CN201153575Y - Structure of shoe nail seat - Google Patents

Abstract

The utility model relates to a spike seat structure, including a disc portion, this disc portion supplies to be installed in the sole face hole, and disc portion central authorities position is equipped with a cavity positioning seat towards sole face below, this positioning seat internal periphery is equipped with spiral portion, and positioning seat outer peripheral edge is equipped with the several locating pieces, the locating piece is by disc portion towards the block of axial extension formation triangle-shaped, this triangle-shaped locating piece, because of it towards axial extension and near the locating seat outer peripheral edge, so a side can supply the card system portion of spike to form good axial positioning, make the locating piece just can cooperate axial human gravity, make the spike can receive fixed can't carry out contrary axial pine to take off really, and be difficult for droing, reach the safety in utilization, and the spike can adopt the shoe spike of habitual use, still has firm axial fixity effect.

Description

Spike Seat Structure

technical field

The utility model relates to a stud seat structure, in particular to a stud seat which can make the positioning block cooperate with the axial force of the body after the studs are combined, so as to achieve the exact positioning of the studs, which can achieve the safety and convenience of use .

Background technique

Known sports shoes, such as golf shoes, are provided with several holes on the sole surface 20, and a spike seat is installed in the hole. Please refer to Fig. 5, Fig. 6, and Fig. 7. The disc part 321, the disc part 321 covers the bottom surface of the hole at the bottom of the shoe, and the central position of the bottom surface of the disc part 321 is provided with a hollow positioning seat 322 downward, the hollow positioning seat 322 is located at the central position of the hole, and the inner periphery of the positioning seat 322 A spiral portion 323 is provided, and the outer periphery of the positioning seat 322 is radially outwardly formed with several radially radially toothed portions 324; wherein each stud seat 32 is used for fixing a stud 33, and the stud 33 includes a chassis portion 331, the chassis portion The central position of the surface of 331 is upwardly provided with a spiral seat 332 that can be screwed into the positioning seat 322, and the chassis portion 331 around the spiral seat 332 is provided with several intervals of clamping parts 333, and each clamping part 333 forms a protrusion toward the spiral seat 332. The edge 334, the flange 334 of each clamping part 333 can be stuck between the two tooth-shaped parts 324 of the spike seat 32, so that the top surface of the chassis part 331 can be as close as possible in the hole on the sole surface, and the bottom surface of the chassis part 331 faces toward the edge. There are several claws 335 extending downward and obliquely outward.

When the spike 33 is to be assembled, the screw seat 332 of the spike 33 is screwed into the hollow positioning seat 322. At this time, the flange 334 of the clamping part 333 will first abut against the bottom surface of the toothed part 324 in the radial direction, so that the screw seat 332 It is impossible to screw into the positioning seat 322 smoothly. At this time, it is necessary to rotate the spike 33 with a tool with a large force, so that the flange 334 of the clamping part 333 expands outwards according to the radial gradient of the outer circumference of the toothed part 324, and then makes the The screw seat 332 can rotate smoothly, and finally the flange 334 of the locking part 333 is snapped into the two toothed parts 324, so that the spikes 34 are locked and radially fixed by the toothed parts 324. It can be seen that the toothed part 324 is related to the locking part. The portion 333 is positioned radially.

When wearing shoes, the weight of the body presses down, and the clamping portion 333 of the stud 33 will expand radially due to pressure, and the flange 334 of the clamping portion 333 after expansion can be smoothly pressed by the side of the toothed portion 324. As a result, the radial blocking force is smaller than the sliding force along the trend, so that the screw seat 332 rotates in the loosening direction, causing the spikes 33 to rotate loosely, thus causing the spikes 33 to fall off easily.

For this reason, the conventional shoe stud seat utilizes the toothed portion 324 to achieve the function of positioning the clamping portion 333 in the radial direction, but just presses down with the weight of the body to offset the clamping effect, and the shoe stud 33 is easy to break away from the shoe spike seat during use. 32. Therefore, there are still some unsatisfactory effects. Therefore, the inventor of the present invention actively seeks a solution for the above-mentioned existing stud seat structure through many years of research and development and manufacturing experience in related industries. After many tests and After improvement, a kind of stud seat structure that can really improve above-mentioned deficiency has been created at last.

Contents of the invention

The purpose of this utility model is to provide a spike seat structure to solve the problem that when the known spike seat structure is combined with the spikes, good radial positioning cannot be formed. When the body weight is pressed down, the spikes will be stuck The radial expansion of the part makes the clamping part easily slide out along the side slope of the toothed part, and the flange of the clamping part slides along the trend, which will make the studs rotate and cause the technical problem of the studs falling off.

Technical features to solve the problem: the utility model is a shoe spike seat structure, which includes a disc part, a hollow positioning seat is provided at the center of one side of the disc part, a spiral part is provided on the inner periphery of the positioning seat, and the outer peripheral edge of the positioning seat is The axially protruding ring on the disc portion of the disc is provided with a number of positioning blocks, the positioning block is close to the outer seat edge of the positioning seat, and the positioning block extends in the axial direction to form a triangular block, the triangular block is an inclined plane and a vertical plane monoclinic triangular block, the top surface of the monoclinic triangular block is a circular arc, the slope of the stud seat is located at the side where the screwed stud flange touches, and the vertical surface of the stud seat is located at the contact side of the loosened stud flange side.

