CN108058998A - A kind of side-stop, side-stop are oriented to adjusting mechanism and tipper - Google Patents

A kind of side-stop, side-stop are oriented to adjusting mechanism and tipper Download PDF

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Publication number
CN108058998A
CN108058998A CN201810046809.6A CN201810046809A CN108058998A CN 108058998 A CN108058998 A CN 108058998A CN 201810046809 A CN201810046809 A CN 201810046809A CN 108058998 A CN108058998 A CN 108058998A
Authority
CN
China
Prior art keywords
stop
stage casing
fixedly connected
back segment
leading portion
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
CN201810046809.6A
Other languages
Chinese (zh)
Inventor
刘凤超
刘志富
孙朝品
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
YUTIAN COUNTY JUXING PRINTING&PACKING MACHINERY FACTORY
Original Assignee
YUTIAN COUNTY JUXING PRINTING&PACKING MACHINERY FACTORY
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by YUTIAN COUNTY JUXING PRINTING&PACKING MACHINERY FACTORY filed Critical YUTIAN COUNTY JUXING PRINTING&PACKING MACHINERY FACTORY
Priority to CN201810046809.6A priority Critical patent/CN108058998A/en
Publication of CN108058998A publication Critical patent/CN108058998A/en
Pending legal-status Critical Current

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Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G57/00—Stacking of articles
    • B65G57/02—Stacking of articles by adding to the top of the stack
    • B65G57/08—Stacking of articles by adding to the top of the stack articles being tilted or inverted prior to depositing
    • B65G57/081—Stacking of articles by adding to the top of the stack articles being tilted or inverted prior to depositing alternate articles being inverted
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G43/00—Control devices, e.g. for safety, warning or fault-correcting
    • B65G43/08—Control devices operated by article or material being fed, conveyed or discharged
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G47/00—Article or material-handling devices associated with conveyors; Methods employing such devices
    • B65G47/22—Devices influencing the relative position or the attitude of articles during transit by conveyors
    • B65G47/24—Devices influencing the relative position or the attitude of articles during transit by conveyors orientating the articles
    • B65G47/248—Devices influencing the relative position or the attitude of articles during transit by conveyors orientating the articles by turning over or inverting them
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G2201/00—Indexing codes relating to handling devices, e.g. conveyors, characterised by the type of product or load being conveyed or handled
    • B65G2201/02—Articles
    • B65G2201/0214—Articles of special size, shape or weigh
    • B65G2201/022—Flat
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G2203/00—Indexing code relating to control or detection of the articles or the load carriers during conveying
    • B65G2203/04—Detection means

Landscapes

  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Making Paper Articles (AREA)

Abstract

The invention discloses a kind of side-stop, side-stops to be oriented to adjusting mechanism and tipper.Side-stop includes leading portion side-stop, stage casing side-stop, back segment side-stop, and the leading portion side-stop is fixedly connected with the stage casing side-stop, and the stage casing side-stop is fixedly connected with the back segment side-stop.Side-stop, which is oriented to adjusting mechanism, includes side-stop, guide rod, active adjusting mechanism, and there are three the guide rods, and there are two the active adjusting mechanisms.Tipper includes delivery section, divides portion of pile portion, the delivery section and described pile portion is divided to be provided with side-stop be oriented to adjusting mechanism.The present invention can make to be in the state combined closely between two sections of adjacent side-stops, can reduce cardboard and occur in transmission process by the number of card phenomenon, be conducive to being normally carried out for follow-up work, be conducive to the raising of production efficiency.Meanwhile greatly reduce the regulating time of side-stop, the labor intensity of operating personnel is substantially reduced, is also beneficial to reduce the manufacture cost of equipment.

