A glass slag filtering and collecting device

Abstract

A glass shard filtration and collection device is disclosed. The filter frame is positioned below the grinding mechanism to collect glass shards generated during the grinding process of glass sharp corners. During grinding, the glass shards fall into the filter cotton of the filter frame for collection, reducing the amount of glass shards falling into the longitudinal worktable, transverse worktable, support frame, and seat plate. This makes the longitudinal worktable, transverse worktable, support frame, and seat plate cleaner, easier, and more convenient to clean and maintain. A water receiving basin is provided at the lower end of the filter frame, with guide pipes on both sides to guide water and fine residue into a water storage frame for collection. This effectively prevents filtered water and fine residue from falling into the longitudinal worktable, transverse worktable, support frame, and seat plate, forming stains and increasing frictional resistance during movement of these components, thus avoiding the inconvenience of frequent cleaning.

Description

Technical Field

[0001] This utility model relates to the field of glass grinding residue collection, specifically a glass slag filtration and collection device. Background Technology

[0002] Authorization announcement number CN221604067U discloses a glass grinding device that can efficiently grind the sharp corners of glass without requiring manual hand-held grinding, thus improving grinding efficiency. However, during the automatic grinding process, a large amount of glass residue is generated. This splashed glass residue flows into the main body, longitudinal worktable, transverse worktable, support frame, and seat plate of the glass grinding device along with the spray water (i.e., water used for cooling and preventing glass dust from splashing during grinding). It then flows into the water storage frame for sedimentation or other water storage tanks for collection. This results in a large amount of glass residue remaining in the main body, longitudinal worktable, transverse worktable, support frame, and seat plate of the glass grinding device. When there is too much residue, it can easily affect the smoothness of the movement of the longitudinal and transverse worktables, and the residue will adhere to various parts and be difficult to clean, which has certain shortcomings. Summary of the Invention

[0003] To address the issue that during the use of glass grinding devices, glass slag flows into the main body, longitudinal worktable, transverse worktable, support frame, and seat plate, and then settles in the water storage box, easily affecting the smoothness of the movement of the longitudinal and transverse worktables, and causing slag to adhere to various components and become difficult to clean, this utility model provides a glass slag filtering and collection device. This device is integrated with the transverse worktable of the glass grinding device, moving with it to filter and collect the glass slag generated during the grinding process. This reduces the amount of glass slag falling into the longitudinal and transverse worktables, support frame, and seat plate, preventing glass slag from affecting the smoothness of the movement of the longitudinal and transverse worktables, making the longitudinal and transverse worktables, support frame, and seat plate cleaner, easier and more convenient to clean and maintain, and also reducing the accumulation of glass slag in the water storage box.

[0004] The technical solution of this utility model to solve the technical problem is: a glass shard filtration and collection device, including a filter frame, which is set below the grinding mechanism to collect the glass shards generated when the grinding mechanism grinds the sharp corners of the glass. The filter frame is provided with a recessed filter section, which has several filter holes and a removable filter cotton. The filter cotton can filter and collect the glass shards, and the filter cotton can be any water-filtering material such as ordinary sponge or gauze. During the grinding process of the grinding mechanism, the generated glass shards fall into the filter cotton of the filter frame and are collected, reducing the amount of glass shards falling into the longitudinal worktable, transverse worktable, support frame, and seat plate, making the longitudinal worktable, transverse worktable, support frame, and seat plate cleaner, easier and more convenient to clean and maintain.

[0005] The filter frame is fixed at an angle in the horizontal worktable of the glass grinding device and can move synchronously with the horizontal worktable to align with the grinding part of the grinding mechanism. This facilitates the collection of glass shards, which are then better concentrated in the filter cotton at the lower end of the filter frame, making cleaning easier and reducing the amount of glass shards falling into the water storage frame and causing sedimentation.

[0006] The bottom surface of the filter frame can be fixed in the inclined surface of the horizontal workbench, forming a downward tilt angle.

[0007] The filter frame is equipped with a fixing part, which is connected and fixed to the horizontal worktable as a whole. The fixing part can be connected and fixed to the horizontal worktable by screws or welding.

[0008] The lower end of the filter frame is equipped with a water receiving basin, and guide pipes are provided on both sides of the water receiving basin. Water filtered by the filter frame and filter cotton flows into the water receiving basin and then flows out from the guide pipes to the water storage frame for collection. This can effectively prevent the filtered water and small residues in the water from falling into the longitudinal worktable, transverse worktable, support frame, and seat plate along with the water flow, forming stains, which would increase the frictional resistance of the longitudinal worktable, transverse worktable, support frame, seat plate and other components during movement and require frequent cleaning.

