CN109813198A

CN109813198A - A kind of skylight rail assembly detection mold

Info

Publication number: CN109813198A
Application number: CN201910144345.7A
Authority: CN
Inventors: 璁稿嘲; 许峰
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-02-27
Filing date: 2019-02-27
Publication date: 2019-05-28

Abstract

The invention discloses a kind of skylight rail assemblies to detect mold, including detection platform, testing agency, clamping device and transmission component, the testing agency and transmission component are each attached to detection platform surface, and testing agency connects with transmission component, the clamping device is fixed with detection platform bottom, and detection platform surface is provided with telescopic mouth, the testing agency is by moving assembly, laser and laser pickoff composition, the moving assembly is fixed on detection platform surface, rail assembly is fixed by the present invention by clamping device, make to deviate in the detection process, error caused by reducing in measurement process, keep data more accurate, simultaneously, the length of rail assembly is read by the scale on grip block, it is detected again by the depth of parallelism of the testing agency to rail assembly, it can be surveyed simultaneously after disposably clamping The length of rail assembly improves detection efficiency and detection accuracy compared with traditional manually detection with its depth of parallelism at amount.

Description

A kind of skylight rail assembly detection mold

Technical field

The present invention relates to skylight guide rail technical field, specially a kind of skylight rail assembly detects mold.

Background technique

Skylight guide rail is the track that sliding is carried out to skylight, plays the role of carrying to skylight, is crucial component, day Window guide rail is usually assembled by gutter channel, end cap, track, crossbeam etc., and therefore, its overall structure is more complicated, to its essence Degree requires also very much.

Manufacturer has to the size detection that various pieces are carried out to it after the completion of producing skylight rail assembly at present, Since output is big, only skylight rail assembly is inspected by random samples, inspects length of the detection instrument to skylight rail assembly of use by random samples Polling is carried out with the depth of parallelism etc., and such a one detect and extremely wastes time, and sampling observation cannot guarantee that institute Some products all meet the requirements, in addition, the detection data measured by cubing also needs carefully due to measurement error in comparison process Micro- finishing, the complex process of detection, the period is long, low efficiency, and error is larger, for this purpose, it is proposed that a kind of skylight guide rail is total At detection mold.

Summary of the invention

The purpose of the present invention is to provide a kind of skylight rail assemblies to detect mold, to solve to propose in above-mentioned background technique The problem of.

To achieve the above object, the invention provides the following technical scheme: a kind of skylight rail assembly detects mold, including inspection It surveys platform, testing agency, clamping device and transmission component, the testing agency and transmission component and is each attached to detection platform table Face, and testing agency connects with transmission component, the clamping device is fixed with detection platform bottom, and detection platform surface is provided with Telescopic mouth, the testing agency are made of moving assembly, laser and laser pickoff, and it is flat that the moving assembly is fixed on detection Platform surface, there are two the moving assembly is set, and two moving assemblies are symmetrically distributed in telescopic mouth two sides, the laser and swash Optical receiver is fixed with two moving assemblies respectively, and moving assembly one end is fixed with transmission component, and the transmission component is by passing Moving gear, silent chain, driving motor and drive shaft composition, the driving motor are fixed on detection platform surface, and driving motor Output end is fixed by shaft coupling and drive shaft, there are three the transmission gear is set, and three transmission gears respectively with drive shaft It is fixed with two moving assembly one end, the silent chain is engaged with three transmission gears, and three transmission gears pass through silent chain Transmission connection.

Preferably, the moving assembly is made of support plate, screw rod and sliding block, there are two the support plate is set, and with Detection platform surface is fixed, and the screw both end passes through bearing respectively and two support plates are rotatablely connected, and the sliding block is equipped with Threaded hole, and sliding block is connect by threaded hole with wire rod thread, the laser and laser pickoff are separately fixed at two cunnings At the top of block, the screw rod is fixed close to driving motor one end with transmission gear.

Preferably, the clamping device is by support frame, the first electric pushrod, grip block, impeller, the first compressing member and Two compressing members composition, support frame as described above are fixed at the top of detection platform, there are two first electric pushrod is set, and two first Electric pushrod both ends are fixed with grip block bottom and support frame respectively, and the grip block outer wall is slidably connected with telescopic mouth inner wall, And grip block two sides are equipped with scale size, the impeller and the first compressing member are separately fixed at clamping plate surface both ends, and the Two compressing members are fixed on impeller close to the first compressing member side.

