Detachable steel heel with movable linkage.

Abstract

This invention is an innovative heel mounting system designed to make the connection between the shoe sole and the heel adjustable and detachable.

Description

1 TARIFF Detachable steel heel with movable linkage. STATE OF THE ART 5 In the known state of the technique, the connection between the sole and the heel is as follows: It is done. The final step in manufacturing the shoe is attaching the heel. is being done. 10 Standard heels are usually made of plastic material, which allows The joining process is done by screwing and nailing. First, the heel is positioned on the sole of the shoe in the desired position. then a pull screw is inserted from the sole towards the heel The shoe and heel are joined together. 15 Then, nails are hammered into the sides of the screw to attach the heel to the shoe. This prevents rotation and ensures a secure mounting. This system lacks flexibility; disassembly after assembly is complete. In this case, screw and nail holes are seen forming on the heel and sole. Therefore, reassembly is not necessary as the mounting surfaces are damaged. It is not healthy. If reassembled, it will align with the existing holes. Drilling the new holes where the system is weak and the workmanship is challenging. This causes it to happen. This results in an assembly that cannot be disassembled. 25 2 DEFINITION OF INVENTION The present invention aims to eliminate the aforementioned disadvantages and related It was developed to bring new advantages to the technical field. 5 The manufacturing of women's high-heeled shoes is built upon the sole. During shoe making, other materials (leather, lining, glue, etc.) The shoe dimensions change as a result of joining on the sole (7) and hand The involvement of craftsmanship also results in some formal differences. It is inevitable that it will happen. 10 This causes slight differences to appear in each shoe. In the known state of the art, the shoe and heel adapt to these differences. It is brought to its ideal position and filled with screws and nails in that position. The materials are combined by throwing them together. In this case, no prior preparation is required with the current method. 15 The newly designed heel is made of steel. (Image 1) For this reason, the holes on the sole (7-1) and heel (5-1) must be made before assembly. It needs to be ready. (Figure 3) What is meant here is what happens before the heel and the shoe come together. The difficulty lies in mounting it through the pre-prepared holes. 20 (Image 2) It is impossible for these holes to meet each other in the desired position (9). (Image 2) Now, assembly of the connecting holes (5-1) (7-1) on the sole (7) and heel. Let's examine our new design, which was produced ready-made beforehand. (Image 2) 25 In this design, holes are fixed on the sole (7-1) and on the heel. It is printed on a portable tow stamp (5-1). (Image 3) 3 If the holes on the heel were permanently machined, the holes would overlap each other. The connection could only be made in one position, and that was the shoe and It prevented the formal fit between the heels from being achieved. This is not desirable. 5 What is meant here is that the holes in the sole (7-1) are fixed but the holes in the heel The holes (5-1) are movable. (Figure 3) In this way, holes opposite each other (5-1) (7-1) before assembly to achieve the ideal position between the shoe and the heel (9) even if it is open A mobile system has been designed for this purpose. (Figure 2) 10 20 4 DRAWINGS 1- Isometric view of the steel heel piece. 2- Image of the assembled shoe sole and steel heel parts. 3- Cross-section of heel main body, socket plate, movable puller washer and bolts. Image 5 4- Exploded perspective view of the steel heel piece. 5- Heel main body, socket plate, movable puller washer and bolts perspective view EXPLANATION OF THE DETAILS IN THE DRAWINGS 10 (1) HEEL MAIN BODY (1-1) PIN HOLES (2) HEEL COLUMN (3) PIN (4) SOCKET PLATE 15 (4-1) SOCKET OPENING (5) MOBILE PULLING STAMP (5-1) THREADED HOLE (6) BACK COVER (7) SHOE SOLE 20 (7-1) BASE HOLES (8) BOLTS (9) IDEAL ASSEMBLY POSITION DETAILED DESCRIPTION OF THE INVENTION This detailed explanation presents the preferred structure for the invention. The alternatives are presented solely for the purpose of improving the understanding of the subject and not at all. It is explained in a way that will not create a limiting effect. 5 Shoe manufacturing involves combining different materials using handcrafted techniques. The result is achieved. Therefore, each product shows slight differences from one another, these differences... By adjusting the position of the heel on the shoe to the most optimal position. It requires assembly. 10 Standard heels are made of plastic material and are attached using a screw method. They are joined together, meaning there is no prior preparation on the heel. The shoe and heel are positioned correctly for assembly, and the sole is adjusted accordingly. The assembly is completed by inserting screws and nails into the plastic heel. Our new heel design is made of steel, so screwing and nailing takes 15 minutes. It cannot be combined with the method. (Figure 1) Therefore, the mounting holes on the heel must be pre-prepared. But in this case, our mounting points are predetermined fixed holes. because it will be over the ideal position between the heel and the shoe(9) It is not possible to adjust it. (Image 2) 20 For this reason, the mounting holes (5-1) on the heel are movable. is required. (Figure 5) The mobility on the heel side is achieved by using a movable puller (5). is provided. (Image 5) The hole (7-1) on this stamp (5) made in the sole of the shoe (7) measures 25 The corresponding threaded holes (5-1) are ready. (Image 5) 6 The bolts (8) that pass through the holes (7-1) in the sole of the shoe socket passing through the gap in the plate (4-1) to the puller washer located at the bottom (5) reaches. (Image 3) Heel main body (1), heel column (2), connecting pins (3) and socket plate (4) It was welded together to form a single piece. (Image 1) 5 Socket in the center thanks to the pin holes (1-1) being placed on the sides Space has been opened for the plate(4) and the portable towing stamp(5).(Image 5) The bolts (8) passing through the base holes (7-1) and socket gap (4-1) are at the bottom. It reaches the mobile toll stamp. (Image 3) This socket space (4) fits comfortably inside the bolts (8) for positioning 10 It is opened to a width (4-1) in which it can move, so that the heel can move By gaining the ability, it is brought to its ideal position on the shoe (9). (Image 5) With the heel in position (9), 2 bolts (8) are tightened and the movable pull washer (5) Apply pressure to the socket plate (4). (Figure 3) 15 The heel main body (1) and socket plate (4) are joined by welding method. Because of this, the heel pulls the main body (1) to the sole of the shoe (7). It provides a strong mounting. (Figure 3) 25

Claims

7 REQUESTS 1. The subject of the invention is a demountable steel heel with a movable linkage. and its characteristic is; ideal mounting position (9) and demountable connection The parts that make it possible are the pin (3), socket 5 the plate (4), the portable puller stamp (5) together with the heel main body (1), providing the connection between the heel main body (1) and the heel column (2) pin (3), The heel column (2), which is the part of the heel that touches the ground, 10 When the bolts (8) are tightened, the pressure of the portable puller washer (5) the force applied and generated through the heel main body (1) of the shoe socket plate (4) transferring to the base (7), socket space (4-1) in which the bolts (8) move portable 15 with threaded holes (5-1) that correspond to the bolts pull stamp (5), The heel is located on the main body (1) and the rear cover closes the gap. (6) is characterized by having.

2. The main body of a heel attached to claim 1 (1) is characterized by; the sole and 20 with socket plate (4) providing movable connection with heel column It is characterized by having pin holes (1-1) that provide the connection. It is done.

3. A portable puller washer (5) attached to claim 1, its feature is; socket 25 bolts (8) that pass through the gap (4-1) and socket Threaded holes (5-1) located on the underside of the plate (4) It includes.