CN204689001U - A kind of feedway - Google Patents
A kind of feedway Download PDFInfo
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- CN204689001U CN204689001U CN201520245709.8U CN201520245709U CN204689001U CN 204689001 U CN204689001 U CN 204689001U CN 201520245709 U CN201520245709 U CN 201520245709U CN 204689001 U CN204689001 U CN 204689001U
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- transfer passage
- baffle
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Abstract
The utility model provides a kind of feedway, comprise load bearing seat, described load bearing seat has horizontal bearing face, described horizontal bearing face is provided with the first baffle plate parallel to each other and second baffle, described first baffle plate, described second baffle and described horizontal bearing face form transfer passage, also comprise adjust structure, described adjust structure can adjust described first baffle plate and/or described second baffle towards/move away from each other, to adjust the width of described transfer passage.The width-adjustable of transfer passage, makes feedway of the present utility model without the need to adopting standard magazine, namely the LED chip support of different in width size accurately can be pushed to the relevant position of organisation of working, thus can reduce productive costs, promotes loading efficiency.
Description
Technical field
The utility model relates to a kind of feedway, particularly relates to a kind of feedway territory for chip sets such as such as LED.
Background technology
Man-hour is being added to chip sets such as LED, first need to carry out material loading operation, the general mode of craft that adopts is carried out traditionally, be specially: manual put into standard magazine by blocks of for LED chip support, by cylinder, LED chip support is released magazine send into next organisation of working, to be processed complete after, then LED chip support pushed back in magazine by cylinder and realizes reclaiming.
Chinese patent literature CN201784986U discloses a kind of automatic feeding material collecting device, comprise magazine storage apparatus, the support of the SMD LED placing to be processed or completion of processing is provided with in magazine storage apparatus, magazine storage apparatus is located on magazine platform, magazine platform connects lifting mechanism, magazine platform side is provided with the material jacking mechanism of cutting somebody's hair of the support of the SMD LED for ejecting the to be processed or completion of processing in magazine storage apparatus, described lifting mechanism with cut somebody's hair material jacking mechanism respectively with Electromechanical Control model calling.
Technical scheme disclosed in above-mentioned patent documentation, although LED chip support accurately can be pushed to the target location of organisation of working, thus complete the material loading operation of LED chip support, but still there is following technical matters: the width difference of dissimilar LED chip support is larger, crooked for not occurring when ensureing to be cut somebody's hair LED chip support material jacking mechanism promotes material loading, often kind of LED chip support all needs to be equipped with the standard magazine adapted with its width, thus when needing the LED chip support producing multiple width, producer needs to be equipped with multiple standards magazine, this not only causes productive costs to rise, also because needing the standard magazine changing respective width when producing different in width LED chip support, cause material loading complicated operation, cause loading efficiency low.
Utility model content
Therefore, the purpose of this utility model is that the feedway overcoming LED chip support of the prior art causes because using standard magazine the technological deficiency that productive costs rises and loading efficiency is low, thus without the need to using standard magazine when providing a kind of LED chip support at production different size, the LED chip stent conveying device that thus productive costs is low, loading efficiency is high.
For this reason, the utility model provides a kind of feedway, comprise load bearing seat, described load bearing seat has horizontal bearing face, described horizontal bearing face is provided with the first baffle plate parallel to each other and second baffle, and described first baffle plate, described second baffle and described horizontal bearing face form transfer passage, also comprise adjust structure, described adjust structure can adjust described first baffle plate and/or described second baffle towards/move away from each other, to adjust the width of described transfer passage.
Also comprise mount pad, described load bearing seat is fixed on described mount pad, and form installing space between the bottom surface of described load bearing seat and the end face of described mount pad, described adjust structure is arranged in described installing space.
Described adjust structure comprises regulating plate, be fixedly connected with the fixed sturcture of described regulating plate and described first baffle plate, and moved along described transfer passage Width by regulating plate described in push/pull and drive described first baffle plate towards the/regulating part that moves away from described second baffle.
Described regulating plate is two, and be fixedly connected with described second baffle with described first baffle plate respectively by described fixed sturcture, described regulating part is two, is respectively used to push-and-pull two described regulating plates.
Described load bearing seat has strip through-hole, and described first baffle plate is fixedly connected with described regulating plate through described strip through-hole by described fixed sturcture.
The guidance set led is carried out in the described motion also comprised for described regulating plate;
Described guidance set comprises the orienting sleeve be fixedly mounted on described regulating plate, and is located in the guidepost of described orienting sleeve inside, and the two ends of described guidepost are fixedly connected with mount pad respectively;
Or described guidance set comprises and is located at direction recess on described regulating plate and/or guide rail, and can coordinate with described direction recess and/or slide be fixedly mounted on guide rail on described mount pad bottom surface and/or direction recess.