Preferably, the impeller is made of fixed plate, the second electric pushrod and pushing plate, and the fixed plate is fixed on On the outside of two electric pushrods, and fixed plate is fixed with clamping plate surface, and second output end of electric push rod is fixed with pushing plate, and One lateral roof of pushing plate is fixed with the second compressing member.

Preferably, first compressing member is by L-type plate, the first compressor arm, the first spring, the first contact plate and pulling block group At, the L-type plate is fixed on grip block far from impeller one end, and the sliding of first compressor arm one end runs through L-type plate one end, and First compressor arm top and bottom end are fixed with pulling block and the first contact plate respectively, and first spring pocket is at one end outside compressor arm Side, and the first both ends of the spring is fixed with L-type plate and the first contact plate top respectively.

Preferably, second compressing member is connect by pressure plate, the second compressor arm, second spring, lock core type limit plate, second Touch panel and torsion block composition, described pressure plate one end are fixed with one lateral roof of pushing plate, and are compressed plate surface and be provided with lock core type through-hole, Run through lock core type through-hole on the outside of second compressor arm, and top and bottom is fixed with torsion block and the second contact plate respectively, it is described Lock core type limit plate fixing sleeve is slidably connected on the outside of the second compressor arm, and with lock core type through-hole, and the second spring is covered On the outside of two compressor arms, and both ends are fixed with pressure plate bottom and the second contact plate top respectively.

Preferably, anti-skid chequer is equipped on the outside of the torsion block.

Preferably, first contact plate and the second contact plate bottom are respectively and fixedly provided with non-slip mat.

Preferably, the pushing plate and L-type plate sides adjacent are respectively and fixedly provided with contact sensor.

Compared with prior art, the beneficial effects of the present invention are:

1, rail assembly is fixed by the present invention by clamping device, is made to deviate in the detection process, be reduced Error caused by measurement process keeps data more accurate, meanwhile, rail assembly is read by the scale on grip block Length, then detected by the depth of parallelism of the testing agency to rail assembly, can measured place simultaneously after disposably clamping The length of rail assembly improves detection efficiency and detection accuracy compared with traditional manually detection with its depth of parallelism.

2, moving assembly of the present invention is made of support plate, screw rod and sliding block, and laser and laser pickoff are separately fixed at Two slider tops, the screw rod are fixed close to driving motor one end with transmission gear, drive two screw rods by transmission component It rotates synchronously, to make two sliding block synchronizing movings, then drives laser and laser pickoff to move, so that it is total to detect guide rail At the depth of parallelism.

Detailed description of the invention

Fig. 1 is overlooking structure diagram of the present invention；

Fig. 2 is clamping device structural schematic diagram of the present invention；

Fig. 3 is enlarged cross-sectional view at A in Fig. 2；

Fig. 4 is enlarged drawing at B in Fig. 2；

Fig. 5 is lock core type limit plate of the present invention and lock core type through-hole annexation figure；

Fig. 6 is transmission gear of the present invention and silent chain annexation figure.

In figure: 1- detection platform；2- testing agency；3- clamping device；4- transmission component；5- telescopic mouth；6- moves group Part；7- laser；8- laser pickoff；9- transmission gear；10- silent chain；11- driving motor；12- drive shaft；13- support Plate；14- screw rod；15- sliding block；16- support frame；The first electric pushrod of 17-；18- grip block；19- impeller；20- first is compressed Part；The second compressing member of 21-；22- fixed plate；The second electric pushrod of 23-；24- pushing plate；25-L template；The first compressor arm of 26-； The first spring of 27-；The first contact plate of 28-；29- pulling block；30- pressure plate；The second compressor arm of 31-；32- second spring；33- lock Core pattern limit plate；The second contact plate of 34-；35- turns round block；36- lock core type through-hole；37- non-slip mat；38- contact sensor.

Specific embodiment

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall within the protection scope of the present invention.

