A CONNECTION TOWER AND CORE STEEL ASSEMBLY STRUCTURE

Abstract

This invention relates to an assembly structure (1) which prevents the core steel (6) used for removing the connecting tower (2) from the mold during the production process of the connecting tower (2) produced by injection molding.

Description

1 TARIFF A CONNECTION TOWER AND CORE STEEL ASSEMBLY STRUCTURE Technical Area 5 This invention relates to the production process of connecting towers manufactured by injection molding. The processing of core steel used for demolding the connecting tower with an assembly structure that prevents it from breaking during use It is related. 10 Previous Technique Plastic tower connectors for assembling plastic parts together. They are frequently used. Connection towers can be shorter or 15 meters high depending on the need. It can be very high, and the height in question varies depending on the region where it is used. Low-height connecting towers are used where the distance between two sections is short. It is essential to use it. The problem here is the connection in plastic injection. the thinness of the steel core that must be used to remove the tower The part broke during mass production, halting production and requiring reconstruction. 20 This is a necessity. This situation, which arises under mass production conditions, leads to increased labor and time. Because it causes losses, nowadays the breaking of spade steel is prevented. Solutions that will pass are needed. United States Act No. US2012074280, regarding the known state of the art. The patent document mentions the assembly system. The patent in question... In the invention described in the document, the mounting structure consists of a clip on the mounting socket. Mounting a mountable part to a supporting part by holding the head section. and at the same time into the mounting hole in the supporting part of the leg It fits securely. The mounting bracket has a guide groove and 30 It includes guide grooves, and the head of the clip is the beam-like first flange section, 2 strip-shaped elastic parts and pressure contact with the ends of guide grooves It includes stopper protrusions that provide protection. The clip is large relative to the mounting slot. When it is desired to shift the material to a certain extent, these stopper protrusions are guide grooves. It is designed to interact with its ends. Brief Description of the Invention The purpose of this invention is to produce coupling towers using injection molding. core steel used for removing the connecting tower from the mold in the process 10 of a connecting tower that prevents breakage during operation It is about creating an assembly structure that uses this. Detailed Description of the Invention The "A Connection Tower and Spade 15" project was carried out to achieve the purpose of this invention. The "Steel Assembly Structure" is shown in the attached figures; these figures are: Figure 1. Perspective of the invention, a connecting tower and core steel assembly structure. It is the appearance. Figure 2. The invention describes a core steel assembly configuration with a connecting tower, in which core 20 It is a perspective view of the steel. The parts shown in the figures are individually numbered, and these numbers... The equivalents are given below: 1. Assembly setup 2. Connecting Tower 3rd Wing Channel 4 5. Space 30 6. Spade steel 3 7. Steel body 8. Nest 9. Nails 10. Projection In the production process of the connecting tower manufactured by injection molding, the connection the core steel used to remove the tower from the mold during the process The subject of the invention is an assembly structure which prevents breakage (1), - at least one connection tower (2), - located on the end of the connection tower (2) that is fixed to the surface to which it will be connected and every 10 at least two wings (3), one of which has a U-shaped channel (4), - located between the surface to which the wings (3) and the connecting tower (2) will be attached and At least one space (5) divided into two separate volumes by the end of the connecting tower (2), -containing at least one slot (8) into which the connection tower (2) can be fixed. to a small steel body (7); under its steel body (7), with its steel body (7) 15 located at a certain distance from each other and the connecting tower (2) at least two nails (9) with a gap between them so that they fit into the space (6) and It is located between the claw (9) and the steel body (7) and provides the connections. By entering the channels (4) of the connecting tower (2), a rigid connection is established with the connecting tower (2). 20 having at least two protrusions (10) which prevent fractures by forming It includes a spade steel (6). The subject of the invention is a connecting tower (2) located in an assembly structure (1) from one end It is fixed to the surface to which it will be attached and at the other end a pin that enters the core steel (6). It has one end in the form of a connecting tower (2), 25 opposite sides on the two sides of its body. two wings positioned almost perpendicularly (3) and each wing (3) It contains a U-shaped channel (4) on it. In the preferred application, the wings (4) and the surface to which the connecting tower (2) will be connected are almost parallel to each other. It is positioned as follows: between the connecting tower (2) and the surface to which it will be fixed. A 30 split into two by the end of the connecting tower (2) where the claws (9) are fixed by entering. There are (5) spaces. 4 The subject of the invention is a core steel (6) connection in an assembly structure (1). It is connected to the tower (2) and there is a socket into which the connection tower (2) is inserted for the connection. (8), two protrusions (10) that enter the channels (4) and two claws that are fixed by sitting in the gap (5) (9) includes. The socket (8) on the steel body (7) connection tower (2) 5 It is in the form of and surrounds the tower. With its claw (9) and steel body (7) in the connection, to prevent them from separating and to strengthen the connection The protrusion (10) is used for this. The protrusion (10) is shorter than the nail (9) Removal of the connecting tower (2) from the injection mold by sitting in the channel (4) While providing this, it prevents the steel body (2) from breaking. Thus, the protrusions 10 (10) thanks to the separation of the core steel (5) from the steel body (7) by the claw (9). This is being prevented. The subject of the invention is the assembly structure of (1) the connecting tower (2) the wings (3) U the creation of channels (4) and consequently the core steel (6) 15 thanks to the strengthening of the core steel (6) by the protrusions (10) that enter the channels (4). This prevents breakage. Thus, labor costs in mass production are reduced. While reducing time losses, this prevents further delays. Around these fundamental concepts, the subject of the invention is "A Connecting Tower with Core Steel 20". Development of a wide variety of applications related to Assembly Structure (1)” It is possible, and the invention is not limited to the examples described here, but is essentially As stated in the requests.