Also comprise the latch be fixed on described mount pad or described load bearing seat, the bar shaped locking through hole on described latch is opened in along described transfer passage Width, and through the locking mechanism that described regulating plate is locked on described latch by described bar shaped locking through hole.
At least one medial surface of described transfer passage and formed between the horizontal bearing face of described transfer passage inside and be greater than 90 ° and the angle α being less than 100 °.
Also comprise pusher, described pusher comprises propelling movement block, drives the first driver train that described propelling movement block moves back and forth along the length direction of described transfer passage, and move back and forth the guide frame carrying out leading described in described propelling movement block.
The described pusher length direction also comprised along described transfer passage is opened in the propelling movement elongated slot on the horizontal bearing face being positioned at described transfer passage inside, and to be located on described propelling movement block and free-running fit inserts the push part of described propelling movement elongated slot inside, the bottom surface of described push part is permanent to be arranged lower than described horizontal bearing face.
Also comprise the export structure being positioned at described installing space, described export structure comprises the runout table being positioned at installing space both sides, the described runout table of both sides forms described export structure jointly for exporting the output face of object, at least the described runout table of side is arranged on described regulating plate, and can follow the motion of described regulating plate (3) and the width of output face described in synchronous change.
Described mount pad comprises and being arranged on bottom surface and the riser extended straight up, described riser and described regulating plate are parallel to each other and arrange in a distance, one of them runout table is be arranged on the upper surface of described riser towards the first belt conveyor on the inwall of described regulating plate, and another runout table is be arranged on the upper surface of described regulating plate towards the second belt conveyor on the inwall of described riser; Described first belt conveyor and described second belt conveyor are driven by second actuating device of constant speed drive.
Described second actuating device comprises
Be arranged on described riser towards two first location runners on the inwall of described regulating plate, and be located between two described first location runners for driving the first active runner of described first belt conveyor transmission;
Be arranged on described regulating plate towards two second location runners on the inwall of described riser, and be located between two described second location runners for driving the second active runner of described second belt conveyor transmission;
Be fixedly mounted on the second driver train on described mount pad;
The transmission shaft be connected with the outputting axial power of described second driver train, described transmission shaft is rotating to be arranged on described riser and/or described regulating plate, described first initiatively runner and described second initiatively rotaring wheeling sleeve to be located on described transmission shaft and to be driven by described transmission shaft simultaneously and rotate.
Also comprise the tension structure for the first belt conveyor described in tensioning and/or described second belt conveyor.
Described tension structure comprises at least one and is arranged on adjustment runner on described mount pad or described regulating plate movably.
A kind of feedway of the present utility model has the following advantages:
1. feedway of the present utility model, the horizontal bearing face of load bearing seat arranges the first baffle plate be parallel to each other and second baffle, form the transfer passage being used for conveying object (such as LED chip support), and adjust structure is set further, adjust structure can by push-and-pull first baffle plate and/or second baffle towards/move away from each other, thus the width of adjustment transfer passage flexibly.Carry out adding man-hour when LED chip support is transported to organisation of working by needs, first the width of Use Adjustment structural adjustment transfer passage, make it identical with the LED chip support width that will place or slightly wide, then the LED chip support of a upper work flow completion of processing is placed directly into transfer passage inside above transfer passage, finally uses pusher that LED chip support is entered organisation of working from the propelling movement of transfer passage inside and can complete transportation work.The width-adjustable of transfer passage, makes feedway of the present utility model without the need to adopting standard magazine, namely the LED chip support of different in width size accurately can be pushed to the relevant position of organisation of working, thus can reduce productive costs, promotes loading efficiency.
2. feedway of the present utility model, also comprises the mount pad for fixedly mounting load bearing seat, and above-mentioned adjust structure is arranged on by the installing space formed between load bearing seat bottom surface and mount pad end face, thus makes transport conveyor constructions of the present utility model compacter; Further, being positioned at installing space makes adjust structure can obtain the protection of load bearing seat and mount pad.
3. feedway of the present utility model, fixed sturcture is used regulating plate and the first baffle plate to be fixed together, and adjustment in use part along transfer passage direction push-and-pull regulating plate drive the first baffle plate towards/or to move away from second baffle, thus will directly promote the conversion of motion of the first baffle plate for indirectly being promoted the first baffle plate motion by regulating plate, thus adjust structure can be arranged on installing space inside, this equipment that the adjust structure arranging Direct driver first baffle plate or second baffle motion on horizontal bearing face not only can be avoided to cause is numerous and jumbled, make transport conveyor constructions of the present utility model compact, adjust structure can also be protected to damage without interruption.
