CN103921978A - Horizontal grouping and packing mechanism - Google Patents
Horizontal grouping and packing mechanism Download PDFInfo
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- CN103921978A CN103921978A CN201410142684.9A CN201410142684A CN103921978A CN 103921978 A CN103921978 A CN 103921978A CN 201410142684 A CN201410142684 A CN 201410142684A CN 103921978 A CN103921978 A CN 103921978A
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Abstract
The invention provides a horizontal grouping and packing mechanism which is mainly applied to product grouping in the process of packing. The mechanism comprises a bottom plate I and a bottom plate II which are both fixedly arranged. An object stage I is slidingly connected on the bottom plate I, an object stage II is slidingly connected on the bottom plate II, the bottom plate I is provided with a pushing component I, the bottom plate II is provided with a pushing component II, a packet clamp mechanism I and a packet clamp mechanism II are arranged above the object stage I and the object stage II, a space is formed between the packet clamp mechanism I and the packet clamp mechanism II, a fixed mounting stage is arranged above the object stage I and the object stage II, a lifting mechanism is mounted on the mounting stage, the packet clamp mechanism I and the packet clamp mechanism II are both connected with the lifting mechanism and driven by the same to ascend and descend, and the packet clamp mechanism I and the packet clamp mechanism II pass from the positions between the bottom plate I and the bottom plate II when ascending and descending. By the mechanism, a group of products in rectangular arrangement can be divided into two groups to be packed respectively, objects obtained after pass separation can be treated in batches, and treatment capacity of packing equipment can be increased obviously.
Description
Technical field
The present invention relates to a kind of laterally grouping boxing mechanism.
Background technology
On canning line, producing product step through shunting, grouping on vanning line of gained cases.The step of dividing into groups in prior art is completed by grouping mechanism, this grouping mechanism is in the direction of carrying at product, product to be divided into groups, thereby make to arrange by the product formation matrix after the step of shunting, the product array of each grouping gained only has one group, it can be only the service of a vanning station, this block form has limited crater's bit quantity, and the process load of boxing apparatus that possesses this structure is lower.
Summary of the invention
Technical matters to be solved by this invention is to provide a kind of laterally grouping boxing mechanism, and two groups of production sharings a composition matrix can being arranged respectively vanning can mass disposal shunting products obtained therefroms, can obviously improve the process load of boxing apparatus.
For solving above-mentioned existing technical matters, the present invention adopts following scheme: a kind of laterally grouping boxing mechanism, comprise the base plate I being fixedly installed and the base plate II being fixedly installed, between described base plate I and base plate II, there is spacing, in described base plate I, slidably connect objective table I, in described base plate II, slidably connect objective table II, the loading surface of the loading surface of described objective table I and objective table II at grade, described objective table I and objective table II can and together with jointly form a macrostage, in described base plate I, be provided with for promote objective table I near or away from the pushing component I of objective table II, in described base plate II, be provided with for promote objective table II near or away from the pushing component II of objective table I, the top of described objective table I and objective table II is provided with bag clamping unit I for clamping or decontrol product in objective table I and for clamping or decontrol the bag clamping unit II of product in objective table II, between described bag clamping unit I and bag clamping unit II, there is spacing, there is the erecting bed being fixedly installed the top of described objective table I and objective table II, on described erecting bed, lifting mechanism is installed, described bag clamping unit I is all connected with lifting mechanism with bag clamping unit II and drives oscilaltion by lifting mechanism, described objective table I and objective table II are mutually away to ultimate range, when described bag clamping unit I and bag clamping unit II decline from passing through between objective table I and objective table II and between base plate I and base plate II.
As preferably, described pushing component I comprises cylinder I, and described cylinder I one end is connected with base plate I, the other end is connected with objective table I, and described pushing component II comprises cylinder II, and described cylinder II one end is connected with base plate II, the other end is connected with objective table II.