Description

A kind of side-stop, side-stop are oriented to adjusting mechanism and tipper
Technical field
The present invention relates to a kind of component for preventing two-dimensional bodies from shifting or deflecting during conveying, mechanism and The machinery of two face transpositions of two-dimensional bodies more particularly to a kind of side-stop, side-stop can be oriented to adjusting mechanism and overturning Machine.
Background technology
Two-dimensional bodies are the objects for having positive and negative two big plate face.Such as：Cardboard, the scraps of paper, plank, wood chip, iron plate, iron plate Etc..
Packaging material is typically plate-shaped body or board, such as corrugated paper, paperboard, paper, in order in packaging material Enclose word or pattern, it usually needs mount the paper of printed word or pattern in the outer surface of packaging material.Bag after pasting Package material can bend, if having piled up or having been piled up down by appearance without exception without exception curved packaging material up by appearance It rises and is all unfavorable for flattening packaging material, need the appearance for making adjacent two parts packaging material to be conducive to flatten packaging material It relatively or contrarily has piled up in face.First a part of packaging material is normally piled up therefore, it is necessary to be realized successively by tipper, then will It is piled up after the overturning of another part packaging material.
As shown in Figure 1, tipper includes delivery section, divides pile portion, turning part, collection portion.
As shown in Fig. 2, the delivery section of the prior art and divide pile portion be provided with side-stop be oriented to adjusting mechanism.Side-stop is oriented to Adjusting mechanism includes side-stop, guide rod, active adjusting mechanism.Side-stop have leading portion side-stop 1-1, stage casing side-stop 1-2, after Section side-stop 2-1.In discrete state between two sections of adjacent side-stops, interface gap is very big, and cardboard passes through in transmission process Often occur by card phenomenon, seriously affect being normally carried out or even influencing production efficiency for follow-up work.Meanwhile each section of side-stop Two guide rod 1-3 of configuration and two active adjusting mechanism 1-4, three sections of side-stops is required for just to need to configure six guide rod 1- 3 and six active adjusting mechanism 1-4, six side-stops will be adjusted by often replacing a paper mold, considerably increase regulating time, greatly The big labor intensity for adding operating personnel, largely effects on production efficiency in addition, also increasing the manufacture cost of equipment.Due to The handle of six active adjusting mechanism 1-4 is placed in the both sides of tipper, therefore, regulating time is further increased, into one The labor intensity of operating personnel is added to step, further influences production efficiency.
As shown in figure 3, the delivery section of the prior art is provided with conveying mechanism 1-9.For energy saving generally use paper parts The fish scale-shaped mode of movement of overlapping, it is next pile portion is divided to be pushed to paper stack since conveying mechanism 1-9 is first-level transport mechanism During a process, conveying mechanism 1-9 is in intermittent condition, at this point, the cardboard of the entrance of conveying mechanism 1-9 will generate accumulation, Even form the phenomenon that cardboard is completely overlapped.When the cardboard of accumulation or completely overlapped cardboard reach the outlet of conveying mechanism 1-9 When can two or multiple cardboards enter next process simultaneously, handled now it is necessary to shut down, substantially reduce production effect Rate.
As shown in figure 4, the prior art divides pile portion to be provided with a point pile transfer device 2-2, divide pile transfer device 2-2 the pasts extremely Include dividing pile delivery device 2-2-2 successively afterwards, divide pile blocking mechanism 2-2-1, push detector 2-2-3.When dividing pile blocking mechanism After 2-2-1 declines, start the work of separation plate.After a pile cardboard is divided, blocking mechanism 2-2-1 rises.Divide pile delivery device 2- After 2-2 rises, push cardboard pile to next process, then, pile delivery device 2-2-2 is divided to be returned after declining.Divide in order to prevent Pile blocking mechanism 2-2-1 is pressed onto cardboard pile after declining, and there is provided push detector 2-2-3.To be on the safe side, detector is pushed 2-2-3 is that installation is fixed on the basis of the length of maximum cardboard, when push detector 2-2-3 detects the front end of cardboard When, illustrate that a pile cardboard is pushed through a point pile blocking mechanism 2-2-1 by point pile delivery device 2-2-2, at this point, dividing pile blocking mechanism 2- 2-1, which lowers, will not be pressed onto on this pile cardboard being pushed.But when the small cardboard of one pile of push, also by the small cardboard of this pile Front end shift push detector 2-2-3 places onto point pile blocking mechanism 2-2-1 can just be made to lower and carry out the separation of next pile and work. However, the applicant carefully sees in long-term working practice looks into discovery, as long as being hindered when the small cardboard of this pile is all pushed over a point pile During retaining device 2-2-1, it is not necessary to shift at push detector 2-2-3 the front end of the small cardboard of this pile onto, pile blocking mechanism 2-2-1 is divided to drop Getting off would not be pressed onto on the small cardboard of this pile being pushed.But directly adjustment once pushes if often replacing a paper mold The position of detector 2-2-3 is also cumbersome, moreover, being not easy to realize automatic adjustment.
As shown in figure 5, the turning part 3 of the prior art is provided with switching mechanism, switching mechanism includes turning part 3-1, pushes away Send mechanism 3-2, transmission mechanism 3-3.Turning part 3-1 includes a targeting port and two inlet and outlet communicated, turning part 3-1 One side and transmission mechanism 3-3 be drivingly connected.
The workflow of switching mechanism is as shown in Fig. 6 and table 1.
Table one
Step Turning part 3-1 Delivery device 3-2 Divide pile delivery device 2-2-2 Remarks
a Deflection
b Feeding
c Become a full member
d Discharging
e It returns It cannot simultaneously be acted with f steps
f Overturning It must overturn
g Feeding
h Overturning
i Discharging
j It returns It cannot simultaneously be acted with k steps
k Deflection
It can be seen that in f steps, turning part 3-1 must be overturn.
Step j and step k cannot be acted simultaneously.
Step e and step f can not be acted simultaneously.
Therefore, turning part must be overturn twice among a cycle period, moreover, can only carry out one in the same time A action, substantially prolongs cycle period, it is difficult to improve production efficiency.
As shown in fig. 7, the collection portion of the prior art is provided with supporting plate transfer unit 4-0, supporting plate transfer unit 4-0 includes support Plate is sent into plate 4-0-1 and supporting plate send plate 4-0-2, and supporting plate is sent into plate 4-0-1 and supporting plate send plate 4-0-2 by connecting support plate 4-0-3 connections, supporting plate are sent into that plate 4-0-1 is vertical with the front end for being connected support plate 4-0-3 is fixedly connected, supporting plate send plate 4-0-2 It is hinged by hinge 4-0-4 with being connected the rear end of support plate 4-0-3, corresponding to supporting plate below the rear end of connection support plate 4-0-3 send Ejecting plate 4-0-2 is provided with block 4-0-5.Supporting plate places empty supporting plate between being sent into plate 4-0-1 and supporting plate send plate 4-0-2, works as support Plate transfer unit 4-0 can shift empty supporting plate onto while the supporting plate for filling cardboard is released on lifting collecting part.But it holds in the palm After plate transfer unit 4-0 must return to, lifting collecting part, which can just rise, carries out collection plate work.Supporting plate transfer unit 4-0 The time of return can not completely eliminate, and be unfavorable for improving production efficiency.
The content of the invention
The invention solves first technical problem be to provide a kind of side-stop, which can make two sections of adjacent sides In the state combined closely, interface gap very little or elimination interface gap between gear rule, cardboard can be reduced in transmission process Occur, by the number of card phenomenon, to be conducive to being normally carried out for follow-up work, be conducive to the raising of production efficiency.Meanwhile be conducive to The regulating time of side-stop is reduced, advantageously reduces the labor intensity of operating personnel, is also beneficial to reduce the manufacture cost of equipment.
The invention solves second technical problem be to provide a kind of side-stop and be oriented to adjusting mechanism, which is oriented to Adjusting mechanism can make to stitch in the state combined closely, interface gap very little or elimination interface between two sections of adjacent side-stops Gap can reduce cardboard and occur in transmission process by the number of card phenomenon, be conducive to being normally carried out for follow-up work, be conducive to give birth to Produce the raising of efficiency.Meanwhile greatly reduce the regulating time of side-stop, the labor intensity of operating personnel is substantially reduced, also favorably In the manufacture cost for reducing equipment.
The invention solves the 3rd technical problem be to provide a kind of tipper, side-stop in the tipper, which is oriented to, to be adjusted Section mechanism can make to be in the state combined closely, interface gap very little or elimination interface gap between two sections of adjacent side-stops, Cardboard can be reduced to occur in transmission process by the number of card phenomenon, be conducive to being normally carried out for follow-up work, be conducive to produce The raising of efficiency.Meanwhile greatly reduce the regulating time of side-stop, the labor intensity of operating personnel is substantially reduced, is also beneficial to Reduce the manufacture cost of equipment.
For component, in order to solve above-mentioned first technical problem, the present invention provides a kind of side-stop, including leading portion Side-stop, stage casing side-stop, back segment side-stop, the leading portion side-stop are fixedly connected with the stage casing side-stop.It is alternatively, described Stage casing side-stop is fixedly connected with the back segment side-stop.Connect alternatively, the leading portion side-stop is fixed with the stage casing side-stop It connects, the stage casing side-stop is fixedly connected with the back segment side-stop.
The technical program as a result of above technological means, so, which can make two sections of adjacent side-stops Between in the state combined closely, interface gap very little or eliminate interface gap, cardboard can be reduced and occurred in transmission process By the number of card phenomenon, be conducive to being normally carried out for follow-up work, be conducive to the raising of production efficiency.Meanwhile it advantageously reduces The regulating time of side-stop advantageously reduces the labor intensity of operating personnel, is also beneficial to reduce the manufacture cost of equipment.
The leading portion side-stop includes the left side-stop of leading portion and the left side-stop of leading portion.It is left that the stage casing side-stop includes stage casing The left side-stop of side-stop and stage casing.The back segment side-stop includes the left side-stop of back segment and the left side-stop of back segment.The leading portion is left The rear end of side-stop is fixed together with the front end of the left side-stop in the stage casing in a manner of docking, gear on the left of the stage casing The rear end of rule is fixed together with the front end of the left side-stop of the back segment in a manner of docking.The left side-stop of the leading portion, The left side-stop in the stage casing, the left side-stop of the back segment form a left side-stop.Similarly, the rear end of the right side-stop of the leading portion It is fixed together with the front end of the right side-stop in the stage casing in a manner of docking, the rear end of the right side-stop in stage casing and institute The front end for stating the right side-stop of back segment is fixed together in a manner of docking.On the right side of the right side-stop of the leading portion, the stage casing Gear rule, the right side-stop of the back segment form a right side-stop.
The technical program as a result of above technological means, so, be conducive to reduce interface gap.
The leading portion side-stop, the stage casing side-stop, the back segment side-stop are fixedly connected on by fixedly connected part Together.The fixedly connected part is divided into preceding fixedly connected part and rear fixedly connected part.
The technical program as a result of above technological means, so, manufacture and installation can be facilitated.
The leading portion side-stop is fixed together with the stage casing side-stop by the preceding fixedly connected part.It is described Stage casing side-stop is fixed together with the back segment side-stop by the rear fixedly connected part.The preceding fixedly connected part Rear end with it is described after the front end of fixedly connected part be fixedly connected.
The technical program as a result of above technological means, so, the overall stiffness of side-stop can be increased.
The rear end of the preceding fixedly connected part is fixedly connected with the front end of the rear fixedly connected part by connector.
The technical program as a result of above technological means, so, be conveniently fixedly connected.
The fixedly connected part is fixed connecting rod or fixed connecting plate.The fixed connecting rod is aluminium section bar.
The technical program as a result of above technological means, so, can be produced according to the demand of different clients A variety of side-stops.
The medial surface of the leading portion side-stop, the medial surface of the stage casing side-stop, the medial surface of the back segment side-stop Countersunk head mounting hole is distributed with along its length respectively.The countersunk head mounting hole is in a pair wise manner successively along the leading portion side-stop Length direction, the length direction of the stage casing side-stop, the back segment side-stop length direction distribution.Per a pair of described heavy Head mounting hole is along the width of the leading portion side-stop or width or the back segment side-stop of the stage casing side-stop Width distribution.The fixedly connected part is located at the leading portion side-stop, the stage casing side-stop, the back segment side-stop Lateral surface.The mounting hole or threaded securing bores of the fixedly connected part and the leading portion side-stop, the stage casing side-stop, institute The countersunk head mounting hole for stating back segment side-stop is corresponding.The leading portion side-stop, the stage casing side-stop, the back segment side-stop with The fixedly connected part is fixedly connected by bolt or screw.
The technical program as a result of above technological means, so, can prevent screw from blocking cardboard.
For mechanism, in order to solve above-mentioned second technical problem, it is oriented to and adjusts the present invention provides a kind of side-stop Mechanism, including side-stop, guide rod, active adjusting mechanism, the side-stop is side-stop as elucidated before, the guide rod There are three, there are two the active adjusting mechanisms.
The technical program as a result of above technological means, so, the side-stop be oriented to adjusting mechanism can make it is adjacent Two sections of side-stops between in the state combined closely, interface gap very little or eliminate interface gap, cardboard can be reduced defeated Occur during sending by the number of card phenomenon, be conducive to being normally carried out for follow-up work, be conducive to the raising of production efficiency.Together When, greatly reduce the regulating time of side-stop, substantially reduce the labor intensity of operating personnel, be greatly reduced the manufacture of equipment Cost.
First guide rod is located at the forepart of the leading portion side-stop or middle part or rear portion.Second guide rod Positioned at the forepart of the stage casing side-stop or middle part or rear portion.3rd guide rod is located at the forepart of the back segment side-stop Or middle part or rear portion.
First guide rod is located above or below the leading portion side-stop.Second guide rod is located at institute It states above or below the side-stop of stage casing.3rd guide rod is located above or below the back segment side-stop.
The technical program as a result of above technological means, so, a variety of side blocks can be produced according to actual conditions Rule are oriented to adjusting mechanism.
First guide rod actively adjusts guiding connector by two and is oriented to connection with the leading portion side-stop.The Two guide rods are oriented to by two guiding connectors and the stage casing side-stop and connected.3rd guide rod passes through Two driven guiding connectors that adjust are oriented to connection with the back segment side-stop.The active adjusting mechanism include adjusting screw rod and Handwheel, the adjusting screw rod are connected with the handwheel.The adjusting screw rod of two active adjusting mechanisms respectively with described in two Actively adjust guiding connector threaded connection.
The technical program as a result of above technological means, so, as long as operating personnel adjust twice side-stop be It can complete to adjust operation, not only greatly reduce labor intensity of operating staff, moreover, the regulating time of side-stop is also saved, Be conducive to improve production efficiency.
