CN207983192U - Machinery positioning four sides aligning gear - Google Patents

Abstract

Machinery positioning four sides aligning gear, the utility model is related to mechanical positioning equipment technical field, the middle part for correcting carrier is equipped with No.1 location hole；It corrects and is respectively equipped with wing plate on four lateral walls of carrier body；A side of two correction iron frames is fixedly connected by bolt with the threaded hole Symmetrical vertical on correction four, the back side of carrier body angle；The sliding of the face of each wing plate is provided with fixed block, and sliding block is equipped on the inside of each fixed block and fastens position；Sliding block is fixed at sliding block and fastens on the madial wall of position, and the interior Slideslip of sliding block is equipped with guide rail, and the bottom surface of guide rail is fixed on wing plate；Cylinder is fixed on correction carrier；Correcting block is fixedly connected by bolt and threaded hole on the top of fixed block, and the service life of equipment can be greatly increased, and improves the precision of equipment, is saved pneumatic element and is replaced the cost generated, improves whole working efficiency, practicability is stronger.

Description

Machinery positioning four sides aligning gear

Technical field

The utility model is related to mechanical positioning equipment technical fields, and in particular to machinery positioning four sides aligning gear.

Background technology

Four sides aligning gear is mainly used in cell phone back light source production equipment, and the mold materials correction for being used as product is fixed Position, the double track cylinder guidance type equipment that four sides aligning gear on the market generally uses at present are taken exercises by four double track cylinders And guiding, four cylinders push product to complete correction to same direction, the cylinder not only motion carrier as correcting unit mechanism, but also It is used as limit, the impact force due to moving forward and backward generation influences the service life of front air cylinder, the shape of cell phone back light source requirements Position tolerance is usually between 0.01mm-0.03mm, and cylinder will produce gap as carrier use for a long time, and precision is in 0.02mm- It between 0.04mm, cannot meet the requirements, cause correction inaccurate, influence the precision that machinery fits on mold, it would be highly desirable to improve.

Utility model content

The purpose of this utility model is that it is in view of the drawbacks of the prior art and insufficient, a kind of simple in structure, design conjunction is provided Reason, machinery positioning four sides easy to use aligning gear, can greatly increase the service life of equipment, improve the precision of equipment, It saves pneumatic element and replaces the cost generated, improve whole working efficiency, practicability is stronger.

To achieve the above object, the technical solution adopted in the utility model is：It includes correction carrier, corrects iron frame, is solid Determine block, positive correction fork, anti-correction fork, micrometer, micrometer fixed block, correcting block, transmission item, side's copper, cushion block, cylinder, guide rail, Sliding block；The middle part for correcting carrier is equipped with No.1 location hole；Correction carrier is made of correction carrier body and wing plate；Correct carrier sheet It is respectively equipped with wing plate on four lateral walls of body；A side of two correction iron frames passes through bolt and the correction carrier body back side four Threaded hole Symmetrical vertical on a angle is fixedly connected；The sliding of the face of each wing plate is provided with fixed block, each fixed block Inside is equipped with sliding block and fastens position；Sliding block is fixed at sliding block and fastens on the madial wall of position, and the interior Slideslip of sliding block, which is equipped with, leads Rail, and the bottom surface of guide rail is fixed on wing plate；One side bottom of fixed block is fixed with No.1 flange, and No.1 flange with Fixed block is an integral structure；It is bolted on the No.1 flange and is provided with micrometer fixed block, micrometer is fixed Block is equipped with through-hole, and micrometer, which is worn, to be fixed in through-hole；Another upper lateral part of the fixed block sets groove, is driven one end It is bolted to connection in groove；The transmission other end is equipped with cylinder clamping position；The cylinder fixed setting On correction carrier, and positioned at the side of wing plate；The cylinder interior activity is equipped with cylinder push-rod axis, cylinder push-rod axis One end dew is located on the outside of cylinder；The top of the cylinder push-rod axis is set by nut card to be fixed in the middle part of cylinder clamping position；Institute The correcting block surface stated is equipped with two symmetrical vertical No.1 bar-shaped troughs, and bottom is equipped with several threaded holes, threaded hole and No.1 item Notch is equipped between shape slot；The correcting block is fixedly connected by bolt and threaded hole on the top of fixed block；Institute The positive correction fork and anti-correction fork stated are equipped with No. two flanges and No. two bar-shaped troughs, and the notch of No. two flanges and correcting block is mutually clamped It is fixed, and No. two bar-shaped troughs and the threaded hole of correcting block bottom pitched by positive correction fork and anti-correction are connected and fixed；It is described Cushion block the middle part of correction carrier body is riveted on by bolt, set through-hole in the middle part of cushion block；The square copper passes through in the middle part of cushion block Through-hole after fixed be riveted in correction carrier body；No. two location holes, No. two location holes and correction are set in the middle part of the square copper No.1 location hole in carrier body, which connects, to be equipped with.

Further, the wing plate is an integral structure with correction carrier body.

