CN107311094A - PET bottle automatic filling line air conveyance devices with sliver adjusting means - Google Patents
PET bottle automatic filling line air conveyance devices with sliver adjusting means Download PDFInfo
- Publication number
- CN107311094A CN107311094A CN201710477239.1A CN201710477239A CN107311094A CN 107311094 A CN107311094 A CN 107311094A CN 201710477239 A CN201710477239 A CN 201710477239A CN 107311094 A CN107311094 A CN 107311094A
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- sliver
- width
- rotary
- screw rod
- lead screw
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- 230000000712 assembly Effects 0.000 claims abstract description 36
- 238000000429 assembly Methods 0.000 claims abstract description 36
- 238000003079 width control Methods 0.000 claims abstract description 14
- 230000005540 biological transmission Effects 0.000 claims description 10
- 230000000694 effects Effects 0.000 claims description 10
- 230000008878 coupling Effects 0.000 claims description 4
- 238000010168 coupling process Methods 0.000 claims description 4
- 238000005859 coupling reaction Methods 0.000 claims description 4
- 239000007787 solid Substances 0.000 claims description 2
- 238000005516 engineering process Methods 0.000 description 3
- 238000004519 manufacturing process Methods 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B67—OPENING, CLOSING OR CLEANING BOTTLES, JARS OR SIMILAR CONTAINERS; LIQUID HANDLING
- B67C—CLEANING, FILLING WITH LIQUIDS OR SEMILIQUIDS, OR EMPTYING, OF BOTTLES, JARS, CANS, CASKS, BARRELS, OR SIMILAR CONTAINERS, NOT OTHERWISE PROVIDED FOR; FUNNELS
- B67C3/00—Bottling liquids or semiliquids; Filling jars or cans with liquids or semiliquids using bottling or like apparatus; Filling casks or barrels with liquids or semiliquids
- B67C3/02—Bottling liquids or semiliquids; Filling jars or cans with liquids or semiliquids using bottling or like apparatus
- B67C3/22—Details
- B67C3/24—Devices for supporting or handling bottles
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Abstract
The present invention relates to a kind of PET bottle automatic filling line air conveyance devices with sliver adjusting means.It has an airduct, and airduct lower end sets sliver along its length, and sliver lower end be arranged in parallel load-bearing tie-beam；Multiple width moving assemblies are fixedly installed on load-bearing tie-beam in horizontal direction, the upper end of multiple width moving assemblies is fixed on sliver, series connection width control assembly, the width adjustment for controlling the sliver between multiple width moving assemblies；Multiple short transverse control assemblies are also set up on the wall of airduct side, the upper end of multiple short transverse control assemblies is fixed on the wall of airduct side, and the lower end of multiple short transverse control assemblies is movably connected on the load-bearing tie-beam, the height for controlling sliver.The PET bottle automatic filling line air conveyance devices with sliver adjusting means, meet the conveying of various types of PET bottles, improve the service efficiency of sliver, reduce use cost, increase whole economic efficiency.
Description
Technical field
The present invention relates to the technical field of PET bottle automatic filling line air conveyance devices, especially a kind of band sliver regulation
The PET bottle automatic filling line air conveyance devices of device.
Background technology
PET bottle automatic filling line, is a kind of to realize the automatical and efficient filling production line of PET bottle.In PET bottle auto-filling mistake
Cheng Zhong, air conveyance devices are wherein important parts.The mode of movement of PET bottle automatic filling line air conveyance devices is
Produced using blower fan in airduct air-flow malleation blow PET empty bottle mouths hang over slided on the sliver of one group of left and right sides realize to
Preceding transmission, and respectively set one group of body sliver to be used for the amplitude of fluctuation for limiting PET empty bottles in the both sides of body, existing air is defeated
Sending the both sides sliver of equipment routinely has two kinds of set-up modes：A kind of body sliver of use fixed support assembling, in height and width
It is all fixed size to spend direction, can only meet a kind of conveying requirement of bottle-type；Another body sliver assembled for cylinder, can
Two layers of air-cylinder type body sliver is assembled into, most multipotency meets the conveying requirement of three kinds of different bottle-type, the setting height(from bottom) of cylinder
Fixed, and the stretching of cylinder and the stroke retracted are also to change, thus during being transmitted by
Significant limitation, if client needs to produce the air conveyance devices of a variety of different bottle-type, existing conveying equipment is met
The requirement of client is not, it is necessary to carry out the replacing of sliver adjusting means.The utilization limitation of resource, reduction production can so be caused
Efficiency, increases use cost.