As preferably, described cylinder I is one-stroke cylinder, described cylinder II is double stroke cylinder, described objective table I and objective table II and together with time, one of them bag clamping unit be positioned at objective table I directly over and this bag clamping unit consistent with the orientation of another bag clamping unit and the orientation of objective table I and objective table II.Cylinder I adopts one-stroke cylinder, cylinder II adopts after double stroke cylinder, the working process of whole mechanism can be as follows: under initial condition, in objective table I, objective table II together time, bag clamping unit I is positioned at directly over objective table I, product is pushed to objective table I, after in objective table II, the action of cylinder II, drive objective table II to moving and move under bag clamping unit II away from the direction of objective table I, then lifting mechanism drives bag clamping unit I and bag clamping unit II to drop to proper height, bag clamping unit I and bag clamping unit II are moved respectively by objective table I, product in objective table II is clamped, then the action of cylinder I makes objective table I to moving away from the direction of objective table II, the action of cylinder II makes objective table II to moving away from the direction of objective table I, after moving into place, lifting mechanism drives bag clamping unit I and bag clamping unit II from objective table I, between objective table II, continue to drop in packing chest, bag clamping unit I and bag clamping unit II are unclamped, product completes vanning, whole process is coherent, nature, the vanning time is shorter.
As preferably, described lifting mechanism comprises erecting frame, Timing Belt and synchronous pulley, described erecting frame is socketed on erecting bed, the two ends up and down of described Timing Belt are all fixed on erecting frame, described synchronous pulley is arranged on erecting bed and with Timing Belt and engages, the drive motor II that is connected with synchronous pulley and can drives synchronous pulley axial rotation is installed on described erecting bed, and described bag clamping unit I and bag clamping unit II are all installed on erecting frame.Erecting bed is arranged in frame and maintains static, when work, drive motor II drives synchronous pulley to rotate, synchronous pulley drives Timing Belt to move and then drives erecting frame to move up and down to realize and drives bag clamping unit I and the oscilaltion of bag clamping unit II, simple in structure, stable, the lifting simultaneously of bag clamping unit I and bag clamping unit II, keep strokes, be convenient to control.
As preferably, on described erecting bed, be provided with two flower wheels, described synchronous pulley is located between two flower wheels, described Timing Belt first between a flower wheel and synchronous pulley through, from another flower wheel and synchronous pulley, pass again.Two flower wheels play guide and limit effect, can prevent from disconnecting between Timing Belt and synchronous pulley.
As preferably, described bag clamping unit I comprises two clamping plate, two positioning plates, driver train I and driver train II, described clamping plate and positioning plate interval arrange and surround a clip pack space, described driver train I and driver train II are all installed on erecting frame, described driver train I be at least connected with clamping plate and can drive its near or away from another clamping plate, described driver train II is at least connected with a positioning plate and can drives it close or away from another positioning plate.When product clamping, erecting frame declines and drives bag clamping unit I to decline to make in the rectangle that product introduction clamping plate in objective table I and positioning plate surround, then driver train I drives clamping plate mutually near the clamping of wherein both sides, the driver train II of product being driven positioning plate mutually near the other both sides of product are clamped, rational in infrastructure, product difficult drop-off.
As preferably, two clamping plate are all slidably connected to erecting frame, described driver train I comprises drive motor I and screw mandrel, described screw mandrel has two sections of screw threads that hand of spiral is contrary, clamping plate are located at wherein one section of screw thread place of screw mandrel and are connected with wire rod thread, and another clamping plate are located at another section of screw thread place of screw mandrel and are connected with wire rod thread.Because two clamping plate are contrary with the hand of spiral of screw mandrel junction, when screw mandrel is driven while rotating by drive motor I, the sense of motion of two clamping plate is contrary all the time, can realize by a rhizoid bar drive simultaneously mutually near or simultaneously mutually away from.
As preferably, described driver train II comprises two cylinder IV that are arranged on erecting frame, and the piston end of one of them cylinder IV is fixedly connected with a positioning plate, and the piston end of another cylinder IV is fixedly connected with another positioning plate.Two positioning plates are driven and are moved by cylinder, and mobile convenient, Clamping force is large.
As preferably, described bag clamping unit I is identical with the structure of bag clamping unit II.