The handwheel 1-4-2 of two active adjusting mechanism 1-4 is located at the homonymy of rack (not drawn in figure).One handwheel with One end of one adjusting screw rod is fixedly connected.One end of another described handwheel and another adjusting screw rod passes through biography Moving axis and the first transmission mechanism are sequentially connected.First transmission mechanism is chain drive or Toothed Belts Gearing mechanism.
The technical program as a result of above technological means, so, operating personnel can be adjusted in the homonymy of machine Left side-stop and right side-stop, can not only reduce further labor intensity of operating staff, moreover, also further saving side The regulating time of rule is kept off, is conducive to further improve production efficiency.
Two active adjusting mechanisms are each configured with driven adjusting mechanism.The driven adjusting mechanism includes adjusting spiral shell Bar.The adjusting screw rod of two driven adjusting mechanisms is threadedly coupled respectively with two driven adjusting guiding connectors.Two The adjusting screw rod of a driven adjusting mechanism passes through two the second transmission mechanisms and two active adjusting mechanisms respectively Adjusting screw rod is sequentially connected.Second transmission mechanism is chain drive or Toothed Belts Gearing mechanism.
The technical program as a result of above technological means, so, the degree of regulation of side-stop can be improved.
For machinery, in order to solve above-mentioned 3rd technical problem, the present invention provides a kind of tipper, including conveying Portion divides pile portion, turning part, collection portion, the delivery section and described pile portion is divided to be provided with side-stop be oriented to adjusting mechanism, the side It is that side-stop is oriented to adjusting mechanism as elucidated before that gear rule, which are oriented to adjusting mechanism,.
The technical program as a result of above technological means, so, side-stop in the tipper is oriented to adjusting machine Structure can make to be in the state combined closely, interface gap very little or elimination interface gap between two sections of adjacent side-stops, can subtract Few cardboard occurs in transmission process by the number of card phenomenon, is conducive to being normally carried out for follow-up work, is conducive to production efficiency Raising.Meanwhile greatly reduce the regulating time of side-stop, the labor intensity of operating personnel is substantially reduced, is also beneficial to reduce The manufacture cost of equipment.
Description of the drawings
The side-stop to the present invention, side-stop are oriented to adjusting mechanism and tipper with reference to the accompanying drawings and detailed description It is described in further detail.
Fig. 1 is the general structure schematic diagram of tipper.
Fig. 2 is the brief configuration schematic diagram that side-stop is oriented to adjusting mechanism in the prior art.
Fig. 3 is the brief configuration schematic diagram of conveying mechanism in the prior art.
Fig. 4 is the brief configuration schematic diagram for dividing pile transfer device in the prior art.
Fig. 5 is the brief configuration schematic diagram of switching mechanism in the prior art.
Fig. 6 is the work flow diagram of switching mechanism in the prior art.
Fig. 7 is the brief configuration schematic diagram of pallet conveyor structure in the prior art.
Fig. 8 is the main structure diagram of side-stop of the present invention.
Fig. 9 is the overlooking the structure diagram of side-stop of the present invention.
Figure 10 is the cross-sectional structure schematic diagram of fixed connecting rod (aluminium section bar) in side-stop of the present invention.
Figure 11 is that side-stop side-stop of the present invention is oriented to the right front upper regarding structure diagram of adjusting mechanism.
Figure 12 is that side-stop side-stop of the present invention is oriented to the left front upper regarding structure diagram of adjusting mechanism.
Figure 13 is the structure diagram of conveying mechanism of the present invention.
Figure 14 is the structure diagram that the present invention divides pile transfer device.
Figure 15 is the backsight structural representation for dividing pile blocking mechanism in Figure 14.
Figure 16 is the forward sight structure diagram for dividing pile blocking mechanism in Figure 14.
Figure 17 is the structure diagram for dividing pile delivery device in Figure 14.
Figure 18 is the brief configuration schematic diagram of switching mechanism of the present invention.
Figure 19 is the workflow schematic diagram of switching mechanism of the present invention.
Figure 20 is the structure diagram of switching mechanism of the present invention.
Figure 21 is the main structure diagram of switching mechanism of the present invention.
Figure 22 is the left view structural representation of switching mechanism of the present invention.
Figure 23 is the overlooking the structure diagram of switching mechanism of the present invention.
Figure 24 is the decomposition texture schematic diagram of turning part of the present invention.
Figure 25 is the overlooking the structure diagram of turning part half of the present invention.
Figure 26 is the structure diagram of Fluency strip in turning part of the present invention.
Figure 27 is the structure diagram of aluminium section bar in turning part of the present invention.
Figure 28 is the structure diagram of connector in turning part of the present invention.
Figure 29 is the structure diagram in drive connection portion in turning part of the present invention.
Figure 30 is that the structure diagram of collection and delivery apparatus of the present invention (is not drawn into synchronous drive mechanism and lifting and driving machine Structure).
Figure 31 is that the right side structural representation of collection and delivery apparatus of the present invention (depicts synchronous drive mechanism and lifting and driving Mechanism).
Figure 32 be exported in collection and delivery apparatus of the present invention live-roller and it is main lift collecting part between position relationship put Big structure schematic diagram.
Figure 33 is the overlooking the structure diagram of secondary lifting collecting part in collection and delivery apparatus of the present invention.
Figure 34 is the structure diagram of collection and delivery apparatus central roll axillare 4-5 of the present invention.
The reference numerals are as follows.
1~delivery section, 1-1~leading portion side-stop, 1-2~stage casing side-stop, 1-3~guide rod, 1-3-1~guiding connection Part, 1-3-2~actively adjust guiding connector, 1-3-3~driven adjusting guiding connector, 1-4~active adjusting mechanism, 1-4- The drive of the transmission mechanism of 1~adjusting screw rod, 1-4-2~handwheel, 1-4-3~transmission shaft, 1-5~first, 1-5-1~first, 1- The transmission of the drive of 5-2~second, 1-5-3~transmission belt, 1-6~driven adjusting mechanism, 1-6-1~adjusting screw rod, 1-7~second The drive of the drive of mechanism, 1-7-1~first, 1-7-2~second, 1-7-3~transmission belt, 1-8~fixedly connected part, 1-8-1 ~preceding fixedly connected part, 1-8-2~rear fixedly connected part, 1-8-3~connector, 1-8-4~big lightening hole, 1-8-5~small subtract Light holes, 1-8-6~necking down mounting groove, 1-9~conveying mechanism, 1-9-1~low speed conveying mechanism, 1-9-1-1~drive roll, 1-9- 1-2~driven voller, 1-9-1-3~support roller, 1-9-1-4~conveyer belt, 1-9-1-5~transmission mechanism, 1-9-1-5-1~the first The drive of drive, 1-9-1-5-2~second, 1-9-1-5-3~transmission belt, 1-9-1-6~motor, 1-9-2~high speed conveying Mechanism, 1-9-2-1~drive roll, 1-9-2-2~driven voller, 1-9-2-3~support roller, 1-9-2-4~conveyer belt, 1-9-2-5 The drive of the drive of the drive of~transmission mechanism, 1-9-2-5-1~first, 1-9-2-5-2~second, 1-9-2-5-3~the 3rd, The directive wheel of the directive wheel of the drive of 1-9-2-5-4~the 4th, 1-9-2-5-5~first, 1-9-2-5-6~second, 1-9-2-5-7~ Transmission belt, 1-9-2-6~motor, 1-9-2-7~clutch, 1-9-2-8~brake, 1-9-3~acceleration transport mechanism, 1-9- 3-1~acceleration roller, 1-9-3-2~upper pressure roller, 1-9-3-3~swinging mounting, 1-9-3-4~transmission shaft, 1-9-3-5~driver The drive of the drive of structure, 1-9-3-5-1~first, 1-9-3-5-2~second, 1-9-3-5-3~transmission belt, 2~divide pile portion, 2- 1~back segment side-stop, 2-2~dividing pile transfer device, 2-2-1~divide pile blocking mechanism, 2-2-1-1~threaded adjustment member, 2- 2-1-1-1~adjusting screw rod, 2-2-1-1-2~adjusting guide plate, 2-2-1-1-3~guide rod, 2-2-1-2~barrier support Frame, 2-2-1-3~lifting guiding parts, 2-2-1-3-1~guide rail, 2-2-1-3-2~sliding block, 2-2-1-4~lifting barrier plate, 2-2-1-4-1~guide groove, 2-2-1-5~lifting cylinder, 2-2-1-6~adjusting driving part, 2-2-2~divide pile pusher Structure, 2-2-2-1~push supporting rack, 2-2-2-2~push guiding parts, 2-2-2-2-1~guide rail, 2-2-2-2-2~sliding block, 2-2-2-3~push transmission parts, 2-2-2-3-1~drive, 2-2-2-3-2~transmission belt, 2-2-2-4~lifting guide part Part, 2-2-2-4-1~guide rail, 2-2-2-4-2~sliding block, 2-2-2-5~lifting push fork, 2-2-2-5-1~fork arm, 2-2-2- 5-2~connecting plate, 2-2-2-6~lifting cylinder, 2-2-3~push detector, 2-2-4~support plate, 2-2-4-1~guide groove, 3 The support plate of the support plate of~turning part, 3-1~turning part, A~first, B~second, 3-1-1~Fluency strip, 3-1-2~aluminium profiles Material, 3-1-3~connection strap, 3-1-4~connecting rod, 3-1-5~connector, 3-1-5-1~connecting plate, 3-1-5-2~connector, 3-1-5-3~mounting hole, 3-1-5-4~mounting hole, 3-1-5-5~clamping gap, 3-1-5-6~holes for clamping, 3-1-5-7~folder Tight threaded hole, 3-1-6~side plate, 3-1-7~drive connection portion, 3-1-7-1~rotation axis, 3-1-7-2~bearing, 3-1-7-3 ~bearing, 3-1-7-4~cover board, 3-1-7-5~Pneumatic rotary connector, 3-1-7-6~stent, 3-1-8~plug, 3-1-9~ Stop lever mechanism, 3-1-9-1~cylinder, 3-1-9-2~bar, 3-1-9-3~articulation piece, 3-1-9-4~other head, 3-1-10~pad Column, 3-2~delivery device, 3-2-1~push component, 3-2-1-1~push rod, 3-2-1-2~lifting guide pillar, 3-2-1-3~ Lift guide tube, 3-2-1-4~lifting cylinder, 3-2-2~push stent, 3-2-2-1~crossbeam, 3-2-2-2~column, 3-2-3 ~guide rail slide block mechanism, 3-2-3-1~guide rail, 3-2-3-2~sliding block, 3-2-4~Synchronous Transmission axis, 3-2-5~push transmission The drive of the drive of mechanism, 3-2-5-1~first, 3-2-5-2~second, 3-2-5-3~transmission belt, 3-2-6~transmission mechanism, The drive of the transmission mechanism of 3-3~transmission mechanism, 3-3-1~Synchronous Transmission axis, 3-3-2~first, 3-3-2-1~first, 3-3- The drive of the transmission mechanism of the drive of 2-2~second, 3-3-2-3~transmission belt, 3-3-3~second, 3-3-3-1~first, 3-3- The drive of 3-2~second, 3-3-3-3~transmission belt, 3-3-4~transmission shaft, 4~collection portion, 4-0~supporting plate transfer unit, 4- 0-1~supporting plate be sent into plate, 4-0-2~supporting plate send plate, 4-0-3~connection support plate, 4-0-4~hinge, 4-0-5~block, 4-1~supporting plate transfer unit, 4-1-1~supporting plate input mechanism, 4-1-1-1~input frame body, 4-1-1-2~inlet conveyor Structure, 4-1-1-2-1~input live-roller, 4-1-1-2-2~conveyer belt, 4-1-2~supporting plate output mechanism, 4-1-2-1~output Frame body, 4-1-2-2~output transport mechanism, 4-1-2-2-1~output live-roller, 4-1-3~synchronous drive mechanism, 4-1-3- 1~drive, 4-1-3-2~transmission belt, 4-1-3-3~support bar, 4-2~main lifting collecting part, 4-2-1~side plate, 4- 2-2~cross stay, 4-2-3~recess, 4-2-4~/V lifting lug, 4-3~pair lifting collecting part, 4-3-1~lifting frame Body, 4-3-1-1~side plate, 4-3-1-1-1~guide groove, 4-3-1-2~long wale piece, 4-3-1-3~hyphen fagging, 4-3-1- 4~cross stay, 4-3-1-5~montant, 4-3-1-6~lifting lug, 4-3-2~air cylinder support body, 4-3-2-1~side plate, 4-3-2-2 ~wale piece, 4-3-2-3~cylinder, 4-3-2-4~guiding support bar, 4-3-2-5~supporting rod, 4-3-2-5-1~rotation branch Support roller, 4-4~lifting guide mechanism, 4-4-1~guide rod, 4-4-2~directive wheel, 4-5~roll shaft plate, 4-5-1~supporting rack, 4-5-2~rotating roller, 4-6~elevating drive mechanism.
Specific embodiment
As shown in Figure 1, the present invention provides a kind of tipper, including delivery section 1, divide pile portion 2, turning part 3, collection portion 4.
As shown in Fig. 8 to Figure 12, delivery section 1 and divide pile portion 2 be provided with side-stop be oriented to adjusting mechanism, side-stop be oriented to adjust Saving mechanism includes side-stop and is oriented to adjusting mechanism.
Side-stop includes leading portion side-stop 1-1, stage casing side-stop 1-2, back segment side-stop 2-1.Leading portion side-stop 1-1 is in Section side-stop 1-2 is located at delivery section 1, and back segment side-stop 2-1 is located at and divides pile portion 2.Leading portion side-stop 1-1 includes the left side-stop of leading portion With the left side-stop of leading portion.Stage casing side-stop 1-2 includes the left side-stop of the left side-stop in stage casing and stage casing.Back segment side-stop 2-1 includes The left side-stop of back segment and the left side-stop of back segment.
The rear end of the left side-stop of leading portion is fixed together with the front end of the left side-stop in stage casing in a manner of docking, and And the rear end of the left side-stop in stage casing is fixed together with the front end of the left side-stop of back segment in a manner of docking.On the left of leading portion Keep off rule, the left side-stop in stage casing, back segment one left side-stop of left side-stop composition.Similarly, the rear end and stage casing of the right side-stop of leading portion The front end of right side-stop is fixed together in a manner of docking, moreover, the rear end of the right side-stop in stage casing on the right side of back segment with keeping off The front end of rule is fixed together in a manner of docking.The right side-stop of the right side-stop of leading portion, the right side-stop in stage casing, back segment is formed One right side-stop.
Present embodiment as a result of above-mentioned technological means, so, leading portion left side-stop in the gear rule of left side can be made Medial surface, the medial surface of the left side-stop of medial surface, back segment of the left side-stop in stage casing are located in plane, can make right side gear rule The medial surface of the middle right side-stop of leading portion, the medial surface of the right side-stop of medial surface, back segment of the right side-stop in stage casing are flat positioned at another In face, meanwhile, butt seam is smaller, is not easy to block cardboard, can reduce the quantity of guide rod, can reduce the quantity of adjusting mechanism, When replacing board types, the adjusting number of side-stop can be reduced.
It is of course also possible to be, the lateral surface of the left side-stop rear end of leading portion is with the medial surface of the left side-stop front end in stage casing to take The mode connect is fixed together.The medial surface of the lateral surface of the left side-stop rear end in stage casing and the left side-stop front end of back segment is to take The mode connect is fixed together.The left side-stop of the left side-stop of leading portion, the left side-stop in stage casing, back segment forms a left side gear Rule.Similarly, the lateral surface of the right side-stop rear end of leading portion and the medial surface of the right side-stop front end in the stage casing company of fixation in a manner of overlapping It is connected together.The lateral surface of the right side-stop rear end in stage casing and the medial surface of the right side-stop front end of back segment company of fixation in a manner of overlapping It is connected together.The right side-stop of the right side-stop of leading portion, the right side-stop in stage casing, back segment forms a right side-stop.
Present embodiment as a result of above-mentioned technological means, so, the quantity of guide rod can be reduced, adjusting machine can be reduced The quantity of structure when replacing board types, can reduce the adjusting number of side-stop.
It is obvious also possible to be, the rear end and the front end of the left side-stop in stage casing of the left side-stop of leading portion are fixed together, in Front end of the rear end of the left side-stop of section not with the left side-stop of back segment is fixed together.Alternatively, the rear end of the left side-stop of leading portion The front end with the left side-stop in stage casing is not fixed together, and the rear end and the front end of the left side-stop of back segment of the left side-stop in stage casing are consolidated Surely link together.Similarly, the rear end of the right side-stop of leading portion and the front end of the right side-stop in stage casing are fixed together, and stage casing is right Front end of the rear end of side-stop not with the right side-stop of back segment is fixed together.Alternatively, the rear end of the right side-stop of leading portion not with The front end of the right side-stop in stage casing is fixed together, and the rear end of the right side-stop in stage casing is fixed with the front end of the right side-stop of back segment to be connected It is connected together.It is also possible that the left side-stop of leading portion, the left side-stop in stage casing, the left side-stop of back segment are integrated part.Gear on the right side of leading portion Rule, the right side-stop in stage casing, the right side-stop of back segment are integrated part.
Present embodiment as a result of above-mentioned technological means, so, gap can be eliminated, be less susceptible to block cardboard.
As a kind of improvement of present embodiment, as shown in Fig. 8 to Figure 10, leading portion side-stop 1-1, stage casing side-stop 1-2, Back segment side-stop 2-1 is fixed together by fixedly connected part 1-8.Fixedly connected part 1-8 can be divided into preceding fixedly connected part 1-8-1 and rear fixedly connected part 1-8-2.
Present embodiment as a result of above-mentioned technological means, so, manufacture and installation can be facilitated.
