CN205526515U - Turning device is carried to material - Google Patents
Turning device is carried to material Download PDFInfo
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- CN205526515U CN205526515U CN201620263183.0U CN201620263183U CN205526515U CN 205526515 U CN205526515 U CN 205526515U CN 201620263183 U CN201620263183 U CN 201620263183U CN 205526515 U CN205526515 U CN 205526515U
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- switching mechanism
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Abstract
The utility model discloses a turning device is carried to material, including conveying mechanism and tilting mechanism, conveying mechanism's discharge end setting is at tilting mechanism's feed end, tilting mechanism's feed end is provided with the blowing nozzle, conveying mechanism's material direction of delivery is radially mutually perpendicular with tilting mechanism's axis of rotation, and the material uses conveying mechanism's direction of delivery to overturn on tilting mechanism as the axle. The utility model discloses the material that enables the conveying mechanism transport directly gets into tilting mechanism steadily, has shortened the transport stroke of material, has improved transport efficiency.
Description
Technical field
This utility model relates to packaging field, particularly relates to a kind of material conveying, turning device.
Background technology
Packer wires up machine product exactly, plays protection, effect attractive in appearance.Packer of a great variety, sorting technique is a lot.Can have multiple from the viewpoint of difference, divide by Product Status, have liquid, bulk, bulk solid packer；Divide by packaging effect, have inner packing, outsourcing packer；Divide by packaging industry, have the packers such as food, daily-use chemical industry, textile；Divide by multiple package position, have single-station, multistation packer；Divide by automaticity, have semi-automatic, device of full automatic packaging etc..
The primary structure of packer includes material conveying mechanism, packaging bag conveying mechanism, packaging bag bag openning body, packaging bag bag expanding mechanism, bag pulling mechanism and enclosuring structure etc..Packing bag mouth is opened for the conveying of packaging bag, packaging bag bag openning body by material conveying mechanism for the conveying of material, packaging bag conveying mechanism, and bag pulling mechanism is for being pushed to material in packaging bag, and enclosuring structure will be equipped with the packing bag mouth encapsulation of material.The packaging action of whole packer just can be completed by said mechanism.
Authorization Notice No. is CN204979372U, authorized announcement date is that the Chinese utility model patent on January 20th, 2016 discloses a kind of assembly mechanism material conveying device, its technical scheme is described reason material conveying device, including material conveying mechanism and gripping conveyor structure, described gripping conveyor structure is arranged on material conveying mechanism tail end along the conveying direction of material conveying mechanism；Described material conveying mechanism tail end is provided with downward-sloping slope, and one end, described slope is connected with the tail end of material conveying mechanism, and the other end extends obliquely.This patent can make the material on conveying mechanism smoothly enter gripping conveyor structure by slope, and there is the simple advantage of control.But in actual application, however it remains following defect:
1, there is gap between conplane two holders on conveying member, in order to ensure the smooth delivery of power of material, it is overall that the material of conveying is necessary for one, and the length of material have to be larger than the width in gap between two holders of splicing, therefore, this conveyer device is only capable of carrying a material every time, and carries while cannot be used for single multiple material of batch, and its scope of application is narrower.
2, setting up slope between material conveying mechanism and gripping conveyor structure, need to consider the annexation between slope and material conveying mechanism and gripping conveyor structure, the structure causing whole reason material conveying device is complicated big with dimensional footprint.
3, transmitting material by slope between material conveying mechanism and gripping conveyor structure, impulse force during supports for material down-sliding is relatively big, and material is the most at random when entering gripping conveyor structure, and also add the conveying stroke of material, and the transfer efficiency of material is relatively low.
4, having gap between two holders, after material enters gripping conveyor structure, directly contact with the conveyer belt rotated or axle, frictional force is relatively big, easily material is caused damage.
Utility model content
The purpose of this utility model is to overcome the above-mentioned problems in the prior art, a kind of material conveying, turning device is provided, the material that this utility model can make conveying mechanism carry the most stably enters switching mechanism, shortens the conveying stroke of material, improves transfer efficiency.