[0009] The guide pipes on both sides of the water receiving basin at the lower end of the filter frame bend backward, and the outlet of the guide pipe avoids the longitudinal worktable, transverse worktable, support frame and seat plate of the glass grinding device. When the water is discharged, it can be directly guided backward into the water storage frame.

[0010] The water basin at the lower end of the filter frame is detachable. The water basin is equipped with hooks that can be hooked into the edge of the filter frame and locked in place. The water basin is fixed to the bottom of the filter frame, and the filter frame and the water basin are connected as one unit. The movement of the filter frame drives the movement of the water basin.

[0011] The beneficial effects of this utility model are as follows: A glass shard filtration and collection device, wherein the filter frame is set below the grinding mechanism to collect the glass shards generated when the grinding mechanism grinds the sharp corners of the glass. During the grinding process, the glass shards generated fall into the filter cotton of the filter frame for collection, reducing the amount of glass shards falling into the longitudinal worktable, transverse worktable, support frame, and seat plate, making the longitudinal worktable, transverse worktable, support frame, and seat plate cleaner, easier and more convenient to clean and maintain; a water receiving basin is set at the lower end of the filter frame, and guide pipes are set on both sides of the water receiving basin to guide water and fine residues to the water storage frame for collection, which can effectively prevent the filtered water and the fine residues in the water from falling into the longitudinal worktable, transverse worktable, support frame, and seat plate with the water flow to form stains, which would increase the frictional resistance of the longitudinal worktable, transverse worktable, support frame, and seat plate and other components during movement and require frequent cleaning. Attached Figure Description

[0012] The present invention will be further described below with reference to the accompanying drawings and embodiments.

[0013] Figure 1 This is an exploded view of the glass shard filtration and collection device without a water collection device and the glass grinding device.

[0014] Figure 2 This is a view of a glass shard filtration and collection device with a water collection system installed.

[0015] Figure 3 This is a view of the glass slag filter and collection device installed in the glass grinding device before grinding;

[0016] Figure 4 This is a view of the glass slag filter and collection device after grinding, installed in the glass grinding device.

[0017] In the diagram: 1. Grinding mechanism, 2. Glass, 3. Water storage frame, 21. Filter rack, 22. Fixing part, 23. Filter cotton, 24. Sprinkler gun, 25. Water basin, 26. Guide pipe, 27. Inclined surface, 28. Hook. Detailed Implementation

[0018] exist Figure 1-2 In the embodiment shown, a glass slag filter and collection device is provided in the transverse worktable of the existing glass grinding device to filter and collect the glass slag generated during the grinding process.

[0019] A glass shard filtration and collection device includes a filter frame 21, which is located below a grinding mechanism 1. The filter frame 21 collects glass shards generated during the grinding of sharp glass corners by the grinding mechanism 1. The filter frame 21 has a recessed filter section with several filter holes. A removable filter cotton 23 is installed in the filter section. The filter cotton 23 can filter and collect the glass shards. The filter cotton 23 can be any water-filtering material such as ordinary sponge or gauze. During the grinding process of the grinding mechanism 1, the generated glass shards fall into the filter cotton 23 of the filter frame 21 for collection, reducing the amount of glass shards falling into the longitudinal worktable, transverse worktable, support frame, and seat plate. This makes the longitudinal worktable, transverse worktable, support frame, and seat plate cleaner, easier, and more convenient to clean and maintain.

[0020] The filter frame 21 is fixed at an angle in the horizontal worktable of the glass grinding device, and can move synchronously with the horizontal worktable to achieve better alignment with the grinding part of the grinding mechanism 1, making it convenient to receive glass slag.

[0021] During use, the water spray gun 24 installed in the horizontal worktable of the glass grinding device can spray water onto the belt section of the grinding mechanism 1 to prevent glass dust from splashing during the grinding process and to guide the residue generated during the grinding process into the inclined filter frame 21. The collected glass shards can be better concentrated in the filter cotton 23 at the lower end of the filter frame 21, making cleaning easier and reducing the amount of glass shards falling into the water storage frame and causing sedimentation.

[0022] The bottom surface of the filter frame 21 can be fixed in the inclined surface of the horizontal worktable. The horizontal worktable of the glass polishing device is provided with an inclined surface 27, and the bottom surface of the filter frame 21 can be fixed in the inclined surface 27 of the horizontal worktable, forming a downward inclined angle.

