Multifunctional efficient glass edging production line

Abstract

A multifunctional efficient glass edge grinding production line comprises a first double-edge coarse grinding unit A and a first polishing unit B. A first conveying transition table C is installed between the first double-edge coarse grinding unit A and the first polishing unit B. One end of the first conveying transition table C is suspended, and the opposite end of the first conveying transition table C is connected with the first double-edge coarse grinding unit A or the first polishing unit B. Glass enters the first conveying transition table C after being subjected to edge grinding of the first double-edge coarse grinding unit A, and finally enters the first polishing unit B to be polished. The glass edging and polishing integrated machine has the beneficial effects that the glass edging function and the glass polishing function are separated into two units, after glass edging is completed, when glass enters the polishing module to be machined, the movable mechanism of the edging module can achieve opening and closing adjustment through the width adjusting power mechanism, and it is not needed to wait for machining of the polishing module to be completed.

Description

Technical Field

[0001] The invention relates to a glass processing machine, in particular to a multifunctional and efficient glass edge grinding production line. Background Art

[0002] In the existing equipment integrating edge grinding and polishing functions, the edge grinding module and the polishing module are arranged in the same processing path through an integrated design, and the glass can be processed by edge grinding and polishing in sequence. However, although this design reduces the transfer and docking operations of glass between different equipment to a certain extent, it still has obvious shortcomings in actual use, especially when it is necessary to process glass of different widths.

[0003] Integrated equipment usually includes a fixed edge grinding group and a movable edge grinding group, which are used to clamp the glass and complete the edge grinding process. The position of the fixed group cannot be adjusted, while the movable group slides along the guide rail through a mechanical drive to adapt to glass of different widths.

[0004] After the edge grinding, the glass is transferred to the polishing module for further processing. Similar to the edge grinding module, the polishing module also contains two sets of devices, fixed and movable, which can adapt to the width of the glass by adjusting the position of the movable group.

[0005] The width adjustment mechanism in the integrated device is used to simultaneously adjust the width positions of the active edge grinding group and the active polishing group to ensure the processing accuracy and clamping stability of the two parts on the glass.

[0006] Although the integrated edge grinding and polishing equipment reduces the number of equipment and improves space utilization, its design defects seriously affect production efficiency in actual processing. Especially when processing glass of different widths, the complexity of equipment adjustment and the discontinuous processing mode expose the following significant disadvantages: 1. In existing equipment, glass processing needs to go through two modules, edge grinding and polishing, in sequence. Since the working areas of edge grinding and polishing share the same width adjustment power mechanism, when the width needs to be adjusted to accommodate the next piece of glass, the equipment can only stop running and adjust the width after the current glass has completely completed the polishing process and left the equipment. This adjustment mode that depends on the processing cycle causes the equipment to stop running during each width adjustment process, and continuous processing cannot be achieved.

[0007] 2. During the width adjustment process, the equipment cannot continue to process new glass. This shutdown adjustment design greatly reduces the overall production efficiency of the equipment. For a production environment where different specifications of glass are frequently processed, the time wasted by shutdown adjustment accounts for a significant proportion of the entire production cycle.

[0008] 3. Width adjustment depends on the drive of the width adjustment power mechanism and manual operation. Since the edge grinding and polishing modules need to be adjusted synchronously, the adjustment accuracy and speed are limited by the performance of the width adjustment power mechanism, and manual intervention may further extend the adjustment time.

[0009] 4. In actual production, the demand for small batches of multi-specification glass is increasing, and the existing equipment has poor adaptability to switching processing specifications.

[0010] For example, when processing the first piece of glass with a width of 500 mm, the equipment sets the initial width and the glass completes the edge grinding and polishing processes smoothly.

[0011] The width of the second piece of glass needs to be adjusted to 600mm. The equipment must wait until the first piece of glass has completely completed the polishing process and exits the equipment before it can stop running and adjust the width.

[0012] After the width adjustment is completed, the equipment can be restarted to continue processing the next piece of glass. During this process, the equipment downtime is long, the operation is cumbersome, and the overall production efficiency is low, so it is necessary to make further improvements. Summary of the invention

[0013] The purpose of the present invention is to overcome the shortcomings of the prior art and provide a device with a simple structure, easy to use, and capable of quickly adjusting the width during glass processing without waiting for the current glass processing to be completed.

