CN204297485U - Sheet material packet sliding groove structure - Google Patents
Sheet material packet sliding groove structure Download PDFInfo
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- CN204297485U CN204297485U CN201420638708.5U CN201420638708U CN204297485U CN 204297485 U CN204297485 U CN 204297485U CN 201420638708 U CN201420638708 U CN 201420638708U CN 204297485 U CN204297485 U CN 204297485U
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Abstract
The utility model discloses a kind of sheet material packet sliding groove structure, be assemblied in extraneous installation frame body, comprise the first cooperation runner block, second and coordinate runner block and fixed support.Described fixed support is in being assemblied in described installation frame body in adjustable angle, described first coordinate runner block and second coordinate at least one in runner block be adjustable this first coordinate runner block to coordinate between runner block with second to be assemblied on described fixed support to relative distance, and described first cooperation runner block coordinates runner block to be arranged side by side with described second and both form out the guide chute of the inclination that height bends down jointly.Because fixed support is in being assemblied in installation frame body in adjustable angle, and first coordinate runner block and second coordinate at least one in runner block be Adjustable Range be assemblied on fixed support, therefore make guide chute of the present utility model can at angle and the enterprising Row sum-equal matrix of width, to adapt to the sheet material packet of different cun ruler lattice.
Description
Technical field
The utility model relates to material collation package field, particularly relates to a kind of material cut out in chain material band point that is suitable for and wraps landing in an orderly manner so that the sheet material packet sliding groove structure of collection.
Background technology
Along with people's living standard improves constantly, also increase to the demand of various food, this has pulled the paces of China's food service industry fast development further thereupon, thus creates good condition for the development of food additives industry.And in additive packing industry; as carried out in the packaging industry of parcel to deoxidation indicator or antistaling agent etc.; often can make materials collation package machine, this material collation package function carries out the packaging of automation to additive, therefore the installation of material handbag has vast potential for future development.
As everyone knows, at present in the production process of material bag (as deoxidation indicator material bag or antistaling agent material bag), in order to meet the user demand in market, the finished product that material bag is produced comprises the sheet material packet of cutting and the chain material bag of rolling.Wherein, for the sheet material packet of cutting, its production process is that the material bag in chain material band is carried out packs of cutting by cutter by operating personal, the material bag realized in sheet material packet band is separated with waste material, and under the deadweight of material bag, the material bag be separated just is slipped to material bag in an orderly manner and takes up in container under the guiding of chute, realizes the object of the material bag be separated being carried out to collecting packing.
But the size of existing chute does not have adjustability, the conjunction therefore the material making existing chute only can adapt to a kind of dimensions is made a block booking.When adapting to the material bag of another kind of dimensions, now can only change corresponding chute could normally work, and increase the burden of operating personal on the one hand, other direction reduces the applicable area of chute.
Therefore, be badly in need of wanting a kind of sheet material packet sliding groove structure to overcome above-mentioned defect.
Utility model content
The purpose of this utility model is to provide a kind of alleviating to operate burden and the sheet material packet sliding groove structure expanding Applicable scope.
For realizing above-mentioned object, the utility model provides a kind of sheet material packet sliding groove structure, is assemblied in extraneous installation frame body, and wherein, sheet material packet sliding groove structure of the present utility model comprises the first cooperation runner block, second and coordinates runner block and fixed support.Described fixed support is in being assemblied in described installation frame body in adjustable angle, described first coordinate runner block and second coordinate at least one in runner block be adjustable this first coordinate runner block to coordinate between runner block with second to be assemblied on described fixed support to relative distance, and described first cooperation runner block coordinates runner block to be arranged side by side with described second and both form out the guide chute of the inclination that height bends down jointly.
Preferably, sheet material packet sliding groove structure of the present utility model also comprises the first anti-canting sheet and the second anti-canting sheet, the first anti-canting portion that described first anti-canting sheet comprises the front, side being positioned at described guide chute upper end and the first installation portion be arranged on described first cooperation runner block, the second anti-canting portion that described second anti-canting sheet comprises the opposite side front being positioned at described guide chute upper end and the second installation portion be arranged on described second cooperation runner block, described first anti-canting portion and the second anti-canting portion coordinate runner block and second to coordinate the direction be arranged side by side of runner block corresponding along described first, and described first anti-canting portion, the diapire that the upper end of the second anti-canting portion and described guide chute is corresponding and sidewall form out an anti-canting passage jointly.