For achieving the above object, the technical solution adopted in the utility model is as follows:
A kind of material conveying, turning device, it is characterized in that: include conveying mechanism and switching mechanism, the discharge end of described conveying mechanism is arranged on the feed end of switching mechanism, the feed end of described switching mechanism is provided with blowing nozzle, the material conveying direction of described conveying mechanism is perpendicular with the radial direction of the rotary shaft of switching mechanism, and material overturns with the conveying direction of conveying mechanism for axle on switching mechanism.
The quantity of described blowing nozzle is multiple.
The control switch of break-make gas and tolerance size it is provided with on described each blowing nozzle.
The blowing direction of described blowing nozzle intersects with material conveying direction on the conveyor.
Described blowing nozzle is movably arranged in the frame of packer, and the blow-out position of blowing nozzle is adjustable.
Described conveying mechanism includes cycloconveyor belt C, stock supporting plate and material toggling block, and stock supporting plate is fixed on the feed end of switching mechanism, and material toggling block is arranged on cycloconveyor belt C, and cycloconveyor belt C drives material toggling block that the material on stock supporting plate is sent into switching mechanism.
The quantity of described stock supporting plate is two pieces, the quantity of described material toggling block is multiple, two pieces of stock supporting plates are disposed side by side on the feed end of switching mechanism, and multiple material toggling blocks are arranged between two pieces of stock supporting plates by cycloconveyor belt C, and cycloconveyor belt C drives material toggling block that the material on stock supporting plate is sent into switching mechanism.
Described conveying mechanism also includes two pieces of limiting plates being symmetricly set in the frame of packer, and stock supporting plate is between two pieces of limiting plates.
The equal downward bending in two ends of described stock supporting plate, its bending part arc-shaped transition.
Described conveying mechanism also includes two cycloconveyor belt A, and the discharge end of two cycloconveyor belt A is separately positioned on the end of two pieces of stock supporting plates, and described multiple material toggling blocks are arranged between two pieces of stock supporting plates and between two cycloconveyor belt A by cycloconveyor belt C.
The discharge end of described cycloconveyor belt A is positioned at above the upper surface of stock supporting plate.
Described switching mechanism includes cycloconveyor belt B, and described cycloconveyor belt B is uniformly fixed with polylith clamping plate, formation material clamping region between adjacent two clamping plates.
Employing the utility model has the advantage of:
1, this utility model is compared with the prior art that Authorization Notice No. is CN204979372U, on the one hand the structure that the material conveying direction of conveying mechanism is the most perpendicular with the rotary shaft of switching mechanism is used, the material on conveying mechanism can be made to be directly entered switching mechanism, and material can be made to overturn on switching mechanism with the conveying direction of conveying mechanism for axle, will not be at random during material entrance switching mechanism, whole conveying, turning process is more stable smoothly.On the other hand, by being arranged on the blowing nozzle of switching mechanism feed end, it is possible to the material entering switching mechanism is applied a thrust, making material continue reach, regulation enters the position of the material of switching mechanism, it is to avoid material stacks.Finally, this utility model also eliminates slope, simplifies the overall structure of device for transporting objects, shortens the conveying stroke of material, has simple in construction, the advantage that with low cost, dimensional footprint is little and transfer efficiency is high.
2, the multiple blowing nozzles in this utility model can be used in blowing of multiple difform material, it is possible to be adjusted multiple materials simultaneously, increases the conveying capacity of single batches, is conducive to improving transfer efficiency.
3, this utility model is provided with the control switch of break-make gas and tolerance size on each blowing nozzle, switched by control, be conducive to regulating the tolerance of each blowing nozzle or only selecting part blowing nozzle to blow so that it is can be suitably used for the conveying of the dissimilar material with specification.
4, in this utility model, the blowing direction of blowing nozzle intersects with material conveying direction on the conveyor, accurately blowing of such set-up mode beneficially material.
5, in this utility model, the blow-out position of blowing nozzle is adjustable, and this structure is conducive to the blow-out position of the practical situation flexible blowing nozzle according to material, to ensure optimal blowing effect.
6, this utility model is coordinated by cycloconveyor belt C and material toggling block the material on stock supporting plate is sent into switching mechanism, under the drive of material toggling block, material toggling block can make material move to the feed end of switching mechanism, when the discharge end of material movement to conveying mechanism, under the effect of inertia, material enters switching mechanism, owing to there being gap between conveying mechanism and switching mechanism, and limited by frictional force, material can not be completely into switching mechanism, now along with the rotation of cycloconveyor belt C, the material toggling block driving this material can apply thrust to this material, under the effect of thrust, material stably enters switching mechanism from conveying mechanism, solve material in prior art and enter the problem that switching mechanism impulsive force is big and the most at random.
