Rubber sleeve mold filler forming device for cold isostatic press

Abstract

The utility model belongs to the technical field of charging and forming of rubber sleeve molds for cold isostatic presses, and relates to a rubber sleeve mold filler forming device for a cold isostatic press. The rubber sleeve mold filler forming device is provided with a rotating platform, a rolling transmission platform and an electromagnetic vibration platform which are located on the same horizontal plane. The electromagnetic vibration platform is located between the two rolling transmission platforms; the two rotating platforms are located at the outer ends of the two rolling conveying platforms. A hanging basket for placing a rubber sleeve mold is arranged on the rotating platform; the rotating platform drives the hanging baskets to rotate, so that the corresponding rubber sleeve molds are conveyed to the electromagnetic vibration platform facilitating electromagnetic attraction and vibration through the rolling conveying platform. The rubber sleeve mold is adsorbed on an electromagnetic vibration platform, and a stock bin used for filling materials for the rubber sleeve mold is arranged above the electromagnetic vibration platform. According to the rubber sleeve mold conveying device, rubber sleeve molds are conveyed back and forth, manual carrying of the rubber sleeve molds is not needed any more, and the labor intensity of workers is greatly relieved.

Description

Technical Field

[0001] The utility model belongs to the technical field of material filling and forming of a rubber sleeve mould for a cold isostatic press, and in particular relates to a material filling and forming device of a rubber sleeve mould for a cold isostatic press. Background Art

[0002] Cold isostatic pressing equipment is widely used in metallurgical fields such as special ceramics, refractory materials, and composite new materials. It is characterized by the advantages of large bulk density of the formed green body, high bonding strength, and uniform force. The rubber sleeve molds used in cold isostatic pressing are of many varieties, different specifications, and complex shapes. The loading process adopts manual loading. The raw materials are transported from a fixed pallet storage point to the rubber sleeve mold, where workers manually load the materials. They are pounded into shape with a rubber hammer, and the rubber sleeve is bundled and sealed before being transported to the hanging basket for isostatic pressing. Due to the large variety of molds, it will cause chaos on the site, reduce production efficiency, cause serious pollution due to scattered materials on the ground, and the labor intensity is very high, which seriously restricts the expansion of production scale. At the same time, production safety and product quality cannot be effectively guaranteed, and it is not conducive to on-site management and timely delivery to customers. Utility Model Content

[0003] The utility model aims to provide a rubber sleeve mold filling and forming device for a cold isostatic press, which can not only reduce the labor intensity of employees and improve production efficiency, but also prevent the pollution and waste of raw materials.

[0004] The utility model adopts the following technical solutions to achieve the above purpose:

[0005] A rubber sleeve mold filling and forming device for a cold isostatic press, the rubber sleeve mold filling and forming device comprises a rotating platform, a rolling transmission platform and an electromagnetic vibration platform located on the same horizontal plane; the electromagnetic vibration platform is located between two rolling transmission platforms; the rotating platforms are two located at the outer ends of the two rolling transmission platforms; a hanging basket for placing the rubber sleeve mold is provided on the rotating platform; the rotating platform drives the hanging basket to rotate, so that the corresponding rubber sleeve mold is transmitted to the electromagnetic vibration platform for easy electromagnetic attraction and vibration through the rolling transmission platform; the rubber sleeve mold is adsorbed on the electromagnetic vibration platform, and a silo for filling the rubber sleeve mold with stuff is provided above the electromagnetic vibration platform.

[0006] An electromagnetic pulse control system is provided corresponding to the electromagnetic vibration platform.

[0007] The utility model proposes a rubber sleeve mold filling and forming device for a cold isostatic press. The rotating platform, rolling transmission platform and electromagnetic vibration platform are on the same horizontal plane, so that the rubber sleeve mold can be transported back and forth without manual handling of the rubber sleeve mold, which greatly reduces the labor intensity of workers. The production of products by this method has obvious effects in reducing labor intensity, expanding the production team, improving production efficiency and improving the working environment. At the same time, it eliminates the need for employees to use rubber hammers to form, and reduces the quality difference caused by manual arbitrary beating. This production device has a simple structure, is easy to use and operate, is not prone to failure, has low maintenance costs, and is easy to implement. It is suitable for promotion and use in the industry. BRIEF DESCRIPTION OF THE DRAWINGS

[0008] Figure 1 This is a schematic diagram of the structure of this utility model.