Compared with the effect of the previous technology: the triangular positioning block of the stud seat of the utility model extends in the axial direction, so one vertical surface can be used for the clamping part of the stud to form a good axial positioning, and it is matched with the axial direction of the body. The weight is pressed down, so that the studs can be fixed, so that the studs are not easy to fall off, so as to achieve the safety of use.

About technology, means and effect thereof that the present utility model adopts, hereby give a preferred embodiment and cooperate drawing in detail in the back, believe that the above-mentioned purpose of the present utility model, structure and feature, when can get a deep and specific understanding.

Description of drawings

Fig. 1: is the three-dimensional appearance schematic diagram of the stud seat of the utility model.

Fig. 2: is the three-dimensional exploded schematic view of the stud seat and the studs of the utility model.

Fig. 3 is a three-dimensional schematic diagram of the stud seat and the studs of the utility model.

Figure 4: It is a schematic diagram of the clamping part of the utility model being clamped by the positioning block.

FIG. 4A : is an enlarged schematic view of FIG. 4 .

Fig. 5: It is a three-dimensional exploded schematic diagram of a conventional spike seat and spikes.

Fig. 6: It is the schematic plan view of conventional spike seat and spikes.

Fig. 7: It is the perspective view of the combined state of the conventional shoe spike seat and shoe spikes.

Detailed ways

First of all, please refer to Fig. 1 to Fig. 3, the utility model is a kind of stud holder structure, which is equipped with a stud holder in the hole on the sole surface, and a spike is installed on the stud holder;

The spike seat 12 (shown in Figures 1 and 2) includes a disc portion 121, the central position of the disc portion 121 is provided with a hollow positioning seat 122 toward the bottom of the sole surface, and the inner periphery of the positioning seat 122 is provided with a spiral portion 12. In addition, at the position of the disc part 121 on the outer periphery of the positioning seat 122, several protruding positioning blocks 124 are protruded in the axial direction. The positioning blocks 124 are arranged close to the outer peripheral edge of the positioning seat 122. The block, the triangular block can be a monoclinic triangular block with an inclined plane and a vertical plane, and the top surface of the monoclinic triangular block is an arc. The slope of the stud seat is located on the side where the flange first touches when the stud is tightened, and the vertical surface of the stud seat is located on the side where the flange first touches when the stud is unscrewed.

The studs can be any customary studs. Here is an example to illustrate that the studs 13 (as shown in FIG. 2 ) include a chassis portion 131, and at the central position of the top surface of the chassis portion 131, a screw-in screw-in screw is provided upwards. The screw seat 132 in the positioning seat 122, and the chassis part 131 is positioned at the spiral seat 132 peripheral edge upwards to be provided with several interval clamping parts 133, and each clamping part 133 forms a flange 134 towards the screw seat 132 direction, so that the flange 134 and The vertical surfaces 1241 of the positioning blocks 124 of the spike seat 12 axially abut against each other, and make the top surface of the chassis part 131 close to the holes on the sole surface. In addition, the periphery of the bottom surface of the chassis part 131 faces downwards and extends outwards with several claws 135 .

When assembling the cleat 13, screw the helical seat 132 of the cleat 13 into the hollow positioning seat 122. At this time, the locking part 133 will pass the locating block 124 smoothly along the slope 1242 of the locating block 124, and tighten the cleat 13 on the spike seat 12, so that when the weight of the body is pressed down, the positioning block 124 is used to axially position the flange 134 of the clamping part 133 of the spike 13, so that the flange 134 of the clamping part 133 cannot be rotated counter-axially and out of position Block 124 allows the studs 13 to be firmly fixed.

Through the above-mentioned design, when the spike 13 is to be assembled on the spike seat 12, the screw seat 132 of the spike 13 is screwed into the hollow positioning seat 122, and at this time the clamping part 133 abuts against the slope 1242 of the triangular positioning block 124 (As shown in Figure 2), the screw seat 132 needs a large torque to be completely screwed into the positioning seat 122, so the spike 13 must be rotated with a large force, so that the clamping part 133 can follow the slope 1242 of the triangular positioning block 124 Move, so that the screw seat 132 can be rotated, and then the triangular positioning block 124 is axially clamped between the flanges 134 of the two clamping parts 133, so that the flanges 134 of the clamping parts 133 of the stud 13 are subjected to axial force to match the body axis Fixed towards gravity.

Referring to Fig. 4 and Fig. 4A, when the shoes of the present invention are worn, since the triangular positioning block 124 extends in the axial direction, a vertical surface 1241 thereof can form a good axis for the clamping portion 133 and the flange 134 of the stud 13. To locate, and can cooperate with the axial body weight W, so that the studs 13 can be fixed, so that the studs are not easy to fall off, so as to achieve the safety of use.

The above-mentioned spikes 13 are just an example for illustration, in fact, the conventional spikes that can be axially positioned by the positioning block 124 can all be applicable to the spike holder structure of the present invention.

Claims (1)

1. a receptacle structure is characterized in that, comprising:

One round plate, middle position of this round plate is provided with a hollow positioning seat, this positioning seat inner peripheral is provided with spire, and axially give prominence on the round plate of positioning seat outer peripheral edges and be equipped with several locating pieces, this locating piece is near the outer seat rim of positioning seat, this locating piece has extended to form the triangle block towards axial direction, this triangle block is the monocline triangle block of an inclined-plane and a vertical plane, monocline triangle block end face is a circular arc, the receptacle inclined-plane is positioned at the shoe tack flange that screws and touches side, touches side and the receptacle vertical plane is positioned at the shoe tack flange that unscrews.

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