7, the multiple material toggling blocks in this utility model are arranged between two pieces of stock supporting plates by cycloconveyor belt C, and this structure is more preferable to the supporting effect of material, and the most suitable to the thrust of material, beneficially material stably enters switching mechanism.
8, the material on stock supporting plate can be carried out spacing by the two pieces of limiting plates arranged in this utility model, it is ensured that the fairness of material conveying and accuracy.
9, this utility model is by equal for the two ends of stock supporting plate downward bending, and makes its bending part arc-shaped transition, and this structure makes material can smoothly transit between conveying mechanism and switching mechanism, prevents the corner of stock supporting plate from material is caused damage simultaneously.
10, this utility model can make material automatically into stock supporting plate by two cycloconveyor belt A, and multiple material toggling block is arranged on the structure between two pieces of stock supporting plates and between two cycloconveyor belt A by cycloconveyor belt C, then make the material on cycloconveyor belt A automatically can move forward along stock supporting plate, material connecting between cycloconveyor belt A and stock supporting plate is more preferable, it is ensured that the accurate conveying of material.
11, the discharge end of the cycloconveyor belt A in this utility model is arranged on above the upper surface of stock supporting plate, and this structure advantageously ensures that material enters stock supporting plate smoothly.
12, being uniformly fixed with polylith clamping plate on the cycloconveyor belt B in this utility model, this structure is conducive to accurately receiving the material that conveying mechanism is sent here, and realizes the upset of material.
null13、Material conveying, turning device in this utility model is applicable not only to conveying and the conveying of single batch multiple rule material of single single material of batch，It is also particularly suitable the conveying of single batch the most upright multiple material，When carrying the most upright multiple material，Under the drive of material toggling block，Material toggling block makes the multiple material of this batch move to the feed end of switching mechanism，When the discharge end of material movement to conveying mechanism，Under the effect of inertia，Multiple materials sequentially enter in clamping zone corresponding in switching mechanism，Owing to there being gap between conveying mechanism and switching mechanism，And limited by frictional force，Last material can not be completely into switching mechanism，Now along with the rotation of cycloconveyor belt C，The material toggling block driving this material can apply thrust to this material，Under the effect of thrust，Last material drives the material previously having had been enter in clamping zone to continue to move along，So that the multiple material of this batch enters switching mechanism smoothly.Owing to material is the most upright shape, therefore being the head and the tail overlap avoiding material, during material enters switching mechanism, material is blown by blowing nozzle, being equivalent to that material applies a thrust again makes material move forward, until multiple material all enters switching mechanism and is arranged into string.Compared with prior art, this utility model can persistently carry, and improves transfer efficiency, and is applicable to the conveying, turning of multiple different material, and the scope of application is greatly improved.
Accompanying drawing explanation
Fig. 1 is the perspective view of material conveying, turning device；
Fig. 2 is the perspective view of switching mechanism；
Fig. 3 is packer front perspective view；
Fig. 4 is the back side perspective view of packer；
Fig. 5 is the structural representation that blowing nozzle is arranged on packer；
A kind of structural representation of blowing nozzle when Fig. 6 is conveying rule material；
The another kind of structural representation of blowing nozzle when Fig. 7 is conveying rule material；
A kind of structural representation of blowing nozzle when Fig. 8 is to carry the most upright material；
The another kind of structural representation of blowing nozzle when Fig. 9 is to carry the most upright material；
Figure 10 is the perspective view of bag expanding mechanism；
Figure 11 is the main TV structure schematic diagram of bag expanding mechanism；
Figure 12 is the right TV structure schematic diagram of bag expanding mechanism；
Labelling in figure: 1, conveying mechanism, 101, cycloconveyor belt C, 102, stock supporting plate, 103, material toggling block, 104, limiting plate, 105, cycloconveyor belt A, 106, frame, 107, blowing nozzle, 2, switching mechanism, 201, cycloconveyor belt B, 202, clamping plate, 3, material toggling mechanism, 4, send bag mechanism, 5, picking bag conveying mechanism, 501, hold a bag plate, 502, guide, 503, adsorption hole, 504, arc groove, 505, picking bag station, 506, open a bag bag expanding station, 6, sucker, 7, bag expanding mechanism, 701, bag expanding pawl, 702, rotary shaft, 703, guide portion, 704, strut portion, 705, concave section, upside, 706, medial arc outwardly projecting portion, 707, downside arc outwardly projecting portion.
