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The utility model relates to the lens bonding technology, specific involves an optical lens glue device

by:ChangHui     2020-06-16
Technical background: lens glue is two '+' '- 'R value respectively the same convex and concave lens use glue for adhesive, existing agglutination method for light agglutination, more specific process is as follows: first, place the concave mirror on the gluing fixture, manual dispensing, then manually to convex lens bonding surface and concave lens bonding surface composite, when two lens UV glue after the initial curing, through testing instrument to adjust two lens centering, and then in the UV curing oven for long time. The bonding process can guarantee the quality of the lens is higher, but also has the following disadvantages: one is agglutination lens is placed on the gluing fixture, take a mirror more time-consuming, but also in agglutination fixture was laid out again, easy to shake; Second, manual are two lenses composite, the lens centering effect is poorer, is not conducive to the follow-up centering operation of measuring equipment. Technical implementation elements: for this reason, the utility model aims to provide an optical lens glue device, to solve the technical problems of manual agglutination centering effect is poorer. The utility model adopted by the technical scheme for: design of an optical lens glue device, including gluing box and lens centering components, agglutination box including side hinged on housing and lower housing, lens centering components including the casing under the corresponding Settings in the enclosure, fixture, jig, fixture, described the fixture fixture on coaxial Settings and radial size less than the radial size of the fixture, described the fixture on the end face through the first connecting rod connected to the case on sliding, and the edge of the fixture on the circumferential uniform has at least three down, such as long pillar, mentioned in each column from one end of the fixture on form a spherical; Described in the next fixture including the processing of the upper and lower installation department, described the agglutination of end face equipped with optical lens size adaptation of the first groove, the bottom and installation of the upper removable connection, described in the installation of the end face through the second connecting rod connected to the frame fixed under, described agglutination and installed on the corresponding with the first 1 hole and a second axial through hole, as described in the first 1 hole and a second hole just has to will agglutination of optical lenses out after the first groove of the top institutions. Optimization, described the top mirror institutions including the vertical rod, tube and bar, as described in vertical tube opening up fixed set below the bottom of the box body, as described in the vertical bar at the bottom of the sliding connection in the silo, the top has a cushion, central has a slider, described under one end of the bar through the mounting holes on the box body and hinged with the lower end of the mounting holes, the other end is equipped with the chute, described in the chute and the slider sliding connection. Optimization, described in the case on the top wall of the center is equipped with a second grooves, described the case on the top of the first connecting rod through the top wall and a second groove connection after press the handle, as described in the second grooves with spring, and described the spring set of described in the first on the connecting rod. Optimization, described under the agglutination of the end face is equipped with the first annular convex platform, described in the installation of the upper end is equipped with a second ring of convex platform, described the second annular convex sets of radial size is greater than the first radial dimensions of the annular convex platform, and described the first annular convex set and the second annular convex set screw thread connection. Optimization, described on both sides of the box body internal is equipped with uv light. Compared with the existing technology, the utility model of good technical effect is: 1, the utility model in coaxial set on the fixture, the rapid realization of two lens centering fixture class, and high precision; Stay glued concave mirror placed in the next fixture after the first groove, concave mirror in a stable state, the convex lens of bonding surface and concave lens bonding surface composite, spherical fixture slide down the column bottom on contact with the convex lens and the lens of the force f, when only part of the pillar sphere contact with the convex lens, lens unbalanced force will slide until full contact, also is the location of the two lens centering. 2, the utility model of fixture are connected by a detachable agglutination and installation, can according to actual needs to replace glue, to adapt to the different sizes of lenses, good generality. 3, the utility model has the top mirror, can quickly after the centering of the lens from the first groove inside out, facilitate the lenses. Figure 1 illustrated instructions for the utility model structure schematic diagram; Figure 2 for the local amplification figure in figure 1. A; Frame, under case on 1, 2, 3 for the handle, 4 for the second grooves, 5 for the installation hole, 6 for the fixture, 7 for the next fixture, eight columns, 9 for spherical, 10 for the first connecting rod, 11 to press the handle, for spring 12, 13 for gluing, 14 for installation department, 15 for the first groove, 16 is the first annular convex sets, 17 for the second annular convex sets, 18 for the first telephone hole, 19 for the second hole, 20 for stud, 21 for silo, 22 for rail, 23 for the cushion layer, 24 for the slider, 25 as the chute, 26 as the ultraviolet lamp, 27 as the second connecting rod. Concrete implementation way of combining the appended drawings below and implementation example of this utility model specific implementation way, but in the following example is used to this utility model in detail, not in any way limit the scope of the utility model. The following example of units involved in the module components, structure, institutions or sensor devices, such as if no special instructions, are conventional products sold. Example: as shown in figure 1, figure 2, an optical lens glue device, including gluing box and lens centering components, agglutination box is composed of the case 1 and case 2, and 1 case on the bottom left of the hinged upper left and lower housing 2, at the same time on the right side of the box body 1 3 has a handle, so that the closed and open case on 1; Case on 1 top wall center is equipped with 4 second grooves, the right side of the box body 2 is equipped with mounting holes under 5. Lens centering components including fixture on within the set in case on 1 6, and set up the fixture in the next box body 2, 7, fixture fixture under 6 and 7 on a disc and coaxial Settings, and fixture of up to six radial size less than the radial size of the fixture 7, on the edge of the fixture six circular uniform has at least three down, such as long pillar of 8, every 8 from one end of the fixture on the columns to form a spherical 9, multiple spherical 9 centre is located in the same horizontal plane, the fixture of the six face coaxial connected with the first connecting rod fixed on 10, the first case on the top of the connecting rod 10 upward through 1 top wall and a second groove after 4 connection to press the handle 11, 4 with spring 12 second grooves, and 10 spring 12 sets in the first link; 13 fixtures 7 including the processing of the upper and lower part of the installation of the 14, agglutination of 13 on end face equipped with optical lens size 15, the adaptation of the first groove end is equipped with the first annular convex table 16, installation of 14 on end face set the second annular convex table 17, face through the connecting rod are connected to the frame 2 under fixed 27, the second ring 17 radial size is greater than the first annular convex convex 16 radial dimensions, and the first annular convex sets the threaded connection with the second annular convex platform; Agglutination 13 and install corresponding with axial on 14 through the hole on the 18th and 19, the second hole on the first hole 18 and 19 directly with the second hole to the agglutination of optical lenses out after the first groove of 15 top institutions. Top mirror institutions include poling 20, silo 21 and 22 ledger, silo under 21 opening up fixed set in at the bottom of the box body 2, silo 18 and 21 with the hole on the second hole and coaxial, poling 20 is connected in the bottom of the sliding silo within 21, the top has a cushion, 23, 24, central has a slider bar 22 end through the mounting holes on the frame 2 under the lower end of the 5 with mounting holes and articulated, 25, another end is equipped with chute chute 24 25 and slider sliding connection. On both sides of the box 1 internal ultraviolet lamp also has 26.
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