Beneficial effect:
The present invention adopts one that technique scheme the provides boxing mechanism that laterally divides into groups, the set product being placed on the common macrostage forming of objective table I and objective table II separately can be become to two groups, wherein one group in objective table I, another group is in objective table II, then lifting mechanism drives bag clamping unit I and the decline of bag clamping unit II to make bag clamping unit I clamp the product in objective table I, bag clamping unit II is clamped the product in objective table II, finally drive by lifting mechanism the vanning that declines, can mass disposal shunting products obtained therefrom, can obviously improve the process load of boxing apparatus.
Brief description of the drawings
Fig. 1 is the front view under use state of the present invention;
Fig. 2 is the left view of structure shown in Fig. 1;
Fig. 3 is that A-A in Fig. 1 is to diagram;
Fig. 4 is the connection structure schematic diagram of base plate I in the present invention, base plate II, objective table I and objective table II;
Fig. 5 is the fit structure schematic diagram of bag clamping unit I in the present invention, bag clamping unit II, lifting mechanism, product and packing chest;
Fig. 6 is the fit structure schematic diagram of Timing Belt, synchronous pulley, flower wheel and erecting frame in the present invention.
Detailed description of the invention
As shown in Fig. 1 to 5, a kind of laterally grouping boxing mechanism, comprise frame, be fixedly mounted on the base plate I 21 in frame and be fixedly mounted on the base plate II 22 in frame, between base plate I 21 and base plate II 22, there is spacing, objective table I 11 is installed in base plate I 21, (end face of base plate I 21 is provided with guide rail 8 for objective table I 11 and base plate I 21 sliding block joints, the bottom surface of objective table I 11 is provided with the slide block 9 for coordinating with the guide rail in base plate I 21), objective table II 12 is installed in base plate II 22, (end face of base plate II 22 is also provided with guide rail 8 for objective table II 12 and base plate II 22 sliding block joints, the bottom surface of objective table II 12 is also provided with the slide block 9 for coordinating with the guide rail in base plate II 22), the loading surface of the loading surface of objective table I 11 and objective table II 12 (roughly situation be also considered as at grade) at grade at grade, objective table I 11 and objective table II 12 and together with the latter two form a macrostage jointly, the loading surface of the loading surface of objective table I 11 and objective table II 12 forms the loading surface of this macrostage, wherein objective table I 11 towards the edge contour of objective table II 12 1 sides and objective table II 12 towards the edge contour of objective table I 11 1 sides preferably mutually coincide so that objective table I 11 and objective table II 12 and together with between the latter two less than larger gap, can normally place and can between objective table I 11 and objective table II 12, not drop at the product of the joining place of objective table I 11 and objective table II 12 ensureing, cylinder I 31 is installed in base plate I 21, cylinder I 31 one end are connected with base plate I 21, the other end is connected with objective table I 11, cylinder I 31 flexible so that promote objective table I 11 in base plate I 21, slide with near or away from objective table II 12, cylinder II 32 is installed in base plate II 22, cylinder II 32 one end are connected with base plate II 22, the other end is connected with objective table II 12, cylinder II 32 flexible so that drive objective table II 12 base plate II 22 slide with near or away from objective table I 11, the top that is positioned at objective table I 11 and objective table II 12 in frame is fixedly installed erecting bed 44, on erecting bed 44, be socketed with erecting frame 43, wherein erecting frame 43 comprises adapter plate I 434, be positioned at the adapter plate III 436 of adapter plate I 434 tops, be connected to the guide pillar 438 between adapter plate I 434 and adapter plate III 436 and be arranged side by side two adapter plate II 435 below adapter plate I 434, between adapter plate I 434 and adapter plate II 435, connect by pipe link 437, erecting bed 44 is by being set on guide pillar 438 and then realization and erecting frame 43 are socketed, Timing Belt 51 is installed on erecting frame 43, adapter plate III 436 is fixed in the upper end of Timing Belt 51, adapter plate I 434 is fixed in lower end, synchronous pulley 52 is installed on erecting bed 44, synchronous pulley 52 engages with Timing Belt 51, for ensureing that synchronous pulley 52 and Timing Belt 51 cooperatively interact all the time and Timing Belt 51 is