Detailed description of the invention
Embodiment 1
A kind of material conveying, turning device, including conveying mechanism 1 and switching mechanism 2, described switching mechanism 2 includes cycloconveyor belt B201, and described cycloconveyor belt B201 is uniformly fixed with polylith clamping plate 202, formation material clamping region between adjacent two clamping plates 202；The discharge end of described conveying mechanism 1 is arranged on the feed end of switching mechanism 2, the feed end of described switching mechanism 2 is provided with the blowing nozzle 107 of the position for regulating the material entering clamping zone, the material conveying direction of described conveying mechanism 1 is perpendicular with the radial direction of the rotary shaft 702 of switching mechanism 2, and material overturns with the conveying direction of conveying mechanism 1 for axle on switching mechanism 2.During work, multiple materials are sequentially sent in the clamping zone of switching mechanism 2 feed end by conveying mechanism 1, and blowing nozzle 107 makes the material being introduced in clamping zone continue to move along, it is to avoid solid accumulation, finally make material fitly be arranged in clamping zone.
Described conveying mechanism 1 includes cycloconveyor belt C101, stock supporting plate 102 and material toggling block 103, stock supporting plate 102 is fixed on the feed end of switching mechanism 2, material toggling block 103 is arranged on cycloconveyor belt C101, during conveying material, cycloconveyor belt C101 drives material toggling block 103 that the material on stock supporting plate 102 is sent into switching mechanism 2.Further, the quantity of stock supporting plate 102 is two pieces, the quantity of material toggling block 103 is multiple, two pieces of stock supporting plates 102 are disposed side by side on the feed end of switching mechanism 2, the end of stock supporting plate 102 is more slightly higher than the height of switching mechanism 2 feed end clamping plate 202 to being applied to splicing, in order to the material on stock supporting plate 102 can enter clamping zone smoothly；Further, the equal downward bending in two ends of stock supporting plate 102, its bending part arc-shaped transition.Multiple material toggling blocks 103 are arranged between two pieces of stock supporting plates 102 by cycloconveyor belt C101, multiple material toggling blocks 103 are uniformly fixed on cycloconveyor belt C101, under the drive of motor, multiple material toggling blocks 103 coordinate the material on two pieces of stock supporting plates 102 are continuously fed to clamping zone, and make material proper alignment in clamping zone that every batch sends into.Article two, the discharge end of cycloconveyor belt A105 is separately positioned on the end of two pieces of stock supporting plates 102, i.e. stock supporting plate 102 is between switching mechanism 2 and cycloconveyor belt A105, further, the length of cycloconveyor belt C101 increases, make multiple material toggling block 103 in addition to being rotated by cycloconveyor belt C101 and being arranged between two pieces of stock supporting plates 102, multiple material toggling blocks 103 rotate also by cycloconveyor belt C101 and are arranged between two cycloconveyor belt A105, so that after entering stock supporting plate 102 from cycloconveyor belt A105, can continue to move forward along stock supporting plate 102 under the drive of material toggling block 103；Further, the discharge end of cycloconveyor belt A105 is positioned at above the upper surface of stock supporting plate 102.Two pieces of limiting plates 104 are symmetricly set in the frame 106 of packer, two pieces of stock supporting plates 102 and two cycloconveyor belt A105 are respectively positioned between two pieces of limiting plates 104, distance between two pieces of limiting plates 104 is suitable with the width of material to be packaged, for carrying out spacing to the material on the material on two pieces of stock supporting plates 102 and two cycloconveyor belt A105.
Described cycloconveyor belt C101 preferably employs chain, and multiple material toggling blocks 103 are uniformly fixed on chain.