The content of the invention
The technical problem to be solved in the present invention is：In order to solve the problem of prior art in above-mentioned background technology is present,
A kind of PET bottle automatic filling line air conveyance devices with sliver adjusting means are provided, by height and width using watching
Take motor and accurate adjustment carried out to body sliver, meet the conveying of various types of PET bottles, improve the service efficiency of sliver,
Use cost is reduced, increases whole economic efficiency.
The technical solution adopted for the present invention to solve the technical problems is：PET bottle auto-filling with sliver adjusting means
Line air conveyance devices, with airduct, the airduct lower end sets sliver along its length, and the sliver lower end, which be arranged in parallel, holds
Reconnect beam；Multiple width moving assemblies, the multiple width are fixedly installed on the load-bearing tie-beam in horizontal direction
The upper end of direction moving assembly is fixed on sliver, width control group of being connected between the multiple width moving assembly
Part, the width adjustment for controlling the sliver；Multiple short transverse control assemblies are also set up on the wall of the airduct side, it is described many
The upper end of individual short transverse control assembly is fixed on the wall of airduct side, and the lower end activity of the multiple short transverse control assembly is even
It is connected on the load-bearing tie-beam, the height for controlling the sliver.
Further, the multiple width moving assembly includes body sliver folder, body sliver folder support bar, first
Ring-type shifting chute, clevis mounting, the first U-board, rotary shaft, drive bevel gear, driven wheel of differential, drive lead screw, drive lead screw
The first U-board, first U-board two are fixed in the width direction in the middle part of nut and drive lead screw installing plate, the clevis mounting
Side is symmetrical arranged the first ring-type shifting chute positioned at the clevis mounting upper end on along its length, the rotary shaft is installed along U-shaped
Seat width is interspersed to be set, and drive bevel gear, the top and bottom of the drive bevel gear is fixedly installed in the rotary shaft
Engagement, which sets to surround on the outside of driven wheel of differential, the driven wheel of differential, sets drive lead screw installing plate, the driven wheel of differential
End, which is passed through, to be connected on drive lead screw, the drive lead screw other end and passes through clevis mounting width side after drive lead screw installing plate
Upward side wall activity is set, and activity sets drive lead screw nut, the drive lead screw nut upper end on the drive lead screw
Body sliver folder support bar is vertically arranged, the body sliver folder support bar passes through the first ring-type being arranged on clevis mounting
Shifting chute rearward end connection body sliver folder, the outside of the body sliver folder clamping sliver, can be moved by width
Component, to realize that the size on sliver width is adjusted.
Further, the side of the drive lead screw also sets up the anti-rotation axis of guide, and the anti-rotation axis of guide is pacified along the U-shaped
Fill and be respectively provided with fixed plate, the fixed plate and drive lead screw nut side on the interspersed setting of seat length direction, the anti-rotation axis of guide
Wall is fixedly connected, and can be caused more steady during adjusting, it is to avoid occur transfer phenomenon, influence the width adjusting of sliver.
Further, the width control assembly include width motor mounting box, width rotary electric machine,
Motor side spur gear, driven shaft, driven shaft end spur gear and the second U-board, the width rotary electric machine are arranged on width
On the inside of the motor mounting box of direction, the output end of the width rotary electric machine sets motor side spur gear, the driven shaft edge
Motor mounting box length direction is interspersed to be set, and driven shaft end spur gear, the motor side straight-tooth is fixedly installed on the driven shaft
Wheel and driven shaft end spur gear engaged transmission realize that driven shaft is rotated, and the width motor mounting box upper end is fixedly installed the
Two U-boards, are driven by width rotary electric machine so that driven shaft is rotated, and the both sides output end connection of driven shaft turns
Moving axis, can drive the rotation of rotary shaft, so as to realize the control and regulation to width moving assembly.
