Mountain shoe sole with improved grip

Abstract

The utility model relates to the technical field of shoes, especially relates to a mountain climbing shoe sole with good ground gripping and anti -skidding, at least including shoe sole main part, the front arc line shape antiskid cross grain is equipped with in shoe sole front end, the back arc line shape antiskid cross grain is equipped with in shoe sole rear end, the left and right sides of forefoot and rear instep part are equipped with trapezoidal antiskid block, the trapezoidal antiskid block of forefoot is towards forefoot palm, and the trapezoidal antiskid block of rear instep part is towards rear instep palm, the middle part of forefoot is equipped with arrowhead type antiskid block, and the head of arrowhead is towards shoe sole front end, and the middle part of rear instep part is equipped with the arrowhead type antiskid block of the arrowhead direction opposite with the middle part of forefoot arrowhead type antiskid block, the arch part is equipped with brand size mark area and trapezoidal antiskid boss, the side of shoe sole and the both sides of shoe sole front end are all equipped with the wave shape anti -collision strip of the protruding shoe sole main part, and the wave shape anti -collision strip and shoe sole main part form three polygonal hollow anti -collision blocks between. The utility model has the advantages of strong ground gripping, good anti -skid wear -resisting performance etc, and is suitable for complex terrain.

Description

Technical Field

[0001] This utility model relates to the technical field of shoes, and in particular to a hiking shoe sole with grip and anti-slip properties. Background Technology

[0002] Traditional mountaineering boots typically use thick, durable rubber soles, which enhance the wear resistance of the soles but offer weak grip, making them unsuitable for complex terrain. Furthermore, anti-slip designs often involve adding anti-slip patterns or bumps to the soles, resulting in a simple anti-slip structure and poor anti-slip effect. Therefore, there is a need to design a mountaineering boot sole that offers both grip and anti-slip properties. Summary of the Invention

[0003] To address the aforementioned problems, this utility model provides a grippy and slip-resistant hiking shoe sole, comprising at least a sole body, with a forefoot arc-shaped anti-slip rib on the front and a rearfoot arc-shaped anti-slip rib on the rear; trapezoidal anti-slip blocks are provided on both the left and right sides of the forefoot and heel, with the trapezoidal anti-slip blocks on the forefoot and heel facing the heel; an arrow-shaped anti-slip block is provided in the middle of the forefoot, with the arrowhead pointing towards the front of the sole, and an arrow-shaped anti-slip block is provided in the middle of the heel with the arrowhead pointing in the opposite direction to the arrow-shaped anti-slip block in the middle of the forefoot; and a brand size marking area and trapezoidal anti-slip protrusions are provided in the arch area.

[0004] Furthermore, the front arc-shaped anti-slip ribs face the front end of the sole; the rear arc-shaped anti-slip ribs face the rear end of the sole; and there are arc-shaped grooves between adjacent front arc-shaped anti-slip ribs and adjacent rear arc-shaped anti-slip ribs.

[0005] Furthermore, the bottom of the trapezoidal anti-slip block is substantially integrated with the edge of the main body of the sole and is arc-shaped; the shorter waist of the trapezoidal anti-slip block on the forefoot is closer to the front of the sole than the longer waist; the longer waist of the trapezoidal anti-slip block on the heel is closer to the rear of the sole than the shorter waist; a trapezoidal groove is provided on the longer waist of the trapezoidal anti-slip block on the forefoot, and a trapezoidal groove is provided on the shorter waist of the trapezoidal anti-slip block on the heel, with the longer waist of the trapezoidal groove being closer to the edge of the main body of the sole than the shorter waist.

[0006] Furthermore, there are ten arrow-shaped anti-slip blocks in the middle of the forefoot and four arrow-shaped anti-slip blocks in the middle of the heel; each arrow-shaped anti-slip block has a vertical groove in the middle, and each arrow-shaped anti-slip block has an isosceles trapezoidal groove from the tail of the arrow to the middle of the arrow; the isosceles trapezoidal groove is oriented so that the upper base is in the same direction as the head of the arrow; the thickness of the isosceles trapezoidal groove gradually increases from the tail of the arrow to the middle of the arrow.

