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The utility model relates to edge grinding machine product parts field, specific for an optical lens edger

by:ChangHui     2020-05-12
Technical background: optical glass is made of high purity silicon, boron, sodium, potassium, zinc, lead, magnesium, calcium, barium oxide in a particular formula mix, high temperature melting in the platinum crucible, stir well with ultrasonic, to bubble; Then after a long period of time slowly cooling, lest produce internal stress in the glass block. After cooling the glass block, must go through optical instrument measurement, test of purity, transparency, uniformity, refractive index and dispersion rate is standard. Qualified glass block after heating forging, MAO embryo into optical lens. Traditional optical glass edge grinding machine, can only edge grinding of a lens at the same time, the edge grinding efficiency is low, and cannot be on the edge grinding scraps into recycling, in order to solve the above problem, now to introduce a kind of optical lens edger. Technical implementation elements: aiming at the shortcomings of the existing technology, the utility model is designed to provide an optical lens edge grinding machine, in order to solve the above questions in the technical background, the utility model is convenient to use, simple operation, high systematic, strong practicability. To achieve the above purpose, the utility model provides the following technical scheme: a kind of optical glass edge grinding machine, including cylinder, lift rod, motor, gear, the base, placing block, edge grinding wheel, a connecting shaft, edge grinding wheel, connecting shaft, rectangular hole, pump and pump 2, described in the device body left a fixed cylinder, described in the cylinder bottom connected to the lifting rod is fixed, as described in the lower lifting rod connected to the motor is fixed, as described on the device body to open a rectangular hole, described the spindle right end fixed with connecting shaft of the motor, described two rectangular hole right through the connecting shaft, and extends to the device main body on the right side, connecting shaft described two right side and the edge grinding wheel two fixed connection, edge grinding wheel described two right end connected with a fixed connecting shaft, connecting shaft described a right end connected with a fixed edge grinding wheel, described device right side and the base fixed connection, described the base is located in the edge grinding wheel and edge grinding wheel 2, below mentioned placed on the base with the internal bottom, described in the placement block set between inlet and base, described placed inside a bottom fixed one pump, described the base inside the right end fixed pump 2. Further, described by lifting cylinder rod connected to the motor is fixed. Further, described the main shaft of the motor by connecting shaft two edge grinding wheel with two fixed connection. Described further, edge grinding wheel through a connecting shaft and a fixed connection edge grinding wheel. Further, described in the device and the base bottom were fixed with universal wheel. Described further, placed block upper opening several air inlet. Further, described the base front end equipped with doors. Compared with the existing technology, the utility model is the beneficial effects of: because of the utility model adds edge grinding wheel and edge grinding wheel 2, the design can edge grinding of two optical lenses at the same time, so as to improve the efficiency of the edge grinding, because of the utility model adds pump 2 and feeding port, the design is easy to on the edge grinding scraps for recycling, the utility model edge grinding effect is good, high efficiency, easy recycling scraps. Figure 1 illustrated instructions for the utility model structure schematic diagram; Figure 2 is the base structure of the utility model diagram; Reference: 1. Cylinder; 2. Lifting lever; 3. Motor; 4. Device main body; 5. Universal wheel; 6. Door plank; 7. The base; 8. Feed port; 9. Place the piece; 10. Air inlet; 11. Edge grinding wheel one; 12. A connecting shaft; 13. Edge grinding wheel; 14. A connecting shaft; 15. Rectangular hole; 16. A pump; 17. Pump 2. 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: an optical lens edge grinding machine, including cylinder 1, lifting lever 2 device, motor 3, 4, and the base 7, 9, edge grinding wheel a placement, 11, 12, edge grinding wheel connecting shaft a. 2:13 and the connecting shaft 14, 15 16 and pump, pump, a rectangular hole. 2:17, device main body left a fixed cylinder 1, 4 cylinder 1 bottom and lifting lever 2 fixed connection, lifting lever 2 bottom connected to the motor 3 fixed, device runs on a main four rectangular hole is 15, 3 motor spindle fixed with the right end of the connecting shaft 14, connecting shaft 2 14 right through the rectangle hole is 15, and extends to the device body 4 on the right side, 14 right side and the edge grinding wheel connecting shaft 2. 2:13 fixed connection, edge grinding wheel. 2:13 right end 12 fixed connection with a connecting shaft, a connecting shaft 12 right end and a fixed connection, edge grinding wheel device main body, the right end and the base fixed connection, base 7 edge grinding wheel, a two 13 below 11 and edge grinding wheel, placed 9 7 internal bottom on the base, placed between 9 and 7 base set inlet 8, placed 9 internal fixed with the bottom of the pump a 16, base and internal right end fixed pump. 2:17. Cylinder by lifting lever 1 2 3 fixed connection with motor, motor spindle by connecting shaft 3. 2:14 and edge grinding wheel. 2:13 fixed connection, edge grinding wheel. 2:13 through a 12 and edge grinding wheel connecting shaft fixed connection, unit 4, and the base fixed is universal in all 7 bottom round 5, place the top 9 runs several air inlet 10, base front end equipped with door 6 7. 本实用新型在工作时:首先工作人员启动抽气机一16,抽气机一16工作将放置块9内部的气体抽出,使放置块9内部气压减小,然后工作人员将光学镜片放在放置块9上的进气孔10上,然后大气压将光学镜片压覆在放置块9上,从而实现对光学镜片进行固定,然后工作人员启动电动机3,电动机3工作带动连接轴二14转动,连接轴二14转动带动磨边轮二13转动,磨边轮二13转动带动连接轴一12转动,连接轴一12转动带动磨边轮一11转动,然后工作人员启动气缸1,气缸1工作带动升降杆2向下移动,升降杆2向下移动带动电动机3向下移动,电动机3向下移动带动磨边轮一11以及磨边轮二13向下移动,磨边轮一11以及磨边轮二13向下移动实现对光学镜片进行打磨,因为存在磨边轮一11以及磨边轮二13,所以可以同时对两个光学镜片进行打磨,在打磨过程中,工作人员启动抽气机二17,抽气机二17工作将磨边产生的废屑从进料口8吸入底座7内部,因本实用新型添加了磨边轮一11以及磨边轮二13,该设计能够同时对两个光学镜片进行磨边,从而提高了磨边的效率,因本实用新型添加了抽气机二17以及进料口8,该设计便于对磨边产生的废屑进行回收,本实用新型磨边效果好,工作效率高,便于回收废屑。
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