Further, the multiple short transverse control assembly includes support, rail plate, sliding shoe, movable plate, the 3rd
U-board, rotary electric machine, motor mount, the second ring-type shifting chute, rotary screw rod, rotary screw rod nut, rotary screw rod nut peace
Plate and rotary screw rod afterbody locating piece are filled, the pedestal upper end is fixedly installed on the wall of airduct side, the support side is fixed and set
Put and rotary electric machine is fixed on motor mount, the motor mount, the rotary electric machine output end connects rotary screw rod, described
Rotary screw rod end sets activity on rotary screw rod afterbody locating piece, the rotary screw rod to set rotary screw rod nut installing plate,
It is fixedly installed on the rotary screw rod nut installing plate on rotary screw rod nut, the support and relatively rotates screw mandrel position along length
Direction sets the second ring-type shifting chute, and the rotary screw rod nut installing plate side wall is passed through after the second ring-type shifting chute by bolt
Rail plate is fixedly installed in the sliding shoe of connecting bracket opposite side, the support opposite side, and the sliding shoe is slidably arranged in cunning
On dynamic guide rail, the side of the sliding shoe, which is horizontally disposed with movable plate, the movable plate, is fixedly installed the 3rd U-board；By many
Individual short transverse control assembly can adjust height of the sliver in PET bottle, realize its laser propagation effect.
Further, shaft coupling is also set up between the rotary electric machine and rotary screw rod, it is ensured that rotary electric machine is exported
Effective transmission of power, reduces the vibrations in rotary screw rod running, improves the stationarity of overall operation.
The beneficial effects of the invention are as follows：By using width moving assembly, width control assembly and height side
To effective cooperation of control assembly, the accurate adjustment on sliver width and short transverse is realized, facilitates the control of operating personnel
System adjustment, can also meet the transmission of a variety of different types of PET bottles, improve the service efficiency of sliver, increase whole economic efficiency.
Brief description of the drawings
The present invention is further described with reference to the accompanying drawings and examples.
Fig. 1 is the structural representation one of the present invention；
Fig. 2 is the structural representation two of the present invention；
Fig. 3 is the structural representation three of the present invention；
Fig. 4 is the structural representation one of multiple width moving assemblies in the present invention；
Fig. 5 is the structural representation two of multiple width moving assemblies in the present invention；
Fig. 6 is the structural representation three of multiple width moving assemblies in the present invention；
Fig. 7 is the structural representation one of width control assembly in the present invention；
Fig. 8 is the structural representation two of width control assembly in the present invention；
Fig. 9 is the structural representation one of multiple short transverse control assemblies in the present invention；
Figure 10 is the structural representation two of multiple short transverse control assemblies in the present invention.
In figure:1st, airduct, 2, sliver, 3, load-bearing tie-beam, 4, multiple width moving assemblies, 4-1, body sliver
Folder, 4-2, body sliver folder support bar, 4-3, the first ring-type shifting chute, 4-4, clevis mounting, 4-5, the first U-board, 4-6, turn
Moving axis, 4-7, drive bevel gear, 4-8, driven wheel of differential, 4-9, drive lead screw, 4-10, drive lead screw nut, 4-11, driving wire
Bar installing plate, 4-12, the anti-rotation axis of guide, 4-13, fixed plate, 5, width control assembly, 5-1, width motor are installed
Box, 5-2, width rotary electric machine, 5-3, motor side spur gear, 5-4, driven shaft, 5-5, driven shaft end spur gear, 5-6,
Two U-boards, 6, multiple short transverse control assemblies, 6-1, support, 6-2, rail plate, 6-3, sliding shoe, 6-4, movable plate, 6-
5th, the 3rd U-board, 6-6, rotary electric machine, 6-7, motor mount, 6-8, the second ring-type shifting chute, 6-9, rotary screw rod, 6-10,
Rotary screw rod nut, 6-11, rotary screw rod nut installing plate, 6-12, rotary screw rod afterbody locating piece, 6-13, shaft coupling.