Described switching mechanism 2 also includes motor, drive roll and driven voller, cycloconveyor belt B201 is set on drive roll and driven voller, polylith clamping plate 202 are uniformly fixed on cycloconveyor belt B201, motor drives the clamping plate 202 on cycloconveyor belt B201 to rotate by drive roll and driven voller, it is achieved the reception of material and upset.Described conveying mechanism 1 includes motor, drive roll and driven voller, and motor drives two cycloconveyor belt A105 to rotate by drive roll and driven voller simultaneously.
Described device for transporting objects is mainly used in the conveying of single batch the most upright multiple material, and such as steamed bun, dumpling etc., the quantity that single batch carries the most upright material does not limits, the corresponding length increasing clamping plate 202.
The specific implementation process of described material conveying, turning device is: start motor, makes cycloconveyor belt A105 and chain rotate, regulates the angle of blowing nozzle 107, and make blowing nozzle 107 blow.Single multiple material of batch enters from the feed end of two cycloconveyor belt A105, when this batches arrives the discharge end of two cycloconveyor belt A105, under the effect of inertia and material toggling block 103, this batches enters stock supporting plate 102, and under the effect of material toggling block 103, continue the feed end to switching mechanism 2 move, when this batches moves to the end of stock supporting plate 102, under the effect of inertia, multiple materials sequentially enter in clamping zone corresponding in switching mechanism 2, after material sequentially enters clamping zone, blowing nozzle 107 makes its thrust moved forward to its applying, avoid solid accumulation.Owing to having gap between conveying mechanism 1 and switching mechanism 2, and limited by frictional force, last material can not be completely into switching mechanism 2, now along with the rotation of chain, the material toggling block 103 driving this batches can apply thrust to last material, under the effect of thrust and under the effect of blowing nozzle 107, multiple materials of this batch enter in the clamping zone of switching mechanism 2 smoothly, and proper alignment in this clamping zone.After completing conveying and the upset of this batches, the motor in switching mechanism 2 rotates once, and the direction of material is turned over and turn 90 degrees, and after completing conveying and the upset of this batches, a rear clamping zone persistently receives subsequent material.
Embodiment 2
A kind of material conveying, turning device, including conveying mechanism 1 and switching mechanism 2, described switching mechanism 2 includes cycloconveyor belt B201, and described cycloconveyor belt B201 is uniformly fixed with polylith clamping plate 202, formation material clamping region between adjacent two clamping plates 202；The discharge end of described conveying mechanism 1 is arranged on the feed end of switching mechanism 2, the feed end of described switching mechanism 2 is provided with the blowing nozzle 107 of the position for regulating the material entering clamping zone, the material conveying direction of described conveying mechanism 1 is perpendicular with the radial direction of the rotary shaft 702 of switching mechanism 2, and material overturns with the conveying direction of conveying mechanism 1 for axle on switching mechanism 2.
The quantity of described blowing nozzle 107 is multiple, and each blowing nozzle 107 is provided with the control switch of break-make gas and tolerance size, and the blowing direction of each blowing nozzle 107 intersects with material conveying direction on conveying mechanism 1.
Described blowing nozzle 107 can be fixed in the frame 106 of conveying mechanism 1, it is possible to is fixed on single bracing frame, and the blow-out position (including air blowing angle) of each blowing nozzle 107 is adjustable, and the particular number of blowing nozzle 107 is arranged according to practical situation.Wherein, as a example by single batch 3 materials of conveying, different according to material shapes, the set-up mode of blowing nozzle 107 can have following 3 kinds:
1, the quantity of blowing nozzle 107 is set to 3, three positions in the most corresponding clamping zone of the blowing direction of 3 blowing nozzles 107；
2, the quantity of blowing nozzle 107 is set to 3, and 3 blowing nozzles 107 concentrate the position blowing to first material entrance corresponding to clamping zone；
3, the quantity of blowing nozzle 107 is 6, can only select certain several blowing nozzle 107 to blow in 6 blowing nozzles 107.
Certainly, the blowing direction of blowing nozzle 107 can blow to the upper back of material, rear middle part, rear lower and middle and lower part etc., is preferred so that the multiple materials in entrance clamping zone can be made neatly to form a line.