As shown in Fig. 8 to Figure 10, leading portion side-stop 1-1 and stage casing side-stop 1-2 is fixed by preceding fixedly connected part 1-8-1 It links together.Stage casing side-stop 1-2 and back segment side-stop 2-1 is fixed together by rear fixedly connected part 1-8-2.Before The rear end of fixedly connected part 1-8-1 is fixedly connected with the front end of rear fixedly connected part 1-8-2.
Present embodiment as a result of above-mentioned technological means, so, the overall stiffness of side-stop can be increased.
As shown in Fig. 8 to Figure 10, the rear end of preceding fixedly connected part 1-8-1 and the front end of rear fixedly connected part 1-8-2 pass through Connector 1-8-3 is fixedly connected.
Present embodiment as a result of above-mentioned technological means, so, be conveniently fixedly connected.
As shown in Fig. 8 to Figure 10, specifically, fixedly connected part 1-8 is fixed connecting rod 1-8.It is of course also possible to be, Fixedly connected part 1-8 is fixed connecting plate.
The cross-sectional shape of fixed connecting rod 1-8 is rectangular.Fixed connecting rod 1-8 be distributed with along its length mounting hole or Threaded securing bores.
It is of course also possible to be (referring to Figure 10), the side of fixed connecting rod 1-8 is provided with necking down mounting groove 1-8-6.Necking down The length direction of mounting groove 1-8-6 is parallel to the length direction of fixed connecting rod 1-8.
Can also be that the length direction of necking down mounting groove 1-8-6 is perpendicular to the length direction of fixed connecting rod 1-8.At this point, Necking down mounting groove 1-8-6 have it is multiple, along fixed connecting rod 1-8 length direction be distributed.It is provided in necking down mounting groove 1-8-6 Nut.
Can also be as shown in Figure 10, fixed connecting rod 1-8 is aluminium section bar.The side of aluminium section bar is provided with necking down mounting groove 1-8-6.Aluminium section bar is internally provided with big lightening hole 1-8-4 and small lightening hole 1-8-5.The cross-sectional shape of aluminium section bar is rounded Rectangle.The cross-sectional shape of aluminium section bar is shape symmetrical above and below.Two broad side surfaces of aluminium section bar are distributed respectively there are two necking down Mounting groove 1-8-6.Two narrow sides of aluminium section bar are respectively arranged with a necking down mounting groove 1-8-6.Necking down mounting groove 1-8-6's Cross-sectional shape is in the fillet isosceles trapezoid cavity of big base intermediate openings.It is transversal that big lightening hole 1-8-4 is arranged on round rectangle The center in face.There are two opposite short sides and the fillet of four long sides in tilting tool for the cross-sectional shape of big lightening hole 1-8-4 Hexagonal cavities.Two opposite short sides are faced and are mutually parallel and parallel to two broadsides of aluminium section bar round rectangle.It is small Lightening hole 1-8-5 is two circular lightening holes.Two circular lightening holes are located at the outside of big two short sides of lightening hole 1-8-4.
As shown in Fig. 8 to Fig. 9, the medial surface of leading portion side-stop 1-1, the medial surface of stage casing side-stop 1-2, back segment side-stop Countersunk head mounting hole is distributed in the medial surface of 2-1 along its length respectively.Countersunk head mounting hole is in a pair wise manner along leading portion side-stop The length direction distribution of the length direction of 1-1, the length direction of stage casing side-stop 1-2, back segment side-stop 2-1.Per a pair of countersunk head Mounting hole along the width of leading portion side-stop 1-1, the width of stage casing side-stop 1-2, back segment side-stop 2-1 width side To distribution.Fixed connecting rod is located at the lateral surface of each section of side shelves rule.The mounting hole or threaded securing bores of fixed connecting rod with each section The countersunk head mounting hole of side shelves rule is corresponding.Each section of side shelves rule are fixedly connected with fixed connecting rod by bolt or screw.
The shape of fixed connecting plate is corresponding to the lateral surface local shape that two sections of side shelves rule are connected to each other place.Fixed connecting plate Multiple mounting holes or threaded securing bores are distributed in plate face.It is heavy that the both ends medial surface being connected to each other between each section of side shelves rule is distributed with respectively Head mounting hole.Fixed connecting plate is located at the both ends lateral surface being connected to each other between each section of side shelves rule.Each section of side shelves rule are with being fixedly connected Plate is fixedly connected by bolt or screw.
Present embodiment as a result of above-mentioned technological means, so, can prevent screw from blocking cardboard.
As shown in Figure 11 to Figure 12, left side shelves rule and right side shelves rule pass through three guide rod 1-3 and rack (not drawn in figure) Connection.
First guide rod 1-3 is located at the middle part of the left side-stop of leading portion and the middle part of the right side-stop of leading portion.Second guiding Bar 1-3 is located at the middle part of the right side-stop in middle part and stage casing of the left side-stop in stage casing.3rd guide rod 1-3 is located at gear on the left of back segment The middle part of rule and the middle part of the right side-stop of back segment.It is of course also possible to be, first guide rod 1-3 is located at the left side-stop of leading portion Forepart and the forepart of the right side-stop of leading portion.Second guide rod 1-3 is located at the right side-stop in middle part and stage casing of the left side-stop in stage casing Middle part.3rd guide rod 1-3 is located at the rear portion of the left side-stop of back segment and the rear portion of the right side-stop of back segment.
First guide rod 1-3 is located at the lower section of the left side-stop of leading portion and the lower section of the right side-stop of leading portion.Second guiding Bar 1-3 is located at the top of the right side-stop in top and stage casing of the left side-stop in stage casing.3rd guide rod 1-3 is located at gear on the left of back segment The lower section of rule and the lower section of the right side-stop of back segment.It is of course also possible to be, first guide rod 1-3 is located at the left side-stop of leading portion Lower section and the lower section of the right side-stop of leading portion.Second guide rod 1-3 is located at the right side-stop in lower section and stage casing of the left side-stop in stage casing Lower section.3rd guide rod 1-3 is located at the lower section of the left side-stop of back segment and the lower section of the right side-stop of back segment.
The both ends of first guide rod 1-3 are fixedly connected with rack (not drawn in figure).First guide rod 1-3 passes through two Middle parts of the guiding connector 1-3-2 respectively with the middle part of the left side-stop of leading portion and the right side-stop of leading portion is actively adjusted to be connected.Actively Guiding connector 1-3-2 is adjusted there are one threaded adjusting bore and a pilot hole, pilot hole is in the front of threaded adjusting bore.Two Guiding connector 1-3-2 is actively adjusted to be fixedly connected in the middle part of the middle part of the left side-stop of leading portion and the right side-stop of leading portion respectively. Two actively adjust guiding connector 1-3-2 and are slidably connected respectively by pilot hole and first guide rod 1-3.
The both ends of second guide rod 1-3 are fixedly connected with rack (not drawn in figure).Second guide rod 1-3 passes through two Middle parts of the guiding connector 1-3-1 respectively with the right side-stop in the middle part of the left side-stop in stage casing and stage casing is connected.Guiding connector 1- There are one pilot holes by 3-1.Two guiding connector 1-3-1 respectively in the right side-stop in the middle part of the left side-stop in stage casing and stage casing Portion is fixedly connected.Two guiding connector 1-3-1 are slidably connected respectively by pilot hole and second guide rod 1-3.
The both ends of 3rd guide rod 1-3 are fixedly connected with rack (not drawn in figure).3rd guide rod 1-3 passes through two The driven middle part for adjusting guiding connector 1-3-3 respectively with the middle part of the left side-stop of back segment and the right side-stop of back segment is connected.It is driven Guiding connector 1-3-3 is adjusted there are one threaded adjusting bore and a pilot hole, pilot hole is in the lower section of threaded adjusting bore.Two Driven adjusting guiding connector 1-3-3 is fixedly connected respectively in the middle part of the middle part of the left side-stop of back segment and the right side-stop of back segment. Two driven adjusting guiding connector 1-3-3 are slidably connected respectively by pilot hole and the 3rd guide rod 1-3.
It is obvious also possible to be, left side shelves are advised and right side shelves rule are connected by two guide rod 1-3 and rack (not drawn in figure) It connects.That is, second guide rod 1-3 can be removed in the above-described embodiment.
Left side shelves rule and right side shelves rule are connected by two active adjusting mechanism 1-4 with rack (not drawn in figure).
Active adjusting mechanism 1-4 includes adjusting screw rod 1-4-1 and handwheel 1-4-2, adjusting screw rod 1-4-1 and handwheel 1-4-2 Connection.The adjusting screw rod 1-4-1 of two active adjusting mechanism 1-4 is rotatablely connected with rack (not drawn in figure).Two are actively adjusted The adjusting screw rod 1-4-1 of mechanism 1-4 actively adjusts guiding connector 1-3-2 screw threads by threaded adjusting bore and two respectively and connects It connects.
Present embodiment as a result of above-mentioned technological means, so, as long as operating personnel adjust side-stop twice It completes to adjust operation, not only greatly reduces labor intensity of operating staff, moreover, also saving the regulating time of side-stop, have Beneficial to raising production efficiency.
The handwheel 1-4-2 of two active adjusting mechanism 1-4 is located at the homonymy of rack (not drawn in figure).
One handwheel 1-4-2 is fixedly connected with one end of an adjusting screw rod 1-4-1.Another handwheel 1-4-2 with it is another One end of a adjusting screw rod 1-4-1 passes through transmission shaft 1-4-3 and the first transmission mechanism 1-5 connections.Another handwheel 1-4-2 is with passing One end of moving axis 1-4-3 is fixedly connected.Transmission shaft 1-4-3 is rotatablely connected with rack (not drawn in figure).First transmission mechanism 1-5 bags Include the first drive 1-5-1, the second drive 1-5-2, transmission belt 1-5-3.Second drive 1-5-2 and another adjusting screw rod One end of 1-4-1 is fixedly connected.First drive 1-5-1 is fixedly connected with the other end of transmission shaft 1-4-3.First drive 1- 5-1 and the second drive 1-5-2 is rotatablely connected by transmission belt 1-5-3.First transmission mechanism 1-5 is chain drive.When So or, the first transmission mechanism 1-5 is Toothed Belts Gearing mechanism.
Present embodiment as a result of above-mentioned technological means, so, operating personnel can adjust left in the homonymy of machine Side-stop and right side-stop, not only reduce labor intensity of operating staff, moreover, also saving the regulating time of side-stop, have Beneficial to further improving production efficiency.
Left side shelves rule and right side shelves rule are connected by two driven adjusting mechanism 1-6 with rack (not drawn in figure).
Driven adjusting mechanism 1-6 includes adjusting screw rod 1-6-1.The adjusting screw rod 1-6-1 of two driven adjusting mechanism 1-6 with Rack (not drawn in figure) is rotatablely connected.The adjusting screw rod 1-6-1 of two driven adjusting mechanism 1-6 respectively by threaded adjusting bore with Two driven guiding connector 1-3-3 that adjust are threadedly coupled.The adjusting screw rod 1-6-1 of two driven adjusting mechanism 1-6 leads to respectively Two the second transmission mechanism 1-7 are crossed to be connected with the adjusting screw rod 1-4-1 of two active adjusting mechanism 1-4.Second transmission mechanism 1-7 Including the first drive 1-7-1, the second drive 1-7-2, chain 1-7-3.The first drive of two the second transmission mechanism 1-7 Adjusting screw rod 1-4-1s of the 1-7-1 respectively with two active adjusting mechanism 1-4 is fixedly connected.The of two the second transmission mechanism 1-7 Adjusting screw rod 1-6-1s of the two drive 1-7-2 respectively with two driven adjusting mechanism 1-6 is fixedly connected.First drive 1-7-1 It is sequentially connected with the second drive 1-7-2 by transmission belt 1-7-3.Second transmission mechanism 1-7 is chain drive.Certainly, Can also be that the second transmission mechanism 1-7 is Toothed Belts Gearing mechanism.
Present embodiment as a result of above-mentioned technological means, so, the degree of regulation of side-stop can be improved.
As shown in figure 13, delivery section 1 is provided with conveying mechanism 1-9.Conveying mechanism 1-9 includes low speed conveying mechanism 1-9-1 With high speed conveyer structure 1-9-2.The outlet of low speed conveying mechanism 1-9-1 is opposite with the import of high speed conveyer structure 1-9-2.
Present embodiment is as a result of above technological means, and most previous point of conveying mechanism can be always in conveying State usually will not generate paperboard bulk or the phenomenon that completely overlapped cardboard in the entrance of conveying mechanism, meanwhile, it partly overlaps Cardboard can further be pulled open between two points of adjacent conveying mechanisms, so, even if dividing conveyer at the last one When structure is in intermittent condition, the phenomenon that also not allowing to be also easy to produce paperboard bulk or completely overlapped cardboard, divide conveyer at the last one Cardboard can be normally transported to next process by structure after being again started up.
Low speed conveying mechanism 1-9-1 includes drive roll 1-9-1-1 and driven voller 1-9-1-2.Drive roll 1-9-1-1 and driven Roller 1-9-1-2 is connected by conveyer belt 1-9-1-4.Support roller 1- is distributed between drive roll 1-9-1-1 and driven voller 1-9-1-2 9-1-3.Support roller 1-9-1-3 is located between the epimere and hypomere of conveyer belt 1-9-1-4.Drive roll 1-9-1-1, driven voller 1-9- 1-2, support roller 1-9-1-3 are mutually parallel.The top side face of drive roll 1-9-1-1, the top side face of driven voller 1-9-1-2, support roller In the top side face of 1-9-1-3 is generally aligned in the same plane.Drive roll 1-9-1-1 is configured with transmission mechanism 1-9-1-5.
Present embodiment as a result of above technological means, so, it can be ensured that low speed conveying mechanism is in stable Working condition.
Transmission mechanism 1-9-1-5 includes the first drive 1-9-1-5-1, the second drive 1-9-1-5-2.First drive 1-9-1-5-1 is fixedly connected with the rotation axis of motor 1-9-1-6.The one of second drive 1-9-1-5-2 and drive roll 1-9-1-1 End is fixedly connected.First drive 1-9-1-5-1 and the second drive 1-9-1-5-2 is driven by transmission belt 1-9-1-5-3 to be connected It connects.Transmission mechanism 1-9-1-5 is chain drive.It is of course also possible to be, transmission mechanism 1-9-1-5 is Toothed Belts Gearing mechanism.
Present embodiment as a result of above technological means, so, can be produced according to the demand of different clients more Kind conveying mechanism.
High speed conveyer structure 1-9-2 includes drive roll 1-9-2-1 and driven voller 1-9-2-2.Drive roll 1-9-2-1 and driven Roller 1-9-2-2 passes through conveyer belt 1-9-2-4.Support roller 1-9-2- is distributed between drive roll 1-9-2-1 and driven voller 1-9-2-2 3.Support roller 1-9-2-3 is located between the epimere and hypomere of conveyer belt 1-9-2-4.Drive roll 1-9-2-1, driven voller 1-9-2-2, Support roller 1-9-2-3 is mutually parallel.The top side face of drive roll 1-9-2-1, the top side face of driven voller 1-9-2-2, support roller 1-9- In the top side face of 2-3 is generally aligned in the same plane.Drive roll 1-9-2-1 is configured with transmission mechanism 1-9-2-5.Transmission mechanism 1-9-2-5 Including the first drive 1-9-2-5-1, the second drive 1-9-2-5-2, the 3rd drive 1-9-2-5-3, the 4th drive 1- 9-2-5-4.First drive 1-9-2-5-1 is fixedly connected with the rotation axis of motor 1-9-2-6.Second drive 1-9-2-5-2 It is fixedly connected with one end of drive roll 1-9-2-1.Second drive 1-9-2-5-2 passes through clutch 1-9-2-7 and drive roll 1- One end connection of 9-2-1.The other end of second drive 1-9-2-5-2 is provided with brake 1-9-2-8.3rd drive 1-9- 2-5-3 and the 4th drive 1-9-2-5-4 is with accelerating transport mechanism 1-9-3 to be connected.4th drive 1-9-2-5-4 is configured with One directive wheel 1-9-2-5-5 and the second directive wheel 1-9-2-5-6.First drive 1-9-2-5-1, the second drive 1-9-2-5- 2nd, the 3rd drive 1-9-2-5-3 distributions triangular in shape.4th drive 1-9-2-5-4, the first directive wheel 1-9-2-5-5, Two directive wheel 1-9-2-5-6 distributions triangular in shape.Second drive 1-9-2-5-2 is close with the 4th drive 1-9-2-5-4. First drive 1-9-2-5-1 and the first directive wheel 1-9-2-5-5 phases are separate.3rd drive 1-9-2-5-3 and second is oriented to It is separate to take turns 1-9-2-5-6 phases.First drive 1-9-2-5-1, the second drive 1-9-2-5-2, the 3rd drive 1-9-2-5- 3rd, the 4th drive 1-9-2-5-4, the first directive wheel 1-9-2-5-5, the second directive wheel 1-9-2-5-6 pass through transmission belt 1-9-1- 5-3 is sequentially connected.First drive 1-9-2-5-1, the 3rd drive 1-9-2-5-3, the first directive wheel 1-9-2-5-5, second The inside of directive wheel 1-9-2-5-6 and transmission belt 1-9-1-5-3 is sequentially connected.Second drive 1-9-2-5-2, the 4th drive The outside of 1-9-2-5-4 and transmission belt 1-9-1-5-3 is sequentially connected.Transmission mechanism 1-9-2-5 is chain drive.Certainly, Can also be that transmission mechanism 1-9-2-5 is Toothed Belts Gearing mechanism.
