TWM470542U - Pressing structure of shoe-making sole attaching machine - Google Patents

Description

Pressurized structure of shoe press machine (2)

The present invention relates to a pressurizing structure for a shoe press machine, in particular to a molded cushion in a shaped substrate, so that the shaped substrate and the cushion are firmly integrated, and the shaped base is reinforced. The strength of the material is to prevent the molded substrate from being pressed against the shoe body, and the pressurization structure of the bottom press for the shoe is not caused to be cracked.

According to the general process of shoe manufacturing, in order to make the sole and the upper close to match, it is an indispensable step in the sole and the sole of the shoe sole. At present, the bottom press structure used in the industry is, for example, China Patent No. 561832, "Improvement of Shoe Pressing Machine" Patent Case, No. M247040 "Plastic Bottom Machine Pressure Plate Structure Improvement" Patent Case, No. M273990 "Shoemaking Machine Pressure" Patent case for the top press device and the M300052 "side press device for the shoe press machine". In the above patents, whether it is a compression structure at the bottom of the shoe body or a compression structure at the side, the one or several pressure blocks are combined with the corresponding pressure cylinders. However, these bottom-bottom structures still have considerable defects in practical use; because the shoe body itself may vary depending on the men's shoes, women's shoes, children's shoes, and even the shape, plus the shoe body itself is a The structure has an arc curvature. Therefore, when the shoe body is pressed by one or several pressing blocks, the surface of the pressing block may form a gap with the shoe body due to the inability to cope with the curvature of the shoe body, so When the pressure block cannot be completely adhered to the shoe body, the pressure-bonding effect between the shoe body components is not good, and the shoe body components are easy to fall off and separate in the future.

Therefore, in view of the lack of the above-mentioned patents, the applicant of this creation proposes the "pressing pad structure for the bottoming machine for shoemaking" of China's Announcement No. M372647 and the "pressing machine for shoemaking" of China's Announcement No. M382747. the pressing structure (a) ", which is mainly the flexibility of any characteristic shaped substrate side and the number of particles inside thereof with the receiving member through the displacement direction of the force corresponding to the shoe body, when the pressure to push the power source When the pad is pressed against the shoe body, the pressure pad can change the shape of the shoe body to be closely attached to the shoe body, so that the shoe body component has a better pressure bonding effect. However, the applicant of this creation has previously applied for the "Pressure Pad Structure for Shoe Pressing Machines" of M371647 of China and the Pressurized Structure of the Pressing Machine for Shoemaking of China's Announcement No. M382747 (1) "After using the plastic substrate and the shoe body for a period of time, it will be subjected to double friction and compression both internally and externally due to frequent bearing of the external shoe body and the plurality of granular elements installed therein. When the soft shaped substrate and the shoe body are ruptured on one side of the shoe body, the particle elements such as steel balls or sand installed therein are leaked from the rupture of the shaped substrate, and thus, The maintenance and replacement of the pressure pad is frequently performed, which not only increases the maintenance cost, but also causes the suspension of the shoe making operation and reduces the production efficiency.

The reason is that the creator has the pressure structure of the press machine for the shoemaking machine of the shoe-making press machine of the Ms. a) "to have the use of shaping the substrate prone to breakage, resulting in maintenance costs and improve production efficiency and decreased absence, his assistant, manufacturing and design experience and knowledge is the by its many years in the relevant field, and after more than Fangqiao Si, for The pressurization structure of the press machine for the shoemaking machine which was previously applied for was researched and developed, and the creation was created.

The present invention relates to a pressurizing structure for a shoe press machine, the main purpose of which is to provide a molded cushion in a shaped substrate, so that the shaped substrate and the cushion are firmly integrated, and Reinforce the strength of the shaped substrate to prevent the molded substrate from being pressed against the shoe body without causing cracking.

In order to achieve the above-mentioned object, the present inventors have developed a pressurizing structure for a shoe press machine, which is provided with a molded substrate, and has a hollow space inside the molded substrate, and is shaped therein. A cushion is formed in the hollow space of the substrate, and the molded substrate and the cushion are flexible.

The pressurization structure of the press machine for shoemaking according to the above aspect, wherein the pressurization structure of the press machine for shoemaking further comprises a power source, and a shaped base material group is provided with at least two power sources. Transmission section.

The pressurizing structure of the press machine for shoemaking according to the above aspect, wherein the pressurizing structure of the press machine for shoemaking is provided with a plurality of pressing structures, and the pressurizing structure of the plurality of press base presses is Adjacent side by side.