Fig. 1-6 is please referred to, the present invention provides a kind of technical solution: a kind of skylight rail assembly detection mold, including detection Platform 1, testing agency 2, clamping device 3 and transmission component 4, the testing agency 2 and transmission component 4 are each attached to detection platform 1 surface, and testing agency 2 and transmission component 4 connect, the clamping device 3 is fixed with 1 bottom of detection platform, and detection platform 1 Surface is provided with telescopic mouth 5, and the testing agency 2 is made of moving assembly 6, laser 7 and laser pickoff 8, and described mobile group Part 6 is fixed on 1 surface of detection platform, and there are two the moving assembly 6 is set, and two moving assemblies 6 are symmetrically distributed in telescopic mouth 5 Two sides, the laser 7 and laser pickoff 8 are fixed with two moving assemblies 6 respectively, and 6 one end of moving assembly and transmission group Part 4 is fixed, and the transmission component 4 is made of transmission gear 9, silent chain 10, driving motor 11 and drive shaft 12, the driving electricity Machine 11 is fixed on 1 surface of detection platform, and 11 output end of driving motor is fixed by shaft coupling and drive shaft 12, the transmission There are three gear 9 is set, and three transmission gears 9 are fixed with drive shaft 12 and two 6 one end of moving assembly respectively, the tooth form Chain 10 is engaged with three transmission gears 9, and three transmission gears 9 are sequentially connected by silent chain 10.

The moving assembly 6 is made of support plate 13, screw rod 14 and sliding block 15, there are two the support plate 13 is set, and It is fixed with 1 surface of detection platform, 14 both ends of screw rod pass through bearing respectively and two support plates 13 are rotatablely connected, the sliding block 15 are equipped with threaded hole, and sliding block 15 is threadedly coupled by threaded hole with screw rod 14, and the laser 7 and laser pickoff 8 divide It is not fixed on two sliding blocks, 15 top, the screw rod 14 is fixed close to 11 one end of driving motor and transmission gear 9, passes through mobile group Part 6 drives laser 7 and laser pickoff 8 to move, to detect the depth of parallelism of rail assembly.

The clamping device 3 is by support frame 16, the first electric pushrod 17, grip block 18, impeller 19, the first compressing member 20 It is formed with the second compressing member 21, support frame as described above 16 is fixed on 1 top of detection platform, and first electric pushrod 17 is equipped with two It is a, and two 17 both ends of the first electric pushrod are fixed with 18 bottom of grip block and support frame 16 respectively, 18 outer wall of grip block It is slidably connected with 5 inner wall of telescopic mouth, and 18 two sides of grip block are equipped with scale size, the impeller 19 divides with the first compressing member 20 It is not fixed on 18 surface both ends of grip block, and the second compressing member 21 is fixed on impeller 19 close to 20 side of the first compressing member, leads to Clamping device 3 is crossed to grip rail assembly.

The impeller 19 is made of fixed plate 22, the second electric pushrod 23 and pushing plate 24, and the fixed plate 22 is fixed In the outside of the second electric pushrod 23, and fixed plate 22 is fixed with 18 surface of grip block, 23 output end of the second electric pushrod and Pushing plate 24 is fixed, and 24 1 lateral roof of pushing plate and the second compressing member 21 are fixed, pass through 19 pushing plate 24 of impeller and guide rail The scale that assembly end thereof contacts pass through 18 two sides of grip block again measures rail length.

First compressing member 20 is by L-type plate 25, the first compressor arm 26, the first spring 27, the first contact plate 28 and pulling block 29 compositions, the L-type plate 25 are fixed on grip block 18 far from 19 one end of impeller, and 26 one end of the first compressor arm sliding runs through 25 one end of L-type plate, and 26 top of the first compressor arm and bottom end are fixed with pulling block 29 and the first contact plate 28 respectively, first bullet 27 sets of spring is at one end on the outside of compressor arm, and 27 both ends of the first spring respectively with it is fixed at the top of L-type plate 25 and the first contact plate 28, lead to It crosses the first compressing member 20 to compress rail assembly, prevents it from shifting when detecting.

Second compressing member 21 is by pressure plate 30, the second compressor arm 31, second spring 32, lock core type limit plate 33, Two contact plates 34 and torsion block 35 form, and described 30 one end of pressure plate is fixed with 24 1 lateral roof of pushing plate, and 30 surface of pressure plate Be provided with lock core type through-hole 36, run through lock core type through-hole 36 on the outside of second compressor arm 31, and top and bottom respectively with turn round block 35 and second contact plate 34 it is fixed, 33 fixing sleeve of lock core type limit plate is and logical with lock core type in 31 outside of the second compressor arm Hole 36 is slidably connected, 32 sets of the second spring in 31 outside of the second compressor arm, and both ends respectively with 30 bottom of pressure plate and the It is fixed at the top of two contact plates 34, compression limit is carried out to rail assembly one end by the second compressing member 21.