Embodiment 3
A kind of packer being provided with material conveying, turning device described in the utility model, including material toggling mechanism 3, send bag mechanism 4, picking bag bag expanding device and sucker 6, picking bag bag expanding device includes picking bag conveying mechanism 51 and bag expanding mechanism 7, the structure of picking bag conveying mechanism 51 and bag expanding mechanism 7 may is that picking bag conveying mechanism 51 includes holding bag plate 501 and making to hold bag plate 501 at picking bag station 505 and opening reciprocating translation mechanism between bag station respectively, holds corresponding side, pre-formed bags bag mouth position on bag plate 501 and has adsorption hole 503；Bag expanding mechanism 7 includes bag expanding pawl 701, and the side of bag expanding pawl 701 is curved.The picking bag station 505 that acts on of adsorption hole 503 adsorbs the bag mouth of pre-formed bags, pre-formed bags is fixed on and holds on bag plate 501, opens a bag station in bag expanding and adsorbs on the downside of pre-formed bags bag mouth, has coordinated pre-formed bags bag mouth upper and lower sides to open with sucker 6.
Described translation mechanism includes power source and guide 502, holds bag plate 501 and is movably arranged on guide 502, and power source driving is held bag plate 501 and moved on guide 502.
The both sides of guide 502 are provided with arc groove 504, and arc groove 504 is arranged along guide 502 length direction, described in hold bag plate 501 lower surface and be provided with the raised item suitable with arc groove 504, raised item is stuck in arc groove 504.
Described bag expanding pawl 701 connects has rotary shaft 702, bag expanding pawl 701 to rotate around rotary shaft 702.
Described bag expanding pawl 701 includes guide portion 703 and struts portion 704, and guide portion 703 is arranged on the afterbody in the portion of strutting 704, near strutting the radius of portion 704 part less than away from strutting the radius of portion 704 part, described in strut cross section, portion 704 be U-shaped cross section.
Described U-shaped cross section is sequentially connected with is formed semi-closed structure by concave section, upside 705, medial arc outwardly projecting portion 706 and downside arc outwardly projecting portion 707.
Described material toggling mechanism 3, send bag mechanism 4 and sucker 6 to use existing structure, do not repeat them here.
Embodiment 4
A kind of packer being provided with material conveying, turning device described in the utility model, including material toggling mechanism 3, send bag mechanism 4, picking bag bag expanding device and sucker 6, picking bag bag expanding device includes picking bag conveying mechanism 51 and bag expanding mechanism 7, picking bag conveying mechanism 51 may is that and includes holding bag plate 501 and making to hold bag plate 501 at picking bag station 505 and opening reciprocating translation mechanism between bag station, holds corresponding side, pre-formed bags bag mouth position on bag plate 501 and has adsorption hole 503.
Described translation mechanism includes power source and guide 502, holds bag plate 501 and is movably arranged on guide 502, and power source driving is held bag plate 501 and moved on guide 502.
The both sides of guide 502 are provided with arc groove 504, and arc groove 504 is arranged along guide 502 length direction, described in hold bag plate 501 lower surface and be provided with the raised item suitable with arc groove 504, raised item is stuck in arc groove 504.
Embodiment 5
A kind of packer being provided with material conveying, turning device described in the utility model, including material toggling mechanism 3, send bag mechanism 4, picking bag bag expanding device and sucker 6, described picking bag bag expanding device includes picking bag conveying mechanism 51 and bag expanding mechanism 7, the structure of picking bag conveying mechanism 51 may is that and includes holding bag plate 501 and making to hold bag plate 501 at picking bag station 505 and opening reciprocating translation mechanism between bag station, holds corresponding side, pre-formed bags bag mouth position on bag plate 501 and has adsorption hole 503.
Described translation mechanism includes power source and guide 502, holds bag plate 501 and is movably arranged on guide 502, and power source driving is held bag plate 501 and moved on guide 502.
The upper surface of described guide 502 is provided with bar-shaped trough, bar-shaped trough is arranged along guide 502 length direction, described holding bag plate 501 lower surface to be provided with strip bulge or roller, strip bulge or roller suitable with bar-shaped trough, strip bulge or roller are stuck in bar-shaped trough.