The pressurization structure of the bottom press for shoemaking as described above, wherein the power source is a pressure cylinder.

The pressurizing structure of the press machine for shoemaking as described above, wherein the shaped base material is rubber.

The pressurizing structure of the press machine for shoemaking as described above, wherein the cushion is a silicone rubber.

Therefore, the pressurizing structure of the bottoming machine for shoemaking of the present invention is formed into a cushion of homogeneity in the hollow space of the molded substrate, thereby not only firmly bonding the cushion and the shaped substrate to In one piece, when the molded substrate is pressed against the shoe body, the inner side of one of the shaped base materials is improperly worn, and the strength of the molded base material is further reinforced, so that the molded base material and the shoe body are pressed against one side of the shoe body. , will not occur in the case of friction and cracking.

The pressure structure of the base press for the shoemaking machine of the present invention is such that the molded substrate and the cushion filled therein can be softened and flexed by the molded substrate and the cushion filled therein. It is deformed according to the curved curvature of the shoe body, and since the cushion is a fine structure, when the shoe body is pressed against the shoe body, no gap is generated, and the molded substrate can be closely adhered to the shoe body. Achieve the effect of making the shoe body component a good press fit and setting.

In addition, the pressurizing structure of the base press for the shoemaking system has at least two power sources for each set of the shaped substrate, and the pressurizing structures are arranged next to each other, due to the shaping base of each pressurizing structure. The materials are driven by at least two power sources, so that the shoe body can be increased by the average pressure of the various shaped substrates, and since the pressing structures are arranged next to each other, the dead angle and the gap of the shoe body can be eliminated. Make the curve of the sole after the crimping smoother.

(1)‧‧‧Shaped substrate

(11) ‧ ‧ hollow space

(2) ‧ ‧ cushion

(3) ‧‧‧Power source

(31)‧‧‧Transmission Department

(4) ‧ ‧ bottom press

(41)‧‧‧ Machines

(42)‧‧‧Working area

(5) ‧‧‧Shoe body

The first picture: a sectional view of the pressurized structure of the present creation

The second picture: the perspective view of the pressurized structure of the creation set on the bottom press

The third picture: the partial perspective view of the pressurization structure of the creation set on the bottom press

The fourth picture: the state diagram of the pressure structure of the creation before the bottom pressing operation

Figure 5: State diagram of the pressurized structure of the creation during the bottom pressing operation

In order to make the technical means of this creation and the effect it can achieve, it can be more completely and clearly disclosed. For details, please refer to the following diagrams and drawings:

First of all, please refer to the first figure, which is composed of a molded substrate (1), a cushion (2) and a power source (3). among them:

The shaped substrate (1) is a soft material and has flexibility, and is correspondingly disposed on either side of the shoe body. The shaped substrate (1) is rubber, and the shaped substrate is (1) The interior has a hollow space (11);

The cushion (2) is injection molded to fill the inner hollow space (11) of the shaped substrate (1), and the cushion (2) is made of silicone, which is a soft material and has flexibility;

The power source (3) is a pressure cylinder, so that each shaping substrate (1) is provided with a transmission portion (31) of at least two power sources (3) in each group at the opposite side of the shoe body.

Accordingly, when the assembly is carried out, please refer to the second and third figures, which are to be installed on the machine of the bottom press (4). 41) Both sides, and the pressing structures are adjacent to each other, please refer to the fourth figure. When the soles of the shoe body (5) and the upper of the upper are pressed, the shoe body is 5) placed in the bottoming machine (4), the machine table (41) is located in the working area (42) between the two sides, and then, as shown in the fifth figure, the synchronous driving power source (3) is actuated, The transmission part (31) of the cylinder power source (3) drives the shaping substrate (1) and the cushion (2) connected thereto to feed in the working area (42) so as to be located on the machine table (41). The plastic substrate (1) on both sides is correspondingly pressed against the side of the shoe body (5) to compact the sole of the shoe body (5) with the side of the upper, and when the plastic substrate (1) When pressed against the side of the shoe body (5), the softness of the cushion (2) filled in the molded substrate (1) and its hollow space (11) The plastic substrate (1) and the cushion (2) filled therein are deformed according to the curvature of the shoe body (5), and since the cushion (2) is a fine structure, When the molded substrate (1) is pressed against the shoe body (5), no voids are generated, and the shoe body (5) can be closely fitted, and the molded structure of the present invention is formed by the pressurizing structure. The material (1) corresponds to one of the small sections on the side of the shoe body (5), and each of the shaped substrates (1) is actuated at least by the two power sources (3). (1) and the cushion (2) therein is more evenly pressed on each side of the shoe body (5), and since the pressing structures are arranged next to each other, the shoe body (5) can be eliminated. The dead angle and the gap of the time make the arc of the sole after the crimping smoother, so that the shoe body (5) component can be pressed and fixed well, the strength of the shoe body (5) is increased, and the service life of the shoe is increased.