[0014] It improves processing continuity, significantly improves equipment production efficiency, and is a multifunctional and efficient glass edge grinding production line that can flexibly respond to the needs of multi-specification and small-batch glass processing.

[0015] The objective of the present invention is achieved in the following manner: a multifunctional and efficient glass edge grinding production line, which includes a first double-sided rough grinding unit A and a first polishing unit B, a first transmission transition platform C is installed between the first double-sided rough grinding unit A and the first polishing unit B, one end of the first transmission transition platform C is suspended, and the opposite end is connected to the first double-sided rough grinding unit A or the first polishing unit B. After the glass is edged by the first double-sided rough grinding unit A, it enters the first transmission transition platform C, and finally enters the first polishing unit B for polishing.

[0016] Further: the tail of the first polishing machine group B is also connected to the second bilateral rough grinding machine group D and the second polishing machine group E through the turning table, and a second transmission transition table F is installed between the second bilateral rough grinding machine group D and the second polishing machine group E, one end of the second transmission transition table F is suspended, and the opposite end is connected to the second bilateral rough grinding machine group D or the second polishing machine group E; After turning, the glass is edged by the second double-sided rough grinding unit D, enters the second transfer transition table F, and finally enters the second polishing unit E for polishing, completing the edge grinding and polishing of the four sides of the glass.

[0017] Furthermore: the feeding end of the first bilateral coarse grinding unit A is connected with a detection platform G.

[0018] Furthermore: the turning table is a linear turning table H, the feeding end of the linear turning table H is connected to the first polishing unit B through the first turning and conveying transition table H; the discharging end of the linear turning table H is connected to the second bilateral rough grinding unit D through the second turning and conveying transition table H.

[0019] Furthermore, the turning table is a right-angle turning table J, the feeding end of the right-angle turning table J is connected to the first polishing unit B; the discharging end of the right-angle turning table J is connected to the second double-sided rough grinding unit D.

[0020] Furthermore: the first double-sided rough grinding machine group A or the second double-sided rough grinding machine group D both include a base, on which a grinding guide rail group is arranged, a fixed grinding group is fixedly installed on one side of the grinding guide rail group, and a movable grinding group is slidably installed on the other end of the grinding guide rail group through a slider, and the movable grinding group is driven by the width adjustment power mechanism to push the movable grinding group to slide along the grinding guide rail group to adjust the relative distance between the movable grinding group and the fixed grinding group.

[0021] Furthermore: the fixed edging group and the movable edging group are installed relative to each other, and both include an edging base and a fixed edging belt conveyor line arranged thereon; the top of the edging base is also equipped with a movable edging belt conveyor line through an edging lifting mechanism, and the edging lifting mechanism drives the movable edging belt conveyor line to move up and down, clamping the glass between the fixed edging belt conveyor line and the movable edging belt conveyor line.

[0022] Furthermore: a plurality of edge grinding motors are installed on the edge grinding base, and edge grinding wheels are installed on the main shafts of the edge grinding motors. The edge grinding wheels are sequentially arranged from the feed end to the discharge end, including an upper chamfering rough grinding wheel, a lower chamfering rough grinding wheel, a bottom edge rough grinding wheel, and a film removal wheel.

[0023] Furthermore: the first bilateral polishing machine group or the second bilateral polishing machine group both include a base, on which a polishing guide rail group is arranged, wherein a fixed polishing group is fixedly installed on one side of the polishing guide rail group, and a movable polishing group is slidably installed on the other end of the polishing guide rail group through a slider, and the movable polishing group is driven by the width adjustment power mechanism to push the movable polishing group to slide along the polishing guide rail group to adjust the relative distance between the movable polishing group and the fixed polishing group.

[0024] Furthermore: the fixed polishing group and the movable polishing group are installed relative to each other, and both include a polishing base and a polishing fixed belt conveyor line arranged thereon; a polishing movable belt conveyor line is also installed on the top of the polishing base through a polishing lifting mechanism, and the polishing lifting mechanism drives the polishing movable belt conveyor line to move up and down, clamping the glass between the polishing fixed belt conveyor line and the polishing movable belt conveyor line.