led, as shown in Figure 6, two flower wheels 46 are set on erecting bed 44, synchronous pulley 52 is located between two flower wheels 46, Timing Belt 51 first passes between a flower wheel 46 and synchronous pulley 52, between another flower wheel 46 and synchronous pulley 52, pass again, drive motor II 45 is installed on erecting bed 44, drive motor II 45 is connected with synchronous pulley 52 and can drives synchronous pulley 52 axial rotation, the bottom of erecting frame 43 is provided with bag clamping unit I for clamping product in objective table I 11 and for clamping the bag clamping unit II of product in objective table II 12, wherein bag clamping unit I is arranged on adapter plate II 435 places, bag clamping unit II is arranged on another adapter plate II 435 places, between bag clamping unit I and bag clamping unit II, there is spacing (object is to ensure when bag clamping unit I and bag clamping unit II are worked separately not interfere each other), bag clamping unit I and bag clamping unit II are clamped product separately, objective table I 11 and objective table II 12 are mutually away from departing from after product, synchronous pulley 52 rotates while driving erecting frame 43 to decline, bag clamping unit I and bag clamping unit II are from passing through packaging products in boxes the most at last between objective table I 11 and objective table II 12 and between base plate I 21 and base plate II 22, in the present embodiment, bag clamping unit I is identical with the structure of bag clamping unit II, only describe as an example of bag clamping unit I example below: it comprises two clamping plate 41 and two positioning plates 42, clamping plate 41 and positioning plate 42 intervals arrange and surround a rectangle clip pack space, two clamping plate 41 are all slidably connected to erecting frame 43, wherein adapter plate I 434 corresponding clip turn-up mechanism I places, bottom surface are provided with two installation sheets 4341, and be provided with guide rod 439 between two installation sheets 4341, clamping plate 41 are realized and are slidably connected to erecting frame 43 by being set on guide rod 439, screw mandrel 431 is also installed on erecting frame 43 and is connected the drive motor I 432 for driving screw mandrel 431 to rotate with screw mandrel 431, wherein screw mandrel 431 is arranged between two installation sheets 4341, screw mandrel 431 one end and an installation sheet 4341 are rotationally connected, the other end is connected with drive motor I 432 through another installation sheet 4341, screw mandrel 431 has two sections of screw threads that hand of spiral is contrary, clamping plate 41 are located at wherein one section of screw thread place of screw mandrel 431 and are threaded with screw mandrel 431, another clamping plate 41 are located at screw mandrel 431 another section of screw thread places and are threaded with screw mandrel 431, like this, in the time that drive motor I 432 drives screw mandrel 431 to rotate, the sense of motion of two clamping plate 41 is contrary all the time, two positioning plates 42 lay respectively at the both sides of the corresponding adapter plate II 435 of bag clamping unit I, the end face of this adapter plate II 435 is provided with the cylinder IV 433 of two, the piston end of one of them cylinder IV 433 is fixedly connected with a positioning plate 42, the piston end of another cylinder IV 433 is fixedly connected with another positioning plate 42, each cylinder IV 433 by drive a positioning plate 42 away from or near another positioning plate 42.
In the present embodiment, in objective table I 11 He in objective table II 12, be provided with baffle plate I 13, objective table I 11 and objective table II 12 and together with time, baffle plate I 13 in baffle plate I 13 and objective table II 12 in objective table I 11 surrounds the framework of a side opening, the object that opening is set is to be convenient to while using on manufacturing line to push in framework from opening part being the product that matrix arranges when this mechanism is arranged on, the opening part that objective table II 12 sidepieces are positioned at framework is provided with baffle plate II 14, baffle plate II 14 is rotatably connected in objective table II 12 by rotating shaft I 15, in objective table II 12, be provided with for driving baffle plate II 14 to rotate so that the cylinder III 16 that baffle plate II 14 is holded up or lain down, the cylinder body of cylinder III 16 is rotatably connected in objective table II 12, piston end and baffle plate II 14 are rotationally connected, when product pushed in objective table I 11 and after in objective table II 12, cylinder III 16 is moved baffle plate II 14 is holded up to gear at product sidepiece, objective table II 12 product 6 in the process moving relative to objective table I 11 can not drop.