Anti-skid chequer is equipped on the outside of the torsion block 35, convenient for turning round the lifting of block 35 with rotation.

First contact plate 28 and 34 bottom of the second contact plate are respectively and fixedly provided with non-slip mat 37, when contacting with rail assembly Non-slip mat 37 can play an antiskid effect.

The pushing plate 24 is respectively and fixedly provided with contact sensor 38 with 25 sides adjacent of L-type plate, can be with by contact sensor 38 Know whether rail assembly contacts when detecting with L-type plate 25 and pushing plate 24.

Working principle: in using the present invention, first pulling up pulling block, by rail assembly one end and L-type plate end thereof contacts, and puts It sets with the first contact plate bottom, unclamps pulling block, then block pull-up will be turned round and rotated, hand over lock core type limit plate and lock core type through-hole Mistake contacts the second contact plate not with rail assembly one end, then pushes pushing plate to make it to rail by the way that the second electric pushrod is flexible Road assembly is mobile, and by contact sensor it is known that whether pushing plate contacts with rail assembly, when contacting, second electronic is pushed away Bar stops pushing, then the length of rail assembly is read by the scale of grip block two sides, then passes through the first electric pushrod liter Drop makes grip block be elevated to suitable height, next, being rotated again by driving motor, drives drive shaft turns, makes and drive The fixed transmission gear rotation of axis, makes three transmission gears by silent chain band while rotating, then make two screw rods while turning It is dynamic, it makes the sliding block on screw rod mobile, laser is emitted by laser, laser is moved along rail assembly upper surface, works as guide rail The assembly depth of parallelism not within the specified scope when, guide rail surface bending can touch hinder laser transmission, cause laser pickoff cannot It normally receives, thus judge that product is unqualified, conversely, it is then qualified, compared with traditional manually detection, improve detection effect Rate and detection accuracy.

In the present solution, driving motor 11 uses Y80M1-2 model, the first electric pushrod 17 uses ANT-26 model；Second Electric pushrod 23 uses ANT-38 model, and contact sensor 38 uses GT-72A model, and laser 7 uses LR-RSP-760 type Number, laser pickoff 8 uses JSQ model, and motor operation circuit is that conventional motor positive and negative rotation controls program, and circuit operates to existing Custom circuit, the present invention involved in circuit and control be the prior art, herein without excessively repeating.

It should be noted that, in this document, relational terms such as first and second and the like are used merely to a reality Body or operation are distinguished with another entity or operation, are deposited without necessarily requiring or implying between these entities or operation In any actual relationship or order or sequence.Moreover, the terms "include", "comprise" or its any other variant are intended to Non-exclusive inclusion, so that the process, method, article or equipment including a series of elements is not only wanted including those Element, but also including other elements that are not explicitly listed, or further include for this process, method, article or equipment Intrinsic element.

It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with A variety of variations, modification, replacement can be carried out to these embodiments without departing from the principles and spirit of the present invention by understanding And modification, the scope of the present invention is defined by the appended.

Claims

1. a kind of skylight rail assembly detects mold, including detection platform (1), testing agency (2), clamping device (3) and transmission Component (4), it is characterised in that: the testing agency (2) and transmission component (4) are each attached to detection platform (1) surface, and detect Mechanism (2) and transmission component (4) connection, the clamping device (3) is fixed with detection platform (1) bottom, and detection platform (1) table Face is provided with telescopic mouth (5), and the testing agency (2) is made of moving assembly (6), laser (7) and laser pickoff (8), institute It states moving assembly (6) and is fixed on detection platform (1) surface, there are two the moving assembly (6) sets, and two moving assemblies (6) Telescopic mouth (5) two sides are symmetrically distributed in, the laser (7) and laser pickoff (8) are solid with two moving assemblies (6) respectively It is fixed, and moving assembly (6) one end and transmission component (4) are fixed, the transmission component (4) is by transmission gear (9), silent chain (10), driving motor (11) and drive shaft (12) composition, the driving motor (11) is fixed on detection platform (1) surface, and drives Dynamic motor (11) output end is fixed by shaft coupling and drive shaft (12), there are three the transmission gear (9) sets, and three transmissions Gear (9) is fixed with drive shaft (12) and two moving assembly (6) one end respectively, the silent chain (10) and three transmission gears (9) it engages, and three transmission gears (9) are sequentially connected by silent chain (10).