Claims

REQUESTS 1. Connection in the production process of connection towers manufactured by injection molding. the core steel used to remove the tower from the mold during the process 5 that prevents breakage - at least one connection tower (2), - located on the end of the connection tower (2) that is fixed to the surface to which it will be connected and each at least two wings (3), one of which has a U-shaped channel (4), - located between the surface to which the wings (3) and the connecting tower (2) will be attached and At least one space (5) divided into two separate volumes by the end of the connecting tower (2), 10 -containing at least one slot (8) into which the connection tower (2) can be fixed. to a small steel body (7); under its steel body (7), with its steel body (7) located at a certain distance from each other and the connecting tower (2) at least two nails (9) with a gap between them so that they fit into the space (6) and It is located between the claw (9) and the steel body (7) and provides the connections and 15 By entering the channels (4) of the connecting tower (2), a rigid connection is established with the connecting tower (2). having at least two protrusions (10) which prevent fractures by forming an assembly structure (1) characterized by a core steel (6).

2. It is fixed to the surface it will be attached to at one end, and has a spade at the other end. with a connecting tower (2) which has a pin-shaped end that enters the steel (6). An assembly configuration as characterized in Claim 1 (1).

3. Positioned almost perpendicularly to each other on both sides of its body. Connection 25 which includes two wings (3) and a U-shaped channel (4) on each wing (3). an assembly structure as in Claim 1 or 2 characterized by its tower (2) (1).

4. The surface to which the connecting tower (2) will be connected is almost identical to the surface. a 30 like in Claim 3 characterized by wings (4) that extend parallel assembly structure (1). 6 5. The claws (9) located between the connecting tower (2) and the surface to which it will be fixed by entering and being fixed with a gap (5) which is divided into two by the end (2) of the connecting tower. an assembly like any of the above characterized requirements structure (1).

6. It is connected to the connection tower (2) and for the connection the connection tower (2) by entering a socket (8), two protrusions (10) that enter the channels (4) and sitting in the gap (5) The above is characterized by core steel (6) containing two fixed claws (9). an assembly configuration like any of the requests (1).

7. The connecting tower (2) is in the form of a socket (8) surrounding the tower. an assembly like any of the above characterized requirements structure (1).

8. Used in the connection of the claw (9) and the steel body (7), 15 characterized by a protrusion (10) that prevents separation and strengthens the connection. an assembly configuration like any of the above-mentioned requirements (1).

9. Shorter than the nail (9) and sitting on the canal (4) the connecting tower (2) 20 any of the above requests characterized by the obstructing protrusion (10) an assembly structure like one of them (1).

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