Furthermore, since the molded substrate (1) and the cushion (2) filled in the hollow space (11) of the present invention are homogenous structures, the injection molding is performed on the shaped substrate (1). The cushion (2) of the hollow space (11) can be firmly integrated not only with the shaped substrate (1), but also when the shaped substrate (1) is pressed against the shoe body (5). The molded substrate (1) is pressed against the inner side of one side of the shoe body (5) to cause improper slip wear, and at the same time, the structural strength of the molded substrate (1) can be specifically reinforced to make the shaped substrate (1) Corresponding to the outer side of one side of the shoe body (5), even if it is frequently pressed against the shoe body (5), the wear and tear will not occur, so that the pressure structure of the present invention can be effectively reduced. The maintenance rate, in turn, makes the shoe-making operation smooth, and further improves the production efficiency and other benefits.

According to the above structure and implementation, the author has the following advantages:

1. The pressurizing structure of the base press for the shoemaking of the present invention is formed by forming a cushion of homogeneity in the hollow space of the shaped substrate, thereby not only solidly integrating the cushion and the shaped substrate into one. When the molded substrate is pressed against the shoe body, the inner side of the molded substrate is improperly worn, and the strength of the molded substrate is further reinforced, so that the molded substrate and the shoe body are pressed against one side. Do not cause friction, cracking, etc.

2. The pressurizing structure of the base press for the shoemaking of the present invention is such that the molded substrate and the cushion filled therein have the softness and flexibility of the molded substrate and the cushion filled therein. It can be deformed according to the curvature of the shoe body, and since the cushion is a fine structure, when the shoe body is pressed against the shoe body, no gap is generated, and the molded substrate can be closely adhered to the shoe body. , to achieve the effect of good fit and adhesion of the shoe body components.

3. The pressurizing structure of the press-making machine for shoemaking of the present invention is such that each of the shaped substrate groups is provided with at least two power sources, and the pressurizing structures are arranged next to each other, due to the shaping of the pressurizing structures. The substrate is driven by at least two power sources, so that the shoe body can be increased by the average pressure of the various shaped substrates, and since the pressing structures are arranged next to each other, the dead angle and the gap of the shoe body can be eliminated. To make the curve of the sole after the crimping smoother.

In summary, the present embodiment can achieve the expected efficacy, and the specific structure disclosed is not only seen in similar products, nor has it been disclosed before the application, and has fully complied with the requirements and requirements of the Patent Law.爰Proposing an application for a new type of patent in accordance with the law, and pleading for a review and granting a patent, it is really sensible.

(1)‧‧‧Shaped substrate

(11) ‧ ‧ hollow space

(2) ‧ ‧ cushion

(3) ‧‧‧Power source

(31)‧‧‧Transmission Department

Claims (6)

A pressurizing structure for a shoe press machine, comprising a shaped base material, and having a hollow space inside the shaped base material, and forming a cushion in the hollow space of the shaped base material; The shaped substrate and cushion are flexible. The pressurizing structure of the bottoming machine for shoemaking according to the first aspect of the invention, wherein the pressurizing structure of the base press for shoemaking further comprises a power source, and a shaped substrate group is provided At least two transmissions of the power source. The pressurizing structure of the bottoming machine for shoemaking according to the second aspect of the invention, wherein the pressurizing structure of the bottoming machine for shoemaking is provided with a plurality of presses, and the plurality of presses for the shoemaking machine are provided. The pressurized structures are arranged adjacent to each other. The pressurization structure of the bottom press for shoemaking according to claim 2, wherein the power source is a pressure cylinder. A pressurizing structure for a shoe press machine according to the first aspect of the invention, wherein the molded base material is rubber. The pressurization structure of the bottom press for shoemaking according to the first aspect of the invention, wherein the cushion is a silicone.