TWI437965B - Forming structure of enforced the sideward support of hollow articles - Google Patents

Description

Forming structure for reinforcing side support structure of hollow articles

The invention of the present invention is a molding structure for reinforcing the side support structure of the hollow article, which can effectively improve the instability problem caused by the lack of the supporting structure on the side when the space of the upper and lower surfaces of the hollow article increases, and the stability of the hollow article can be effectively improved by the method of the present invention. The hollow article of the invention for reinforcing the side support structure comprises: an upper surface, a lower surface and a hollow article connecting the upper and lower surfaces to form a side surface of the hollow structure, and any surface above (or below) the hollow article Forming at least one recess forming at least one recess, the recess including a surface projected to the opposite surface of the selected area and a support surface surrounding the projection surface, wherein the support surface of the projection surface is from the upper (or lower) Any one of the surfaces extending toward the projection surface and connecting the projection surface, wherein at least one reinforcing side support structure of the support surface of the hollow article projection surface is connected to a side surface connecting the two surfaces to form a hollow structure To form an architect who strengthens the side support of the hollow article.

There are many kinds of hollow items, and they are different because of different design objects. However, the more common and relatively new development items are like air cushions: air cushion shoes, air cushion type protective gear, air cushion type protective gloves, air cushion type grip, air cushion type. Tongues, air-cushioned helmet linings, air-cushioned goggles, etc., and these related air-cushion items generate pressure-damping and shock-absorbing effects in the form of filling pressure, as in the case of the applicant's related research and development: Announcement No. 056985 The cushioning air pressure sole can be adjusted arbitrarily", Announcement No. 064750 "New Inflatable Sole", Announcement No. 081605 "Foldable and Repairable Air Cushion Shoes Air Mat", Announcement No. 095419 "Removable and Adjustable with Inflatable Pump Pressure-type inflatable tongue", Announcement No. 123336 "Air cushion shoe cushion with explosion-proof nozzle and bare support design", Announcement No. 134162 "A cushion with air cushion and air conditioning in the shoe and its air-conditioning shoes" , Announcement No. 145300 "Buffering parts with single-sided recess and three-dimensional support structure and their combined structure", Announcement No. 149665 "Regulating inflating with inflatable pump Tongue, Announcement No. 151301, "A cushioned body with three-dimensional support and cushioning effect", Announcement No. 152431, "Inflatable, liquid-adjustable weight, elastic and wall-shocking grip", Announcement No. 154057 "Container with waterproof and adjustable cushioning performance", Announcement No. 160500 "Hydraulic cushioning system with side and three-dimensional support structure and structural design of adjustable cushioning", Announcement No. 165426 "with three-dimensional support and cushioning "Air cushion grip for performance", Announcement No. 168252 "Combined air cushion unit body and its structural structure", Announcement No. 173484 "Improved cushion", Announcement No. 179822 "Buffer with one-sided pocket and three-dimensional support structure Guards and their combined structures", Announcement No. 184346 "Cushion guards with one-sided recesses and three-dimensional support structures and their combined structures", Announcement No. 312912 "Buffer guards with one-sided pockets and three-dimensional support structure And its combined structure", Announcement No. 315306 "Wheel structure of wheeled skates", Announcement No. 316225 "Air cushion structure of three dimensions", Announcement No. 316226 "Assembled sports shoes Announcement of 318,139 No. "Buffer sub air cushion", Bulletin No. 320555 "Stereo air cushion with three-dimensional three-dimensional space", Announcement No. 321596 "Cushion cushion", Announcement No. 360081 "Improvement of cushioned protective gear", Announcement No. 394675 "Automatic Inflatable Air Cushion" and Announcement No. 410663 "Air Cushion Glove" and so on.