[0025] Furthermore: a plurality of polishing motors are installed on the polishing base, and a polishing grinding wheel is installed on the main shaft of the polishing motor. The polishing grinding wheels are arranged in sequence from the feed end to the discharge end, including a bottom edge fine grinding wheel, a lower chamfer fine grinding wheel, a lower chamfer fine polishing grinding wheel, an upper chamfer fine grinding wheel, an upper chamfer fine polishing grinding wheel, a bottom edge fine grinding wheel, and a bottom edge fine polishing grinding wheel.

[0026] Furthermore: the width adjustment power mechanism includes a width adjustment base, on which a reducer is installed, and the reducer is driven to rotate by a servo motor. The reducer extends a gear shaft to both sides, and a driving gear is installed on the gear shaft. The driving gear is engaged with the rack on the edge grinding guide group or the polishing guide group. When the driving gear rotates, it drives the movable edge grinding group or the movable polishing group to move.

[0027] The beneficial effects of the present invention are: 1. Simple structure, low production cost and improved market competitiveness.

[0028] 2. The present invention separates the glass edge grinding function and the polishing function into two units. After the glass edge grinding is completed, when the glass enters the polishing module for processing, the movable mechanism of the edge grinding module can be opened and closed by the width adjustment power mechanism, without waiting for the polishing module to complete processing. This design enables the equipment to perform the following two operations at the same time: ACurrent glass polishing process.

[0029] B The width of the edge grinding module is adjusted to accommodate the next piece of glass.

[0030] This synchronous adjustment mechanism significantly shortens equipment downtime and ensures production continuity and efficiency.

[0031] By driving the movable edge grinding group and the movable polishing group to slide along the guide rail through the width adjustment power mechanism, the present invention can quickly adjust the width of the edge grinding and polishing modules to meet the processing requirements of glass of different specifications. It is especially suitable for users who need to frequently switch the width of glass, such as the production scenario of small batches and multiple specifications. The width adjustment process is fast and accurate, which significantly improves the response speed of the equipment to order requirements.

[0032] The grinding wheels for edge grinding in this production line are scientifically arranged according to the processing requirements. By placing the film removal wheel, rough grinding wheel, lower chamfer rough grinding wheel and upper chamfer rough grinding wheel in the rough grinding unit, and placing the bottom edge fine grinding wheel, chamfer fine grinding wheel, etc. in the fine grinding and polishing unit, the separation of rough grinding and fine grinding is achieved. This design of separating rough and fine grinding allows each group of grinding wheels to focus on completing specific processing tasks, avoiding the efficiency loss caused by alternating rough grinding and fine grinding in the same equipment, effectively shortening the processing cycle and improving the overall work efficiency of the production line.

[0033] Through reasonable layout, in this case, two sets of equipment can be used for double-sided grinding, or four double-sided machines can be combined into a production line, which is convenient for customers to quickly and efficiently achieve four-side edge grinding according to edge grinding requirements. BRIEF DESCRIPTION OF THE DRAWINGS

[0034] Figure 1 It is a schematic structural diagram of the first embodiment of the present invention.

[0035] Figure 2 It is a schematic structural diagram of the second embodiment of the present invention.

[0036] Figure 3 This is an assembly diagram of the first bilateral rough grinding unit and the first bilateral polishing unit in the present invention.

[0037] Figure 4 This is the distribution diagram of the grinding wheels of the rough grinding unit in the present invention.

[0038] Figure 5 This is a distribution diagram of grinding wheels for the polishing unit in the present invention.

[0039] Figure 6 It is a schematic diagram of the structure of the fixed edge grinding group in the present invention.

[0040] Figure 7 It is a schematic diagram of the structure of the fixed polishing group in the present invention.

[0041] Figure 8 It is a schematic diagram of the structure of the width-adjusting power mechanism in the present invention. DETAILED DESCRIPTION

[0042] The present invention is further described in detail below with reference to the accompanying drawings. A multifunctional and efficient glass edge grinding production line includes a first double-sided rough grinding unit A and a first polishing unit B, a first transfer transition platform C is installed between the first double-sided rough grinding unit A and the first polishing unit B, one end of the first transfer transition platform C is suspended in the air, and the opposite end is connected to the first double-sided rough grinding unit A or the first polishing unit B. After the glass is edged by the first double-sided rough grinding unit A, it enters the first transfer transition platform C and finally enters the first polishing unit B for polishing.