Embodiment 6
A kind of packer being provided with material conveying, turning device described in the utility model, including material toggling mechanism 3, send bag mechanism 4, picking bag bag expanding device and sucker 6, described picking bag bag expanding device includes picking bag conveying mechanism 51 and bag expanding mechanism 7, the structure of bag expanding mechanism 7 may is that and includes bag expanding pawl 701 and rotary shaft 702, bag expanding pawl 701 has two, and be symmetrical arranged, a bag expanding pawl 701 connects a rotary shaft 702, and bag expanding pawl 701 rotates around rotary shaft 702.
The side of bag expanding pawl 701 is arc.
Described bag expanding pawl 701 includes guide portion 703 and struts portion 704, and guide portion 703 is arranged on the afterbody in the portion of strutting 704, near strutting the radius of portion 704 part less than away from strutting the radius of portion 704 part, described in strut cross section, portion 704 be U-shaped cross section.
Described U-shaped cross section is sequentially connected with is formed semi-closed structure by concave section, upside 705, medial arc outwardly projecting portion 706 and downside arc outwardly projecting portion 707.
Embodiment 7
A kind of packer being provided with material conveying, turning device described in the utility model, including material toggling mechanism 3, send bag mechanism 4, picking bag bag expanding device and sucker 6, picking bag bag expanding device includes picking bag conveying mechanism 51 and bag expanding mechanism 7, the structure of picking bag conveying mechanism 51 and bag expanding mechanism 7 may is that picking bag conveying mechanism 51 includes holding bag plate 501 and making to hold bag plate 501 at picking bag station 505 and opening reciprocating translation mechanism between bag station respectively, holds corresponding side, pre-formed bags bag mouth position on bag plate 501 and has adsorption hole 503；Bag expanding mechanism 7 includes bag expanding pawl 701, and the side of bag expanding pawl 701 is curved.
Described translation mechanism includes power source and guide 502, holds bag plate 501 and is movably arranged on guide 502, and power source driving is held bag plate 501 and moved on guide 502.
The upper surface of described guide 502 is provided with bar-shaped trough, bar-shaped trough is arranged along guide 502 length direction, described holding bag plate 501 lower surface to be provided with strip bulge or roller, strip bulge or roller suitable with bar-shaped trough, strip bulge or roller are stuck in bar-shaped trough.
Described bag expanding pawl 701 connects has rotary shaft 702, bag expanding pawl 701 to rotate around rotary shaft 702.
Described bag expanding pawl 701 includes guide portion 703 and struts portion 704, and guide portion 703 is arranged on the afterbody in the portion of strutting 704, near strutting the radius of portion 704 part less than away from strutting the radius of portion 704 part, described in strut cross section, portion 704 be U-shaped cross section.
Described U-shaped cross section is sequentially connected with is formed semi-closed structure by concave section, upside 705, medial arc outwardly projecting portion 706 and downside arc outwardly projecting portion 707.
Embodiment 8
A kind of bag expanding method based on the picking bag bag expanding device in above-mentioned packer, particularly as follows: include picking bag, translate, open bag, bag expanding and translation reset process,
Described picking bag refers to that holding bag plate 501 receives pre-formed bags at picking bag station 505, and is fixed by the adsorption hole 503 held on bag plate 501 of pre-formed bags bag mouth correspondence position；
Described translation refers to hold bag plate 501 under the drive of translation mechanism, moves to out a bag bag expanding station 506 from picking bag station 505, and pre-formed bags, in the case of adsorbed hole 503 is persistently fixing, moves to out a bag bag expanding station 506 with holding bag plate 501 from picking bag station 505；
Described bag of opening refers to that sucker 6 adsorbs on the upside of by the bag mouth of bag opening at bag bag expanding station 506, jointly acts on open bag mouth with the adsorption hole 503 on the downside of bag mouth；
Described bag expanding refers to that the bag expanding pawl 701 in circular arc stretches in bag mouth, opens the bag mouth left and right sides；
Described translation reset refer to pre-formed bags with hold bag plate 501 and separate after, hold bag plate 501 from opening a bag bag expanding station 506 and move to picking bag station 505.
Described bag expanding and translation reset process are carried out simultaneously.
Claims (10)
1. a material conveying, turning device, it is characterized in that: include conveying mechanism (1) and switching mechanism (2), the discharge end of described conveying mechanism (1) is arranged on the feed end of switching mechanism (2), the feed end of described switching mechanism (2) is provided with blowing nozzle (107), the material conveying direction of described conveying mechanism (1) is perpendicular with the radial direction of the rotary shaft of switching mechanism (2) (702), and material is that axle overturns on switching mechanism (2) with the conveying direction of conveying mechanism (1).
