, each inner flow passage and each outer flow passage have a discharge end and a Adjacent to the introduction end of the midline of the sole, the discharge end of the inner flow passage is connected to the inner side surface by a submerged inner discharge hole, and the discharge end of the outer flow passage is arranged with a submerged outer row The flow hole conducts the outer side surface. The shoe having a drainage function according to claim 1, wherein the depth of the inner flow passage and the outer flow passage are gradually deepened from the introduction end toward the discharge end. The shoe having a drainage function according to claim 2, wherein the width of the inner flow passage and the outer flow passage are gradually widened from the introduction end toward the discharge end. The shoe having a drainage function according to any one of claims 1 to 3, wherein a part of the adjacent introduction ends of the inner flow passages are in communication; and a part of the adjacent outer flow passages are connected to each other. through. The shoe having a drainage function according to claim 4, wherein a discharge end of a portion of the adjacent inner flow passages communicates with the same inner discharge hole; a portion of the adjacent outer flow passages The discharge end is connected to the same outer discharge orifice. The shoe having a drainage function according to any one of claims 1 to 3, wherein a discharge end of a portion of the adjacent inner flow passages communicates with the same inner discharge hole; a part of which is adjacent The discharge end of the outer flow passage is connected to the same outer discharge orifice. The shoe having a drainage function according to any one of claims 1 to 3, wherein each of said inner flow passage and said outer side are provided in said sole portion and said heel region a flow channel, wherein the inner side of the inner arch region is provided with an inner flow channel and the introduction ends of the inner flow channel are in communication with each other, at the front and the edge of the outer arch region Each of the outer flow channels is provided and the introduction ends of the two outer flow channels are in communication.