The relevant air cushion objects are designed according to the object to be used and the volume: the inflatable adjustment type and the airtight adjustment type; in other words, the air cushion design is designed to be inflated on the air cushion object which is allowed in the space and can be filled at any time. Components (such as gas nozzles, pumps, etc.), and inflated components are not designed on air cushion objects where space is not permitted or does not require additional pressure adjustment; due to the air retention of the air cushion body and the permeability of the filling medium is directly related to the pressure Therefore, for air cushion objects that cannot adjust the replenishing pressure, high air retention and low permeability are required, so as to obtain a long storage pressure in the air cushion.

However, it turns out that under the premise of excellent cushioning elasticity, comfort, shock absorption, light weight and other products, the thickness of the material of the air cushion is limited, and the gas retention of the material cannot reach 100%. The low permeability of the filling medium can not reach the point of no penetration. Therefore, the unadjusted air cushion object will gradually become less effective due to the leakage of pressure after a period of time, especially when the space between the upper and lower surfaces of the hollow article increases, the side lacks the instability problem caused by the support structure, and when the pressure is insufficient, It is obvious.

Nowadays, the creators of this case have specially developed this and developed an ideal and practical "formation structure for strengthening the side support structure of hollow articles" on the side stability of hollow objects. By means of this method and related design, hollow The object is effective in improving the side stability. The hollow article of the enhanced side support structure of the present invention comprises an upper surface, a lower surface and a hollow article connecting the upper and lower surfaces to form a side surface of the hollow structure, and at least any surface above (or below) the hollow article a selected area, forming at least one recess, the recess including a surface projected to the opposite surface of the selected area and a support surface surrounding the projection surface, wherein the support surface of the projection surface is from the upper (or lower) Any surface orientation The projection surface extends and connects the projection surface, wherein at least one reinforcing side support structure of the support surface of the hollow object projection surface is connected with a side surface connecting the two surfaces to form a hollow structure to form a reinforced hollow The architect of the side support of the item.

The focus of this project, "A Forming Structure for Strengthening the Side Support Structure of Hollow Objects", is focused on: a molded structure for reinforcing the side support structure of a hollow article, which comprises an upper surface (1), a lower surface (2) and a connection upper and lower sides. The hollow surface (100) of the side surface (3) of the hollow structure is formed by the two surfaces, and at least one selected area of any of the surfaces above (or below) the hollow article (100) forms at least one recess (41) The recess (41) includes a projection surface (4) facing the opposite surface of the selected area and a support surface (5) surrounding the projection surface (4), and the support surface (5) of the projection surface (4) is Any one of the upper (or lower) surface extending toward the projection surface (4) and connecting the projection surface (4) is characterized by at least one reinforcing side of the support surface (5) of the projection surface (4) The support structure (6) is connected to the side surface (3) connecting the two surfaces to form a hollow structure to form an architect for reinforcing the side support of the hollow article.

Please refer to the figure as shown in the figure. This case is based on the example of a sports sole, but it does not limit the use of the case. Any object with a hollow shape, regardless of the shape and use of the object, can be applied by the method of the case. It is also the scope of the rights and interests of the creation of this case, and hereby.

As shown in FIGS. 1 and 2, the hollow article (100) includes an upper surface (1), a lower surface (2), and a hollow article (100) that connects the upper and lower surfaces to form a side surface (3) of the hollow structure. At least one selected area of any of the surfaces above (or below) the hollow article (100) Forming at least one recess (41), the recess (41) including a projection surface (4) in the opposite direction of the selected area and a support surface (5) surrounding the projection surface (4), and the projection surface ( 4) The support surface (5) is extended from the upper (or lower) surface to the projection surface (4) and connected to the projection surface (4), and is characterized by the support of the projection surface (4) The at least one reinforcing side support structure (6) of the face (5) is joined to the side surface connecting the two surfaces to form a hollow structure to form an architect for reinforcing the side support of the hollow article.