4. feedway of the present utility model, two regulating plates be connected with the first baffle plate and second baffle respectively by fixed sturcture are set, and the regulating part that two are respectively used to driving two regulating plates is set, drive the first baffle plate and second baffle motion simultaneously, regulated efficiency can be improved, and the mode of expansion adjustment transfer passage width, after a regulating part damages, another one regulating part can also be used to adjust width separately, can not delay because of the damage of a regulating part the carrying out that whole equipment normally produces.
5. feedway of the present utility model, load bearing seat arranges strip through-hole, is fixedly connected with by the first baffle plate laying respectively at horizontal bearing face upper and lower, can improves facility compact further with regulating plate.
6. feedway of the present utility model, the guidance set led is carried out in the movement also comprised for regulating plate, when regulating plate is subject to the adjustment of adjustment structure and moves, guidance set can ensure that regulating plate moves in strict accordance with the Width of transfer passage, and because occurring crooked, situation that is that cause transfer passage width inconsistent occurs when being conditioned part and driving to avoid regulating plate.
7. feedway of the present utility model, after regulating plate is urged to a certain position by regulating part, although regulating part has certain positioning action for regulating plate, but in order to ensure regulating plate produce a certain width LED chip support process in remain stablize motionless, namely ensure that the width of transfer passage is stablized constant, mount pad is provided with latch, and the bar shaped locking through hole offered on latch along transfer passage Width, locking mechanism is used to be locked through bar shaped locking through hole on mount pad by regulating plate, can guarantee that regulating plate is when moving to any position, this locking mechanism can be adopted to be locked on mount pad, thus ensure that the width of transfer passage is constant.
8. feedway of the present utility model, at least one medial surface of transfer passage and formed between the horizontal bearing face of transfer passage inside and be greater than 90 ° and the angle being less than 100 °, make the inverted trapezoidal that the opening of transfer passage becomes up big and down small, thus more easily LED chip support can be entered transfer passage inside from top placement.
9. feedway of the present utility model, also comprises pusher, for the LED chip stent pushing being positioned over transfer passage inside is entered organisation of working; And on the horizontal bearing face being positioned at transfer passage inside, also offer propelling movement elongated slot along the length direction of transfer passage, pushing push part block being arranged free-running fit insertion propelling movement elongated slot inside, the bottom surface of described push part is permanent to be arranged lower than described horizontal bearing face.Push elongated slot because push part is positioned at all the time, the bottom surface of described push part is permanent to be arranged lower than described horizontal bearing face, even if when the LED chip support for pushing very thin thickness, push part also can push from the side of support, ensures to push effect.
10. feedway of the present utility model, also export structure is provided with in installing space, for the LED chip support of processed mechanism completion of processing is outwards exported, export structure comprises the runout table being positioned at installing space both sides, the runout table of both sides forms export structure jointly for exporting the output face of object, at least the runout table of side is arranged on regulating plate, and the synchronized movement following regulating plate changes the width of output face.The LED chip support of a certain width is being added man-hour by transfer passage input organisation of working, adjust structure have adjusted the position of regulating plate, make the width of transfer passage identical with the width of LED chip support, because runout table is arranged on regulating plate, runout table is followed the motion of regulating plate and moves, and then make the width of the output face formed by two runout tables identical with the width of transfer passage, thus when after organisation of working completion of processing LED chip support, LED chip support can export by the width that need not adjust output face smoothly, export efficient and convenient, export structure is arranged on installing space inside, can the compactedness of lifting means further.
Accompanying drawing explanation
Fig. 1 is the integral structure schematic diagram of the feedway of the utility model embodiment.
Fig. 2 is a direction perspective view after feedway removal load bearing seat, the first baffle plate and the second baffle in Fig. 1.
Fig. 3 is the perspective view in another direction after feedway removal load bearing seat, the first baffle plate and the second baffle in Fig. 1.
Fig. 4 is the structural representation of the feedway adjustment threaded shaft in Fig. 1.
In figure: 1-mount pad, 10-base plate, 11-riser, 12-adapter plate, 13-first lead-in chamfered, 2-load bearing seat, 21-first baffle plate, 22-second baffle, 23-first opening, 24-second opening, 25-strip through-hole, 3-regulating plate, 31-regulates threaded shaft, 32-regulates tapped bore, 33-installs through hole, 34-annular groove, 35-orienting sleeve, 36-guidepost, 37-second lead-in chamfered, 4-latch, 41-locks through hole, 51-pushing block, 52-first driver train, 53-pushes elongated slot, 54-push part, 61-first belt conveyor, 62-first locates runner, 63-regulates runner, 64-first is runner initiatively, 71-second belt conveyor, 72-second locates runner, 74-second is runner initiatively, 8-second driver train, 81-transmission shaft, 9-bootstrap block, 91-guiding groove.