Embodiment
In conjunction with the accompanying drawings, the present invention is further explained in detail.These accompanying drawings are simplified schematic diagram, only with
Illustration illustrates the basic structure of the present invention, therefore it only shows the composition relevant with the present invention.
In the present invention, sliver adjusting means is regulation of the sliver 2 on width and short transverse.
As shown in Fig. 1~10 is the PET bottle automatic filling line air conveyance devices with sliver adjusting means, with airduct
1, the lower end of airduct 1 sets sliver 2 along its length, and the lower end of sliver 2 be arranged in parallel load-bearing tie-beam 3；Level on load-bearing tie-beam 3
Multiple width moving assemblies 4 are fixedly installed on direction, the upper end of multiple width moving assemblies 4 is fixed on sliver 2,
Series connection width control assembly 5, the width adjustment for controlling the sliver 2 between multiple width moving assemblies 4；It is logical
Cross width Direction Control Unit 5 to control multiple width moving assemblies, so that the width to control its sliver 2；The side of airduct 1
Multiple short transverse control assemblies 6 are also set up on wall, the upper end of multiple short transverse control assemblies 6 is fixed on the side wall of airduct 1,
The lower end of multiple short transverse control assemblies 6 is movably connected on the load-bearing tie-beam 3, the height for controlling the sliver 2
Degree.
Wherein, multiple width moving assemblies 4 include body sliver folder 4-1, body sliver folder support bar 4-2, first
Ring-type shifting chute 4-3, clevis mounting 4-4, the first U-board 4-5, rotary shaft 4-6, drive bevel gear 4-7, driven wheel of differential 4-
8th, in the middle part of drive lead screw 4-9, drive lead screw nut 4-10 and drive lead screw installing plate 4-11, clevis mounting 4-4 in the width direction
The first U-board 4-5 is fixed, the first U-board 4-5 both sides are symmetrical arranged first positioned at clevis mounting 4-4 upper ends on along its length
Ring-type shifting chute 4-3, rotary shaft 4-6 are set along clevis mounting 4-4 widths are interspersed, are fixedly installed on rotary shaft 4-6 actively
Engage on the outside of setting driven wheel of differential 4-8, driven wheel of differential 4-8 bevel gear 4-7, drive bevel gear 4-7 top and bottom
Surround and set drive lead screw installing plate 4-11, driven wheel of differential 4-8 ends to pass through connection transmission after drive lead screw installing plate 4-11
The other end is set through the side wall activity on clevis mounting 4-4 widths on screw mandrel 4-9, drive lead screw 4-9, drive lead screw
The upper activities of 4-9 set drive lead screw nut 4-10, and drive lead screw nut 4-10 upper ends are vertically arranged body sliver folder support bar
4-2, body sliver folder support bar 4-2 passes through the first ring-type shifting chute 4-3 rearward ends connection being arranged on clevis mounting 4-4
Body sliver presss from both sides 4-1, and body sliver folder 4-1 clamps the outside of sliver 2.
Drive lead screw 4-9 side also sets up anti-rotation axis of guide 4-12, anti-rotation axis of guide 4-12 along clevis mounting 4-4 length
Spend on the interspersed setting in direction, anti-rotation axis of guide 4-12 and be respectively provided with fixed plate 4-13, fixed plate 4-13 and drive lead screw nut 4-10
Side wall is fixedly connected.
Width control assembly 5 includes width motor mounting box 5-1, width rotary electric machine 5-2, motor side
Spur gear 5-3, driven shaft 5-4, driven shaft end spur gear 5-5 and the second U-board 5-6, width rotary electric machine 5-2 are arranged on
On the inside of width motor mounting box 5-1, width rotary electric machine 5-2 output end sets motor side spur gear 5-3, driven
Axle 5-4 is set along motor mounting box 5-1 length directions are interspersed, and driven shaft end spur gear 5-5 is fixedly installed in 5-4 on driven shaft, electricity
Generator terminal spur gear 5-3 and driven shaft end spur gear engaged transmission realize that driven shaft 5-4 is rotated, width motor mounting box 5-1
The second U-board 5-6 is fixedly installed in upper end.