[0009] In the figure: 1-rotating platform before feeding, 2-rubber sleeve mold before feeding, 3-rolling transmission platform before feeding, 4-electromagnetic vibration platform, 5-pulse control system, 6-pulse control valve, 7-bin, 8-electromagnetic vibration control system, 9-rolling transmission platform after feeding, 10-rubber sleeve mold after feeding, 11-rotating platform after feeding, 12-hanging basket before feeding, 13-hanging basket after feeding, 14-rubber sleeve mold for feeding. DETAILED DESCRIPTION

[0010] A rubber sleeve mold filling and forming device for a cold isostatic press, the rubber sleeve mold filling and forming device comprises a rotating platform, a rolling transmission platform and an electromagnetic vibration platform located on the same horizontal plane; the electromagnetic vibration platform 4 is located between two rolling transmission platforms; the two rolling transmission platforms are a pre-feeding rolling transmission platform 3 and a pre-feeding rolling transmission platform 9; the rotating platforms are two located at the outer ends of the two rolling transmission platforms, namely, a pre-feeding rotating platform 3 and a post-feeding rotating platform 11; the pre-feeding rotating platform 3 is provided with a pre-feeding hanging basket 12 for placing a pre-feeding rubber sleeve mold 2, and the post-feeding rotating platform 11 is provided with a post-feeding hanging basket 13 for placing a post-feeding rubber sleeve mold 10; the rotating platform drives the hanging basket to rotate, so that the corresponding rubber sleeve mold is transmitted to the electromagnetic vibration platform for easy electromagnetic attraction and vibration through the rolling transmission platform; the rubber sleeve mold is adsorbed on the electromagnetic vibration platform, and a material bin for filling the rubber sleeve mold with stuff is provided above the electromagnetic vibration platform.

[0011] First, the pre-feeding hanging basket 12 is hung on the pre-feeding rotating platform 1, and then the pre-feeding rubber sleeve mold 2 on it is rotated to the pre-feeding rolling transmission platform 3 for mold correction and bottom bundling operations, and then rolled to the electromagnetic vibration platform 4 after bundling; the electromagnetic switch of the electromagnetic vibration control system 8 is turned on, and the mold is first firmly sucked by the electromagnetic force of the platform, and then the pulse control valve 6 is pulled down to align with the upper mouth of the rubber sleeve mold, and the pulse control valve switch 5 is turned on, and the granulated material 7 in the silo flows into the rubber sleeve mold 14 through the pulse control valve 6. After filling, the pulse control system 5 is turned off, and the vibration switch on the electromagnetic vibration control system 8 is turned on, and vibration is performed according to the process requirements. After vibration, the vibration switch is turned off, the rubber sleeve is sealed, and the electromagnetic switch is turned off. The rubber sleeve mold is moved to the post-feeding hanging basket on the post-feeding rotating platform 11 through the post-feeding rolling transmission platform 9, and then the hanging basket is hung to the cold isostatic press for pressing, thereby completing the rubber sleeve mold filling and molding process.

[0012] The above implementation scheme is the preferred implementation scheme of this utility model. For other implementation schemes in this technical field, any replacement of equivalent or similar working principles in accordance with the principle of this utility model shall fall within the protection scope of this utility model.

Claims

1. A rubber sleeve mold filling molding device for a cold isostatic press, characterized in that: The rubber sleeve mold filling and forming device comprises a rotating platform, a rolling transmission platform and an electromagnetic vibration platform located on the same horizontal plane; the electromagnetic vibration platform is located between two rolling transmission platforms; the rotating platforms are two located at the outer ends of the two rolling transmission platforms; a hanging basket for placing the rubber sleeve mold is provided on the rotating platform; the rotating platform drives the hanging basket to rotate, so that the corresponding rubber sleeve mold is transmitted to the electromagnetic vibration platform for easy electromagnetic attraction and vibration through the rolling transmission platform; the rubber sleeve mold is adsorbed on the electromagnetic vibration platform, and a silo for filling the rubber sleeve mold with stuff is provided above the electromagnetic vibration platform.

2. A rubber sleeve mold filling molding device for a cold isostatic press according to claim 1, characterized in that: An electromagnetic pulse control system is provided corresponding to the electromagnetic vibration platform.

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