Detailed description of the invention
Below in conjunction with accompanying drawing, a kind of feedway that the utility model provides is described in further detail.
embodiment 1
The present embodiment provides a kind of feedway, as shown in Figure 1, comprises mount pad 1, and mount pad 1 is by base plate 10 and to be fixedly installed on base plate 10 and the riser 11 extended straight up and adapter plate 12 are formed; Described feedway also comprises the load bearing seat 2 be fixed on riser 11, and the base plate 10 of load bearing seat 2 and mount pad 1, riser 11 and adapter plate 12 form installing space jointly; The upper surface of load bearing seat 2 is horizontal bearing face, horizontal bearing face is provided with the first baffle plate 21 parallel to each other and second baffle 22, first baffle plate 21, second baffle 22 and above-mentioned horizontal bearing face are formed jointly for receiving and the transfer passage of LED conveying chip set, and transfer passage has the first relative along its length opening 23 and the second opening 24; Installing space inside arranges and is used for towards second baffle 22 push-and-pull first baffle plate 21 thus the adjust structure of adjustment transfer passage width.
Adjust structure comprises and being limited and the regulating plate 3 that cannot rotate, be fixedly connected with the fixed sturcture of regulating plate 3 and the first baffle plate 21, and be arranged on mount pad 1 and move along transfer passage Width by promoting regulating plate 3 and then to promote the regulating part of the first baffle plate 21 relative to second baffle 22 movement.Regulating part comprises rotating being fixedly mounted on adapter plate 12 and the adjustment threaded shaft 31 extended along transfer passage Width, and is located at adjustment tapped bore 32 on regulating plate 3 with regulating threaded shaft 31 screw thread fit.
As shown in Figure 4, threaded shaft 31 is regulated to have the smooth construction section of outer wall and externally threaded thread segment is set, adapter plate 12 is provided with and inserts for construction section is rotating the installation through hole 33 installed, the part that construction section is positioned at outside adapter plate 12 is provided with stop flange, the construction section part be positioned at inside adapter plate 12 is provided with annular groove 34, and on annular groove 34, detouchable is provided with jump ring.
When utilizing adjust structure to adjust, rotate and regulate threaded shaft 31, regulating plate 3 is limited and cannot rotates, regulating plate 3 is regulating the thread segment of threaded shaft 31 with under the screw thread fit regulating tapped bore 32, move along regulating the axis of threaded shaft 31, thus drive the first baffle plate 21 fixed by fixed sturcture and regulating plate 31 close/away from second baffle 22, to realize the adjustment of the width for transfer passage.
Adjust structure is arranged on by the installing space formed between load bearing seat 2 bottom surface and mount pad 1 end face, thus makes the transport conveyor constructions of the present embodiment compacter; Further, being positioned at installing space makes adjust structure can obtain the protection of load bearing seat 2 and mount pad 1.
Two medial surfaces of transfer passage and form 95 ° of angles between the horizontal bearing face of transfer passage inside, make the inverted trapezoidal that the opening of transfer passage becomes up big and down small, thus more easily LED chip support can be entered transfer passage inside from top placement.Be out of shape as one, at least one medial surface of transfer passage and formed between the horizontal bearing face of transfer passage inside and be greater than 90 ° and the angle being less than 100 °, as 90 °, 91 °, 92 °, 93 °, 94 °, 96 °, 97 °, 98 °, 99 °, 100 ° etc.
In the present embodiment, described load bearing seat 2 has strip through-hole 25, described strip through-hole 25 has certain length along the Width of transfer passage, is fixedly connected with described regulating plate 3 and is fixedly connected with described regulating plate 3 by described first baffle plate 21 through described strip through-hole 25 with a part for the described fixed sturcture of described first baffle plate 21.Particularly, fixed sturcture comprises and is located at retaining thread hole corresponding with strip through-hole 25 on regulating plate 3, the fixed via that be located at first baffle plate 21 on relative to tapped bore, and be connected thus the bolt of rear end plate that the first baffle plate 21, load bearing seat 2 and regulating plate 3 are fixed together with retaining thread hole through fixed via and strip through-hole 25 are rear.
One as fixed sturcture is out of shape, fixed sturcture comprises and is located at the first baffle plate 21 and stretches out through hole in the horizontal bearing face portion of load bearing seat 1, what be located at regulating plate 3 corresponding thereto stretches out through hole in the horizontal bearing face portion of load bearing seat 2 or tapped bore, and the bolt assembly the first barrier plate 21 and regulating plate 3 are fixed together through above-mentioned through hole or tapped bore or bolt.
Another kind as fixed sturcture is out of shape, fixed sturcture comprises the protrusion be arranged on the first baffle plate 21 bottom surface, be arranged on the draw-in groove of regulating plate 3 upper surface, described protrusion and described draw-in groove are distinguished corresponding with strip through-hole, when mounted, the protrusion of the first baffle plate 21 is passed described strip through-hole and snaps in described draw-in groove, thus the first baffle plate 21 is fixedly connected with regulating plate 3.Certainly, also can convert the setting position of draw-in groove and protrusion, draw-in groove is arranged on the first baffle plate 21, protrusion is arranged on regulating plate 3, fixing both can being realized by the mutual clamping of protrusion and draw-in groove equally.