Present embodiment as a result of above technological means, so, can respectively be driven with a motor at a high speed convey Mechanism and acceleration transport mechanism advantageously reduce manufacture cost.
Transport mechanism 1-9-3 is accelerated to include accelerating roller 1-9-3-1 and upper pressure roller 1-9-3-2.Upper pressure roller 1-9-3-2 is pressed together on Accelerate the middle part of roller 1-9-3-1.Upper pressure roller 1-9-3-2 is rotatablely connected by swinging mounting 1-9-3-3 and transmission shaft 1-9-3-4. One end of transmission shaft 1-9-3-4 is fixedly connected with the 3rd drive 1-9-2-5-3.The one end and the 4th for accelerating roller 1-9-3-1 pass Driving wheel 1-9-2-5-4 is fixedly connected.Transmission shaft 1-9-3-4 is connected by transmission mechanism 1-9-3-5 and upper pressure roller 1-9-3-2 transmissions It connects.Transmission mechanism 1-9-3-5 includes the first drive 1-9-3-5-1 and the second drive 1-9-3-5-2.First drive 1-9- 3-5-1 in the middle part of transmission shaft 1-9-3-4 with being fixedly connected.The middle part of second drive 1-9-3-5-2 and upper pressure roller 1-9-3-2 are consolidated Fixed connection.First drive 1-9-3-5-1 and the second drive 1-9-3-5-2 is sequentially connected by transmission belt 1-9-3-5-3.It passes Motivation structure 1-9-3-5 is chain drive.It is of course also possible to be, transmission mechanism 1-9-3-5 is Toothed Belts Gearing mechanism.
Present embodiment as a result of above technological means, so, it can be ensured that accelerate transport mechanism steadily into Separation transportation work.
As shown in Figure 14 to Figure 17, pile portion 2 is divided to be provided with a point pile transfer device 2-2.
Pile transfer device 2-2 is divided to include dividing pile blocking mechanism 2-2-1, divide pile delivery device 2-2-2, push detector 2-2- 3, push detector 2-2-3 is arranged on point pile blocking mechanism 2-2-1.
Present embodiment detects cardboard from scratch, again as a result of above technological means when pushing detector From have to it is no when, so that it may judge that cardboard has been pushed over a point pile blocking mechanism, so, this divide pile transfer device every time replace paper mold The position that Shi Bubi directly adjusts push detector just can detect any kind of cardboard pile and whether just be pushed over a point pile and stops Mechanism, and the separation that control in time divides pile blocking mechanism to decline to carry out next pile works, when reducing the interval of separation work Between, significantly improve the separation efficiency of small cardboard.
It is photoelectric sensor or travel switch or laser sensor or grating sensor to push detector 2-2-3.
Present embodiment as a result of above technological means, so, can be produced according to the demand of different clients A variety of points of pile transfer devices.
As shown in figure 14, the top that pile blocking mechanism 2-2-1 is divided to be located at support plate 2-2-4.Divide pile delivery device 2-2-2 In the lower section of support plate 2-2-4.
As shown in Figure 15 to Figure 16, pile blocking mechanism 2-2-1 is divided to include barrier support frame 2-2-1-2.Push detector 2- 2-3 is arranged on downside behind barrier support frame 2-2-1-2.
Present embodiment as a result of above technological means, so, when push detector detect cardboard from without to Have, but from have to it is no when, it can be ensured that cardboard pile has been pushed over a point pile blocking mechanism, greatly improves the accuracy of detection.
Barrier support frame 2-2-1-2 is to be fixedly connected with the frame body formed by upper horizontal stripe, bottom crossband, left vertical bar, right vertical bar. Push detector 2-2-3 is fixedly connected by connector with bottom crossband.
Present embodiment as a result of above technological means, so, push detector it is nearest away from cardboard pile, carry significantly The sensitivity of height push detector.
Push detector 2-2-3 is located at the middle part of bottom crossband.
Present embodiment as a result of above technological means, so, it can be ensured that push detector be able to detect that paper Straight sheet pile.
Barrier support frame 2-2-1-2 is fixedly connected with adjusting guide plate 2-2-1-1-2.
The shape for adjusting guide plate 2-2-1-1-2 is in horizontal rectangle.Following one jiao of rectangle lacks a small rectangle.
Present embodiment as a result of above technological means, so, be conducive to mitigate and divide the weight of pile blocking mechanism.
Adjusting guide plate 2-2-1-1-2 settings, there are one adjust threaded hole and two pilot holes.It adjusts threaded hole and is located at two Between a pilot hole.It adjusts threaded hole and two pilot holes is located on same horizontal line.Two pilot holes are compared with adjusting spiral shell Pit is symmetrical.The one side that two pilot holes and adjusting threaded hole are offset to adjusting guide plate 2-2-1-1-2 is located at small rectangle The top of notch.Barrier support frame 2-2-1-2 is offset to the opposite side for adjusting guide plate 2-2-1-1-2 away from small rectangular notch.
Guide plate 2-2-1-1-2 is adjusted to be threadedly coupled with adjusting screw rod 2-2-1-1-1.
One end of adjusting screw rod 2-2-1-1-1, which is provided with, adjusts driving part 2-2-1-6.Adjust guide plate 2-2-1-1-2 It is oriented to and connects with two guide rod 2-2-1-1-3.
Present embodiment as a result of above technological means, so, when by cardboard divide pile occur problem when, can facilitate Ground takes out cardboard, and a point front and back position for pile blocking mechanism can be conveniently adjusted after paper mold is replaced, meanwhile, push detector And then pile blocking mechanism is divided to make synchronizing moving.
Barrier support frame 2-2-1-2 is connected by lifting guiding parts 2-2-1-3 with lifting barrier plate 2-2-1-4.
It lifts there are two guiding parts 2-2-1-3.Each lifting guiding parts 2-2-1-3 includes guide rail 2-2-1-3-1 With sliding block 2-2-1-3-2.The guide rail 2-2-1-3-1 of two lifting guiding parts 2-2-1-3 respectively with barrier support frame 2-2-1-2 Left vertical bar be fixedly connected with right vertical bar.The sliding block 2-2-1-3-2 of two lifting guiding parts 2-2-1-3 stops respectively with lifting The left side of plate 2-2-1-4 is fixedly connected with right side.It is slidably connected between guide rail 2-2-1-3-1 and sliding block 2-2-1-3-2.
The plate face top of lifting barrier plate 2-2-1-4 is provided with vertical guide groove 2-2-1-4-1.Guide groove 2-2-1-4- 1 is offset to the one side of lifting barrier plate 2-2-1-4 and close to adjusting screw rod 2-2-1-1-1.The guide rod of inside 2-2-1-1-3 In in guide groove 2-2-1-4-1.
Lifting barrier plate 2-2-1-4 is connected by lifting cylinder 2-2-1-5 with adjusting guide plate 2-2-1-1-2.
The piston rod end of lifting cylinder 2-2-1-5 is connected with lifting the downside of barrier plate 2-2-1-4.Lifting cylinder 2-2- The cylinder body of 1-5 is connected with adjusting guide plate 2-2-1-1-2.
Present embodiment as a result of above technological means, so, lifting barrier plate can steadily be lifted.
As shown in figure 17, pile delivery device 2-2-2 is divided to include push supporting rack 2-2-2-1.Pushing supporting rack 2-2-2-1 is The frame body formed is fixedly connected with by upper cross plate, lower cross plate, left column, right column.Push supporting rack 2-2-2-1 is led by push It is connected to component 2-2-2-2 with rack (not marked in figure).It pushes there are two guiding parts 2-2-2-2.
Each push guiding parts 2-2-2-2 includes guide rail 2-2-2-2-1 and sliding block 2-2-2-2-2.
The guide rail 2-2-2-2-1 of two push guiding parts 2-2-2-2, which is mutually parallel, is fixed on the bottom surface of rack.
The sliding block 2-2-2-2-2 of two push guiding parts 2-2-2-2 is fixed on the upper cross plate of push supporting rack 2-2-2-1 Top surface.
It is slidably connected between guide rail 2-2-2-2-1 and sliding block 2-2-2-2-2.
Push supporting rack 2-2-2-1 is configured with push transmission parts 2-2-2-3.
Pushing transmission parts 2-2-2-3 includes two drive 2-2-2-3-1.
Two drive 2-2-2-3-1 are connected with gantry rotation.
Wherein, a drive 2-2-2-3-1 is connected with driving source (not drawn in figure).
Two drive 2-2-2-3-1 are sequentially connected by transmission belt 2-2-2-3-2.
Transmission belt 2-2-2-3-2 is fixedly connected in the middle part of the upper cross plate bottom surface with pushing supporting rack 2-2-2-1.
Present embodiment as a result of above technological means, so, push supporting rack steadily can back and forth transport It is dynamic.
Push supporting rack 2-2-2-1 pushes fork 2-2-2-5 with lifting by lifting cylinder 2-2-2-6 and is connected.
Lifting push fork 2-2-2-5 includes two fork arm 2-2-2-5-1.
There is bending part between the upper and lower part of fork arm 2-2-2-5-1.
The lower end of two fork arm 2-2-2-5-1 is fixedly connected by connecting plate 2-2-2-5-2.
The cylinder body of lifting cylinder 2-2-2-6 is located between the upper cross plate and lower cross plate of push supporting rack 2-2-2-1.
The piston rod end of lifting cylinder 2-2-2-6 passes through the lower cross plate of push supporting rack 2-2-2-1 and connecting plate 2-2- 2-5-2 connections.
Lifting push fork 2-2-2-5 is connected by lifting guiding parts 2-2-2-4 with push supporting rack 2-2-2-1.
It lifts there are two guiding parts 2-2-2-4.
Each lifting guiding parts 2-2-2-4 includes guide rail 2-2-2-4-1 and sliding block 2-2-2-4-2.
The guide rail 2-2-2-4-1 of two lifting guiding parts 2-2-2-4 is mutually parallel, and is separately positioned on push supporting rack 2- On the left column of 2-2-1, right column.
The sliding block 2-2-2-4-2 of two lifting guiding parts 2-2-2-4 is separately positioned under two fork arm 2-2-2-5-1 Portion.
It is slidably connected between guide rail 2-2-2-4-1 and sliding block 2-2-2-4-2.
Support plate 2-2-4 is provided with guide groove 2-2-4-1.
The upper end of two fork arm 2-2-2-5-1 passes through guide groove 2-2-4-1 from bottom to top.
Present embodiment as a result of above technological means, so, even if when divide pile blocking mechanism be in decline shape State divides pile delivery device that can also return unobstructedly.
As shown in Figure 18 to Figure 29, turning part 3 is provided with switching mechanism.
Switching mechanism is provided with turning part 3-1, delivery device 3-2, transmission mechanism 3-3.
There are two the inlet and outlet communicated and two opposite targeting ports by turning part 3-1.Two opposite targeting port perforations Two inlet and outlet communicated are by entire turning part 3-1 dimidiations.The two halves of turning part 3-1 are respectively arranged with drive connection Portion 3-1-7.
Table two
Step Turning part 3-1 Delivery device 3-2 Divide pile delivery device 2-2-2 Remarks
a Deflection
b Feeding
c Become a full member
d Discharging
e Deflection It returns It acts simultaneously
f Without overturning It is not take up the time
g Feeding
h Overturning
i Discharging
j Deflection It returns It acts simultaneously
k
From Figure 19 and table two as can be seen that in f steps, turning part 3-1 need not be overturn, and need only be deflected, and step e With step f concurrently-actings.
Step j and step k concurrently-actings.
Present embodiment as a result of above technological means, so, the turning part is among a cycle period It need only overturn once, moreover, the return action of the deflection action of turning part and delivery device can be carried out at the same time, greatly shorten Cycle period, greatly improves production efficiency, production efficiency can improve 25%~30%.
As shown in figure 18, turning part 3-1 includes the first support plate A and the second support plate B.
The shape of first support plate A is rectangular.
The shape of second support plate B is rectangular.
First support plate A and the second support plate B parting planes pair.
Two opposite first support plate A and the second support plate B faces are respectively arranged with rotating roller.
Present embodiment as a result of above technological means, so, be conducive to cardboard into go out.
As shown in Figure 20 to Figure 25, the both sides of the both sides of the first support plate A and the second support plate B pass through side plate 3-1- respectively 6 are fixedly connected.
The both ends of first support plate A and the second support plate B form two inlet and outlet communicated.
The length of length of the length of two side plate 3-1-6 less than the first support plate A and the second support plate B.
Two side plate 3-1-6 are separately positioned on the middle part of the first support plate A both sides and the middle part of the second support plate B both sides.
Two side plate 3-1-6 are hollowed-out boards.
Present embodiment as a result of above technological means, so, be conducive to mitigate turning part weight.
First support plate A is made of two sub- support plates.
Two sub- support plate phase separations form a targeting port.
Second support plate B is made of two sub- support plates.
Two sub- support plate phase separations form another targeting port.
Sub- support plate is made of Fluency strip 3-1-1 and aluminium section bar 3-1-2 splicings.
As shown in figure 26, the positive side of Fluency strip 3-1-1 is provided with rotating roller, and dorsal surface is provided with necking down mounting groove.
As shown in figure 27, the side of aluminium section bar 3-1-2 is provided with necking down mounting groove.
Aluminium section bar 3-1-2's is internally provided with big lightening hole and small lightening hole.
The rounded rectangle of cross-sectional shape of aluminium section bar 3-1-2.
The cross-sectional shape of aluminium section bar 3-1-2 is symmetrical shape.
The cross-sectional shape of aluminium section bar 3-1-2 is shape symmetrical above and below.
Two broad side surfaces of aluminium section bar 3-1-2 are distributed respectively there are two necking down mounting groove.
Two narrow sides of aluminium section bar 3-1-2 are respectively arranged with a necking down mounting groove.
The cross-sectional shape of necking down mounting groove is in the fillet isosceles trapezoid cavity of big base intermediate openings.
Big lightening hole is arranged on the center of round rectangle cross section.
There are two opposite short sides and the fillet hexagon of four long sides in tilting tool for the cross-sectional shape of big lightening hole Cavity.
Two opposite short sides are faced and are mutually parallel and parallel to two broadsides of round rectangle.
Small lightening hole is two circular lightening holes.
Two circular lightening holes are located at the outside of big two short sides of lightening hole.
Fluency strip 3-1-1 and aluminium section bar 3-1-2 are arranged side by side spaced reciprocally.
Sub- support plate is from outside to inside successively by an aluminium section bar 3-1-2, three Fluency strip 3-1-1, an aluminium section bar 3-1-2, three Fluency strip 3-1-1, an aluminium section bar 3-1-2, a Fluency strip 3-1-1 are arranged side by side.
The length direction of Fluency strip 3-1-1 and the length direction of aluminium section bar 3-1-2 are identical with the direction imported and exported.
Fluency strip 3-1-1 and aluminium section bar 3-1-2 are fixed together by connection strap 3-1-3 and bolt.
The shape of connection strap 3-1-3 cross sections is rectangular.
Mounting hole is distributed in the broad side surface of connection strap 3-1-3.
There are three connection strap 3-1-3 for each sub- support plate.
Three connection strap 3-1-3 are distributed along the length direction of aluminium section bar 3-1-2.
The length direction of three connection strap 3-1-3 is perpendicular to the length direction of aluminium section bar 3-1-2.
The thickness of Fluency strip 3-1-1 is less than the thickness of aluminium section bar 3-1-2.
Connection strap 3-1-3 and Fluency strip 3-1-1 is provided with pad post 3-1-10.
Sub- support plate is fixedly connected by connecting rod 3-1-4 and connector 3-1-5 with side plate 3-1-6.
The shape of connecting rod 3-1-4 cross sections is rounded.
There are two connecting rod 3-1-4 for each sub- support plate.
Two connecting rod 3-1-4 are distributed along the length direction of aluminium section bar 3-1-2.
Two connecting rod 3-1-4 and three spaced distributions of connection strap 3-1-3.
As shown in figure 28, connector 3-1-5 includes connecting plate 3-1-5-1 and connector 3-1-5-2.
The shape of connecting plate 3-1-5-1 is rectangular.
The shape of connector 3-1-5-2 is in cuboid.
Connecting plate 3-1-5-1 and connector 3-1-5-2 are integrally formed part.
There are four mounting hole 3-1-5-3 for connecting plate 3-1-5-1 distributions.
Two opposite connector 3-1-5-2 sides are through with mounting hole 3-1-5-4.
Another side of connector 3-1-5-2, which is provided with, clamps gap 3-1-5-5.
The corresponding gap 3-1-5-5 that clamps is through between the top surface of connector 3-1-5-2 and the bottom surface of connecting plate 3-1-5-1 Holes for clamping 3-1-5-6.
The lower part of holes for clamping 3-1-5-6 is to clamp threaded hole 3-1-5-7.
Present embodiment as a result of above technological means, so, connecting rod is not easy to be crushed.
One end of connecting rod 3-1-4 passes through connector 3-1-5.
The both ends of connecting rod 3-1-4 are fixedly connected respectively with side plate 3-1-6.
Connector 3-1-5 is fixedly connected by pinching screw with connecting rod 3-1-4.
Connector 3-1-5 is fixedly connected by fixing screws with aluminium section bar 3-1-2.
Present embodiment as a result of above technological means, so, advantageously reduce manufacture cost.
As shown in figure 24, the both ends of aluminium section bar 3-1-2 are respectively arranged with plug 3-1-8.
The medial surface of plug 3-1-8 is inclined outwardly.
Present embodiment as a result of above technological means, so, be conducive to cardboard into go out.
As shown in Figure 20 to Figure 25, two inlet and outlet of turning part 3-1 are each configured with stop lever mechanism 3-1-9.
There are four stop lever mechanism 3-1-9.
Stop lever mechanism 3-1-9 includes cylinder 3-1-9-1, bar 3-1-9-2, other head 3-1-9-4.
The shape of bar 3-1-9-2 is L-shaped.