With the above structure, the utility model has the beneficial effect that：Machinery positioning four sides described in the utility model corrects Mechanism can greatly increase the service life of equipment, improve the precision of equipment, save pneumatic element and replace the cost generated, carry High whole working efficiency, practicability is stronger, and the utility model has the advantages that simple in structure, setting is reasonable, low manufacture cost.

Description of the drawings

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, before not making the creative labor property It puts, other drawings may also be obtained based on these drawings.

Fig. 1 is the structural schematic diagram of the utility model.

Fig. 2 is the left side structure schematic view of Fig. 1.

Fig. 3 is the upper side structure schematic view of Fig. 1.

Fig. 4 is the structural schematic diagram of the utility model correction carrier.

Fig. 5 is the structural schematic diagram of the utility model fixed block.

Fig. 6 is the structural schematic diagram of the utility model positive correction fork.

Fig. 7 is the left view of Fig. 6.

Fig. 8 is the structural schematic diagram of the utility model correcting block.

Fig. 9 is the front view of Fig. 8.

Reference sign：

Correct carrier 1, correction carrier body 1-1, wing plate 1-2, No.1 location hole 1-3, correction iron frame 2, fixed block 3, recessed Slot 3-1, No.1 flange 3-2, sliding block fasten position 3-3, positive correction pitches 4, No. two flange 4-1, No. two bar-shaped trough 4-2, anti-correction fork 5, micrometer 6, micrometer fixed block 7, correcting block 8, No.1 bar-shaped trough 8-1, notch 8-2, transmission item 9, cylinder clamping position 9-1, 10, No. two location hole 10-1 of square copper, cushion block 11, cylinder 12, cylinder push-rod axis 12-1, guide rail 13, sliding block 14.

Specific implementation mode

The utility model will be further described below with reference to the accompanying drawings.

Referring to as shown in figs. 1 to 9, present embodiment the technical solution adopted is that：It includes correction carrier 1, correction Iron frame 2, fixed block 3, positive correction fork 4, anti-correction fork 5, micrometer 6, micrometer fixed block 7, correcting block 8, transmission item 9, square copper 10, cushion block 11, cylinder 12, guide rail 13, sliding block 14；It is fixed by correction carrier body 1-1, several wing plate 1-2, No.1 to correct carrier 1 Position hole 1-3 is constituted；The middle part for correcting carrier 1 is equipped with No.1 location hole 1-3；Carrier 1 is corrected by correction carrier body 1-1, several Wing plate 1-2 is constituted；It is respectively equipped with wing plate 1-2 on four lateral walls of correction carrier body 1-1；The side of two correction iron frames 2 While being fixedly connected with the threaded hole Symmetrical vertical on correction four, the back sides carrier body 1-1 angle by bolt；Each wing plate 1-2's Face sliding is provided with fixed block 3, and the inside of each fixed block 3 is equipped with sliding block and fastens position 3-3；Sliding block 14 is fixed at Sliding block fastens on the 3-3 madial walls of position, and the interior Slideslip of sliding block 14 is equipped with guide rail 13, and the bottom surface of guide rail 13 is fixed at the wing On plate 1-2；One side bottom of fixed block 3 is fixed with No.1 flange 3-2, and No.1 flange 3-2 and fixed block 3 are integral type knot Structure；It is bolted on the No.1 flange 3-2 and is provided with micrometer fixed block 7, micrometer fixed block 7 is equipped with logical Hole, micrometer 6, which is worn, to be fixed in through-hole；Another upper lateral part of the fixed block 3 sets groove 3-1, and 9 one end of transmission item passes through Bolt is fixedly connected in groove 3-1；9 other end of transmission item is equipped with cylinder clamping position 9-1；The cylinder 12 is fixed Setting is located at the side of wing plate 1-2 on correction carrier 1；12 internal activity of cylinder is equipped with cylinder push-rod axis 12- One end dew of 1, cylinder push-rod axis 12-1 are located at 12 outside of cylinder；The top of the cylinder push-rod axis 12-1 is set by nut card It is fixed in the middle part of the 9-1 of cylinder clamping position；8 surface of correcting block is equipped with two symmetrical vertical No.1 bar-shaped trough 8-1, is used for It is debugged when the product for producing different model, bottom is equipped with several threaded holes, and slot is equipped between threaded hole and No.1 bar-shaped trough 8-1 Mouth 8-2；The correcting block 8 is fixedly connected by bolt and threaded hole on the top of fixed block 3；The positive correction Fork 4 and anti-correction pitch 5 and are equipped with No. two flange 4-1 and No. two bar-shaped troughs 4-2, the notch 8-2 of No. two flange 4-1 and correcting block 8 It mutually connects and fixes, and is connected by the threaded hole of No. two bar-shaped trough 4-2 and 8 bottom of correcting block on positive correction fork 4 and anti-correction fork 5 Connect fixation；Contact of the positive correction fork 4 with anti-correction fork 5 for front end when correcting product；The cushion block 11 passes through Bolt is riveted on the middle part of correction carrier body 1-1, and 11 middle part of cushion block sets through-hole, and the outer surface of cushion block 11 is equipped with many blockages Boss avoids product from being polluted because coming into contact in a large area for bearing product；The square copper 10 passes through 11 middle part of cushion block Through-hole after it is fixed be riveted on correction carrier body 1-1, the electrostatic for eliminating product；10 middle part of square copper sets No. two Location hole 10-1, No. two location hole 10-1 connect with the No.1 location hole 1-3 on correction carrier body 1-1 and are equipped with.