Another kind as fixed sturcture is out of shape, and fixed sturcture comprises the protrusion be arranged on the first baffle plate 21 bottom surface, and protrusion can be welded on regulating plate 3 by welding manner after strip through-hole 25 stretches out, thus is fixed up with regulating plate 3 by the first baffle plate 21.
After the feedway of the present embodiment is also included in the width adjusting transfer passage, by the locking member of fixing for regulating plate 3 position after adjustment, described locking member comprises the latch 4 be fixed on mount pad 1, the bar shaped locking through hole 41 on latch 4 is opened in along transfer passage Width, and through the locking mechanism that regulating plate 3 is locked on latch 4 by bar shaped locking through hole 41.Latch 4 is provided with two on mount pad 1, and lays respectively at the both sides of regulating plate 3.
Use locking mechanism to be locked through bar shaped locking through hole 41 on mount pad 1 by regulating plate 3, can guaranteeing that regulating plate 3 is when moving to any position, this locking mechanism can be adopted to be locked on mount pad 1, thus ensure that the width of transfer passage is constant.
The guidance set led is carried out in the described motion also comprised for described regulating plate 3; Described guidance set comprises two orienting sleeves 35 be fixedly mounted on described regulating plate 3, and is located in the guidepost 36 of described orienting sleeve 35 inside respectively, and the two ends of described guidepost 36 are fixedly connected with mount pad 1 respectively.Under the restriction of guidance set, described regulating plate 3 can not rotate, and can move accurately under the effect of regulating part.
As the distortion of guidance set, described guidance set comprises and is located at direction recess on described regulating plate 3 and/or guide rail, and can coordinate with described direction recess and/or slide be fixedly mounted on guide rail on described mount pad 1 bottom surface and/or direction recess.
When regulating plate 3 is subject to the adjustment of adjustment structure and moves, guidance set can ensure that regulating plate 3 moves in strict accordance with the Width of transfer passage, and because occurring crooked, situation that is that cause transfer passage width inconsistent occurs when being conditioned part and driving to avoid regulating plate 3.
Also comprise pusher, pusher comprises and pushes block 51, drives the first driver train 52 pushing block 51 and move back and forth along the length direction of transfer passage, and moves back and forth for what push block 51 the guide frame carrying out leading.First driver train 52 comprises the telescopic cylinder be fixedly mounted on load bearing seat 2, the flexible output shaft of telescopic cylinder is horizontally disposed with and end is fixedly connected with propelling movement block 51, telescopic cylinder promotes to push block 51 by driving flexible output shaft horizontal stretching motion, and then push by pushing block 51 the LED chip support being positioned at transfer passage inside, as shown in Figure 1, from the first opening 23 Position input organisation of working after pushed piece 51, the LED chip support being placed on transfer passage inside pushes.
Guide frame comprises the guide rail be fixedly installed on load bearing seat 2, and is fixedly installed on and pushes on block 51 and the guide groove that can coordinate with slide.Guide rail also can be fixedly installed on mount pad 1.Above-mentioned first driver train can also adopt the mechanical guide formula of fluid pressure drive device or other this area routines to push mode.Above-mentioned guide frame also can adopt other common form known to those skilled in the art.
One as feedway is improved, the length direction that above-mentioned pusher also comprises along transfer passage is opened in the propelling movement elongated slot 53 be positioned on the horizontal bearing face of transfer passage inside, and be located at and push on block 51 and free-running fit inserts the push part 54 pushing elongated slot 53 inside, all the time some is positioned at the inside pushing elongated slot 53 to push part 54, also namely, push part 54 is arranged some bottom surface lower than transfer passage all the time.This design can make the LED chip support of the very thin thickness being positioned at transfer passage inside also can release in pushed portion 54.
Elongated slot 53 is pushed because push part 54 is positioned at all the time, the bottom surface of described push part 54 is permanent to be arranged lower than described horizontal bearing face, even if when the LED chip support for pushing very thin thickness, push part 54 also can push from the side of support, ensure to push effect.
One as feedway is improved, as Figure 2-3, feedway also comprises the export structure being positioned at installing space, export structure comprises the runout table being positioned at installing space both sides, the runout table of both sides forms export structure jointly for exporting the output face of object, at least the runout table of side is arranged on regulating plate 3, and can follow the motion of regulating plate 3 and the width of synchronous change output face.One of them runout table is be arranged on the upper surface of riser 11 towards the first belt conveyor 61 on the inwall of regulating plate 3, and another runout table is be arranged on the upper surface of regulating plate 3 towards the second belt conveyor 71 on the inwall of riser 11.