Preferably, the upper end in described first anti-canting portion and/or lower end edge extend the first rake away from the direction inclination of the diapire of described guide chute, the upper end in described second anti-canting portion and/or lower end edge extend the second rake away from the direction inclination of the diapire of described guide chute, and described first rake coordinates runner block and second to coordinate the direction be arranged side by side of runner block corresponding with described second rake along described first.
Preferably, described first coordinates runner block and second to coordinate runner block all comprise the guiding body of the diapire forming described guide chute and form the stop lateral plate of sidewall of described guide chute, described first anti-canting portion is positioned at the dead ahead that described first coordinates the guiding body of runner block, described second anti-canting portion is positioned at the dead ahead that described second coordinates the guiding body of runner block, and described first anti-canting portion and the second anti-canting portion are positioned at described in two and stop between lateral plate, described first installation portion is assemblied in described first and coordinates on the stop lateral plate of runner block, described second installation portion is assemblied in described second and coordinates on the stop lateral plate of runner block.
Preferably, the layout that lateral plate is parallel to each other is stopped described in two.
Preferably, described guiding body comprises the first straight plate part and relatively described first straight plate part tilts and the second straight plate part be positioned at below described first straight plate part, angular range between described first straight plate part and described second straight plate part is 100 degree to 150 degree, described first anti-canting portion is positioned at the dead ahead that described first coordinates the first straight plate part of runner block, described second anti-canting portion is positioned at the dead ahead that described second coordinates the first straight plate part of runner block, and described first anti-canting portion, second anti-canting portion, first straight plate part of the first cooperation runner block, the stop lateral plate of the first cooperation runner block, second coordinates the first straight plate part of runner block and second to coordinate the stop lateral plate of runner block jointly to form out described anti-canting passage.
Preferably, described guiding body also comprises the first curved portions be connected between described first straight plate part and the second straight plate part.
Preferably, described first installation portion offers the first adjustment elongated hole, described first coordinate the stop lateral plate of runner block extend towards described first installation portion place one to be connected on described first installation portion and with the described first the first conflict protuberance regulating elongated hole corresponding, one first screw is placed through described first and regulates elongated hole interior and be threaded with described first conflict protuberance, and described first screw is optionally forbidden or allow described first anti-canting sheet relatively described first to coordinate the distance adjustment of runner block; Described second installation portion offers the second adjustment elongated hole, described second coordinate the stop lateral plate of runner block extend towards described second installation portion place one to be connected on described second installation portion and with the described second the second conflict protuberance regulating elongated hole corresponding, one second screw is placed through described second and regulates elongated hole interior and be threaded with described second conflict protuberance, and described second screw is optionally forbidden or allow described second anti-canting sheet relatively described second to coordinate the distance adjustment of runner block.
Preferably, described fixed support coordinates runner block and second to coordinate the direction be arranged side by side of runner block to offer microscler adjustment groove along described first, one first screw fastening locking member is placed through described microscler adjustment groove and is connected with described guiding body, and described first screw fastening locking member is optionally forbidden or allowed described first to coordinate runner block to coordinate relative movement between runner block with second.
Preferably, described fixed support is articulated in described installation frame body around a pivot axis, and the arc adjustment groove that it is the center of circle that the one in described fixed support and installation frame body offers with described pivot axis, one second screw fastening locking member to be placed through in described arc adjustment groove and the another one be connected in described fixed support and installation frame body, and described second screw fastening locking member is optionally forbidden or allowed the pivotable of the relatively described installation frame body of described fixed support.
Compared with prior art, because fixed support of the present utility model is in being assemblied in installation frame body in adjustable angle, first coordinates runner block and second to coordinate at least one in runner block be that this first cooperation runner block of adjustable coordinates between runner block with second and is assemblied on fixed support to relative distance, and first coordinates runner block to coordinate runner block to be arranged side by side with second and both form out the guide chute of the inclination that height bends down jointly, therefore the angle of support body is mounted opposite by adjustment fixed support, realize the angular adjustment to guide chute, produce upset when effectively preventing sheet material packet from doing free landing in guide chute and cause this sheet material packet mussily landing in taking up in container, thus sheet material packet can be stacked more in an orderly manner, meanwhile, to coordinate between runner block relative distance to realize the adjustment of the groove width to guide chute with second by adjusting the first cooperation runner block, alleviate the burden of operating personal on the one hand, expand the applicable area of sheet material packet sliding groove structure of the present utility model on the other hand.