In the present embodiment, cylinder I 31 adopts one-stroke cylinder, cylinder II 32 adopts double stroke cylinder, like this in real work, the present embodiment laterally divide into groups boxing mechanism position relationship and working process as follows: under initial condition, objective table I 11 and objective table II 12 and together with form a macrostage, the loading surface of the loading surface of objective table I 11 and objective table II 12 forms the loading surface of macrostage jointly, bag clamping unit I and bag clamping unit II are positioned at the top of objective table I 11 and objective table II 12, wherein bag clamping unit I be in objective table I 11 directly over, bag clamping unit II is in the oblique upper of objective table II (owing to having spacing between bag clamping unit I and bag clamping unit II, therefore under the bag clamping unit II that objective table II is not in), when work, pushed to after in objective table I 11 and objective table II 12 when being the product 6 of m*n arrayed, a part (is (m-a) * n arrayed) in objective table I 11, a part (is a*n arrayed) in objective table II 12, then cylinder II 32 action make objective table II 12 drive product on it away from objective table I 11 and arrive bag clamping unit II under, then 45 work of drive motor II drive synchronous pulley 52 to rotate, Timing Belt 51 moves and drives erecting frame 43 to move down and then drive bag clamping unit I and bag clamping unit II to decline relative to synchronous pulley 52, until the product in objective table I 11 stretches in the coffin that bag clamping unit I train wheel bridge 41 and positioning plate 42 surround, product in objective table II 12 stretches in the coffin that bag clamping unit II train wheel bridge 41 and positioning plate 42 surround, then the drive motor I 432 of bag clamping unit I drives screw mandrel 431 rotations of bag clamping unit I to drive two clamping plate 41 of bag clamping unit I mutually close, two cylinder IV 433 of bag clamping unit I are moved and are driven respectively two positioning plates 42 mutually near making two clamping plate 41 and two positioning plates 42 by the clamping product in objective table I 11, the drive motor I 432 of bag clamping unit II drives screw mandrel 431 rotations of bag clamping unit II to drive two clamping plate 41 of bag clamping unit II mutually close, two cylinder IV 433 of bag clamping unit II are moved and are driven respectively two positioning plates 42 mutually near clamping plate 41 and positioning plate 42 are clamped the product in objective table II 12 6, then 32 actions of cylinder I 31 and cylinder II drive objective table I 11 and objective table II 12 mutually away from objective table I 11 and 12 actions of objective table II put in place (when action puts in place and refers to that spacing between objective table I 11 and objective table II 12 should ensure that bag clamping unit I and bag clamping unit II decline between the two by and the most folded product 6 case respectively), 45 work of drive motor II drive synchronous pulley 52 to rotate, Timing Belt 51 moves and drives erecting frame 43 to move down and then drive bag clamping unit I and bag clamping unit II to decline until the product 6 of bag clamping unit I clamping enters in a packing chest 7 relative to synchronous pulley 52, the product 6 of bag clamping unit I clamping enters in a packing chest 7, then cylinder IV 433 is moved, two positioning plates 42 mutually away from, screw mandrel 431 moves, two clamping plate 41 mutually away from, bag clamping unit I and bag clamping unit II by its separately folded product 6 unclamp, 45 work of drive motor II drive synchronous pulley 52 to rotate backward, bag clamping unit I and bag clamping unit II rise and leave packing chest, now two set products 6 are respectively packed in a packing chest 7, vanning completes.