First belt conveyor 61 and the second belt conveyor 71 are driven by second actuating device of constant speed drive, second actuating device comprises and is arranged on riser 11 towards on the inwall of regulating plate 3 two first location runners 62, and is located between two first location runners 62 for driving the first initiatively runner 64 of the first belt conveyor 61 transmission; Be arranged on regulating plate 3 towards two second location runners 72 on the inwall of riser 11, and be located between two second location runners 72 for driving the second active runner 74 of the second belt conveyor 71 transmission; Be fixedly mounted on the second driver train 8 on mount pad 1; The transmission shaft 81 be connected with the outputting axial power of the second driver train 8, transmission shaft 81 is rotating to be arranged on riser 11, first initiatively runner 64 and second initiatively runner 74 to be set on transmission shaft 81 and to be transmitted axle 81 simultaneously and drive and rotate.Second driver train 8 also can be fixedly mounted on regulating plate 3.
Riser 11 is also provided with the setting height(from bottom) of two adjustment runners, 63, two adjustment runners 63 between the first location runner 62 and the first active runner 64 on the inwall of regulating plate 3, and one of them regulates runner 63 vertically to move up and down.When being set in the first belt conveyor 61 on two first location runners, 62, two adjustment runners 63 and the first active runner 64 and relaxing because using for a long time, adjustable regulates runner 63 to move up and down and is again tightened by the first belt conveyor 61.The height of 2 adjustment runners can initiatively runner 64(be as shown in Figure 2 higher than first simultaneously), also can simultaneously lower than the first initiatively runner 64, can also respectively establish one at the upper and lower of the first initiatively runner 64.Regulate runner 63 can be 1, also can be 3 or more, but at least need one can vertically move up and down.
Same, regulating plate 3 is also provided with the setting height(from bottom) of two adjustment runners, 63, two adjustment runners 63 between the second location runner 72 and the second active runner 74 on the inwall of riser 11, and one of them regulates runner 63 vertically to move up and down.When being set in the second belt conveyor 71 on two second location runners, 72, two adjustment runners 63 and the second active runner 74 and relaxing because using for a long time, adjustable regulates runner 63 to move up and down and is again tightened by the second belt conveyor 71.The height of 2 adjustment runners can initiatively runner 74(be as shown in Figure 2 higher than second simultaneously), also can simultaneously lower than the second initiatively runner 74, can also respectively establish one at the upper and lower of the second initiatively runner 74.Regulate runner 63 can be 1, also can be 3 or more, but at least need one can vertically move up and down.
At regulating plate 3 and riser 11 towards on the inwall of organisation of working side, be respectively equipped with for guiding LED chip support to transfer to smoothly that opening that the first lead-in chamfered 37 on conveyor surface and the second lead-in chamfered 13, first lead-in chamfered 37 and the second lead-in chamfered 13 formed reduces gradually along LED chip support throughput direction width.
Above-mentioned export structure is set in installing space, the LED chip support of processed mechanism completion of processing is outwards exported, export structure comprises the runout table being positioned at installing space both sides, the runout table of both sides forms export structure jointly for exporting the output face of object, at least the runout table of side is arranged on regulating plate, and the synchronized movement following regulating plate changes the width of output face.The LED chip support of a certain width is being added man-hour by transfer passage input organisation of working, adjust structure have adjusted the position of regulating plate 3, make the width of transfer passage identical with the width of LED chip support, because runout table is arranged on regulating plate 3, runout table is followed the motion of regulating plate 3 and moves, and then make the width of the output face formed by two runout tables identical with the width of transfer passage, thus when after organisation of working completion of processing LED chip support, LED chip support can export by the width that need not adjust output face smoothly, export efficient and convenient, export structure is arranged on installing space inside, can the compactedness of lifting means further.
As shown in Figure 2, at regulating plate 3 and riser 11 on the sidewall away from organisation of working side, be respectively equipped with the directing assembly for accepting the LED chip support exported from described export structure; Directing assembly comprises on two bootstrap blocks, 9, two bootstrap blocks 9 of being relatively located on riser 11 and regulating plate 3 and is equipped with opening guiding groove 91 toward each other, along LED chip throughput direction on a moving belt, remains unchanged after the width of guiding groove 91 first evenly reduces.
embodiment 2
The present embodiment provides a kind of feedway, it is the distortion on embodiment 1 basis, at the present embodiment, described adjust structure is different from embodiment 1, particularly, described adjust structure comprises regulating plate 3, be fixedly connected with the fixed sturcture of the first baffle plate 21 and regulating plate 3, at least one guide rail extended on the base plate 10 being arranged on mount pad 1 and along the Width of transfer passage, and for promoting the engine installation that regulating plate 3 moves around along described guide rail, at this, engine installation can be cylinder, hydraulic actuating cylinder, or other mechanical type ways of propelling.