Accompanying drawing explanation
Fig. 1 is the perspective view of sheet material packet sliding groove structure of the present utility model.
Fig. 2 is the perspective view of another angle of the sheet material packet sliding groove structure shown in Fig. 1.
Fig. 3 a to Fig. 3 c sheet material packet sliding groove structure of the present utility model carries out the view adjusted.
Detailed description of the invention
In order to describe technology contents of the present utility model, structural attitude in detail, accompanying drawing is coordinated to be described further below in conjunction with embodiment.
Refer to Fig. 1 and Fig. 2, sheet material packet sliding groove structure 100 of the present utility model is assemblied on extraneous installation frame body (not shown), is supported sheet material packet sliding groove structure 100 of the present utility model by installation frame body.Wherein, sheet material packet sliding groove structure 100 of the present utility model comprises the first cooperation runner block 10, second and coordinates runner block 20 and fixed support 30.Fixed support 30 is in being assemblied in installation frame body in adjustable angle, particularly, in the present embodiment, fixed support 30 is articulated in installation frame body around a pivot axis, be preferably, as shown in Figures 1 and 2, fixed support 30 is articulated in installation frame body by pivot structure 33, to improve the reliability of fixed support 30 and installation frame body pivot joint, for ease of assembling between fixed support 30 and installation frame body, therefore pivot structure 33 is chosen as a bolt structure, the threaded portion of this bolt structure is placed through fixed support 30 and is threaded with installation frame body, between the nut portion making fixed support 30 be defined to bolt structure and installation frame body, therefore when installing and removing fixed support 30 with installation frame body, only need tighten or unclamp bolt structure, simplify the structure of pivot structure 33 on the one hand, be convenient to the mounting or dismounting of fixed support 30 and installation frame body on the other hand, certainly, in other embodiments, pivot structure 33 can be axle shape structure, therefore be not limited with above-mentioned citing.
Simultaneously, it is the arc adjustment groove 32 in the center of circle that one in fixed support 30 and installation frame body offers with pivot axis, particularly, in the present embodiment, arc adjustment groove 32 is formed on fixed support 30, certainly, in other embodiments, arc adjustment groove 32 also can be formed in installation frame body, therefore is not limited with above-mentioned citing, when arc adjustment groove 32 is formed on fixed support 30, the second screw fastening locking member 84 to be placed through in arc adjustment groove 32 and to be connected to installation frame body, when arc adjustment groove 32 is formed in installation frame body, second screw fastening locking member 84 to be placed through in arc adjustment groove 32 and to be connected to fixed support 30, optionally forbid to make the second screw fastening locking member 84 or allow fixed support 30 to be mounted opposite the pivotable of support body, realizing the object that fixed support 30 is mounted opposite the angular adjustment of support body, more specifically, in the present embodiment, second screw fastening locking member 84 is also bolt structure, the threaded portion of this bolt structure is placed through arc adjustment groove 32 and is threaded with fixed support, between the nut portion making fixed support 30 be defined to bolt structure and installation frame body, realize forbidding that fixed support 30 is mounted opposite support body pivotable when compressing fixed support 30 in nut portion, unclamping in nut portion when compressing fixed support 30 allows fixed support 30 to be mounted opposite support body pivotable, thus simplify the structure of the second screw fastening locking member 84, and convenient operation personnel carry out the operation of angular adjustment to fixed support 30, it is very easy that the angular adjustment of fixed support 30 is operated.