[0043] In one embodiment, the tail of the first polishing machine group B is also connected to the second bilateral rough grinding machine group D and the second polishing machine group E through a turning table, and a second transfer transition table F is installed between the second bilateral rough grinding machine group D and the second polishing machine group E, one end of the second transfer transition table F is suspended, and the opposite end is connected to the second bilateral rough grinding machine group D or the second polishing machine group E; After turning, the glass is edged by the second double-sided rough grinding unit D, enters the second transfer transition table F, and finally enters the second polishing unit E for polishing, completing the edge grinding and polishing of the four sides of the glass.

[0044] In one embodiment, the feeding end of the first bilateral coarse grinding unit A is connected to a detection platform G.

[0045] In one embodiment, the turning table is a linear turning table H, and the feeding end of the linear turning table H is connected to the first polishing unit B through the first turning and conveying transition table H1; the discharging end of the linear turning table H is connected to the second bilateral rough grinding unit D through the second turning and conveying transition table H2.

[0046] In one embodiment, the turning table is a right-angle turning table J, the feeding end of the right-angle turning table J is connected to the first polishing unit B; the discharging end of the right-angle turning table J is connected to the second double-sided rough grinding unit D.

[0047] In one of the embodiments, the first double-sided rough grinding machine group A or the second double-sided rough grinding machine group D includes a base 1, on which is provided an edge grinding guide rail group 2, one side of the edge grinding guide rail group 2 is fixedly installed with a fixed edge grinding group 4, and the other end of the edge grinding guide rail group 2 is slidably installed with a movable edge grinding group 5 through a slider 8. The movable edge grinding group 5 is driven by a width adjustment power mechanism 6 to push the movable edge grinding group 5 to slide along the edge grinding guide rail group 2 to adjust the relative distance between the movable edge grinding group 5 and the fixed edge grinding group 4.

[0048] In one embodiment, the fixed edging group 4 and the movable edging group 5 are installed relative to each other, and both include an edging base 41 and a fixed edging belt conveyor line 42 arranged thereon; the top of the edging base 41 is also equipped with a movable edging belt conveyor line 44 through an edging lifting mechanism 43, and the edging lifting mechanism 43 drives the movable edging belt conveyor line 44 to move up and down, clamping the glass 10 between the fixed edging belt conveyor line 42 and the movable edging belt conveyor line 44.

[0049] In one embodiment, a plurality of edge grinding motors 45 are installed on the edge grinding base 41, and edge grinding wheels are installed on the main shaft of the edge grinding motor 45. The edge grinding wheels are arranged in sequence from the feed end to the discharge end, including an upper chamfering rough grinding wheel 49, a lower chamfering rough grinding wheel 48, a bottom edge rough grinding wheel 47, and a film removal wheel 46.

[0050] In one embodiment, the first bilateral polishing machine unit or the second bilateral polishing machine unit includes a base 1, on which a polishing guide rail group 3 is arranged, wherein a fixed polishing group 7 is fixedly installed on one side of the polishing guide rail group 3, and a movable polishing group 9 is slidably installed on the other end of the polishing guide rail group 3 through a slider 8. The movable polishing group 9 is driven by the width adjustment power mechanism 6 to push the movable polishing group 9 to slide along the polishing guide rail group 3 to adjust the relative distance between the movable polishing group 9 and the fixed polishing group 7.

[0051] In one embodiment, the fixed polishing group 7 and the movable polishing group 9 are installed relative to each other, and both include a polishing base 71 and a polishing fixed belt conveyor line 72 arranged thereon; a polishing movable belt conveyor line 73 is also installed on the top of the polishing base 71 through a polishing lifting mechanism, and the polishing lifting mechanism drives the polishing movable belt conveyor line 73 to move up and down, clamping the glass 10 between the polishing fixed belt conveyor line 72 and the polishing movable belt conveyor line 73.