In the present embodiment, the mode that two clamping plate 41 also can equally with two positioning plates 42 adopt air cylinder driven with realize two clamping plate 41 mutually near or away from (be each clamping plate 41 respectively by a cylinder drive near or away from another clamping plate 41), equally, two positioning plates 42 also can with two the same modes that adopt screw mandrel to drive of clamping plate 41 realize mutually near or away from (certainly, the screw thread also should with two sections of opposite directions of this screw mandrel, one of them positioning plate 42 matches with one section of screw thread, another positioning plate 42 matches with another section of screw thread), the mode that the mode also can in two clamping plate 41 maintain static, another adopting air cylinder driven or screw mandrel drive realize near or away from fixed clamping plate 41, equally, the mode that the mode that two positioning plates 42 also can maintain static, another adopts air cylinder driven or screw mandrel drive realize near or away from fixed positioning plate 42, the form that erecting frame 43 also can not adopt Timing Belt 51 to coordinate with synchronous pulley 52 drives relative erecting bed 44 oscilaltions, can adopt cylinder to drive lifting (as the cylinder body of cylinder is connected with erecting bed 44, the piston end of cylinder is connected with erecting frame 43) or screw mandrel drive lifting (as screw mandrel is threaded with erecting frame 43, screw mandrel is positioned on erecting bed 44 and erecting bed 44 axial rotation relatively, the servomotor that drives screw mandrel to rotate is set on erecting bed 44, erecting frame 43 is socketed or sliding block joint with erecting bed 44, drive erecting frame 43 oscilaltions by the forward and reverse rotation of screw mandrel), the mode that objective table I 11 also can adopt screw mandrel to drive realize relative base plate I slide with near or be connected with this wire rod thread away from objective table II 12(objective table I 11, the bearing of trend of screw mandrel is consistent with the moving direction of objective table I 11, screw mandrel is positioned in frame or base plate I but frame or base plate I axial rotation relatively, screw mandrel is driven and is rotated by driver train, screw mandrel rotate so that drive objective table I 11 in base plate I, slide with near or away from objective table II 12), equally, the mode that objective table II 12 also can adopt screw mandrel to drive realize relative base plate II slide with near or away from objective table I 11, in the present embodiment, cylinder I 31 also can adopt double stroke cylinder, now, under initial condition, objective table I 11 can be under bag clamping unit I, and pushed to after in objective table I 11 and objective table II 12 when being the product 6 of m*n arrayed, objective table I 11 and objective table II 12 move simultaneously, objective table I 11 move to bag clamping unit I under, objective table II 12 move to bag clamping unit II under, and then carry out subsequent action.
Claims (9)
1. the boxing mechanism that laterally divides into groups, it is characterized in that: comprise the base plate I (21) being fixedly installed and the base plate II (22) being fixedly installed, between described base plate I (21) and base plate II (22), there is spacing, in described base plate I (21), slidably connect objective table I (11), in described base plate II (22), slidably connect objective table II (12), the loading surface of the loading surface of described objective table I (11) and objective table II (12) at grade, described objective table I (11) and objective table II (12) can and form a macrostage together jointly, in described base plate I (21), be provided with for promote objective table I (11) near or away from the pushing component I of objective table II (12), in described base plate II (22), be provided with for promote objective table II (12) near or away from the pushing component II of objective table I (11), the top of described objective table I (11) and objective table II (12) is provided with for the bag clamping unit I of clamping or the upper product of relieving objective table I (11) with for clamping or decontrol the bag clamping unit II of the upper product of objective table II (12), between described bag clamping unit I and bag clamping unit II, there is spacing, there is the erecting bed (44) being fixedly installed the top of described objective table I (11) and objective table II (12), described erecting bed is provided with lifting mechanism on (44), described bag clamping unit I is all connected with lifting mechanism with bag clamping unit II and drives oscilaltion by lifting mechanism, described objective table I (11) and objective table II (12) are mutually away from rear, can be from passing through between objective table I (11) and objective table II (12) and between base plate I (21) and base plate II (22) when described bag clamping unit I and bag clamping unit II decline.
2. the one according to claim 1 boxing mechanism that laterally divides into groups, it is characterized in that: described pushing component I comprises cylinder I (31), described cylinder I (31) one end is connected with base plate I (21), the other end is connected with objective table I (11), described pushing component II comprises cylinder II (32), and described cylinder II (32) one end is connected with base plate II (22), the other end is connected with objective table II (12).
3. the one according to claim 2 boxing mechanism that laterally divides into groups, it is characterized in that: described cylinder I (31) is one-stroke cylinder, described cylinder II (32) is double stroke cylinder, described objective table I (11) and objective table II (12) together time, one of them bag clamping unit be positioned at objective table I (11) directly over and this bag clamping unit consistent with the orientation of another bag clamping unit and the orientation of objective table I (11) and objective table II (12).