[0007] Furthermore, the brand size labeling area is located on the inner side of the arch; the trapezoidal anti-slip protrusions are located on the outer side of the arch, and there are five trapezoidal anti-slip protrusions.

[0008] Furthermore, on the left and right sides of the arrow-shaped anti-slip block located at the front of the middle of the forefoot, there is a trapezoidal anti-slip block without grooves. The lower bottom of the trapezoidal anti-slip block is closer to the edge of the main body of the sole than the upper bottom, and the shorter waist is closer to the front of the sole than the longer waist. On the left and right sides of the arrow-shaped anti-slip block located at the rear of the middle of the forefoot, there is a trapezoidal anti-slip block without grooves. The upper bottom of the trapezoidal anti-slip block is closer to the edge of the main body of the sole than the lower bottom, and the shorter waist is essentially integrated with the upper edge of the arch and is arc-shaped.

[0009] Furthermore, two hexagonal anti-slip blocks are provided in the middle of the heel near the lower end of the arch. The hexagonal anti-slip blocks are composed of two trapezoidal anti-slip blocks. The hexagonal anti-slip blocks are symmetrically distributed on both sides of the arrow-shaped anti-slip blocks.

[0010] Furthermore, a drainage groove is formed between adjacent trapezoidal anti-slip blocks; both the drainage groove and the arc-shaped groove extend from the bottom surface of the sole body to the side surface of the sole; both the side surface of the sole and the front sides of the sole are provided with wavy anti-collision strips protruding from the sole body, and the wavy anti-collision strips and the sole body form three hollow anti-collision blocks in the shape of mountain peaks.

[0011] In addition, the sides of the sole and the front of the sole are provided with zigzag anti-collision strips that protrude from the main body of the sole. The zigzag anti-collision strips and the main body of the sole form three polygonal hollow anti-collision blocks.

[0012] The beneficial effects of this technical solution are as follows: 1. The forefoot arc-shaped anti-slip rips face the front of the sole; the rearfoot arc-shaped anti-slip rips face the rear of the sole; and arc-shaped grooves are provided between adjacent forefoot and rearfoot arc-shaped anti-slip rips, forming a strong grip on the ground, making climbing easier and braking smoother on downhill slopes. 2. Trapezoidal anti-slip blocks and grooves are provided on the left and right sides of the forefoot and heel; the trapezoidal anti-slip blocks on the forefoot face the center of the forefoot, enhancing the grip of the forefoot sole, and the trapezoidal anti-slip blocks on the heel face the center of the heel, enhancing the grip of the heel sole, thereby improving the overall grip and anti-slip performance of the sole. 3. Multiple arrow-shaped anti-slip blocks are provided in the middle of the forefoot and heel. These arrow-shaped anti-slip blocks have vertical grooves and isosceles trapezoidal grooves, providing good overall grip and anti-slip performance, while also offering high wear resistance, allowing the sole to adapt to different road surface structures. 4. Trapezoidal anti-slip protrusions on the outer side of the arch provide protection and slip resistance for the arch. 5. Trapezoidal and hexagonal anti-slip blocks without grooves further enhance the grip and slip resistance of the sole. 6. Drainage channels are formed between adjacent trapezoidal anti-slip blocks; these channels and curved grooves extend from the bottom of the sole body to the side of the sole, improving the overall drainage performance and quickly draining water between the sole and the ground. 7. Mountain-shaped hollowed-out anti-collision blocks on the sides and forefoot of the sole provide support and protection at the heel and toe areas where the shoe is prone to rollover. 8. Polygonal hollowed-out anti-collision blocks on the sides and forefoot of the sole effectively protect the toes from impacts and contribute to the stability and safety of the shoe, preventing sprains. Attached Figure Description

[0013] Figure 1 This is a schematic diagram of the main body of the shoe sole of this utility model;

[0014] Figure 2 This utility model is shown in the side view of the women's shoe sole.