The long side root of bar 3-1-9-2 is provided with the first fraising.
The short side head of bar 3-1-9-2 is provided with the second fraising.
The cylinder body of first stop lever mechanism 3-1-9 cylinders 3-1-9-1 passes through articulation piece 3-1-9-3 and turning part 3-1 mono- One end of a half sub- support plate is hinged.
Bar 3-1-9-2 is hinged by the first fraising and one end of a sub- support plate.
Bar 3-1-9-2 is located at the inside of cylinder 3-1-9-1.
When the long side end of bar 3-1-9-2 is close to one end of another sub- support plate of turning part 3-1 half, gear The nearly cylinder 3-1-9-1 of short end head rest of bar 3-1-9-2.
The piston rod end of cylinder 3-1-9-1 and the short side head of bar 3-1-9-2 are hinged.
Other head 3-1-9-4 is fixed on the first fraising phase with bar 3-1-9-2 on the inside of one end of another sub- support plate It is corresponding.
The cylinder body of second stop lever mechanism 3-1-9 cylinders 3-1-9-1 passes through articulation piece 3-1-9-3 and turning part 3-1 mono- The other end of half another sub- support plate is hinged.
Bar 3-1-9-2 is hinged by another sub- support plate other end of the first fraising and this.
Bar 3-1-9-2 is located at the inside of cylinder 3-1-9-1.
When the other end of the long side end of bar 3-1-9-2 close to a sub- support plate of turning part 3-1 half, gear The nearly cylinder 3-1-9-1 of short end head rest of bar 3-1-9-2.
The piston rod end of cylinder 3-1-9-1 and the short side head of bar 3-1-9-2 are hinged.
Other head 3-1-9-4 is fixed on the first fraising phase with bar 3-1-9-2 on the inside of the other end of a sub- support plate It is corresponding.
The cylinder body of 3rd stop lever mechanism 3-1-9 cylinders 3-1-9-1 is another by articulation piece 3-1-9-3 and turning part 3-1 One end of another sub- support plate of half is hinged.
Bar 3-1-9-2 is hinged by the first fraising and one end of another sub- support plate.
Bar 3-1-9-2 is located at the inside of cylinder 3-1-9-1.
When the long side end of bar 3-1-9-2 is close to one end of turning part 3-1 the other half a sub- support plate, gear The nearly cylinder 3-1-9-1 of short end head rest of bar 3-1-9-2.
The piston rod end of cylinder 3-1-9-1 and the short side head of bar 3-1-9-2 are hinged.
Other head 3-1-9-4 is fixed on opposite with the first fraising of bar 3-1-9-2 on the inside of one end of a sub- support plate It should.
The cylinder body of 4th stop lever mechanism 3-1-9 cylinders 3-1-9-1 is another by articulation piece 3-1-9-3 and turning part 3-1 The other end of one sub- support plate of half is hinged.
Bar 3-1-9-2 is hinged by the first fraising and the other end of a sub- support plate.
Bar 3-1-9-2 is located at the inside of cylinder 3-1-9-1.
When the long side end of bar 3-1-9-2 is close to the other end of the other half another sub- support plate of turning part 3-1 When, the nearly cylinder 3-1-9-1 of short end head rest of bar 3-1-9-2.
The piston rod end of cylinder 3-1-9-1 and the short side head of bar 3-1-9-2 are hinged.
Other head 3-1-9-4 is fixed on the first fraising with bar 3-1-9-2 on the inside of the other end of another sub- support plate It is corresponding.
Present embodiment as a result of above technological means, so, process of the cardboard in overturning can be effectively prevented In deviate from from turning part.
As shown in figure 29, drive connection portion 3-1-7 is arranged on two side plate 3-1-6.
Drive connection portion 3-1-7 includes rotation axis 3-1-7-1.
The inner end of rotation axis 3-1-7-1 is fixedly connected with side plate 3-1-6.
Rotation axis 3-1-7-1 is rotatablely connected by bearing 3-1-7-2 and bearing 3-1-7-3.
Rotation axis 3-1-7-1 is provided with driving keyway.
Driving mounting hole is provided on side plate 3-1-6.
Present embodiment as a result of above technological means, so, be conducive to the installation in drive connection portion.
Rotation axis 3-1-7-1 is hollow rotating shaft.
The outer end of rotation axis 3-1-7-1 is fixedly connected with cover board 3-1-7-4.
The plate face of cover board 3-1-7-4 is provided with stringing open-work.
Cover board 3-1-7-4 is connected by stent 3-1-7-6 with Pneumatic rotary connector 3-1-7-5.
Present embodiment as a result of above technological means, so, be conducive to the distributing installation of gas-guide tube, prevent from leading Tracheae is twisted together.
As shown in Figure 20 to Figure 22, transmission mechanism 3-3 is transmission mechanism of the tool there are two synchronous output end.
Transmission mechanism 3-3 includes Synchronous Transmission axis 3-3-1.
The both ends of Synchronous Transmission axis 3-3-1 pass through two of two the first transmission mechanism 3-3-2 and turning part 3-1 respectively Drive connection portion 3-1-7 is sequentially connected.
First transmission mechanism 3-3-2 includes the first drive 3-3-2-1 and the second drive 3-3-2-2.
The first drive 3-3-2-1 in two the first transmission mechanism 3-3-2 both ends with Synchronous Transmission axis 3-3-1 respectively It is fixedly connected.
The second drive 3-3-2-2 two drivings with turning part 3-1 respectively in two the first transmission mechanism 3-3-2 Connecting portion 3-1-7 is fixedly connected.
Second drive 3-3-2-2 is nested on rotation axis 3-1-7-1.
Second drive 3-3-2-2 is fixedly connected with side plate 3-1-6.Can also be that the second drive 3-3-2-2 is with rotating Axis 3-1-7-1 is fixedly connected.
First drive 3-3-2-1 and the second drive 3-3-2-2 is sequentially connected by transmission belt 3-3-2-3.
Present embodiment as a result of above technological means, so, it can be ensured that the two halves of turning part are synchronously overturn Or deflection.
First drive 3-3-2-1 is small transmission wheel, and the second drive 3-3-2-2 is large drive wheel.
Present embodiment is as a result of above technological means, so, it can be achieved that deceleration transmission.
First transmission mechanism 3-3-2 is chain drive.It is of course also possible to be, the first transmission mechanism 3-3-2 is tooth band Transmission mechanism.
Present embodiment as a result of above technological means, so, a variety of tippers can be manufactured according to actual conditions Structure.
Synchronous Transmission axis 3-3-1 is sequentially connected by the second transmission mechanism 3-3-3 and transmission shaft 3-3-4.
Second transmission mechanism 3-3-3 includes the first drive 3-3-3-1 and the second drive 3-3-3-2.
First drive 3-3-3-1 is fixedly connected with one end of transmission shaft 3-3-4.
Second drive 3-3-3-2 is fixedly connected with Synchronous Transmission axis 3-3-1.
Second drive 3-3-3-2 is fixedly connected with one end of Synchronous Transmission axis 3-3-1 or middle part.
First drive 3-3-3-1 and the second drive 3-3-3-2 is sequentially connected by transmission belt 3-3-3-3.
Present embodiment as a result of above technological means, so, can turning part be driven by motor Two halves synchronously overturning or deflection.
First drive 3-3-3-1 is small transmission wheel, and the second drive 3-3-3-2 is large drive wheel.
Present embodiment is as a result of above technological means, so, it can be achieved that deceleration transmission.
Second transmission mechanism 3-3-3 is chain drive.It is of course also possible to be, the second transmission mechanism 3-3-3 is tooth band Transmission mechanism.
Present embodiment as a result of above technological means, so, a variety of tippers can be manufactured according to actual conditions Structure.
Transmission shaft 3-3-4 is fixedly and coaxially connected with motor (not drawn in figure).
Present embodiment as a result of above technological means, so, connection structure is simple.
As shown in Figure 20 to Figure 22, delivery device 3-2 includes push component 3-2-1.
Sending component 3-2-1 includes push rod 3-2-1-1.
The one end of the both ends of push rod 3-2-1-1 respectively with two lifting guide pillar 3-2-1-2 is fixedly connected.
Two lifting guide pillar 3-2-1-2 are perpendicular to push rod 3-2-1-1 and positioned at the homonymy of push rod 3-2-1-1.
The other end of two lifting guide pillar 3-2-1-2 is oriented to lifting guide tube 3-2-1-3 connects respectively.
The middle part of push rod 3-2-1-1 is fixedly connected with the piston rod end of lifting cylinder 3-2-1-4.
The cylinder body of two lifting guide tube 3-2-1-3 and lifting cylinder 3-2-1-4 is fixedly connected with push stent 3-2-2.
Present embodiment as a result of above technological means, so, push rod can realize stable elevating movement.
Pushing stent 3-2-2 includes two crossbeam 3-2-2-1 and two column 3-2-2-2.
One end of two crossbeam 3-2-2-1 connects the upper end of a column 3-2-2-2.
The other end of two crossbeam 3-2-2-1 connects the upper end of another column 3-2-2-2.
The lower end of two column 3-2-2-2 is connected respectively by guide rail slide block mechanism 3-2-3 with rack (not marking).
Guide rail slide block mechanism 3-2-3 includes guide rail 3-2-3-1 and sliding block 3-2-3-2.
Two guide rail 3-2-3-1 are fixedly connected with rack (not marking).
Lower ends of two sliding block 3-2-3-2 respectively with two column 3-2-2-2 is fixedly connected.
Two sliding block 3-2-3-2 are connected respectively by two push transmission mechanism 3-2-5 and Synchronous Transmission axis 3-2-4 transmissions It connects.
Pushing transmission mechanism 3-2-5 includes the first drive 3-2-5-1 and the second drive 3-2-5-2.
The first drive 3-2-5-1 of two push transmission mechanism 3-2-5 consolidates at the both ends respectively with Synchronous Transmission axis 3-2-4 Fixed connection.
The second drive 3-2-5-2 of two push transmission mechanism 3-2-5 is connected with gantry rotation.
First drive 3-2-5-1 and the second drive 3-2-5-2 is located at the both sides of push stent 3-2-2.
The the first drive 3-2-5-1 and the second drive 3-2-5-2 of two push transmission mechanism 3-2-5 passes through biography respectively Dynamic band 3-2-5-3 is sequentially connected.
Two transmission belt 3-2-5-3 are fixedly connected respectively with two sliding block 3-2-3-2.
Synchronous Transmission axis 3-2-4 is sequentially connected by transmission mechanism 3-2-6 and motor (not drawn in figure).
Present embodiment as a result of above technological means, so, push rod can realize stable reciprocating motion.
As shown in Figure 30 to Figure 34, collection portion 4 is provided with collection and delivery apparatus.
Collection and delivery apparatus include supporting plate transfer unit 4-1, main lifting collecting part 4-2, secondary lifting collecting part 4-3, Lifting guide mechanism 4-4.
Supporting plate transfer unit 4-1, main lifting collecting part 4-2, secondary lifting collecting part 4-3 pass through lifting guide mechanism 4- 4 are connected.
Supporting plate transfer unit 4-1 include multiple live-roller 4-1-1-2-1,4-1-2-2-1, multiple live-roller 4-1-1-2-1, The directional spreding that 4-1-2-2-1 is conveyed along supporting plate, the length direction of multiple live-roller 4-1-1-2-1,4-1-2-2-1 perpendicular to The direction of supporting plate conveying, one end of multiple live-roller 4-1-1-2-1,4-1-2-2-1 are driven by synchronous drive mechanism 4-1-3 to be connected It connects.
Present embodiment as a result of above technological means, so, which can will not only fill The supporting plate of full cardboard is sent out, moreover, it is also possible to empty supporting plate is sent into, meanwhile, it is returned without having to supporting plate transfer unit, lifting is collected Component, which can rise, carries out collection plate work, substantially reduces the replacing construction of supporting plate, is conducive to improve production efficiency.
As shown in figure 31, synchronous drive mechanism 4-1-3 includes multiple drive 4-1-3-1.
Multiple drive 4-1-3-1 are fixedly connected with one end of multiple live-roller 4-1-1-2-1,4-1-2-2-1.
Multiple drive 4-1-3-1 are sequentially connected by transmission belt 4-1-3-2.
Present embodiment as a result of above technological means, so, the structure of synchronous drive mechanism is simple, is conducive to Reduce manufacture cost.
Support bar 4-1-3-3 is provided with below transmission belt 4-1-3-2 hypomeres.
Present embodiment as a result of above technological means, so, be greatly improved synchronous drive mechanism transmission Reliability.
Synchronous drive mechanism 4-1-3 is chain syn-chro-step transmission mechanism or tooth band synchronous drive mechanism.
Present embodiment as a result of above technological means, so, can be produced according to the demand of different clients more Kind supporting plate transfer unit.
As shown in Figure 30 to Figure 31, multiple live-roller 4-1-1-2-1,4-1-2-2-1 points is positioned at the multiple inputs of forepart Live-roller 4-1-1-2-1 and multiple output live-roller 4-1-2-2-1 at rear portion.
Multiple input live-roller 4-1-1-2-1 is sequentially connected by conveyer belt 4-1-1-2-2.
Multiple input live-roller 4-1-1-2-1 is distributed on input frame body 4-1-1-1 and forms supporting plate input mechanism 4-1- 1。
Present embodiment as a result of above technological means, so, be conducive to be sent into empty supporting plate, meanwhile, can also subtract The quantity of live-roller is inputted less, and can be reduced to by inputting the quantity of live-roller by two.
Multiple output live-roller 4-1-2-2-1, which are distributed on output box frame body 4-1-2-1, forms supporting plate output mechanism 4-1- 2。
Supporting plate input mechanism 4-1-1 and supporting plate output mechanism 4-1-2 forms supporting plate transfer unit 4-1.
The outlet of supporting plate output mechanism 4-1-2 is configured with roll shaft plate 4-5.
Roll shaft plate 4-5 includes supporting rack 4-5-1.
Supporting rack 4-5-1 is provided with three row rotating roller 4-5-2.
Present embodiment as a result of above technological means, so, the supporting plate for being conducive to fill cardboard is sent out.
As shown in Figure 30 to Figure 32, main lifting collecting part 4-2 includes two side plate 4-2-1.
Two side plate 4-2-1 are fixedly connected by multiple cross stay 4-2-2.
Cross stay 4-2-2 is offset to the downside of side plate 4-2-1.
The downside of two side plate 4-2-1 is provided with recess 4-2-3 between two adjacent cross stay 4-2-2.
The width of recess 4-2-3 is more than the straight and footpath of output live-roller 4-1-2-2-1.
The lower shape of recess 4-2-3 is rectangular, and shaped upper part presents semicircle.
The height of cross stay 4-2-2 top surfaces is less than the height of upper half circular recess bottom surface.
/V lifting lug 4-2-4 is respectively arranged on the upside of the end of two side plate 4-2-1.
/V lifting lug 4-2-4 is connected with elevating drive mechanism 4-6.
After main lifting collecting part 4-2 declines, /V lifting lug 4-2-4 is stuck in the upside of two side plate 4-2-1, recess 4-2-3 is vacantly ridden on output live-roller 4-1-2-2-1, and the height of cross stay 4-2-2 top surfaces is less than output live-roller 4-1- 2-2-1 apical side heights.
Present embodiment as a result of above technological means, so, not only can by empty supporting plate promoted carry out collection Plate, moreover, it is also possible to which the supporting plate for filling cardboard is sent out.
As shown in Figure 30 to Figure 33, pair lifting collecting part 4-3 includes lifting frame body 4-3-1 and air cylinder support body 4-3- 2。
Lifting frame body 4-3-1 includes two side plate 4-3-2-1.
The front end of two side plate 4-3-2-1 is fixedly connected by montant 4-3-1-5 with cross stay 4-3-1-4.
The rear portion of two side plate 4-3-2-1 is fixedly connected by long wale piece 4-3-1-2.
There are one through hole and two pilot holes for the middle part setting of long wale piece 4-3-1-2.
Two pilot holes are symmetrical compared with a through hole.
The medial surface of two side plate 4-3-2-1 is respectively arranged with guide groove 4-3-1-1-1.
Lifting lug 4-3-1-6 is respectively arranged on the upside of the end of two side plate 4-3-2-1.
Lifting lug 4-3-1-6 is connected with elevating drive mechanism 4-6.
Air cylinder support body 4-3-2 includes two side plate 4-3-2-1.
The forepart of two side plate 4-3-2-1 passes through two hyphen fagging 4-3-1-3 and lifting frame body 4-3-1 two respectively Side plate 4-3-1-1 rear ends are fixedly connected.
The front end of two side plate 4-3-2-1 behind lifting frame body 4-3-1 long wale pieces 4-3-1-2 with being fixedly connected.
A through hole of long wale piece 4-3-1-2 and two pilot holes are located between two side plate 4-3-2-1.
The rear end of two side plate 4-3-2-1 is fixedly connected by wale piece 4-3-2-2.
Cylinder 4-3-2-3 is provided in air cylinder support body 4-3-2.
The cylinder body of cylinder 4-3-2-3 is located between wale piece 4-3-2-2 and long wale piece 4-3-1-2.
The piston rod end of cylinder 4-3-2-3 passes through the through hole of long wale piece 4-3-1-2 and the middle part of supporting rod 4-3-2-5 Vertically it is fixedly connected.
The both ends of supporting rod 4-3-2-5 are located in the guide groove 4-3-1-1-1 of two side plate 4-3-1-1.
Rotational support roller 4-3-2-5-1 is provided on supporting rod 4-3-2-5.
There are two guiding support bar 4-3-2-4 for supporting rod 4-3-2-5 configurations.
The front end of two guiding support bar 4-3-2-4 is each passed through the pilot hole of long wale piece 4-3-1-2 and supporting rod 4- 3-2-5 is fixedly connected.
Lifting guide mechanism 4-4 includes two guide rod 4-4-1 and four directive wheel 4-4-2.
The both ends of each guide rod 4-4-1 are fixedly connected with rack (not drawn in figure).
Two side plate 4-2-1s of two directive wheel 4-4-2 respectively with main lifting collecting part 4-2 are rotatablely connected.
Two directive wheel 4-4-2 are oriented to bar 4-4-1 with two connect respectively.
Other two directive wheel 4-4-2 is rotatablely connected respectively with two side plate 4-3-1-1 of lifting frame body 4-3-1.
Other two directive wheel 4-4-2 is oriented to two guide rod 4-4-1 connects respectively.
Present embodiment as a result of above technological means, so, when replacing supporting plate, it is not necessary to stop previous work The work of sequence can first pass through secondary lifting collecting part collection plate, can be by the cardboard on secondary lifting collecting part after supporting plate is replaced It pours on the supporting plate on main lifting collecting part.

