三角胶贴合装置和胎圈成型系统

Abstract

本实用新型提供了一种三角胶贴合装置和胎圈成型系统，其中，三角胶贴合装置，包括座体、旋转机构和多个贴合盘，旋转机构与座体可转动连接，旋转机构的旋转周侧具有周向依次排布的用于拾取钢圈的拾取工位、用于贴合三角胶和钢圈的贴合工位、用于旋压钢圈和三角胶的旋压工位和用于与取料装置对接的输出工位；贴合盘与旋转机构连接，并位于旋转机构的旋转周侧，贴合盘在拾取工位、贴合工位、旋压工位和输出工位之间切换。本实用新型解决了现有技术中的三角胶贴合装置的效率较低的问题。

Claims

1. A triangular rubber bonding apparatus, characterized by comprising: include: base(10); A rotating mechanism (20) is rotatably connected to the base (10). The rotating mechanism (20) has a picking station for picking up steel rings, a bonding station for bonding triangular adhesive and steel rings, a spinning station for spinning the steel ring and triangular adhesive, and an output station for docking with the material picking device arranged in circumferential order on its rotating periphery. Multiple bonding discs (30) are connected to the rotating mechanism (20) and located on the circumference of the rotating mechanism (20). The bonding discs (30) switch between the picking station, the bonding station, the spinning station and the output station.

2. The apex bonding apparatus according to claim 1, wherein The rotation axis of the rotating mechanism (20) is arranged horizontally, and the picking station is located below the center line of the rotating mechanism (20), while the spinning station is located above the center line of the rotating mechanism (20).

3. The apex bonding apparatus according to claim 2, wherein The bonding disc (30) is telescopically oriented relative to the rotating mechanism (20), and the telescopic direction of the bonding disc (30) is angularly oriented relative to the rotation axis of the rotating mechanism (20). The bonding disc (30) located at the picking station extends downward and grabs the steel ring, while the bonding disc (30) located at the bonding station extends laterally and receives the triangular adhesive.

4. The apex bonding apparatus according to claim 3, wherein The triangular adhesive bonding device also includes a telescopic drive component, which is drivenly connected to each of the bonding discs (30). The telescopic drive component drives each of the bonding discs (30) to extend and retract simultaneously along the radial direction of the rotating mechanism (20).

5. The apex bonding apparatus of claim 1 wherein, The axis of the bonding disc (30) is perpendicular to the rotation axis of the rotating mechanism (20).

6. The apex bonding device according to any one of claims 1 to 5, wherein The bonding disc (30) includes: Disk body (31); Multiple support members (32) are arranged circumferentially along the disc body (31), and each support member (32) is movably disposed on the disc body (31) and can move closer or further away from each other to grasp or release the steel ring. A support drive is provided, which is driven to connect to the disk body (31) or the support member (32) and drives each of the support members (32) to move.

7. The apex bonding apparatus of claim 6, wherein The disk (31) has multiple tracks (311), The track (311) is inclined in both the radial and circumferential directions relative to the disk (31). The track (311) is arc-shaped. The support (32) is movably disposed in the track (311) and moves along the track (311). Each track (311) is arranged circumferentially along the disk (31).

8. The apex bonding device according to any one of claims 1 to 5, wherein The triangular adhesive bonding device further includes a spinning assembly (40) for rolling the steel ring and the triangular adhesive. The spinning assembly (40) is located at the spinning station and is rotatably arranged along the axis of the bonding disc (30) at the spinning station.

9. The apex bonding apparatus of claim 8, wherein The spinning assembly (40) includes a pressure roller (41). When the spinning assembly (40) rotates, the pressure roller (41) rotates as a whole along the axis of the spinning assembly (40) to roll the steel ring and the triangular rubber.

10. A bead forming system characterized by, The apex rubber attaching device according to any one of claims 1 to 9.

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