[0052] In one embodiment, a plurality of polishing motors 74 are installed on the polishing base 71, and polishing grinding wheels are installed on the main shaft of the polishing motor 74. The polishing grinding wheels are arranged in sequence from the feed end to the discharge end, including a bottom edge fine grinding wheel 711, a lower chamfer fine grinding wheel 710, a lower chamfer fine polishing grinding wheel 79, an upper chamfer fine grinding wheel 78, an upper chamfer fine polishing grinding wheel 77, a bottom edge fine grinding wheel 76, and a bottom edge fine polishing grinding wheel 75.

[0053] In one embodiment, the width adjustment power mechanism 6 includes a width adjustment base 61, on which a reducer 62 is installed. The reducer 62 is driven to rotate by a servo motor 63. The reducer 62 extends a gear shaft 64 to both sides, on which a driving gear 65 is installed. The driving gear 65 is meshed with a rack on the edge grinding guide group 2 or the polishing guide group 3. When the driving gear 65 rotates, it drives the movable edge grinding group 5 or the movable polishing group 9 to move.

[0054] Working principle: The working process of this equipment can be divided into two main parts: edge grinding process and polishing process. Figure 1 As shown, after the glass enters the equipment, it first enters the detection table G, which is used to detect the width of the glass, thereby controlling the distance between the fixed edge and the movable edge in the rear equipment to adapt to the processing of glass of different widths.

[0055] The glass that has passed the width inspection is sent to the first double-sided rough grinding unit A to complete the edge grinding processes such as deburring and chamfering of the glass edge; then, the glass enters the first polishing unit B to complete the polishing processes such as smoothing and brightening. The entire processing process is carried out continuously, and the equipment can automatically adjust the width during the processing to adapt to glass of different specifications.

[0056] Among them, the working principle of the coarse grinding unit is: In this case, the rough grinding unit consists of a fixed edge grinding unit and a movable edge grinding unit. The fixed edge grinding unit is fixed to one side of the equipment and is usually used to position the reference edge of the glass; the movable edge grinding unit is connected to the edge grinding guide rail unit through a slider device and can slide along the guide rail to adjust its position to adapt to glass of different widths. The width adjustment power mechanism includes a servo motor, a reducer and a gear drive system to drive the sliding of the movable edge grinding unit, thereby adjusting the relative distance between the edge grinding units so that it can grind glass of different widths.

[0057] During the edge grinding process, the glass is placed between the fixed edge grinding group and the movable edge grinding group, and the glass is pushed backward by the edge grinding belt conveyor line, so that the glass passes through multiple grinding wheels in sequence to grind the edge of the glass, thereby completing the processes of glass edge grinding and chamfering.

[0058] like Figure 5 As shown, the edge grinding wheels in this case are arranged in sequence from the feed end to the discharge end, including an upper chamfering rough grinding wheel 49, a lower chamfering rough grinding wheel 48, a bottom edge rough grinding wheel 47 and a film removal wheel 46. Compared with the conventional technology, the glass in this case is first chamfered and then rough ground at the bottom edge. When chamfering, the height of the bottom edge is first reduced, and then rough ground at the bottom edge, which can effectively reduce the processing amount of the bottom edge rough grinding wheel, thereby reducing the wear of the bottom edge rough grinding wheel and improving production efficiency.

[0059] 2. Working principle of polishing module The working principle of the polishing module is similar to that of the edging module. The polishing module consists of a fixed polishing group and a movable polishing group. The fixed polishing group is fixed in position and is used to determine the reference of the glass; the movable polishing group is connected to the polishing guide rail group through a slider and can slide along the guide rail to adjust its position to adapt to glass of different widths.

[0060] During the polishing process, after the glass is edged, it enters the polishing group for polishing. The polishing process is similar to the edge grinding process. The glass moves backward under the action of the polishing belt conveyor line, so that the glass passes through multiple polishing wheels in turn to ensure that the polishing work is carried out evenly.

[0061] like Figure 5As shown, in this case, the polishing wheels are arranged in sequence from the feed end to the discharge end, including a bottom edge fine grinding wheel 711, a lower chamfer fine grinding wheel 710, a lower chamfer fine polishing grinding wheel 79, an upper chamfer fine grinding wheel 78, an upper chamfer fine polishing grinding wheel 77, a bottom edge fine grinding wheel 76, and a bottom edge fine polishing grinding wheel 75. Compared with the conventional technology, in this case, fine grinding wheels are added to the polishing unit, and the bottom edge fine grinding wheel 711, the lower chamfer fine grinding wheel 710, the lower chamfer fine polishing grinding wheel 79, and the upper chamfer fine grinding wheel 78 are used to finely grind the glass entering the polishing unit before polishing. This avoids abnormal wear of the polishing wheel due to inaccurate positioning or other errors when the glass enters the polishing unit. This ensures the processing accuracy of the glass and extends the service life of the grinding wheel.

