Glass production line edge secondary cooling tracking separation device

Abstract

The application discloses a glass production line edge secondary cooling tracking separation device, which comprises a bridge girder, a clutch separation device and a fixed fastener. The bridge girder is arranged across opposite two edges of glass, and a plurality of water application assemblies are arranged on the bridge girder. The clutch separation device is arranged at one end of the bridge girder, and the clutch separation device is provided with a clutch fixing part, a clutch limiting groove, a clutch pull rod and a clutch positioning pull rod. A plurality of stop slots are arranged on the clutch limiting groove. One end of the clutch pull rod can be clamped in a suitable stop slot according to needs. The clutch positioning pull rod is connected to a set position on the clutch pull rod. The other end of the clutch positioning pull rod is connected to the water application assembly. The fixed fastener is arranged on the bridge girder and used for fixing the water application assembly. The water application assembly is provided with a water pipe and a blocking edge roller. The position of the blocking edge roller in the water application assembly is driven by the position of the clutch pull rod in the stop slot, so that the blocking edge roller can be separated from or contacted with the edge of the glass.

Description

Technical Field

[0001] This application belongs to the field of glass production technology, specifically relating to a secondary cooling tracking and separation device for the edge of a glass production line. Background Technology

[0002] During the glass manufacturing process, glass sheets may crack during annealing. Normally, the edge water supply device needs to be retracted to prevent glass shards from sticking to the felt on the device. After cracking, the device is returned and adjusted to its original cutting position to ensure the cutting edge is secure. This operation typically requires at least 20 seconds and two people to complete. If the sheet tilts, two people may adjust the water supply device on both sides as needed. Changes in the relative positions of the cooling areas, and the resulting uneven cooling at the edges, prevents the glass from meeting cutting requirements, leading to cutting difficulties and sheet loss. Utility Model Content

[0003] To address the shortcomings of the existing technology, the purpose of this application is to provide a secondary cooling tracking and separation device for the edge of a glass production line. By designing a clutch separation device, a single person can operate the clutch separation device from one side. When the glass breaks, simply pull the clutch separator handle and engage the corresponding gear, and the edge rollers on both sides can separate simultaneously, detaching from the glass edge, thus reducing adjustment time.

[0004] To achieve the above objectives, the technical solution adopted in this application is as follows: This application discloses a secondary cooling tracking and separation device for the edge of a glass production line, the tracking and separation device comprising: The bridge beam spans between two opposite sides of the glass, and several sets of water application components are provided on the bridge beam. The clutch disengagement device is located at one end of the bridge beam. The clutch disengagement device includes a clutch fixing component, a clutch limiting groove, a clutch lever, and a clutch positioning lever. The clutch limiting groove has several gear slots. One end of the clutch lever can be engaged in a suitable gear slot as needed. A clutch positioning lever is connected to a set position on the clutch lever. The other end of the clutch positioning lever is connected to the water application component. A fastener is installed on the bridge beam and is used to secure the water supply assembly. The water spraying assembly includes a water pipe and a side-guard roller. The position of the side-guard roller in the water spraying assembly is driven by the position of the clutch lever in the gear slot, so that it can disengage from or contact the edge of the glass.

[0005] Furthermore, the water application assembly includes a bracket, a water application strip support, a water application felt, a side guard roller, and a water pipe. One end of the bracket is connected to a fixing fastener, and the other end is connected to a water application strip support extending towards the edge of the glass. The water application strip support has a water application felt and a water pipe. The other end of the bracket is also connected to a side guard roller.

[0006] Furthermore, the fixing fastener is provided with a fixing limit rod and a positioning slide sleeve. The fixing limit rod is connected to the bracket in the water application assembly. The fixing limit rod is fitted with a positioning slide sleeve. The clutch positioning pull rod is fixed to the positioning slide sleeve. When the clutch pull rod is engaged in different gear slots, it drives the other end of the clutch positioning pull rod to drive the slide sleeve to slide up and down on the fixing limit rod, so that the edge roller can disengage from or contact the edge of the glass.

[0007] Furthermore, the tracking and separation device includes two sets of water application components, each installed on opposite sides of the glass.

[0008] The beneficial effects of this application are as follows: By designing a clutch disengagement device, a single person can operate the clutch disengagement device from one side. When the glass breaks, simply pull the clutch disengagement handle and engage the corresponding gear; the two edge-blocking rollers on both sides will simultaneously disengage, detaching from the glass edge, thus reducing adjustment time. After the glass breakage is resolved, simply return to the original gear to continue tracking the drift. Attached Figure Description

[0009] Figure 1 This is a schematic diagram of the overall structure of the secondary cooling tracking and separation device at the edge of the glass production line in this application. In the diagram, 1. Bridge beam, 2. Clutch bridge tie rod, 3. Fixing fastener, 4. Clutch fixing fastener, 5. Clutch limiting groove, 6. Clutch tie rod, 7. Clutch positioning tie rod, 8. Fixing component limiting rod, 9. Watering strip support, 10. Watering felt, 11. Side roller, 12. Fixing screw, 13. Positioning sleeve, 14. Water pipe. Detailed Implementation

[0010] To facilitate understanding by those skilled in the art, the present application will be further described below with reference to embodiments and accompanying drawings. The content mentioned in the embodiments is not intended to limit the present application.