When utilizing adjust structure to adjust, utilizing engine installation to promote/pull regulating plate 3 and moving around along the guide rail be arranged on base plate 10, thus drive the first baffle plate 21 close/away from described second baffle 22, and then change the width of described transfer passage.
embodiment 3
The present embodiment provides a kind of feedway, it is the distortion on the basis of the feedway of embodiment 1 or 2 record, difference is: in the installing space formed by mount pad 1 and load bearing seat 2, set up a regulating plate 3 again, the top of regulating plate 3 is fixedly connected with the second plate washer 22 by fixed sturcture, riser 11 arranges a regulating part again, moves along transfer passage Width for push-and-pull regulating plate 3.Identical with embodiment 1 of regulating part in the present embodiment and fixed sturcture.
Two regulating plates 3 be connected with the first baffle plate 21 and second baffle 22 respectively by fixed sturcture are set, and the regulating part that two are respectively used to driving two regulating plates 3 is set, drive the first baffle plate 21 and second baffle 22 to move simultaneously, regulated efficiency can be improved, and the mode of expansion adjustment transfer passage width, after regulating part damages, another one regulating part can also be used to adjust width separately, can not delay because of the damage of a regulating part the carrying out that whole equipment normally produces.
The above-mentioned regulating plate 3 newly increased uses original guidance set to lead, and certainly, also can arrange the movement of independent guidance set to regulating plate 3 in addition and lead.
Former the second belt conveyor 71, second be arranged on riser 11 locates runner 72, regulate runner 63 and second initiatively runner 74 be installed in the present embodiment on the regulating plate 3 that newly increases.
Obviously, above-described embodiment is only for clearly example being described, and the restriction not to embodiment.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without the need to also giving all embodiments.And thus the apparent change of extending out or variation be still among the protection domain of the invention.
Claims (15)
1. a feedway, it is characterized in that: comprise load bearing seat (2), described load bearing seat (2) has horizontal bearing face, described horizontal bearing face is provided with the first baffle plate (21) parallel to each other and second baffle (22), described first baffle plate (21), described second baffle (22) and described horizontal bearing face form transfer passage, also comprise adjust structure, described adjust structure can adjust described first baffle plate (21) and/or described second baffle (22) towards/move away from each other, to adjust the width of described transfer passage.
2. feedway according to claim 1, it is characterized in that: also comprise mount pad (1), described load bearing seat (2) is fixed on described mount pad (1), form installing space between the bottom surface of described load bearing seat (2) and the end face of described mount pad (1), described adjust structure is arranged in described installing space.
3. feedway according to claim 2, it is characterized in that: described adjust structure comprises regulating plate (3), be fixedly connected with the fixed sturcture of described regulating plate (3) and described first baffle plate (21), and moved along described transfer passage Width by regulating plate described in push/pull (3) and drive described first baffle plate (21) towards/regulating part that moves away from described second baffle (22).
4. feedway according to claim 3, it is characterized in that: described regulating plate (3) is two, be fixedly connected with described second baffle (22) with described first baffle plate (21) respectively by described fixed sturcture, described regulating part is two, is respectively used to push-and-pull two described regulating plates (3).
5. feedway according to claim 3, is characterized in that: described load bearing seat (2) has strip through-hole (25), and described first baffle plate (21) is fixedly connected with described regulating plate (3) through described strip through-hole (25) by described fixed sturcture.
6. feedway according to claim 3, is characterized in that: the guidance set led is carried out in the described motion also comprised for described regulating plate (3);
Described guidance set comprises the orienting sleeve (35) be fixedly mounted on described regulating plate (3), and is located in the inner guidepost (36) of described orienting sleeve (35), and the two ends of described guidepost (36) are fixedly connected with mount pad (1) respectively;
Or described guidance set comprises and is located at direction recess on described regulating plate (3) and/or guide rail, and can coordinate with described direction recess and/or slide be fixedly mounted on guide rail on described mount pad (1) bottom surface and/or direction recess.
7. feedway according to claim 3, it is characterized in that: also comprise the latch (4) be fixed on described mount pad (1) or described load bearing seat (2), bar shaped locking through hole (41) on described latch (4) is opened in along described transfer passage Width, and through the locking mechanism that described regulating plate (3) is locked on described latch (4) by described bar shaped locking through hole (41).
8. feedway according to claim 1, is characterized in that: at least one medial surface of described transfer passage and formed between the horizontal bearing face of described transfer passage inside and be greater than 90 ° and the angle α being less than 100 °.