Referring to still another embodiment shown in FIGS. 3 and 4, the hollow article (100) of the reinforcing side support structure may be provided with at least one component integrally formed with the hollow article (100) in communication with the interior of the container. The integrally formed component may be a through passage (81), a valve seat (82), an inflating pump body (83), or a connecting passage (84) for retractable movement between the air chambers. The angle between the side surface (3) connecting the upper and lower surfaces to form the hollow structure and the upper (or lower) surface of the support surface (5) extending the projection surface (4) is less than 90 degrees.

Please refer to still another embodiment shown in FIGS. 5 and 6. The hollow article of the reinforcing side support structure may be provided with at least one through passage (7) communicating with the interior of the container, where the inflatable element is disposed ( 8) [such as a press-type pump, a medium air cushion type inflatable pump, etc.], such that the hollow article (100) can fill the pressure in the hollow article (100) via a preset inflatable member (8).

Referring to FIGS. 7 and 8 again, in still another embodiment, any surface above (or below) the hollow article (100) of the reinforcing side support structure may be further joined to a surface reinforcing body (9).

In addition, the surface strengthening body (9) can be preset in the mold during the molding process of the hollow article (100) of the reinforcing side support structure, and has an integrally formed structure. At least one reinforcing body matching surface (10) of the surface reinforcing body (9) is in conformity with a part of the surface of the hollow article (100) of the reinforcing side supporting structure or even further with the projection surface (4) and surrounding the projection surface (4) ) The support surface (5) is the same.

In summary, in this case, the "formation structure of the side support structure for reinforcing hollow articles" is not only a simple and practical use, but also has excellent benefits and value, and is a novel and progressive thought creator.

1‧‧‧ upper surface

2‧‧‧ lower surface

3‧‧‧ side surface

4‧‧‧Projection surface

41‧‧‧ recess

5‧‧‧Support surface

6‧‧‧Strengthening the structure of the side support

7‧‧‧through passage

8‧‧‧Inflatable components

81‧‧‧through passage

82‧‧‧ valve seat

83‧‧‧Inflatable pump body

84‧‧‧ Connection channel

9‧‧‧ Surface Strengthening

10‧‧‧ Strengthening body anastomosis

100‧‧‧ hollow items

Figure 1: This creative embodiment.

Figure 2: The bottom perspective of the creation.

Figure 3: A cross-sectional view of Figure 2.

Figure 4: Another embodiment of the present creation.

Figure 5: A view of yet another embodiment of the present creation.

Figure 6: A view of yet another embodiment of the present creation.

Figure 7: A view of still another embodiment of the present creation.

Figure 8: A view of still another embodiment of the present creation.

2‧‧‧ lower surface

3‧‧‧ side surface

4‧‧‧Projection surface

41‧‧‧ recess

5‧‧‧Support surface

6‧‧‧Strengthening the structure of the side support

7‧‧‧through passage

Claims (26)