[0011] During the glass production process, glass sheet cracking is a common occurrence, often caused by stress disorder, surface stones, or excessive stress in the original sheet. Factors such as sheet modification and coating in the glass production line can cause the glass conveyor belt to sway left and right at the cold end track. After the glass sheet cracks, the water-applying felt 10 becomes covered with a large amount of broken glass, making operation difficult and potentially dangerous. This application provides a secondary cooling tracking and separation device for the edge of a glass production line. This device consists of a bridge beam 1, a clutch separation device, fixing fasteners 3, an edge support assembly, and a water-applying assembly. The bridge beam 1 serves as the base; the clutch separation device is equipped with edge rollers 11, which control the separation of the rollers from the glass edge; there are multiple, adjustable fixing fasteners 3, which can be tightened according to actual conditions; the edge support assembly is equipped with extended edge rollers, which can maintain the stability of the water-applying strip position and water volume within a certain range; the water-applying assembly includes an inlet hose, an outlet fixed pipe, and water-applying felt 10, used to control the water-applying position and volume.

[0012] Specifically, refer to Figure 1 As shown, this application discloses a secondary cooling tracking and separation device for the edge of a glass production line, the tracking and separation device comprising: Bridge beam 1 spans between two opposite sides of the glass, and several sets of water application components are provided on bridge beam 1. A clutch disengagement device is provided at one end of the bridge beam 1, as shown in the figure. The clutch disengagement device is fixed to one end of the bridge beam by a clutch fixing component 3. The clutch disengagement device includes a clutch fixing component, a clutch limiting groove 5, a clutch lever 6, and a clutch positioning lever 7. The clutch limiting groove 5 has several gear slots. One end of the clutch lever 6 can be engaged in a suitable gear slot as needed. A clutch positioning lever 7 is connected to a set position on the clutch lever 6. The other end of the clutch positioning lever 7 is connected to the water application assembly. Fastener 3 is installed on the bridge beam 1 and is used to fix the water supply component. The water application assembly includes a water pipe 14 and a side-blocking roller 11. The position of the side-blocking roller 11 in the water application assembly is driven by the position of the clutch lever 6 in the gear slot, so that it can disengage from or contact the edge of the glass.

[0013] Furthermore, the water application assembly includes a bracket, a water application strip support 9, a water application felt 10, a side-blocking roller 11, and a water pipe 14. One end of the bracket is connected to a fixing fastener 3, and the other end is connected to a water application strip support 9 extending towards the edge of the glass. The water application strip support 9 has a water application felt 10 and a water pipe 14 on it. The other end of the bracket is also connected to the side-blocking roller 11.

[0014] Furthermore, the fixing fastener 3 is provided with a fixing limit rod 8 and a positioning slide sleeve 13. The fixing limit rod 8 is connected to the bracket in the water application assembly. The fixing limit rod 8 is fitted with the positioning slide sleeve 13. The clutch positioning pull rod 7 is fixed on the positioning slide sleeve 13. When the clutch pull rod 6 is engaged in different gear slots, it drives the other end of the clutch positioning pull rod 7 to drive the slide sleeve to slide up and down on the fixing limit rod 8, so that the edge roller 11 can disengage from or contact the edge of the glass.

[0015] Furthermore, the tracking and separation device includes two sets of water application components, each installed on opposite sides of the glass.

[0016] This application designs a clutch disengagement device that allows for single-person, single-side operation. When a glass panel breaks, simply pulling the clutch disengagement handle into the appropriate position simultaneously disengages the two edge-blocking rollers 11, removing them from the glass edge, thus reducing adjustment time. After the breakage is resolved, simply returning to the correct position allows for continued tracking and drifting.

[0017] This application has many specific applications. The above description is only a preferred embodiment of this application. It should be noted that for those skilled in the art, several improvements can be made without departing from the principle of this application, and these improvements should also be considered within the scope of protection of this application.

Claims

1. A secondary cooling and tracking separation device for the edge of a glass production line, characterized in that, The tracking separation device includes: The bridge beam spans between two opposite sides of the glass, and several sets of water application components are provided on the bridge beam. The clutch disengagement device is located at one end of the bridge beam. The clutch disengagement device includes a clutch fixing component, a clutch limiting groove, a clutch lever, and a clutch positioning lever. The clutch limiting groove has several gear slots. One end of the clutch lever can be engaged in a suitable gear slot as needed. A clutch positioning lever is connected to a set position on the clutch lever. The other end of the clutch positioning lever is connected to the water supply component. A fastener is installed on the bridge beam and is used to secure the water supply assembly. The water spraying assembly includes a water pipe and a side-guard roller. The position of the side-guard roller in the water spraying assembly is driven by the position of the clutch lever in the gear slot, so that it can disengage from or contact the edge of the glass.

2. The secondary cooling and tracking separation device for the edge of a glass production line according to claim 1, characterized in that, The water application assembly includes a bracket, a water application strip support, a water application felt, a side guard roller, and a water pipe. One end of the bracket is connected to a fixing fastener, and the other end is connected to a water application strip support extending towards the edge of the glass. The water application strip support has a water application felt and a water pipe. The other end of the bracket is also connected to a side guard roller.

3. A secondary cooling and tracking separation device for the edge of a glass production line according to claim 1 or 2, characterized in that, The tracking and separation device includes two sets of water application components, each installed on opposite sides of the glass.

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