9. feedway according to claim 1, it is characterized in that: also comprise pusher, described pusher comprises propelling movement block (51), drive the first driver train (52) that described propelling movement block (51) moves back and forth along the length direction of described transfer passage, and move back and forth the guide frame carrying out leading described in described propelling movement block (51).
10. feedway according to claim 9, it is characterized in that: the described pusher length direction also comprised along described transfer passage is opened in the propelling movement elongated slot (53) on the horizontal bearing face being positioned at described transfer passage inside, and being located at that described propelling movement block (51) is upper and free-running fit inserts the inner push part (54) of described propelling movement elongated slot (53), the bottom surface of described push part (54) is permanent to be arranged lower than described horizontal bearing face.
11. feedways according to claim 3, it is characterized in that: also comprise the export structure being positioned at described installing space, described export structure comprises the runout table being positioned at installing space both sides, the described runout table of both sides forms described export structure jointly for exporting the output face of object, at least the described runout table of side is arranged on described regulating plate (3), and can follow the motion of described regulating plate (3) and the width of output face described in synchronous change.
12. feedways according to claim 11, it is characterized in that: described mount pad (1) comprises and being arranged on bottom surface and the riser (11) extended straight up, described riser (11) and described regulating plate (3) are parallel to each other and arrange in a distance, one of them runout table is for being arranged on the upper surface of described riser (11) towards the first belt conveyor (61) on the inwall of described regulating plate (3), and another runout table is for being arranged on the upper surface of described regulating plate (3) towards the second belt conveyor (71) on the inwall of described riser (11); Described first belt conveyor (61) and described second belt conveyor (71) are driven by second actuating device of constant speed drive.
13. feedways according to claim 12, is characterized in that:
Described second actuating device comprises
Be arranged on described riser (11) towards two first location runner (62) on the inwall of described regulating plate (3), and be located between two described first location runner (62) for driving the first active runner (64) of described first belt conveyor (61) transmission;
Be arranged on described regulating plate (3) towards two second location runner (72) on the inwall of described riser (11), and be located between two described second location runner (72) for driving the second active runner (74) of described second belt conveyor (71) transmission;
Be fixedly mounted on the second driver train (8) on described mount pad (1);
The transmission shaft (81) be connected with the outputting axial power of described second driver train (8), described transmission shaft (81) is rotating to be arranged on described riser (11) and/or described regulating plate (3), described first initiatively runner (64) and described second initiatively runner (74) to be set in described transmission shaft (81) upper and driven rotation by described transmission shaft (81) simultaneously.
14. feedways according to claim 13, is characterized in that: also comprise the tension structure for the first belt conveyor (61) and/or described second belt conveyor (71) described in tensioning.
15. feedways according to claim 14, is characterized in that: described tension structure comprises at least one and is arranged on adjustment runner on described mount pad (1) or described regulating plate (3) movably.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520245709.8U CN204689001U (en) | 2015-04-22 | 2015-04-22 | A kind of feedway |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520245709.8U CN204689001U (en) | 2015-04-22 | 2015-04-22 | A kind of feedway |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204689001U true CN204689001U (en) | 2015-10-07 |
Family
ID=54229316
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520245709.8U Withdrawn - After Issue CN204689001U (en) | 2015-04-22 | 2015-04-22 | A kind of feedway |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204689001U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104828498A (en) * | 2015-04-22 | 2015-08-12 | 徐大林 | Conveying device |
| CN108016858A (en) * | 2017-12-01 | 2018-05-11 | 柳州市钜嘉机械有限公司 | A kind of auto parts and components process transmitting device |
| CN111730252A (en) * | 2020-07-29 | 2020-10-02 | 浙江鸿盛环保科技集团有限公司 | Air duct feeding and welding device |
-
2015
- 2015-04-22 CN CN201520245709.8U patent/CN204689001U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104828498A (en) * | 2015-04-22 | 2015-08-12 | 徐大林 | Conveying device |
| CN108016858A (en) * | 2017-12-01 | 2018-05-11 | 柳州市钜嘉机械有限公司 | A kind of auto parts and components process transmitting device |
| CN111730252A (en) * | 2020-07-29 | 2020-10-02 | 浙江鸿盛环保科技集团有限公司 | Air duct feeding and welding device |
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| GR01 | Patent grant | ||
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Effective date of registration: 20160316 Address after: 518111 Guangdong City, Longgang District, Pinghu street, the community of the village of Public Cloud Gate Garden Industrial Park E1 building one ~ ~ three floor Patentee after: Shenzhen Just Photoelectric Equipment Co., Ltd. Address before: 518111, Guangdong, Longgang, Shenzhen District, Pinghu street, goose community, Phoenix Gate Garden Industrial Park, E1 building, 1-3 floor Patentee before: Xu Dalin |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20151007 Effective date of abandoning: 20171114 |
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| AV01 | Patent right actively abandoned |