[0062] 3. Working principle of width adjustment power mechanism The width adjustment power mechanism is the core part of the whole equipment. Its main function is to realize the rapid adjustment of the width of the edging group and the polishing group to adapt to the processing of glass of different specifications.

[0063] Drive system: The width adjustment power mechanism includes a servo motor, a reducer, a gear shaft, and a driving gear. The servo motor drives the gear shaft to rotate through the reducer, and the driving gear on the gear shaft meshes with the racks on the edge grinding guide rail group and the polishing guide rail group. When the driving gear rotates, the active edge grinding group and the active polishing group are driven to slide along the guide rail through the meshing of the racks, thereby realizing the width adjustment of the edge grinding and polishing modules.

[0064] Synchronous adjustment: The width adjustment power mechanism can not only accurately adjust the position of the active edge grinding group and the active polishing group, but also ensure the synchronous adjustment of the two modules, so that the glass always maintains a stable position during the edge grinding and polishing process. This synchronous adjustment mechanism greatly improves the processing accuracy of the equipment and reduces the processing error caused by inconsistent width adjustment.

[0065] 4. Collaborative work of edge grinding and polishing modules After edge grinding, the glass can enter the first transfer transition station C, so that the glass can quickly separate from the edge grinding mechanism. Under the transmission of the first transfer transition station C, the glass enters the polishing module and starts smoothing. During this process, the movable part of the edge grinding module can immediately adjust the width to prepare for the processing of the next piece of glass. This design makes the glass processing process highly continuous.

[0066] For example, when polishing a new piece of glass, the edge grinding module can be quickly opened and closed and adjusted to a position suitable for the width of the new glass, ensuring that the next piece of glass can immediately enter the edge grinding group for processing.

[0067] At this time, the polishing module still continues to polish the current glass until the current glass processing is completed.

[0068] This design avoids the downtime and delays caused by width adjustment in the existing technology, achieves seamless connection between edging and polishing, and keeps the equipment running efficiently at all times.

[0069] 5. Continuous processing and efficient switching of glass Due to the independent adjustability and synchronous control of the edge grinding and polishing modules, the equipment can automatically adjust the glass width within one processing cycle without waiting for the current glass to be fully processed. This efficient processing mode greatly improves the efficiency of the production line, especially in the production environment of multiple specifications and small batch orders, and can quickly respond to the processing needs of glass of different sizes.

[0070] During the width adjustment process, the edge grinding mechanism can be opened and closed before polishing is completed to adjust to the width suitable for the new glass, reducing equipment downtime and improving production continuity.

[0071] Whether it is large-scale production or small-batch orders, the equipment can quickly switch processing specifications to meet the needs of different users.

[0072] In addition, since the feeding belt conveyor lines in the edge grinding unit and the polishing unit are driven by independent power devices, the speed of the belt conveyor lines is relatively independent during the edge grinding and polishing process. During the edge grinding process, the feeding speed can be slower due to the large amount of cutting. During the polishing process, the feeding speed can be faster due to the smaller amount of cutting, thereby improving work efficiency.

[0073] It should be noted that the production line in this case can be matched according to the needs of users. For example, users can use a first double-sided rough grinding unit A to connect with the first polishing unit B to achieve double-sided processing of glass. On this basis, a second double-sided rough grinding unit D and a second polishing unit E can also be added, and the tail of the first polishing unit B is connected to the second double-sided rough grinding unit D through a turning table. After two sides of the glass are processed, the turning table is used to turn the glass 90°, so that the other two sides enter the second double-sided rough grinding unit D and the second polishing unit E for processing, so that one-time feeding can be achieved and the four sides of the glass can be processed.

[0074] like Figure 1 As shown, the turning table is a linear turning table H. After the glass enters the turning table, the lifting mechanism below it is used to lift the glass to a certain height. Then, after the lifting mechanism rotates 90°, the glass descends and returns to the turning table to be pushed into the second bilateral rough grinding unit D.