[0015] Figure 3 This utility model is shown in the side view of the men's shoe sole.

[0016] Explanation of the attached diagram markings: (1) Front arc-shaped anti-slip horizontal stripe (2) Back arc-shaped anti-slip horizontal stripe (3) Arc-shaped groove (4) First zigzag groove (5) Second zigzag groove (6) Trapezoidal anti-slip block (7) Trapezoidal groove (8) Arrow-shaped anti-slip block (9) Vertical groove (10) Isosceles trapezoidal groove (11) Brand size marking area (12) Trapezoidal anti-slip protrusion (13) Trapezoidal anti-slip block without groove (14) Hexagonal anti-slip block (15) Drainage groove (16) Wavy anti-collision strip (17) Hollowed-out anti-collision block in the shape of a mountain peak (18) Zigzag anti-collision strip (19) Polygonal hollowed-out anti-collision block. Detailed Implementation

[0017] The present invention will now be described in detail with reference to the accompanying drawings and embodiments. However, the content of the present invention is not limited to the following embodiments.

[0018] like Figure 1 The hiking shoe sole shown includes at least a sole body, with four forward arc-shaped anti-slip ribs 1 at the front end of the sole and five backward arc-shaped anti-slip ribs 2 at the rear end of the sole; and arc-shaped grooves 3 between adjacent forward and backward arc-shaped anti-slip ribs.

[0019] The first zigzag groove 4 extends from the front arc-shaped anti-slip ribs to the lower end of the arch; the second zigzag groove 5 extends from the lower end of the arch to the rear arc-shaped anti-slip ribs; the first and second zigzag grooves increase the flexibility of the sole.

[0020] Trapezoidal anti-slip blocks 6 are provided on both the left and right sides of the forefoot and heel. The trapezoidal anti-slip blocks are non-standard trapezoids. The trapezoidal anti-slip blocks on the forefoot face the center of the forefoot, and the trapezoidal anti-slip blocks on the heel face the center of the heel. The bottom of the trapezoidal anti-slip blocks is substantially integrated with the edge of the main body of the sole and is arc-shaped. The shorter side of the trapezoidal anti-slip block on the forefoot is closer to the front of the sole than the longer side. The longer side of the trapezoidal anti-slip block on the heel is closer to the rear of the sole than the shorter side. A trapezoidal groove 7 is formed on the longer side of the trapezoidal anti-slip block on the forefoot, and a trapezoidal groove is formed on the shorter side of the trapezoidal anti-slip block on the heel. The longer side of the trapezoidal groove is closer to the edge of the main body of the sole than the shorter side.

[0021] The forefoot has ten arrow-shaped anti-slip blocks 8 in the middle, with the arrowheads pointing towards the front of the sole. The heel has four arrow-shaped anti-slip blocks in the middle, with the arrowheads pointing in the opposite direction to those in the forefoot. Each arrow-shaped anti-slip block has a vertical groove 9 in the middle, and each arrow-shaped anti-slip block has an isosceles trapezoidal groove 10 from the tail to the middle of the arrowhead. The isosceles trapezoidal groove is oriented so that the top of the groove faces the same direction as the head of the arrow. The thickness of the isosceles trapezoidal groove gradually increases from the tail to the middle of the arrowhead.

[0022] The inner side of the arch is provided with a brand size marking area 11; the outer side of the arch is provided with trapezoidal anti-slip protrusions 12; there are five trapezoidal anti-slip protrusions.