Claims (5)

1. a kind of side-stop, including leading portion side-stop (1-1), stage casing side-stop (1-2), back segment side-stop (2-1), feature exists In：The leading portion side-stop (1-1) is fixedly connected with or is integrated part with the stage casing side-stop (1-2)；Alternatively, the stage casing side Gear rule (1-2) are fixedly connected with or are integrated part with the back segment side-stop (2-1)；Alternatively, the leading portion side-stop (1-1) and institute Stage casing side-stop (1-2) is stated to be fixedly connected, the stage casing side-stop (1-2) be fixedly connected with the back segment side-stop (2-1) or The leading portion side-stop (1-1), stage casing side-stop (1-2), back segment side-stop (2-1) are integrated part.
2. side-stop according to claim 1, it is characterised in that：
The leading portion side-stop (1-1) includes the left side-stop of leading portion and the left side-stop of leading portion；
The stage casing side-stop (1-2) includes the left side-stop of the left side-stop in stage casing and stage casing；
The back segment side-stop (2-1) includes the left side-stop of back segment and the left side-stop of back segment；
The rear end of the left side-stop of leading portion is fixed together with the front end of the left side-stop in the stage casing in a manner of docking, The rear end of the left side-stop in stage casing is fixed together with the front end of the left side-stop of the back segment in a manner of docking；
The left side-stop of the leading portion, the left side-stop in the stage casing, the left side-stop of the back segment form a left side-stop；
Similarly,
The rear end of the right side-stop of leading portion is fixed together with the front end of the right side-stop in the stage casing in a manner of docking, The rear end of the right side-stop in stage casing is fixed together with the front end of the right side-stop of the back segment in a manner of docking；
The right side-stop of the leading portion, the right side-stop in the stage casing, the right side-stop of the back segment form a right side-stop；
The leading portion side-stop (1-1), the stage casing side-stop (1-2), the back segment side-stop (2-1) pass through fixedly connected part (1-8) is fixed together；
The fixedly connected part (1-8) is divided into preceding fixedly connected part (1-8-1) and rear fixedly connected part (1-8-2)；
The leading portion side-stop (1-1) connects with the stage casing side-stop (1-2) by the way that the preceding fixedly connected part (1-8-1) is fixed It is connected together；
The stage casing side-stop (1-2) connects with the back segment side-stop (2-1) by the way that the rear fixedly connected part (1-8-2) is fixed It is connected together；
The rear end of the preceding fixedly connected part (1-8-1) is fixedly connected with the front end of the rear fixedly connected part (1-8-2).
The rear end of the preceding fixedly connected part (1-8-1) and the front end of the rear fixedly connected part (1-8-2) pass through connector (1- 8-3) it is fixedly connected；
The fixedly connected part (1-8) is fixed connecting rod or fixed connecting plate；
The fixed connecting rod (1-8) is aluminium section bar；
The medial surface of the leading portion side-stop (1-1), the medial surface of the stage casing side-stop (1-2), the back segment side-stop (2- 1) countersunk head mounting hole is distributed in medial surface along its length respectively；
The countersunk head mounting hole is in a pair wise manner successively along the length direction of the leading portion side-stop (1-1), the stage casing side The length direction distribution of the length direction, the back segment side-stop (2-1) of gear rule (1-2)；
Per a pair of countersunk head mounting hole along the width of the leading portion side-stop (1-1) or the stage casing side-stop (1-2) Width or the back segment side-stop (2-1) width distribution；
The fixedly connected part (1-8) is located at the leading portion side-stop (1-1), the stage casing side-stop (1-2), the rear section side The lateral surface of gear rule (2-1)；
The mounting hole or threaded securing bores of the fixedly connected part (1-8) and the leading portion side-stop (1-1), the stage casing side block Rule (1-2), the countersunk head mounting hole of the back segment side-stop (2-1) are corresponding；
The leading portion side-stop (1-1), the stage casing side-stop (1-2), the back segment side-stop (2-1) are fixedly connected with described Part (1-8) is fixedly connected by bolt or screw.
3. a kind of side-stop is oriented to adjusting mechanism, including side-stop, guide rod (1-3), active adjusting mechanism (1-4), feature It is：The side-stop is side-stop as claimed in claim 1 or 2, and there are three the guide rods (1-3), the active tune It saves there are two mechanisms (1-4).
4. side-stop is oriented to adjusting mechanism according to claim 3, it is characterised in that：
First guide rod (1-3) is located at the forepart of the leading portion side-stop (1-1) or middle part or rear portion；
Second guide rod (1-3) is located at the forepart of the stage casing side-stop (1-2) or middle part or rear portion；
3rd guide rod (1-3) is located at the forepart of the back segment side-stop (2-1) or middle part or rear portion；
First guide rod (1-3) is located above or below the leading portion side-stop (1-1)；
Second guide rod (1-3) is located above or below the stage casing side-stop (1-2)；
3rd guide rod (1-3) is located above or below the back segment side-stop (2-1)；
First guide rod (1-3) actively adjusts guiding connector (1-3-2) and the leading portion side-stop (1- by two 1) it is oriented to connection；
Second guide rod (1-3) is oriented to by two guiding connectors (1-3-1) and the stage casing side-stop (1-2) to be connected It connects；
3rd guide rod (1-3) passes through two driven adjusting guiding connectors (1-3-3) and the back segment side-stop (2- 1) it is oriented to connection；
The active adjusting mechanism (1-4) includes adjusting screw rod (1-4-1) and handwheel (1-4-2), the adjusting screw rod (1-4-1) It is connected with the handwheel (1-4-2)；
The adjusting screw rod (1-4-1) of two active adjusting mechanisms (1-4) adjusts with two actives be oriented to connection respectively Part (1-3-2) is threadedly coupled；
The handwheel (1-4-2) of two active adjusting mechanisms (1-4) is located at the homonymy of rack.
One handwheel (1-4-2) is fixedly connected with one end of an adjusting screw rod (1-4-1)；
One end of another described handwheel (1-4-2) and another adjusting screw rod (1-4-1) by transmission shaft (1-4-3) and First transmission mechanism (1-5) is sequentially connected；
First transmission mechanism (1-5) is chain drive or Toothed Belts Gearing mechanism；
Two active adjusting mechanisms (1-4) are each configured with driven adjusting mechanism (1-6)；
The driven adjusting mechanism (1-6) includes adjusting screw rod (1-6-1)；
The adjusting screw rod (1-6-1) of two driven adjusting mechanisms (1-6) is oriented to connection with two driven adjust respectively Part (1-3-3) is threadedly coupled；
The adjusting screw rod (1-6-1) of two driven adjusting mechanisms (1-6) respectively by two the second transmission mechanisms (1-7) with The adjusting screw rod (1-4-1) of two active adjusting mechanisms (1-4) is sequentially connected；
Second transmission mechanism (1-7) is chain drive or Toothed Belts Gearing mechanism.
5. a kind of tipper, including delivery section (1), divide pile portion (2), turning part (3), collection portion (4), the delivery section (1) and Described point of pile portion (2) is provided with side-stop and is oriented to adjusting mechanism, it is characterised in that：It is such as power that the side-stop, which is oriented to adjusting mechanism, Profit requires the side-stop described in 3 or 4 to be oriented to adjusting mechanism.
CN201810046809.6A 2018-01-18 2018-01-18 A kind of side-stop, side-stop are oriented to adjusting mechanism and tipper Pending CN108058998A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201810046809.6A CN108058998A (en) 2018-01-18 2018-01-18 A kind of side-stop, side-stop are oriented to adjusting mechanism and tipper