Further, the wing plate 1-2 and correction carrier body 1-1 is an integral structure.

The working principle of this specific embodiment:：Cylinder 12 is manually adjusted as open configuration first, then will be with positive correction The correcting block 8 that fork 4 and anti-correction pitch 5 is adjusted to the position for being suitble to correct the product size, allows mechanical arm fixed from mold manually The good product absorption in position is sent back on cushion block 11, and handle product, which is fixed, under manipulator does not allow it to loosen, after completing positioning feeding Debugging cylinder 12 is closed manually, then the correcting block 8 that four direction is unclamped is promoted toward aligning gear center position one by one, until positive school Just fork 4 and anti-correction fork 5 just touches the product edge on cushion block 11, then correcting block 8 is fixed and is locked, above-mentioned to complete school Positive positioning, micrometer 6 are finely tuned further according to the position adsorbed back on mold this completes the debugging to entire aligning gear, Aligning gear production process is waited expecting that blowing completion corrects completion, feeding completion by opening origin, and aligning gear opening origin waits for Material, manipulator pushing are discharged on cushion block 11, and the fiber laser arrays blowing below 10 No. two location hole 10-1 of square copper is completed, and machine is corrected Four correcting blocks 8 of structure are pushed to product center direction from cylinder 12 by the limit debugged and clamp the amendment completed to product, school Four correcting blocks 8 push outside by the limit debugged by cylinder 12 after the completion of pushing absorption feeding by manipulator after the completion of just It opens, manipulator rises transmission and completes fitting.

With the above structure, present embodiment has the beneficial effect that：Machinery positioning described in present embodiment Four sides aligning gear can greatly increase the service life of equipment, improve the precision of equipment, save pneumatic element and replace generation Cost improves whole working efficiency, and practicability is stronger, and the utility model has simple in structure, and setting is reasonable, low manufacture cost The advantages that.

The above is merely intended for describing the technical solutions of the present application, but not for limiting the present application, those of ordinary skill in the art couple The other modifications or equivalent replacement that the technical solution of the utility model is made, without departing from technical solutions of the utility model Spirit and scope should all cover in the right of the utility model.

Claims (2)

1. machinery positioning four sides aligning gear, it is characterised in that：It includes correction carrier, correction iron frame, fixed block, positive correction Fork, anti-correction fork, micrometer, micrometer fixed block, correcting block, transmission item, square copper, cushion block, cylinder, guide rail, sliding block；Correction carries The middle part of body is equipped with No.1 location hole；Correction carrier is made of correction carrier body and wing plate；Correct carrier body four are outer Wing plate is respectively equipped on side wall；A side of two correction iron frames passes through bolt and the spiral shell on correction four, the back side of carrier body angle Pit Symmetrical vertical is fixedly connected；The sliding of the face of each wing plate is provided with fixed block, is equipped on the inside of each fixed block Sliding block fastens position；Sliding block is fixed at sliding block and fastens on the madial wall of position, and the interior Slideslip of sliding block is equipped with guide rail, and guide rail Bottom surface is fixed on wing plate；One side bottom of fixed block is fixed with No.1 flange, and No.1 flange and fixed block are one Body formula structure；It is bolted on the No.1 flange and is provided with micrometer fixed block, micrometer fixed block is equipped with logical Hole, micrometer, which is worn, to be fixed in through-hole；Another upper lateral part of the fixed block sets groove, and transmission one end is solid by bolt Surely it is connected in groove；The transmission other end is equipped with cylinder clamping position；The cylinder is fixed at correction carrier On, and positioned at the side of wing plate；The cylinder interior activity is equipped with cylinder push-rod axis, and one end dew of cylinder push-rod axis is located at On the outside of cylinder；The top of the cylinder push-rod axis is set by nut card to be fixed in the middle part of cylinder clamping position；The correcting block Surface is equipped with two symmetrical vertical No.1 bar-shaped troughs, and bottom is equipped with several threaded holes, is set between threaded hole and No.1 bar-shaped trough There is notch；The correcting block is fixedly connected by bolt and threaded hole on the top of fixed block；The positive correction Fork and anti-correction fork are equipped with No. two flanges and No. two bar-shaped troughs, and the notch of No. two flanges and correcting block mutually connects and fixes, and logical It crosses positive correction fork and anti-No. two bar-shaped troughs corrected on fork and the threaded hole of correcting block bottom is connected and fixed；The cushion block passes through Bolt is riveted on the middle part of correction carrier body, and through-hole is set in the middle part of cushion block；The square copper is solid after the through-hole in the middle part of cushion block Surely it is riveted in correction carrier body；Set No. two location holes in the middle part of the square copper, No. two location holes in correction carrier body No.1 location hole connect and be equipped with.

2. machinery positioning four sides according to claim 1 aligning gear, it is characterised in that：The wing plate and correction carrier Ontology is an integral structure.