Moreover, first coordinates runner block 10 and second to coordinate at least one in runner block 20 be that this first cooperation runner block 10 of adjustable coordinates with second between runner block 20 and is assemblied in relative distance on fixed support 30, particularly, in the present embodiment, first coordinates runner block 10 and second to coordinate runner block 20, and all in adjustable, this first cooperation runner block 10 coordinates between runner block 20 with second and is assemblied on fixed support 30 to relative distance, makes the first cooperation runner block 10 coordinate relative distance between runner block 20 to adjust more flexible with second, and first coordinates runner block 10 to coordinate runner block 20 to be arranged side by side with second and both form out the guide chute 40 of the inclination that height bends down jointly, particularly, as shown in Figure 2, in the present embodiment, first coordinates runner block 10 and second to coordinate runner block 20 to be arranged side by side along the left and right directions of fixed support 30, namely first coordinates runner block 10 to coordinate the direction that is arranged side by side of runner block 20 to be arrange along the left and right directions of fixed support 30 with second, also be arrange along the length direction of fixed support 30, to be formed out for the guide chute 40 of sheet material packet along the fore-and-aft direction landing of fixed support 30.Composition graphs 3a to Fig. 3 c, more specifically, as follows:
Comparatively the superior, the regularity stacked in order to the sheet material packet improving landing further and order, therefore sheet material packet sliding groove structure 100 of the present utility model also comprises the first anti-canting sheet 50 and the second anti-canting sheet 60, the first anti-canting portion 51 that first anti-canting sheet 50 comprises the front, side being positioned at guide chute 40 upper end and the first installation portion 52 be arranged on the first cooperation runner block 10, the second anti-canting portion 61 that second anti-canting sheet 60 comprises the opposite side front being positioned at guide chute 40 upper end and the second installation portion 62 be arranged on the second cooperation runner block 20, first anti-canting portion 51 and the second anti-canting portion 61 coordinate runner block 10 and second to coordinate the direction be arranged side by side of runner block 20 corresponding along first, as, first anti-canting portion 51 and the second anti-canting portion 61 face and form the layout be arranged side by side, thus the upset of the sheet material packet of free landing is more effectively prevented, certainly, first anti-canting portion 51 and the second anti-canting portion 61 also can in the layouts staggered, therefore be not limited with above-mentioned citing, and the first anti-canting portion 51, the diapire 41 that the upper end of the second anti-canting portion 61 and guide chute 40 is corresponding and sidewall 42 form out an anti-canting passage 70 jointly, to make the sheet material packet of free landing first through after anti-canting passage 70, be slipped to again below anti-canting passage 70 with in the guiding approaching channel 40 of anti-canting passage 70 Transmission Connection, thus sheet material packet is made more in an orderly manner toward extraneous landing, more easily slip into for making sheet material packet and/or skid off anti-canting passage 70, therefore the upper end in the first anti-canting portion 51 and/or lower end edge extend the first rake 53 away from the direction inclination of the diapire 41 of guide chute 40, the upper end in the second anti-canting portion 61 and/or lower end edge tilt to extend the second rake 63, first rake 53 away from the direction of the diapire of guide chute 40 and coordinate runner block 10 and second to coordinate the direction be arranged side by side of runner block 20 corresponding with the second rake 63 along first, as, the first rake 53 and the second rake 63 face and form the layout be arranged side by side, and certainly, the first rake 53 and the second rake 63 also in the layout staggered, therefore can not be limited with above-mentioned citing.