[0023] The filter frame 21 is provided with a fixing part 22, which is connected and fixed to the horizontal worktable as a whole. It is not limited to connecting the fixing part 22 to the horizontal worktable by screw connection or welding.

[0024] The filter frame 21 is provided with a water receiving basin 25 at its lower end. The water receiving basin 25 is provided with guide pipes 26 on both sides. The water filtered by the filter frame 21 and the filter cotton 23 flows into the water receiving basin 25 and then flows out from the guide pipes 26 to the water storage frame 3 for collection. This can effectively prevent the filtered water and the fine residue in the water from falling into the longitudinal worktable, transverse worktable, support frame and seat plate with the water flow and forming stains, which would increase the frictional resistance of the longitudinal worktable, transverse worktable, support frame, seat plate and other components during movement and cause trouble for frequent cleaning.

[0025] The guide pipes 26 on both sides of the water receiving basin 25 bend backward, and the outlet of the guide pipe 26 avoids the longitudinal worktable, the transverse worktable, the support frame, and the seat plate. When the water is discharged, it can be directly guided backward into the water storage frame 3.

[0026] The water receiving basin 25 is equipped with hooks 28, which can hook onto the edge of the filter frame 21 to fix the water receiving basin 25 below the filter frame 21. The filter frame 21 and the water receiving basin 25 are connected as one unit. The movement of the filter frame 21 drives the movement of the water receiving basin 25. The water receiving basin 25 is equipped with hooks 28 and the filter frame 21, allowing for easy disassembly of the water receiving basin 25 when maintenance is required. Alternatively, the water receiving basin 25 can be welded to the bottom of the filter frame 21, which is a non-removable connection method.

[0027] The glass grinding device is equipped with identical glass slag filtering and collecting devices in its two transverse worktables, which collect the glass slag from the grinding mechanisms 1 on both sides.

[0028] exist Figure 3-4In the preferred embodiment shown, glass slag filtering and collecting devices are installed in the two transverse worktables of the glass grinding device. Then, glass 2 is placed on the upper surface of the base plate of the glass grinding device, and the position between the grinding belt of the grinding mechanism and glass 2 is adjusted. When the grinding belt of the grinding mechanism on the upper surface of the transverse worktable rotates and moves to contact the sharp corner of the glass, the longitudinal worktable moves and drives the grinding mechanism to move forward. The rotating grinding belt in the grinding mechanism grinds the sharp corner of the side of glass 2 on the upper surface of the base plate from front to back. The glass slag generated during the grinding process falls into the filter cotton 23 of the filter frame 21 for collection, reducing the amount of glass slag falling into the longitudinal worktable, transverse worktable, support frame, and base plate. This prevents glass slag from affecting the smoothness of the movement of the longitudinal and transverse worktables, making the longitudinal worktable, transverse worktable, support frame, and base plate cleaner, easier and more convenient to clean and maintain, and also reducing the deposition of glass slag in the glass slag storage frame.

Claims

1. A glass slag filtration and collection device, comprising a filter frame, characterized in that: The filter frame can be installed below the grinding mechanism to collect glass shards generated when the grinding mechanism grinds the sharp corners of the glass. The filter frame is provided with a recessed filter section with several filter holes and a removable filter cotton that can filter and collect the glass shards.

2. The glass slag filtration and collection device according to claim 1, characterized in that: The filter frame is fixed at an angle in the horizontal worktable of the glass polishing device and can move synchronously with the horizontal worktable.

3. The glass slag filtration and collection device according to claim 2, characterized in that: The bottom surface of the filter frame can be fixed in the inclined surface of the horizontal workbench, forming a downward tilt angle.

4. The glass slag filtration and collection device according to claim 3, characterized in that: The filter frame is provided with a fixing part, which is connected and fixed to the horizontal worktable as a whole.

5. A glass slag filtration and collection device according to claim 1 or 4, characterized in that: The filter frame is equipped with a water receiving basin at its lower end, and guide pipes are provided on both sides of the water receiving basin.

6. The glass slag filtration and collection device according to claim 5, characterized in that: The guide pipes on both sides of the water basin at the lower end of the filter frame bend backward, and the outlet of the guide pipe avoids the longitudinal worktable, transverse worktable, support frame and seat plate of the glass grinding device, so that the water can be directly guided backward into the water storage frame.

7. The glass slag filtration and collection device according to claim 6, characterized in that: The water basin at the lower end of the filter frame is detachable and equipped with hooks. The hooks of the water basin can be hooked into the edge of the filter frame and locked in place, so that the water basin can be hung below the filter frame.

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