A molding structure for reinforcing a side support structure of a hollow article is a hollow article comprising an upper surface, a lower surface and a side surface connecting the upper and lower surfaces to form a hollow structure, and the hollow article is above (or below) At least one selected area of the surface, forming at least one recess, the recess including a surface projected to the opposite surface of the selected area and a support surface surrounding the projection surface, wherein the support surface of the projection surface is supported by the upper surface (or Any of the surfaces of the lower surface extending toward the projection surface and connecting the projection surface, wherein the at least one reinforcing side support structure of the support surface of the projection surface is connected to the side surface of the hollow structure connecting the two surfaces Connected to form an architect that enhances the side support of the hollow article. A side wall of a reinforced hollow article as described in claim 1 A molded structure of a support structure, wherein a side surface connecting the upper and lower surfaces to form a hollow structure is formed by extending from an opposite surface of an upper (or lower) surface of the support surface extending the projection surface. A molding structure for reinforcing a side support structure of a hollow article according to claim 1, wherein any one of the upper and lower surfaces of the hollow structure is a non-flat curved surface having a three-dimensional structure. A molding structure for reinforcing a side support structure of a hollow article according to claim 1, wherein any one of the upper and lower surfaces of the hollow structure is a flat surface having a second space structure. A molding structure for reinforcing a side support structure of a hollow article according to claim 1, wherein the projection surface is a non-flat curved surface having a three-dimensional space structure. A molding structure for reinforcing a side support structure of a hollow article as described in claim 1, wherein the projection surface is a flat surface having a two-dimensional space structure. A molding structure for reinforcing a side support structure of a hollow article according to claim 1, wherein the periphery of the projection surface in the feature is a closed curve of any shape. A molding structure for reinforcing a side support structure of a hollow article according to the first aspect of the invention, characterized in that at least one of the reinforcing side support structures of the projection surface is above (or below) the support surface extending the projection surface. The opposite surface of the surface is connected. A molding structure for reinforcing a side support structure of a hollow article according to claim 1, wherein at least one of the reinforcing side supporting structures of the projection surface is connected to a side surface connecting the upper and lower surfaces to form a hollow structure. By. A molded structure for reinforcing a side support structure of a hollow article as described in claim 1, wherein the hollow structure can be used for a sole. A molded structure for reinforcing a side support structure of a hollow article as described in claim 1, wherein the hollow structure is used for the upper. A molding structure for reinforcing a side support structure of a hollow article according to claim 1, wherein any one of the upper (or lower) surfaces of the hollow structure may be further joined to a surface reinforcing body. A molding structure for reinforcing a side support structure of a hollow article according to claim 12, wherein the surface strengthening system can be preset in the mold during the hollow article molding process of the reinforcing side support structure. A molded structure for reinforcing a side support structure of a hollow article according to claim 12, wherein at least one reinforcing body matching surface of the surface reinforcing body is in conformity with a part of a surface of the hollow article of the reinforcing side support structure. A molding structure for reinforcing a side support structure of a hollow article according to claim 12, wherein at least one reinforcing body of the surface reinforcing body and the surface of the hollow article of the reinforcing side supporting structure and the surrounding surrounding projection surface are supported Face to face. A molding structure for reinforcing a side support structure of a hollow article according to claim 12, wherein at least one reinforcing body matching surface of the surface reinforcing body and a surface, a projection surface and a surrounding surface of the hollow article of the reinforcing side support structure are The support surface of the projection surface is the same. A molded structure for reinforcing a side support structure of a hollow article according to claim 12, wherein the hollow article of the reinforcing side support structure may comprise at least one through passage communicating with the interior of the container. A molded structure for reinforcing a side support structure of a hollow article according to claim 12, wherein the hollow article of the reinforced side support structure comprises an element integrally formed with the hollow article. A molded structure for reinforcing a side support structure of a hollow article as described in claim 18, wherein the integrally formed component is a valve seat. A side of a reinforced hollow article as described in claim 18 The molded structure of the support structure, the integrally formed component is an inflatable pump body. A molding structure for reinforcing a side support structure of a hollow article according to claim 18, wherein the integrally formed component is a connecting passage for retractable movement between the air chambers. A molded structure for reinforcing a side support structure of a hollow article according to claim 18, wherein the hollow article of the reinforced side support structure is an air cushion body of an automatic air cushion. A molded structure for reinforcing a side support structure of a hollow article according to claim 18, wherein the hollow article of the strengthened side support structure is a gas cushion body of a three-dimensional space structure air cushion. A molded structure for reinforcing a side support structure of a hollow article according to claim 18, wherein the integrally formed member comprises at least one through passage that communicates the inside of the container with the open space outside the container. A molded structure for reinforcing a side support structure of a hollow article according to claim 18, wherein the hollow article of the reinforcing side support structure is further combined with a one-way valve. A molded structure for reinforcing a side support structure of a hollow article according to claim 25, wherein the hollow article of the reinforcing side support structure is further combined with an inflating pump body.