Multiple short transverse control assemblies 6 include support 6-1, rail plate 6-2, sliding shoe 6-3, movable plate 6-4, the 3rd
U-board 6-5, rotary electric machine 6-6, motor mount 6-7, the second ring-type shifting chute 6-8, rotary screw rod 6-9, rotary screw rod nut
6-10, rotary screw rod nut installing plate 6-11 and rotary screw rod afterbody locating piece 6-12, support 6-1 upper ends are fixedly installed on airduct
On 1 side wall, support 6-1 sides are fixedly installed on motor mount 6-7, motor mount 6-7 and fix rotary electric machine 6-6, rotate
Motor 6-6 output ends connect rotary screw rod 6-9, and rotary screw rod 6-9 ends set rotary screw rod afterbody locating piece 6-12, rotate silk
Activity sets and rotation silk is fixedly installed on rotary screw rod nut installing plate 6-11, rotary screw rod nut installing plate 6-11 on bar 6-9
Screw mandrel 6-9 positions are relatively rotated on stem nut 6-10, support 6-1 the second ring-type shifting chute 6-8 is set along its length, rotate silk
Stem nut installing plate 6-11 side walls pass through the sliding shoe of connecting bracket 6-1 opposite sides after the second ring-type shifting chute 6-8 by bolt
Rail plate 6-2 is fixedly installed in 6-3, support 6-1 opposite sides, and sliding shoe 6-3 is slidably arranged on rail plate 6-2, sliding shoe
6-3 side is horizontally disposed with movable plate 6-4, movable plate 6-4 and the 3rd U-board 6-5 is fixedly installed.Rotary electric machine 6-6 and rotation
Shaft coupling 6-13 is also set up between screw mandrel 6-9.
See Fig. 1, Fig. 2 and Fig. 3, sliver 2 is arranged between airduct 1 and load-bearing tie-beam 3；Set on load-bearing tie-beam 3
There is the first U-board 4-5 set in multiple width moving assemblies 4, multiple width moving assemblies 4 to be fixedly installed on U
Shape mounting seat 4-4 upper ends, can be used for being connected between multiple width moving assemblies 4 and load-bearing tie-beam 3；In wind
Multiple short transverse control assemblies 6 are also vertically arranged on the side wall of pipe 1, on multiple medium-height trestle 6-1 of short transverse control assembly 6
End is stationarily connected on the side wall of airduct 1, and support 6-1 lower ends opposite side sets movable plate 6-4, solid in movable plate 6-4 upper ends
3rd U-board 6-5 is set surely, can be used for being connected between multiple short transverse control assemblies 6 and load-bearing tie-beam 3
It is connected.
It is multiple width moving assemblies 4 to see Fig. 4, Fig. 5 and Fig. 6, and it includes body sliver folder 4-1, body sliver folder
Support bar 4-2, the first ring-type shifting chute 4-3, clevis mounting 4-4, the first U-board 4-5, rotary shaft 4-6, drive bevel gear 4-
7th, driven wheel of differential 4-8, drive lead screw 4-9, drive lead screw nut 4-10 and drive lead screw installing plate 4-11.
The operating principle of multiple width moving assemblies 4 is as follows：
Rotary shaft 4-6 first, which is rotated, can drive drive bevel gear 4-7 to rotate, due to driven wheel of differential 4-8 setting up and down
With drive bevel gear 4-7 engaged transmissions, so driven wheel of differential 4-8 can be rotated, the drive lead screw for being fixed on end is driven
4-9 is rotated, and drive lead screw nut 4-10 is movably arranged on drive lead screw 4-9, causes drive lead screw nut 4-10 can edge
Drive lead screw length direction is moved freely；Body sliver folder support bar is fixedly installed on drive lead screw nut 4-10 upper surface
4-2, body sliver folder support bar 4-2 passes through the first ring-type shifting chute 4-3 set on clevis mounting 4-4 to be vertically arranged.Work as biography
When dynamic feed screw nut 4-10 can be moved freely along drive lead screw length direction, body sliver can be driven to press from both sides support bar 4-2 and existed
Moved freely in first ring-type shifting chute 4-3, be so achieved that the regulation of width between body sliver folder support bar 4-2, from
And realize the regulation of the sliver 2 of body sliver folder support bar 4-2 upper ends body sliver folder 4-1 clampings.On the width of sliver 2
Adjusting means realizes the accurate adjustment of width by the engaged transmission between bevel gear, facilitates operating personnel to sliver 2
The accurate control of width, also improves the stability of integrated operation operation.