2. a kind of skylight rail assembly according to claim 1 detects mold, it is characterised in that: the moving assembly (6) Be made of support plate (13), screw rod (14) and sliding block (15), there are two the support plate (13) sets, and with detection platform (1) Surface is fixed, and screw rod (14) both ends pass through bearing respectively and two support plates (13) are rotatablely connected, on the sliding block (15) Equipped with threaded hole, and sliding block (15) is threadedly coupled by threaded hole with screw rod (14), the laser (7) and laser pickoff (8) it is separately fixed at the top of two sliding blocks (15), the screw rod (14) is solid close to driving motor (11) one end and transmission gear (9) It is fixed.

3. a kind of skylight rail assembly according to claim 1 detects mold, it is characterised in that: the clamping device (3) It is compressed by support frame (16), the first electric pushrod (17), grip block (18), impeller (19), the first compressing member (20) and second Part (21) composition, support frame as described above (16) are fixed at the top of detection platform (1), there are two first electric pushrod (17) sets, And two the first electric pushrod (17) both ends are fixed with grip block (18) bottom and support frame (16) respectively, the grip block (18) Outer wall is slidably connected with telescopic mouth (5) inner wall, and grip block (18) two sides are equipped with scale size, the impeller (19) and first Compressing member (20) is separately fixed at grip block (18) surface both ends, and the second compressing member (21) is fixed on impeller (19) close to the One compressing member (20) side.

4. a kind of skylight rail assembly according to claim 3 detects mold, it is characterised in that: the impeller (19) by Fixed plate (22), the second electric pushrod (23) and pushing plate (24) composition, the fixed plate (22) are fixed on the second electric pushrod (23) outside, and fixed plate (22) is fixed with grip block (18) surface, the second electric pushrod (23) output end and pushing plate (24) fixed, and (24) one lateral roof of pushing plate and the second compressing member (21) are fixed.

5. a kind of skylight rail assembly according to claim 4 detects mold, it is characterised in that: first compressing member (20) it is made of L-type plate (25), the first compressor arm (26), the first spring (27), the first contact plate (28) and pulling block (29), it is described L-type plate (25) is fixed on grip block (18) far from impeller (19) one end, and the first compressor arm (26) one end sliding runs through L-type Plate (25) one end, and the first compressor arm (26) top and bottom end are fixed with pulling block (29) and the first contact plate (28) respectively, it is described First spring (27) set is at one end on the outside of compressor arm, and the first spring (27) both ends respectively with L-type plate (25) and the first contact plate (28) top is fixed.

6. a kind of skylight rail assembly according to claim 4 detects mold, it is characterised in that: second compressing member (21) by pressure plate (30), the second compressor arm (31), second spring (32), lock core type limit plate (33), the second contact plate (34) It is formed with block (35) are turned round, described pressure plate (30) one end is fixed with (24) one lateral roof of pushing plate, and pressure plate (30) surface is opened Have lock core type through-hole (36), run through lock core type through-hole (36) on the outside of second compressor arm (31), and top and bottom respectively with It is fixed to turn round block (35) and the second contact plate (34), lock core type limit plate (33) fixing sleeve in the second compressor arm (31) outside, And be slidably connected with lock core type through-hole (36), the second spring (32) covers on the outside of the second compressor arm (31), and both ends are distinguished It is fixed at the top of pressure plate (30) bottom and the second contact plate (34).

7. a kind of skylight rail assembly according to claim 6 detects mold, it is characterised in that: on the outside of the torsion block (35) Equipped with anti-skid chequer.

8. a kind of skylight rail assembly according to claim 6 detects mold, it is characterised in that: first contact plate (28) and the second contact plate (34) bottom is respectively and fixedly provided with non-slip mat (37).

9. a kind of skylight rail assembly according to claim 5 detects mold, it is characterised in that: the pushing plate (24) with L-type plate (25) sides adjacent is respectively and fixedly provided with contact sensor (38).