Simultaneously, first coordinates runner block 10 and second to coordinate runner block 20 all to comprise the stop lateral plate 12,22 of the guiding body 11,21 of the diapire 41 forming guide chute 40 and the sidewall 42 of formation guide chute 40, that is to say, the stop lateral plate 12, second that first cooperation runner block 10 comprises the guiding body 11 of the diapire 41 forming guide chute 40 and the sidewall 42 of formation guide chute 40 coordinates runner block 20 to comprise the stop lateral plate 22 of the guiding body 21 of the diapire 41 forming guide chute 40 and the sidewall 42 of formation guide chute 40; Preferably, first coordinates the guiding body 11 of runner block 10 to coordinate the guiding body 21 of runner block 20 in being arranged side by side with second.First anti-canting portion 51 is positioned at the dead ahead of the guiding body 11 of the first cooperation runner block 10, second anti-canting portion 61 is positioned at the dead ahead of the guiding body 21 of the second cooperation runner block 20, and the first anti-canting portion 51 and the second anti-canting portion 61 stop between lateral plate 12,22 two, first installation portion 52 is assemblied on the stop lateral plate 12 of the first cooperation runner block 10, second installation portion 62 is assemblied on the stop lateral plate 22 of the second cooperation runner block 20, to simplify the structure forming guide chute 40 and anti-canting passage 70.Particularly, two stop the layout that lateral plate 12,22 is parallel to each other, with the guide chute 40 of groove widths such as being formed, and guide body 11, 21 comprise the first straight plate part 111, 211 and relative first straight plate part 111, 211 tilt and are positioned at the first straight plate part 111, the second straight plate part 112 below 211, 212, first straight plate part 111, 211 and second straight plate part 112, angular range between 212 is 100 degree to 150 degree, first anti-canting portion 51 is positioned at the dead ahead of the first straight plate part 111 of the first cooperation runner block 10, second anti-canting portion 61 is positioned at the dead ahead of the first straight plate part 211 of the second cooperation runner block 20, and the first anti-canting portion 51, second anti-canting portion 61, first straight plate part 111 of the first cooperation runner block 10, the stop lateral plate 12 of the first cooperation runner block 10, second coordinates the first straight plate part 211 of runner block 20 and second to coordinate the stop lateral plate 22 of runner block 20 jointly to form out anti-canting passage 70, to make to slip into sheet material packet in anti-canting passage 70 because of the second straight plate part 112, 212 relative first straight plate parts 111, 211 tilt and both angular range are 100 degree has higher slip potential energy to 150 degree, and this slip potential energy makes to slip into sheet material packet in anti-canting passage 70 more reliably and in an orderly manner toward the second straight plate part 112, the landing of 212 places, finally by the second straight plate part 112, 212 places are slipped in the external world in an orderly manner and go, be preferably, guiding body 11,21 also comprises the first curved portions 113,213 be connected between the first straight plate part 111,211 and second straight plate part 112,212, is more conducive to sheet material packet from the first straight plate part 111,211 place toward second straight plate part 112,212 place's landing, for improving sheet material packet from the second straight plate part 112,212 toward the impulse force of extraneous landing, therefore guiding body 11,21 also comprises the warping part 114,214 of the arc being positioned at the second straight plate part 112,212 end, this warping part 114,214 more excellent in the alternate setting separated of stop lateral plate 12,22.
Moreover, first installation portion 52 offers the first adjustment elongated hole 521, first coordinate the stop lateral plate 12 of runner block 10 extend towards the first installation portion 52 place one to be connected on the first installation portion 52 and with the first the first conflict protuberance 121 regulating elongated hole 521 corresponding, one first screw 81 to be placed through in the first adjustment elongated hole 521 and to be threaded with the first conflict protuberance 121, the first screw 81 is optionally forbidden or allows the first anti-canting sheet 50 relative first to coordinate the distance of runner block 10 to adjust.Second installation portion 62 offers the second adjustment elongated hole 621, second coordinate the stop lateral plate 22 of runner block 20 extend towards the second installation portion 62 place one to be connected on the second installation portion 62 and with the second the second conflict protuberance 221 regulating elongated hole 621 corresponding, one second screw 82 to be placed through in the second adjustment elongated hole 621 and to be threaded with the second conflict protuberance 221, second screw 82 optionally forbidden or allows the second anti-canting sheet 60 relative second to coordinate the distance adjustment of runner block 20, being adapted to the sheet material packet of different size specification to adjust the size of anti-canting passage 70.Wherein, coordinating of elongated hole 521 is regulated with first by the first screw 81, and second screw 82 regulate coordinating of elongated hole 621 with second, therefore when adjustment first anti-canting sheet 50 and the second anti-canting sheet 60, unclamp accordingly or tighten the first screw 81 and the second screw 82, so operating process very easy.