See the structural representation that Fig. 7 and Fig. 8 is width control assembly, width control assembly 5 includes width side
To motor mounting box 5-1, width rotary electric machine 5-2, motor side spur gear 5-3, driven shaft 5-4, driven shaft end spur gear
5-5 and the second U-board 5-6.
The operating principle of the width control assembly is as follows：Width rotary electric machine 5-2 first starts, and drives output
The motor side spur gear 5-3 at end, motor side spur gear 5-3 rotation drive the driven shaft end spur gear 5-5 that engagement is set, driven
Shaft end spur gear 5-5 is fixedly installed on driven shaft 5-4, so driven shaft 5-4 rotation can be driven, driven shaft 5-4 rotation
Rotary shaft 4-6 transfer, realizes transmission in the multiple width moving assemblies 4 of meeting.
See the structural representation that Fig. 9 and Figure 10 is multiple short transverse control assemblies, multiple short transverse control assemblies 6 are wrapped
Include support 6-1, rail plate 6-2, sliding shoe 6-3, movable plate 6-4, the 3rd U-board 6-5, rotary electric machine 6-6, motor mount
6-7, the second ring-type shifting chute 6-8, rotary screw rod 6-9, rotary screw rod nut 6-10, rotary screw rod nut installing plate 6-11 and turn
Dynamic screw mandrel afterbody locating piece 6-12.
The operating principle of the plurality of short transverse control assembly is as follows：
Start the rotary electric machine 6-6 on motor mount 6-7 first, rotary electric machine 6-6, which is rotated, drives rotary screw rod 6-9's
Rotate, rotary screw rod nut 6-10 is movably arranged on rotary screw rod 6-9, and rotary screw rod 6-9 rotation can drive rotary screw rod
Nut 6-10 is moved up and down along rotary screw rod 6-9 length directions, and mobile due to rotary screw rod 6-9 can drive rotary screw rod nut
Installing plate 6-11's moves up and down, due to rotary screw rod nut installing plate 6-11 side walls by bolt pass through the second ring-type shifting chute
Rail plate 6-2, sliding shoe 6-3 is fixedly installed in the sliding shoe 6-3 of connecting bracket 6-1 opposite sides after 6-8, support 6-1 opposite sides
It is slidably arranged on rail plate 6-2, sliding shoe 6-3 side, which is horizontally disposed with movable plate 6-4, movable plate 6-4, to be fixedly installed
3rd U-board 6-5, because the 3rd U-board 6-5 is fixedly connected with load-bearing tie-beam 3, so sliding shoe 6-3 is in rail plate 6-2
On slide up and down and can drive moving up and down for load-bearing tie-beam 3, due to multiple width sides are fixedly installed simultaneously on load-bearing tie-beam 3
To moving assembly 4, body sliver folder 4-1 holds sliver 2 in multiple width moving assemblies 4, it is possible to by sliding
Block 6-3's moves up and down to realize the accurate adjustment in the short transverse of sliver 2.
Using the above-mentioned desirable embodiment according to the present invention as enlightenment, by above-mentioned description, relevant staff is complete
Various changes and amendments can be carried out without departing from the scope of the technological thought of the present invention' entirely.The technology of this invention
Property scope is not limited to the content on specification, it is necessary to its technical scope is determined according to right.