[0075] like Figure 2As shown, the turning table is a right-angle turning table J. After the glass enters the turning table, the lifting mechanism below it is used to lift the glass to a certain height for horizontal transmission. Then the lifting mechanism is lowered and returns to the turning table to be vertically transmitted and pushed into the second double-sided rough grinding unit D. Through the action of the above transfer mechanism, the four-side grinding of the glass can be achieved.

[0076] 6.Technological advantages Efficient production: The edge grinding module and polishing module of the equipment can be adjusted independently and synchronously during the glass processing process, without waiting for the glass processing to be completed before adjusting the width. This design significantly reduces downtime and improves production efficiency.

[0077] Flexibility and adaptability: This equipment is suitable for the production needs of multiple specifications and small batches, especially for users who place orders individually. The ability of the width adjustment power mechanism to adjust quickly and accurately enables the equipment to flexibly respond to the processing needs of glass of different sizes, greatly improving the adaptability of the production line.

[0078] Automation and simplified operation: The automatic width adjustment reduces manual intervention, makes the operation easier, reduces human operation errors, and reduces the workload of workers. At the same time, the equipment has lower maintenance requirements, reducing overall operating costs.

[0079] Stability and precision: The precise control of the width adjustment power mechanism and the synchronous operation of the edge grinding and polishing modules ensure the stability of the glass position during processing, reduce processing errors, and ensure high-quality glass processing effects.

[0080] In summary, the multifunctional and efficient glass edge grinding production line of the present invention successfully realizes efficient and accurate glass edge grinding and polishing through scientific and reasonable structural design, combined with the division of labor and arrangement of grinding wheels and high degree of automation. It not only improves processing efficiency and quality, but also reduces equipment maintenance costs, providing a highly competitive technical solution for the glass processing industry.

[0081] The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention. It should be understood by those skilled in the art that the present invention is not limited by the above embodiments, and the above embodiments and descriptions are only for explaining the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, and these changes and improvements all fall within the scope of the present invention to be protected.

Claims

1. A multifunctional and efficient glass edge grinding production line, characterized by: The invention comprises a first double-sided rough grinding unit (A) and a first polishing unit (B). A first transfer transition platform (C) is installed between the first double-sided rough grinding unit (A) and the first polishing unit (B). One end of the first transfer transition platform (C) is suspended in the air, and the opposite end is connected to the first double-sided rough grinding unit (A) or the first polishing unit (B). After the glass is edge-ground by the first double-sided rough grinding unit (A), it enters the first transfer transition platform (C) and finally enters the first polishing unit (B) for polishing.

2. The multifunctional and efficient glass edge grinding production line according to claim 1 is characterized by: The tail of the first polishing machine group (B) is also connected to the second double-sided rough grinding machine group (D) and the second polishing machine group (E) through a turning table, and a second transfer transition table (F) is installed between the second double-sided rough grinding machine group (D) and the second polishing machine group (E), one end of the second transfer transition table (F) is suspended, and the opposite end is connected to the second double-sided rough grinding machine group (D) or the second polishing machine group (E); After the glass is turned, it passes through the second double-sided rough grinding unit (D) for edge grinding, enters the second transfer transition table (F), and finally enters the second polishing unit (E) for polishing, completing the edge grinding and polishing of the four sides of the glass.

3. The multifunctional and efficient glass edge grinding production line according to claim 1 is characterized in that: The feeding end of the first bilateral coarse grinding unit (A) is connected to a detection platform (G).

4. The multifunctional and efficient glass edge grinding production line according to claim 2 is characterized in that: The turning platform is a linear turning platform (H), the feeding end of the linear turning platform (H) is connected to the first polishing machine group (B) through a first turning and conveying transition platform (H1); the discharging end of the linear turning platform (H) is connected to the second bilateral rough grinding machine group (D) through a second turning and conveying transition platform (H2).

5. The multifunctional and efficient glass edge grinding production line according to claim 2 is characterized in that: The turning table is a right-angle turning table (J), the feeding end of the right-angle turning table (J) is connected to the first polishing unit (B); the discharging end of the right-angle turning table (J) is connected to the second double-sided rough grinding unit (D).