4. according to the boxing mechanism that laterally divides into groups of the one described in claim 1 or 2 or 3, it is characterized in that: described lifting mechanism comprises erecting frame (43), Timing Belt (51) and synchronous pulley (52), described erecting frame (43) is socketed on erecting bed (44), the two ends up and down of described Timing Belt (51) are all fixed on erecting frame (43), described synchronous pulley (52) is arranged on erecting bed (44) above and engages with Timing Belt (51), the drive motor II (45) that is connected with synchronous pulley (52) and can drives synchronous pulley (52) axial rotation is installed on described erecting bed (44), described bag clamping unit I and bag clamping unit II are all installed on erecting frame (43).
5. the one according to claim 4 boxing mechanism that laterally divides into groups, it is characterized in that: on described erecting bed (44), be provided with two flower wheels (46), described synchronous pulley (52) is located between two flower wheels (46), described Timing Belt (51) first between a flower wheel (46) and synchronous pulley (52) through, from another flower wheel (46) and synchronous pulley (52), pass again.
6. the one according to claim 4 boxing mechanism that laterally divides into groups, it is characterized in that: described bag clamping unit I comprises two clamping plate (41), two positioning plates (42), driver train I and driver train II, described clamping plate (41) and positioning plate (42) interval arrange and surround a clip pack space, described driver train I and driver train II are all installed on erecting frame (43), described driver train I be at least connected with clamping plate (41) and can drive its near or away from another clamping plate (41), described driver train II be at least connected with a positioning plate (42) and can drive its near or away from another positioning plate (42).
7. the one according to claim 6 boxing mechanism that laterally divides into groups, it is characterized in that: two clamping plate (41) are all slidably connected to erecting frame (43), described driver train I comprises drive motor I (432) and screw mandrel (431), described screw mandrel (431) has two sections of screw threads that hand of spiral is contrary, clamping plate (41) are located at wherein one section of screw thread place of screw mandrel (431) and are threaded with screw mandrel (431), and another clamping plate (41) are located at another section of screw thread place of screw mandrel (431) and are threaded with screw mandrel (431).
8. the one according to claim 6 boxing mechanism that laterally divides into groups, it is characterized in that: described driver train II comprises two cylinder IV (433) that are arranged on erecting frame (43), the piston end of one of them cylinder IV (433) is fixedly connected with a positioning plate (42), and the piston end of another cylinder IV (433) is fixedly connected with another positioning plate (42).
9. the one according to claim 4 boxing mechanism that laterally divides into groups, is characterized in that: described bag clamping unit II is identical with the structure of bag clamping unit I.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410142684.9A CN103921978B (en) | 2014-04-10 | 2014-04-10 | A kind of boxing mechanism that laterally divides into groups |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410142684.9A CN103921978B (en) | 2014-04-10 | 2014-04-10 | A kind of boxing mechanism that laterally divides into groups |
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| CN103921978A true CN103921978A (en) | 2014-07-16 |
| CN103921978B CN103921978B (en) | 2016-04-13 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107323731A (en) * | 2017-06-27 | 2017-11-07 | 无锡力优医药自动化技术有限公司 | The vertical recrater of soft bag |
| CN107867431A (en) * | 2016-09-23 | 2018-04-03 | 广东科达洁能股份有限公司 | A kind of ceramic tile quickly goes up brick device |
| CN110171592A (en) * | 2019-05-20 | 2019-08-27 | 杭州娃哈哈精密机械有限公司 | A kind of canned products vanning grabber |
| CN110697126A (en) * | 2019-09-27 | 2020-01-17 | 桐城市华猫软膜有限公司 | Boxing device for thermal shrinkage film |
| CN111099066A (en) * | 2019-10-15 | 2020-05-05 | 湖南博雅智能装备股份有限公司 | Box body sub-assembling box mechanism |
| CN112849506A (en) * | 2021-01-13 | 2021-05-28 | 刘正奥 | Auxiliary boxing device for transformer |
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