[0023] On the left and right sides of the arrow-shaped anti-slip block located at the front of the middle of the forefoot, there is a trapezoidal anti-slip block 13 without grooves. Its lower bottom is closer to the edge of the main body of the sole than the upper bottom, and its shorter waist is closer to the front of the sole than its longer waist. On the left and right sides of the arrow-shaped anti-slip block located at the rear of the middle of the forefoot, there is a trapezoidal anti-slip block without grooves. Its upper bottom is closer to the edge of the main body of the sole than the lower bottom, and its shorter waist is essentially integrated with the upper edge of the arch and is arc-shaped.

[0024] Two hexagonal anti-slip blocks 14 are provided in the middle of the heel near the lower end of the arch. The hexagonal anti-slip blocks are composed of two trapezoidal anti-slip blocks. The hexagonal anti-slip blocks are symmetrically distributed on both sides of the arrow-shaped anti-slip blocks.

[0025] like Figure 2 As shown, a drainage groove 15 is formed between adjacent trapezoidal anti-blocking blocks; the drainage groove and the arc-shaped groove both extend from the bottom surface of the sole body to the side surface of the sole; the side surface of the sole and both sides of the front end of the sole are provided with wavy anti-collision strips 16 protruding from the sole body, and the wavy anti-collision strips and the sole body form three hollow anti-collision blocks 17 in the shape of mountain peaks.

[0026] like Figure 3 As shown, the sides of the sole and the front sides of the sole are provided with zigzag anti-collision strips 18 that protrude from the main body of the sole. The zigzag anti-collision strips and the main body of the sole form three polygonal hollow anti-collision blocks 19.

[0027] The beneficial effects of this technical solution are as follows: 1. The forefoot arc-shaped anti-slip rips face the front of the sole; the rearfoot arc-shaped anti-slip rips face the rear of the sole; and arc-shaped grooves are provided between adjacent forefoot and rearfoot arc-shaped anti-slip rips, forming a strong grip on the ground, making climbing easier and braking smoother on downhill slopes. 2. Trapezoidal anti-slip blocks and grooves are provided on the left and right sides of the forefoot and heel; the trapezoidal anti-slip blocks on the forefoot face the center of the forefoot, enhancing the grip of the forefoot sole, and the trapezoidal anti-slip blocks on the heel face the center of the heel, enhancing the grip of the heel sole, thereby improving the overall grip and anti-slip performance of the sole. 3. Multiple arrow-shaped anti-slip blocks are provided in the middle of the forefoot and heel. These arrow-shaped anti-slip blocks have vertical grooves and isosceles trapezoidal grooves, providing good overall grip and anti-slip performance, while also offering high wear resistance, allowing the sole to adapt to different road surface structures. 4. Trapezoidal anti-slip protrusions on the outer side of the arch provide protection and slip resistance for the arch. 5. Trapezoidal and hexagonal anti-slip blocks without grooves further enhance the grip and slip resistance of the sole. 6. Drainage channels are formed between adjacent trapezoidal anti-slip blocks; these channels and curved grooves extend from the bottom of the sole body to the side of the sole, improving the overall drainage performance and quickly draining water between the sole and the ground. 7. Mountain-shaped hollowed-out anti-collision blocks on the sides and forefoot of the sole provide support and protection at the heel and toe areas where the shoe is prone to rollover. 8. Polygonal hollowed-out anti-collision blocks on the sides and forefoot of the sole effectively protect the toes from impacts and contribute to the stability and safety of the shoe, preventing sprains.

Claims

1. A grippy, non-slip hiking shoe sole, comprising at least a sole body, characterized in that: The outsole features a forefoot arc-shaped anti-slip tread at the front and a rearfoot arc-shaped anti-slip tread at the back. Trapezoidal anti-slip blocks are located on both sides of the forefoot and heel, with the forefoot blocks facing towards the center of the forefoot and the heel blocks facing towards the center of the heel. An arrow-shaped anti-slip block is located in the middle of the forefoot, with the arrowhead pointing towards the front of the outsole. An arrow-shaped anti-slip block is located in the middle of the heel, with the arrowhead pointing in the opposite direction. The arch area features a brand size marking area and trapezoidal anti-slip bumps.