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Application Number Priority Date Filing Date Title
CN201810046809.6A CN108058998A (en) 2018-01-18 2018-01-18 A kind of side-stop, side-stop are oriented to adjusting mechanism and tipper

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CN205441665U (en) * 2015-12-31 2016-08-10 江苏理士电池有限公司 Carriage that is used for roast scaling powder of plumbous stove
CN105947527A (en) * 2016-06-01 2016-09-21 缪媛 Automatic centering and conveying device suitable for boxes of different sizes
CN206615733U (en) * 2017-02-27 2017-11-07 鞍钢集团工程技术有限公司 A kind of roller transmission feeding and centralising device

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Publication number Priority date Publication date Assignee Title
JPH05318267A (en) * 1992-05-15 1993-12-03 Matsushita Electric Works Ltd Work press-transporting device
CN201183069Y (en) * 2008-04-05 2009-01-21 无锡五冶金属压延有限公司 Respectively adjustable rolling wheel guide apparatuses of cold rolling mill
CN102502323A (en) * 2011-11-01 2012-06-20 湖南益晟机械科技有限公司 Corrugated board automatic stacking controlling method
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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109051598A (en) * 2018-09-21 2018-12-21 昆山迈致治具科技有限公司 A kind of three-stage assembly line
CN109051598B (en) * 2018-09-21 2023-11-14 昆山迈致治具科技有限公司 Three-section type assembly line

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Application publication date: 20180522