Finally, fixed support 30 coordinates runner block 10 and second to coordinate the direction be arranged side by side of runner block 20 to offer microscler adjustment groove 31 along first, first screw fastening locking member 83 is placed through microscler adjustment groove 31 and is connected with guiding body 11,21, and the first screw fastening locking member 83 is optionally forbidden or allowed the first cooperation runner block 10 to coordinate relative movement between runner block 20 with second.Particularly, in the present embodiment, because first coordinates runner block 10 and second to coordinate runner block 20 all in being assemblied on fixed support 30 adjustably, so time the first screw fastening locking member 83 be placed through microscler adjustment groove 31 coordinates the guiding body 11 and second of runner block 10 to coordinate the guiding body 21 of runner block 20 to be connected respectively with first, to adjust the object of the spacing of the first cooperation runner block 10 and the second cooperation runner block 20 more neatly.Preferably, in the present embodiment, first straight plate part 111 of the guiding body 11 of the first cooperation runner block 10 is fixed with the first slide block 91, first straight plate part 211 of the guiding body 21 of the second cooperation runner block 20 is fixed with the second slide block 92, first slide block 91 has the first Embedded Division 911 in embedding ordinatedly in microscler adjustment groove 31, this first Embedded Division 911 can slide in microscler adjustment groove 31, second slide block 92 has the second Embedded Division 921 in embedding ordinatedly in microscler adjustment groove 31, this second Embedded Division 921 can slide in microscler adjustment groove 31, first screw fastening locking member 83 is threaded with the first Embedded Division 911 and the second Embedded Division 921 respectively.Therefore when adjusting, first unclamp the first screw fastening locking member 83, first Embedded Division 911 and/or the second Embedded Division 921 can be slided in microscler adjustment groove 31, therefore at the first Embedded Division 911 and/or the second Embedded Division 921 in microscler adjustment groove 31 under slide-and-guide, realize the quick adjusting of the spacing of the first cooperation runner block 10 and the second cooperation runner block 20, after adjustment, then tighten the first screw fastening locking member 83, so easy and simple to handle and quick; And preferably, first screw fastening locking member 83 is also chosen as a bolt structure, the threaded portion of this bolt structure is placed through microscler adjustment groove 31 and is threaded with the first Embedded Division 911 and the second Embedded Division 921 respectively, make fixed support 30 be defined to bolt structure nut portion and between the first slide block 91 and the second slide block 92, therefore when adjustment first slide block 91 and the second slide block 92, only need tighten or unclamp bolt structure.
Refer to Fig. 3 a to Fig. 3 c, the adjustment principle of sheet material packet sliding groove structure of the present utility model is described: as shown in Figure 2, when will along in Fig. 2 clockwise direction adjustment fixed support 30 be mounted opposite the angle of support body time, now operating personal unclamps the second screw fastening locking member 84, makes the second screw fastening locking member 84 unclamp compressing of fixed support 30 and allow fixed support 30 to carry out pivotable around pivot structure 33 along clockwise direction; After fixed support 30 is adjusted to the right place, now operating personal tightens the second screw fastening locking member 84, and make the second screw fastening locking member 84 compress fixed support 30 and forbid that fixed support 30 is mounted opposite the pivotable of support body, state as shown in Figure 3 a.
Then, when coordinating runner block 10 and the second cooperation runner block 20 along the direction adjustment first of the first cooperation runner block 10 in Fig. 3 a and the arrow indication between the second cooperation runner block 20, now operating personal unclamps the first screw fastening locking member 83, first screw fastening locking member 83 is unclamped allows the first cooperation runner block 10 and second to coordinate runner block 20 to move relative to fixed support 30 to compressing of fixed support 30, and first coordinates runner block 10 to coordinate runner block 20 under the guiding of the second slide block 92 with second under the guiding of the first slide block 91, the first cooperation runner block 10 and second is made to coordinate the distance adjustment between runner block 20 more steadily reliable, realize the first cooperation runner block 10 coordinates the spacing of runner block 20 to adjust object with second, after adjusting to the right place, now operating personal tightens the first screw fastening locking member 83, and make the first screw fastening locking member 83 press on fixed support 30 and forbid that the first cooperation runner block 10 coordinates with second the distance between runner block 20 to adjust, state as shown in Figure 3 b.Will be understood that, above-mentioned adjustment can also be that one direction adjustment first coordinates runner block 10 or second to coordinate runner block 20.
Then, operating personal unclamps the first screw 81, the first screw 81 is unclamped and allows the first anti-canting sheet 50 relative first to coordinate runner block 10 to carry out the object of distance adjustment to the first compressing of anti-canting sheet 50; Equally, operating personal unclamps the second screw 82, the second screw 82 is unclamped and allows the second anti-canting sheet 60 relative second to coordinate runner block 20 to carry out the object of distance adjustment to the second compressing of anti-canting sheet 60; After the first anti-canting sheet 50 and the second anti-canting sheet 60 are adjusted to the right place, operating personal just tightens the first screw 81 and the second screw 82, make the first screw 81 compress the first anti-canting sheet 50 and forbid that the first anti-canting sheet 50 relative first coordinates runner block 10 to adjust, make the second screw 81 compress the second anti-canting sheet 60 and forbid that the second anti-canting sheet 60 relative second coordinates runner block 20 to adjust, state as shown in Figure 3 c.Will be understood that, the adjustment of the first anti-canting sheet 50 and the second anti-canting sheet 60 can be carried out simultaneously, can one in front and one in back, therefore not be limited with above-mentioned citing.