2. a kind of material conveying, turning device as claimed in claim 1, it is characterised in that: the quantity of described blowing nozzle (107) is multiple.
3. a kind of material conveying, turning device as claimed in claim 2, it is characterised in that: it is provided with the control switch of break-make gas and tolerance size on described each blowing nozzle (107).
4. a kind of material conveying, turning device as claimed in claim 1, it is characterised in that: the blowing direction of described blowing nozzle (107) intersects with material conveying direction on conveying mechanism (1).
5. a kind of material conveying, turning device as according to any one of claim 1-4, it is characterised in that: described blowing nozzle (107) is movably arranged in the frame (106) of packer, and the blow-out position of blowing nozzle (107) is adjustable.
6. a kind of material conveying, turning device as according to any one of claim 1-4, it is characterized in that: described conveying mechanism (1) includes cycloconveyor belt C(101), stock supporting plate (102) and material toggling block (103), stock supporting plate (102) is fixed on the feed end of switching mechanism (2), material toggling block (103) is arranged on cycloconveyor belt C(101) on, cycloconveyor belt C(101) drive material toggling block (103) that the material on stock supporting plate (102) is sent into switching mechanism (2).
7. a kind of material conveying, turning device as claimed in claim 6, it is characterized in that: the quantity of described stock supporting plate (102) is two pieces, the quantity of described material toggling block (103) is multiple, two pieces of stock supporting plates (102) are disposed side by side on the feed end of switching mechanism (2), multiple material toggling blocks (103) pass through cycloconveyor belt C(101) be arranged between two pieces of stock supporting plates (102), cycloconveyor belt C(101) drive material toggling block (103) that the material on stock supporting plate (102) is sent into switching mechanism (2).
8. a kind of material conveying, turning device as claimed in claim 7, it is characterized in that: described conveying mechanism (1) also includes two pieces of limiting plates (104) being symmetricly set in the frame (106) of packer, stock supporting plate (102) is positioned between two pieces of limiting plates (104).
9. a kind of material conveying, turning device as claimed in claim 6, it is characterised in that: the equal downward bending in two ends of described stock supporting plate (102), its bending part arc-shaped transition.
10. a kind of material conveying, turning device as claimed in claim 7, it is characterized in that: described conveying mechanism (1) also includes two cycloconveyor belt A(105), article two, cycloconveyor belt A(105) discharge end be separately positioned on the end of two pieces of stock supporting plates (102), described multiple material toggling blocks (103) pass through cycloconveyor belt C(101) be arranged between two pieces of stock supporting plates (102) and two cycloconveyor belt A(105) between.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620263183.0U CN205526515U (en) | 2016-03-31 | 2016-03-31 | Turning device is carried to material |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620263183.0U CN205526515U (en) | 2016-03-31 | 2016-03-31 | Turning device is carried to material |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205526515U true CN205526515U (en) | 2016-08-31 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620263183.0U Withdrawn - After Issue CN205526515U (en) | 2016-03-31 | 2016-03-31 | Turning device is carried to material |
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| Country | Link |
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| CN (1) | CN205526515U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105645090A (en) * | 2016-03-31 | 2016-06-08 | 佛山市松川机械设备有限公司 | Material conveying and overturning device |
| CN111731791A (en) * | 2020-08-25 | 2020-10-02 | 苏州鼎纳自动化技术有限公司 | Screw multichannel simultaneous feeding mechanism |
-
2016
- 2016-03-31 CN CN201620263183.0U patent/CN205526515U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105645090A (en) * | 2016-03-31 | 2016-06-08 | 佛山市松川机械设备有限公司 | Material conveying and overturning device |
| CN111731791A (en) * | 2020-08-25 | 2020-10-02 | 苏州鼎纳自动化技术有限公司 | Screw multichannel simultaneous feeding mechanism |
| CN111731791B (en) * | 2020-08-25 | 2020-11-24 | 苏州鼎纳自动化技术有限公司 | Screw multichannel simultaneous feeding mechanism |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160831 Effective date of abandoning: 20180914 |
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| AV01 | Patent right actively abandoned |