6. The multifunctional and efficient glass edge grinding production line according to claim 1 or 2, characterized in that: The first double-sided rough grinding machine group (A) or the second double-sided rough grinding machine group (D) both comprise a base (1), on which an edge grinding guide rail group (2) is arranged, a fixed edge grinding group (4) being fixedly mounted on one side of the edge grinding guide rail group (2), and a movable edge grinding group (5) being slidably mounted on the other end of the edge grinding guide rail group (2) via a slider (8), and the movable edge grinding group (5) is driven by a width adjustment power mechanism (6) to slide along the edge grinding guide rail group (2) to adjust the relative distance between the movable edge grinding group (5) and the fixed edge grinding group (4).

7. The multifunctional and efficient glass edge grinding production line according to claim 6 is characterized by: The fixed edging group (4) and the movable edging group (5) are installed relative to each other, and both include an edging base (41) and an edging fixed belt conveyor line (42) arranged thereon; a movable edging belt conveyor line (44) is also installed on the top of the edging base (41) via an edging lifting mechanism (43); the edging lifting mechanism (43) drives the movable edging belt conveyor line (44) to move up and down, thereby clamping the glass (10) between the fixed edging belt conveyor line (42) and the movable edging belt conveyor line (44).

8. The multifunctional and efficient glass edge grinding production line according to claim 7 is characterized by: The edge grinding base (41) is also equipped with a plurality of edge grinding motors (45), and the main shaft of the edge grinding motor (45) is equipped with an edge grinding wheel. The edge grinding wheels are sequentially arranged from the feed end to the discharge end, including an upper chamfering rough grinding wheel (49), a lower chamfering rough grinding wheel (48), a bottom edge rough grinding wheel (47), and a film removal wheel (46).

9. The multifunctional and efficient glass edge grinding production line according to claim 1 or 2, characterized in that: The first double-sided polishing machine group or the second double-sided polishing machine group both comprises a base (1), on which a polishing guide rail group (3) is arranged, wherein a fixed polishing group (7) is fixedly mounted on one side of the polishing guide rail group (3), and a movable polishing group (9) is slidably mounted on the other end of the polishing guide rail group (3) via a slider (8), and the movable polishing group (9) is driven by a width adjustment power mechanism (6) to slide along the polishing guide rail group (3) to adjust the relative distance between the movable polishing group (9) and the fixed polishing group (7).

10. The multifunctional and efficient glass edge grinding production line according to claim 9, characterized in that: The fixed polishing group (7) and the movable polishing group (9) are installed relative to each other, and both include a polishing base (71) and a polishing fixed belt conveyor line (72) arranged thereon; a polishing movable belt conveyor line (73) is also installed on the top of the polishing base (71) via a polishing lifting mechanism, and the polishing lifting mechanism drives the polishing movable belt conveyor line (73) to move up and down, thereby clamping the glass (10) between the polishing fixed belt conveyor line (72) and the polishing movable belt conveyor line (73).

11. The multifunctional and efficient glass edge grinding production line according to claim 10, characterized in that: A plurality of polishing motors (74) are also mounted on the polishing base (71), and polishing grinding wheels are mounted on the main shaft of the polishing motor (74). The polishing grinding wheels are sequentially arranged from the feed end to the discharge end, including a bottom edge fine grinding wheel (711), a lower chamfer fine grinding wheel (710), a lower chamfer fine polishing grinding wheel (79), an upper chamfer fine grinding wheel (78), an upper chamfer fine polishing grinding wheel (77), a bottom edge fine grinding wheel (76), and a bottom edge fine polishing grinding wheel (75).

12. The multifunctional and efficient glass edge grinding production line according to claim 6, characterized in that: The width adjustment power mechanism (6) comprises a width adjustment base (61), a speed reducer (62) is mounted on the width adjustment base (61), the speed reducer (62) is driven to rotate by a servo motor (63), the speed reducer (62) extends to both sides of a gear shaft (64), a driving gear (65) is mounted on the gear shaft (64), the driving gear (65) is meshed with a rack on the edge grinding guide rail group (2) or the polishing guide rail group (3), and when the driving gear (65) rotates, it drives the movable edge grinding group (5) or the movable polishing group (9) to move.

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