The person of meriting attention, the angular adjustment of above-mentioned fixed support 30, the adjustment of the spacing of the first cooperation runner block 10 and the second cooperation runner block 20, and first anti-canting sheet 50 and the second anti-canting sheet 60 adjustment order be random, be that those of ordinary skill in the art select according to the actual requirements and flexibly, therefore be not limited with above-mentioned citing.
Compared with prior art, because fixed support 30 of the present utility model is in being assemblied in installation frame body in adjustable angle, first coordinates runner block 10 and second to coordinate at least one in runner block 20 be that this first cooperation runner block 10 of adjustable coordinates with second between runner block 20 and is assemblied in relative distance on fixed support 30, and first coordinates runner block 10 to coordinate runner block 20 to be arranged side by side with second and both form out the guide chute 40 of the inclination that height bends down jointly, therefore the angle of support body is mounted opposite by adjustment fixed support 30, realize the angular adjustment to guide chute 40, produce upset when effectively preventing sheet material packet from doing free landing in guide chute 40 and cause this sheet material packet mussily landing in taking up in container, thus sheet material packet can be stacked more in an orderly manner, meanwhile, to coordinate between runner block 20 relative distance to realize the adjustment of the groove width to guide chute 40 with second by adjusting the first cooperation runner block 10, alleviate the burden of operating personal on the one hand, expand the applicable area of sheet material packet sliding groove structure 100 of the present utility model on the other hand.
Above disclosedly be only preferred embodiment of the present utility model, certainly can not limit the interest field of the utility model with this, therefore according to the equivalent variations that the utility model claim is done, still belong to the scope that the utility model is contained.
Claims (10)
1. a sheet material packet sliding groove structure, be assemblied in extraneous installation frame body, it is characterized in that, described sheet material packet sliding groove structure comprises the first cooperation runner block, second coordinates runner block and fixed support, described fixed support is in being assemblied in described installation frame body in adjustable angle, described first coordinates runner block and second to coordinate at least one in runner block be that this first cooperation runner block of adjustable coordinates with second between runner block and is assemblied in relative distance on described fixed support, and described first coordinates runner block to coordinate runner block to be arranged side by side with described second and both form out the guide chute of the inclination that height bends down jointly.
2. sheet material packet sliding groove structure as claimed in claim 1, it is characterized in that, also comprise the first anti-canting sheet and the second anti-canting sheet, the first anti-canting portion that described first anti-canting sheet comprises the front, side being positioned at described guide chute upper end and the first installation portion be arranged on described first cooperation runner block, the second anti-canting portion that described second anti-canting sheet comprises the opposite side front being positioned at described guide chute upper end and the second installation portion be arranged on described second cooperation runner block, described first anti-canting portion and the second anti-canting portion coordinate runner block and second to coordinate the direction be arranged side by side of runner block corresponding along described first, and described first anti-canting portion, the diapire that the upper end of the second anti-canting portion and described guide chute is corresponding and sidewall form out an anti-canting passage jointly.
3. sheet material packet sliding groove structure as claimed in claim 2, it is characterized in that, the upper end in described first anti-canting portion and/or lower end edge extend the first rake away from the direction inclination of the diapire of described guide chute, the upper end in described second anti-canting portion and/or lower end edge extend the second rake away from the direction inclination of the diapire of described guide chute, and described first rake coordinates runner block and second to coordinate the direction be arranged side by side of runner block corresponding with described second rake along described first.
4. sheet material packet sliding groove structure as claimed in claim 2, it is characterized in that, described first coordinates runner block and second to coordinate runner block all comprise the guiding body of the diapire forming described guide chute and form the stop lateral plate of sidewall of described guide chute, described first anti-canting portion is positioned at the dead ahead that described first coordinates the guiding body of runner block, described second anti-canting portion is positioned at the dead ahead that described second coordinates the guiding body of runner block, and described first anti-canting portion and the second anti-canting portion are positioned at described in two and stop between lateral plate, described first installation portion is assemblied in described first and coordinates on the stop lateral plate of runner block, described second installation portion is assemblied in described second and coordinates on the stop lateral plate of runner block.
