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The utility model relates to an optical lens processing equipment technology, the specific for a fully automatic optical lens polishing machine

by:ChangHui     2020-07-17
Technical background: people with glasses now more and more widely, up to the old man child, glasses use frequency is higher and higher, the store had a lens polishing machine must form a complete set of Settings to meet the growing number of glasses demanders, lens polishing machine especially wide application field, applied to all kinds of seals, ceramic plate, cylinder, piston rings, oil pump blades, silicon, quartz crystal, sapphire, plane, optical crystal, lithium niobate, plastic products, hard and gold, stainless steel, powder metallurgy will gold metal materials such as plain surface grinding and polishing. But now optical lens polishing machine accuracy is lower, the automation level is poor, polishing effect and use effect is difficult to ideal, because of the traditional polishing wheel axial positioning on the body and cannot be implemented its polishing Angle adjustment, only can be adjusted through the Angle of the optical lens of artificial implementation, to realize the all aspects of optical lens polishing, not only operation trival, and there is a potential safety hazard. In view of the above mentioned problems, the utility model designs a kind of automatic optical lens polishing machine, in order to solve the problems mentioned above. Technical implementation elements: the purpose of the utility model is to provide a fully automatic optical lens polishing machine, in order to solve the above technical background in the automation level is poor, polishing effect and use effect is difficult to idealize, cannot be implemented to adjust the polishing Angle, not only operation trival, and there is a certain hidden trouble of security problems. To achieve the above purpose, the utility model provides the following technical scheme: a fully automatic optical lens polishing machine, including the base, as described in the base of the left wall set screw motor, described the base of the inner chamber set screw, described the power output end of the screw motor connected to the left side of the screw, the screw described in the setting of the outer wall has a slider, described the slider at the top of the set has two sets of hydraulic cylinder, described the slider by two groups of the hydraulic cylinder connected with the top of the workbench, as described in the base of the right end support bar set, described the support bar right wall installation Angle adjusting motor, described Angle adjust the power output end of the motor through the left wall support bar, and described in the support bar at the top of the inner cavity plug shaft, described Angle adjusting motor power output end of the setting of the outer wall has a chain, described Angle adjust the power output end of the motor through the chain and the axis of the outer wall of the left end of the connection, described a shaft left end of the socket connection rod, referred to the top of the link rod on the left side of the set has a polishing machine, described at the bottom of the left end of connecting rod set have pads, described in the polishing of the motor power output end plug in the lumen of pads. Optimization of hydraulic cylinder set has the same structure of the two groups. Angle adjusting motor selection, stated the power output end of the setting of the outer wall has a drive sprocket, the outer wall of shaft is set have driven sprocket, and driven sprocket chain connected to the drive sprocket. Optimization, referred to the walls of the pads socket have polished shield. Compared with the existing technology, the utility model beneficial effect is that this kind of automatic optical lens polishing machine with Angle adjustment through the chain drive motor pads under the condition of rotation, through the screw motor and hydraulic cylinder work cooperate with each other, realize the worktable of the optical lens to lateral movement and turn around, and make the optical lens polishing more comprehensive, fully automated, make the polishing process is more simple, and manual adjustment, eliminate the hidden trouble in security manual operation, greatly improve the accuracy of optical lens polishing quality. Figure 1 illustrated instructions for the utility model structure schematic diagram; Figure 2 for the utility model pads vertical view. Base figure: 1, 2, 3 screw, screw motor sliding block 4, 5 hydraulic cylinder, table 6, 7 support bar, 8 Angle adjusting motor, 9, 10 chain axles, 11 12 13 polishing pads, connecting rod, motor. Concrete implementation way of the following will be combined with the appended drawings of the utility model implementation, this utility model implementation case clearly and completely describe the technical scheme of obviously, described the implementation of the case is just a part of the utility model implementation example, rather than the implementation of all cases. Based on the example of the utility model, the field common technical personnel under the premise that did not make a creative labor for all other cases, all fall within the scope of protection of the utility model. Please refer to FIG. 1 2, the utility model provides a technical solution: a fully automatic optical lens polishing machine, including base 1, described the left wall of the base 1 set with 2 screw motor, described the inner cavity of the base 1 set screw 3, described in the 2 screw motor power output end connected to the left end of screw 3, as described in the walls of the screw 3 set a slide block 4, described the slider at the top of the 4 set has two sets of hydraulic cylinder 5, described the slider at the top of the 4 5 connection with table 6 by two groups of hydraulic cylinders, referred to the right side of the base 1 set has a support bar 7, described the support bar 7 right wall installation Angle adjusting motor 8, described in the 8 Angle adjusting motor power output through the left wall of the support bar 7, referred to the top of the support bar 7 lumen splice rotation 10, 8 described Angle adjusting motor power output of the setting of the outer wall has a chain 9, 8 described Angle adjusting motor power output through the chain of 9 and the axis of the outer wall of the left end of the 10 connections, described in the axis of the left end of the 10 socket connection rod 11, referred to the top of the link rod 11 on the left side of the set has a polishing machine 13, 11 at the bottom of the left end of connecting rod set described have pads 12, described in the polishing machine 13 the power output end of the splice cavity within the pads of 12. Among them, the hydraulic cylinder 5 sets have the same structure in the two groups, easy to adjust the Angle of table 6, 8 described Angle adjusting motor power output setting of the outer wall has a drive sprocket, as described in the walls of the axis of 10 set have driven sprocket, 9) and driven sprocket chain connected to the drive sprocket, chain drive sprocket drive for 9 correlation is more stable, as described in the walls of the pads 12 socket polishing cover, can prevent dust and other debris in the machine when not in use on the pads on 12 effect use effect. Works: will need polishing of optical lens is installed on the workbench 6, 2 after turning on the power supply will screw motor, screw motor 2 through screw drive the slider move around within the 4 on the base with 1 slide block 4 5 and table 6 connected by two groups of hydraulic cylinders, the realization of table 6 lateral movement, by adjusting the scale of two sets of hydraulic cylinder 5 implementation of table 6, namely around the edge is not easy to polishing of optical lenses in polishing area, then start Angle adjusting motor 8, 8 through chain 9 Angle adjusting motor drive at the top of the axis of rotation 10, 10 turns 11 link rod shaft, start polishing machine 13, polishing motors to drive pads are working 12 13, 11 the rotation of the link rod structure, can realize the rotation of the disc 12, before and after the optical lens can edge polishing area for polishing not easily, that maintain a pads under the condition of rotating, 12 through the screw motor and hydraulic cylinder 5 2 work together, realize the workbench 6 on the optical lens to lateral movement and turn around, make more comprehensive to optical lens polishing. Despite shows and describes the implementation of the utility model, for the purpose of this general technical personnel in the field of, can understand the principle and spirit is not out of the utility model can for those patients with a variety of changes, modification, replacement and variant, the scope of the utility model by the attached claims and their equivalents.
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