JP3006410U - Non slip caddy shoes - Google Patents

Abstract

(57) [Summary] [Purpose] The ground can be captured reliably, the fairway and the green are not damaged or slipped, and the bunker allows for firm walking. We provide non-slip caddy shoes that won't fit. [Composition] It has a shoe sole 1 made of rubber, left and right uppers connected by an instep rubber, and an upper decoration attached to the back of the upper and folded back to the surface of the upper and fastened with shoe laces. An annular peripheral portion 3 composed of a peripheral protrusion 4 and a peripheral concave portion 5 and a bottom rubber protrusion 2 having a triangular cross section having a square steep surface and a gentle slope surface, and the orientations of the bottom rubber projections 2 differ by 120 °. It is a non-slip caddy shoe characterized by being a group of protrusions.

Description

[Detailed description of the device]

[0001]

[Industrial field of application]

 The present invention relates to golf caddy shoes.

[Prior art]

 Golf caddies go around the golf course with golf players. Therefore, the caddy shoes worn by the caddy are required to be able to act safely without damaging the golf course or slipping. However, conventional caddy shoes have not been able to fully meet such demands.

[0002]

[Problems to be solved by the device]

 This invention solves the above-mentioned drawbacks of the conventional technology, and can grasp the ground reliably, and without damaging the fairway or the green, without slipping, and with a bunker that allows for firm walking and sand cover. The goal is to provide non-slip caddy shoes where sand does not get inside the shoes.

[0003]

[Means for Solving the Problems]

 In order to solve the above-mentioned problems, the means of the invention as claimed in claim 1 is a shoe sole made of rubber, left and right upper leathers connected by an instep rubber, and shoelaces attached to the back of the upper leather and folded back on the upper surface. The shoe sole is composed of an annular peripheral portion consisting of peripheral protrusions and peripheral concave portions, and a rubber sole with a triangular cross section having a steep rectangular surface and a gently sloping surface. It is a non-slip caddy shoe characterized by being a group of protrusions whose directions differ by 120 °.

According to the means of the invention of claim 2, in the group of protrusions in which the directions of the bottom rubber protrusions differ by 120 °, the steep slope side of one protrusion and the gentle slope side of two protrusions are equilateral triangles. Group consisting of three bottom rubber protrusions facing each other, group B having the same arrangement as group A with each bottom rubber protrusion rotating 180 ° from group A, and group C rotating the arrangement of group A 180 °. And group B consists of group D, which is rotated by 180 °, and is arranged alternately with group A, group B, group A and group B in the vertical direction and group C, group A and group C in the horizontal direction. Further, the non-slip caddy shoes of the above-mentioned means are characterized in that they are alternately arranged in the longitudinal direction with C group, D group, C group and D group.

[0005]

[Action]

 Since the sole of the non-slip caddy shoe of the present invention is made of rubber, the sole plate flexes flexibly, has a small load on the foot even when walking for a long distance, has abrasion resistance, and can be used for a long time. In addition, since it has an annular peripheral part consisting of peripheral protrusions and peripheral recesses around the sole, it firmly captures the ground when stepping on the foot. In addition, a rubber sole is provided on the entire back surface of the shoe except for the peripheral portion, which has a steep slope and a gentle slope. The bottom rubber projections consist of three projections A which face each other by 120 ° in opposite directions, a projection group B obtained by rotating the bottom rubber projections constituting this projection group A by 180 °, and both projection groups A , B, which are rotated by 180 °, are alternately arranged in a staggered pattern, and are alternately arranged in groups A, B, A, B in the vertical direction, and C in the horizontal direction. It is arranged alternately with groups A and C, and alternately with groups C, D, C, and D in the longitudinal direction, so that the rubber projections on the sole frictionally engage the ground in all directions on the entire surface of the shoe sole. Therefore, the ground is secured evenly in all directions and does not slip. Furthermore, since these protrusions are made of rubber and are sufficiently tall, they do not damage grass such as greens. In addition, since the upper is widely covered with instep decoration, it is possible to prevent sand from entering the shoes even if you enter the bunker and put on the sand.

[0006]

【Example】

 An embodiment of a non-slip caddy shoe of the present invention will be described with reference to the drawings. As shown in FIG. 2, the non-slip caddy shoe of the present invention has a sole 1 made of rubber, an upper 9 has a wide upper decoration 6, and a shoelace 7 connects the shoe. FIG. 3 shows the upper 9 of the waist leather 8 with the upper 6 open. Instep rubbers 10 are attached to the left and right upper leathers 9 according to the width of the instep of the foot. The upper 9 is provided with a shoelace hole 11, through which the shoelace 7 passed through the instep ornament 6 is passed through the shoelace hole 11 and the instep ornament 6 is folded back to firmly fix the instep of the foot. The upper 6 is provided with a large number of cuts at the folded back portion so that the upper 6 can be flexed easily and easily when the shoelace 7 is folded back and tied. Further, the wide end of the instep decoration 6 has a notch to form a decorative fold.