2. The hiking shoe sole with grip and anti-slip properties according to claim 1, characterized in that: The front arc-shaped anti-slip ribs face the front end of the sole; the rear arc-shaped anti-slip ribs face the rear end of the sole; and there are arc-shaped grooves between adjacent front and rear arc-shaped anti-slip ribs.

3. The hiking shoe sole with grip and anti-slip properties according to claim 1, characterized in that: The bottom of the trapezoidal anti-slip block is substantially integrated with the edge of the main body of the sole and is arc-shaped; the shorter waist of the trapezoidal anti-slip block on the forefoot is closer to the front of the sole than the longer waist; the longer waist of the trapezoidal anti-slip block on the heel is closer to the rear of the sole than the shorter waist; a trapezoidal groove is formed on the longer waist of the trapezoidal anti-slip block on the forefoot, and a trapezoidal groove is formed on the shorter waist of the trapezoidal anti-slip block on the heel, with the longer waist of the trapezoidal groove being closer to the edge of the main body of the sole than the shorter waist.

4. The hiking shoe sole with grip and anti-slip properties according to claim 1, characterized in that: There are ten arrow-shaped anti-slip blocks in the middle of the forefoot and four arrow-shaped anti-slip blocks in the middle of the heel; each arrow-shaped anti-slip block has a vertical groove in the middle, and each arrow-shaped anti-slip block has an isosceles trapezoidal groove from the tail of the arrow to the middle of the arrow; the isosceles trapezoidal groove is oriented so that the upper base is in the same direction as the head of the arrow; the thickness of the isosceles trapezoidal groove gradually increases from the tail of the arrow to the middle of the arrow.

5. The hiking shoe sole with grip and anti-slip properties according to claim 1, characterized in that: The brand size labeling area is located on the inside of the arch of the foot; the trapezoidal anti-slip protrusions are located on the outside of the arch of the foot, and there are five trapezoidal anti-slip protrusions.

6. The hiking shoe sole with grip and anti-slip properties according to claim 1, characterized in that: The arrow-shaped anti-slip block located at the front of the middle of the forefoot has a trapezoidal anti-slip block without grooves symmetrically distributed on both sides. The lower bottom of the trapezoidal anti-slip block is closer to the edge of the main body of the sole than the upper bottom, and the shorter waist is closer to the front of the sole than the longer waist. The arrow-shaped anti-slip block located at the rear of the middle of the forefoot has a trapezoidal anti-slip block without grooves symmetrically distributed on both sides. The upper bottom of the trapezoidal anti-slip block is closer to the edge of the main body of the sole than the lower bottom, and the shorter waist is essentially integrated with the upper edge of the arch and is arc-shaped.

7. The hiking shoe sole with grip and anti-slip properties according to claim 1, characterized in that: Two hexagonal anti-slip blocks are provided in the middle of the heel near the lower end of the arch. The hexagonal anti-slip blocks are composed of two trapezoidal anti-slip blocks. The hexagonal anti-slip blocks are symmetrically distributed on both sides of the arrow-shaped anti-slip blocks.

8. The hiking shoe sole with grip and anti-slip properties according to claim 1, characterized in that: A drainage groove is formed between adjacent trapezoidal anti-slip blocks; the drainage groove and the arc-shaped groove both extend from the bottom surface of the sole body to the side of the sole; the side of the sole and both sides of the front of the sole are provided with wavy anti-collision strips protruding from the sole body, and the wavy anti-collision strips and the sole body form three hollow anti-collision blocks in the shape of mountain peaks.

9. The hiking shoe sole with grip and anti-slip properties according to claim 1, characterized in that: The sides of the sole and the front of the sole are equipped with zigzag anti-collision strips that protrude from the main body of the sole. The zigzag anti-collision strips and the main body of the sole form three polygonal hollow anti-collision blocks.

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