5. sheet material packet sliding groove structure as claimed in claim 4, is characterized in that, stop the layout that lateral plate is parallel to each other described in two.
6. sheet material packet sliding groove structure as claimed in claim 4, it is characterized in that, described guiding body comprises the first straight plate part and relatively described first straight plate part tilts and the second straight plate part be positioned at below described first straight plate part, angular range between described first straight plate part and described second straight plate part is 100 degree to 150 degree, described first anti-canting portion is positioned at the dead ahead that described first coordinates the first straight plate part of runner block, described second anti-canting portion is positioned at the dead ahead that described second coordinates the first straight plate part of runner block, and described first anti-canting portion, second anti-canting portion, first straight plate part of the first cooperation runner block, the stop lateral plate of the first cooperation runner block, second coordinates the first straight plate part of runner block and second to coordinate the stop lateral plate of runner block jointly to form out described anti-canting passage.
7. sheet material packet sliding groove structure as claimed in claim 6, it is characterized in that, described guiding body also comprises the first curved portions be connected between described first straight plate part and the second straight plate part.
8. sheet material packet sliding groove structure as claimed in claim 4, it is characterized in that, described first installation portion offers the first adjustment elongated hole, described first coordinate the stop lateral plate of runner block extend towards described first installation portion place one to be connected on described first installation portion and with the described first the first conflict protuberance regulating elongated hole corresponding, one first screw is placed through described first and regulates elongated hole interior and be threaded with described first conflict protuberance, and described first screw is optionally forbidden or allow described first anti-canting sheet relatively described first to coordinate the distance adjustment of runner block; Described second installation portion offers the second adjustment elongated hole, described second coordinate the stop lateral plate of runner block extend towards described second installation portion place one to be connected on described second installation portion and with the described second the second conflict protuberance regulating elongated hole corresponding, one second screw is placed through described second and regulates elongated hole interior and be threaded with described second conflict protuberance, and described second screw is optionally forbidden or allow described second anti-canting sheet relatively described second to coordinate the distance adjustment of runner block.
9. sheet material packet sliding groove structure as claimed in claim 4, it is characterized in that, described fixed support coordinates runner block and second to coordinate the direction be arranged side by side of runner block to offer microscler adjustment groove along described first, one first screw fastening locking member is placed through described microscler adjustment groove and is connected with described guiding body, and described first screw fastening locking member is optionally forbidden or allowed described first to coordinate runner block to coordinate relative movement between runner block with second.
10. sheet material packet sliding groove structure as claimed in claim 1, it is characterized in that, described fixed support is articulated in described installation frame body around a pivot axis, and the arc adjustment groove that it is the center of circle that the one in described fixed support and installation frame body offers with described pivot axis, one second screw fastening locking member to be placed through in described arc adjustment groove and the another one be connected in described fixed support and installation frame body, and described second screw fastening locking member is optionally forbidden or allowed the pivotable of the relatively described installation frame body of described fixed support.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420638708.5U CN204297485U (en) | 2014-10-30 | 2014-10-30 | Sheet material packet sliding groove structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420638708.5U CN204297485U (en) | 2014-10-30 | 2014-10-30 | Sheet material packet sliding groove structure |
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| Publication Number | Publication Date |
|---|---|
| CN204297485U true CN204297485U (en) | 2015-04-29 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420638708.5U Active CN204297485U (en) | 2014-10-30 | 2014-10-30 | Sheet material packet sliding groove structure |
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| CN (1) | CN204297485U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104370052A (en) * | 2014-10-30 | 2015-02-25 | 广东广益科技实业有限公司 | Sliding groove structure for flaky material bags |
-
2014
- 2014-10-30 CN CN201420638708.5U patent/CN204297485U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104370052A (en) * | 2014-10-30 | 2015-02-25 | 广东广益科技实业有限公司 | Sliding groove structure for flaky material bags |
| CN104370052B (en) * | 2014-10-30 | 2017-02-15 | 广东广益科技实业有限公司 | Sliding groove structure for flaky material bags |
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