Next, referring to FIGS. 1, 4 and 5, the sole 1 of the non-slip caddy shoe of the present invention is shown. The periphery of the shoe sole 1 has an annular peripheral portion 3 formed by alternating peripheral protrusions 4 and peripheral concave portions 5. A rubber sole projection 2 is provided on the entire surface of the shoe sole 1 inside the annular peripheral portion 3. The shape of the bottom rubber protrusion 2 will be described with reference to FIG.

FIG. 4A is a plan view of the bottom rubber protrusion 2. FIG. 4B is a sectional view taken along line XX of FIG. The bottom rubber projection 2 is composed of a square steep surface 13 that rises steeply from the shoe sole rubber base 12, and a square gentle slope surface 14 that gently descends from the projection ridge line 15 and reaches the shoe sole rubber base 12.

FIG. 5 schematically shows an arrangement state in which the bottom rubber projection 2 is arranged on the shoe sole 1. As shown in the same figure, the bottom rubber projections 2 are each a group of three projections. Explaining in the middle vertical column, one set of protrusions A, A, A and one set of protrusions B, B, B below it, and three bases of A below that are repeated. A group of rubber projections 2, and a group of three bottom rubber projections B of B below it and a vertical row are alternately arranged. B of the bottom rubber protrusion 2 is obtained by rotating 180 ° of A. In the left and right vertical columns of the middle vertical column, one set of protrusions C, C, and C and one set of protrusions D, D, and D below it are further repeated. The group consisting of the three bottom rubber projections 2 of C, and the group consisting of the three bottom rubber projections 2 of D thereunder and the vertical rows alternate. Then, the first group of C and the first group of D are arranged by rotating the first group of A and the first group of B by 180 °, respectively.

As described above, the bottom rubber projections 2 of the shoe sole 1 are alternately changed in directions by multiples of 60 ° so that moments are applied in all directions.

[0011]

[Effect of device]

 As described above, the non-stop caddy shoe of the present invention is a rubber shoe sole, which has an annular peripheral portion formed by alternating peripheral protrusions and peripheral recesses, and the rubber protrusion on the bottom is omnidirectional. It is oriented so that it exerts force on the ground and holds the ground firmly on the fairway, greens, bunkers and roughs of the golf course and does not slip. Also, it does not damage the grass such as greens gently. In addition, because of the instep decoration, sand does not get inside the shoes, which has an unprecedented effect.

[Brief description of drawings]

FIG. 1 is a view showing a sole of a non-stop caddy shoe of the present invention.

FIG. 2 is a perspective view of the non-stop caddy shoe of the present invention.

FIG. 3 is a perspective view for explaining the instep decoration of the non-stop caddy shoe of the present invention by opening it.

FIG. 4 (a) is a plan view of a bottom rubber protrusion of a shoe bottom of the non-stop caddy shoe of the present invention, and FIG. 4 (b) is a sectional view taken along line XX of FIG.

FIG. 5 is a schematic explanatory view of a rubber sole on a sole of a non-stop caddy shoe of the present invention.

[Explanation of symbols]

 1 shoe sole 2 sole rubber protrusion 3 annular peripheral portion 4 peripheral protrusion 5 peripheral concave portion 6 instep decoration 7 shoelace 8 waist leather 9 upper leather 10 upper retaining rubber 11 shoelace hole 12 shoe sole rubber base 13 steep slope 14 14 gentle slope Surface 15 Protrusion ridge line A Protrusion group belonging to group A B Protrusion group belonging to group B C Protrusion group belonging to group C D Protrusion group belonging to group D

Claims (2)

[Scope of utility model registration request] 1. A shoe sole made of rubber, left and right uppers connected by an instep rubber, and an upper decoration attached to the back of the upper and folded back on the upper surface and fastened with shoe laces. , An annular peripheral part consisting of peripheral protrusions and peripheral recesses, and a bottom rubber protrusion with a triangular cross section having a square steep surface and a gentle slope surface,
A non-slip caddy shoe, characterized in that the bottom rubber projections are projections having different directions by 120 °. 2. A group of protrusions in which the directions of the bottom rubber protrusions differ by 120 ° are three bottom rubbers in which the steep slope side of one protrusion and the gentle slope side of two protrusions face each other in an equilateral triangle shape. A group consisting of protrusions, and each bottom rubber protrusion is A with the same arrangement as the A group.
The arrangement of the group B and the group B rotated 180 ° and the group A is 18
C group rotated 0 ° and group B arranged 180 ° rotated D
Groups, which are arranged alternately in the vertical direction with groups A, B, A, and B, alternately with groups C, A, and C in the horizontal direction, and groups C, D, C in the vertical direction. The non-slip caddy shoes according to claim 1, wherein the non-slip caddy shoes are arranged alternately with groups and groups D.