Claims (6)
1. the PET bottle automatic filling line air conveyance devices with sliver adjusting means, with airduct (1), airduct (1) lower end
Sliver (2) is set along its length, and sliver (2) lower end be arranged in parallel load-bearing tie-beam (3)；It is characterized in that：It is described to hold
Reconnect and multiple width moving assemblies (4), the multiple width movement group are fixedly installed on beam (3) in horizontal direction
The upper end of part (4) is fixed on sliver (2), width control group of being connected between the multiple width moving assembly (4)
Part (5), the width adjustment for controlling the sliver (2)；Multiple short transverse control groups are also set up on the wall of airduct (1) side
Part (6), the upper end of the multiple short transverse control assembly (6) is fixed on the wall of airduct (1) side, the multiple short transverse control
The lower end of component (6) processed is movably connected on the load-bearing tie-beam (3), the height for controlling the sliver (2).
2. the PET bottle automatic filling line air conveyance devices according to claim 1 with sliver adjusting means, its feature exists
In：The multiple width moving assembly (4) includes body sliver folder (4-1), body sliver folder support bar (4-2), first
Ring-type shifting chute (4-3), clevis mounting (4-4), the first U-board (4-5), rotary shaft (4-6), drive bevel gear (4-7), from
Dynamic bevel gear (4-8), drive lead screw (4-9), drive lead screw nut (4-10) and drive lead screw installing plate (4-11), the U-shaped
The first U-board (4-5) is fixed in the middle part of mounting seat (4-4) in the width direction, the first U-board (4-5) both sides are located at the U-shaped
Mounting seat (4-4) upper end is symmetrical arranged the first ring-type shifting chute (4-3) on along its length, the rotary shaft (4-6) is pacified along U-shaped
Fill and drive bevel gear (4-7), the initiative taper is fixedly installed on the interspersed setting of seat (4-4) width, the rotary shaft (4-6)
Engage to surround on the outside of setting driven wheel of differential (4-8), the driven wheel of differential (4-8) and set in the top and bottom of gear (4-7)
Drive lead screw installing plate (4-11) is put, driven wheel of differential (4-8) end is connected afterwards through drive lead screw installing plate (4-11)
The other end is movable through the side wall on clevis mounting (4-4) width on drive lead screw (4-9), the drive lead screw (4-9)
Set, activity is set on drive lead screw nut (4-10), the drive lead screw nut (4-10) on the drive lead screw (4-9)
End is vertically arranged body sliver folder support bar (4-2), and the body sliver folder support bar (4-2), which passes through, is arranged on clevis mounting
First ring-type shifting chute (4-3) rearward end connection body sliver folder (4-1) on (4-4), body sliver folder (4-1) clamping
The outside of sliver (2).
3. the PET bottle automatic filling line air conveyance devices according to claim 2 with sliver adjusting means, its feature exists
In：The side of the drive lead screw (4-9) also sets up the anti-rotation axis of guide (4-12), and the anti-rotation axis of guide (4-12) is along the U
Shape mounting seat (4-4) length direction is interspersed to be set, and fixed plate (4-13) is respectively provided with the anti-rotation axis of guide (4-12), described solid
Fixed board (4-13) is fixedly connected with drive lead screw nut (4-10) side wall.
4. the PET bottle automatic filling line air conveyance devices according to claim 1 with sliver adjusting means, its feature exists
In：The width control assembly (5) include width motor mounting box (5-1), width rotary electric machine (5-2),
Motor side spur gear (5-3), driven shaft (5-4), driven shaft end spur gear (5-5) and the second U-board (5-6), the width side
It is arranged on to rotary electric machine (5-2) on the inside of width motor mounting box (5-1), the width rotary electric machine (5-2)
Output end sets motor side spur gear (5-3), and the driven shaft (5-4) is set along motor mounting box (5-1) length direction is interspersed,
Driven shaft end spur gear (5-5), the motor side spur gear (5-3) and driven shaft end is fixedly installed in (5-4) on the driven shaft
Spur gear (5-5) engaged transmission realizes that driven shaft (5-4) is rotated, and width motor mounting box (5-1) upper end is fixed and set
Put the second U-board (5-6).
5. the PET bottle automatic filling line air conveyance devices according to claim 1 with sliver adjusting means, its feature exists
In：The multiple short transverse control assembly (6) includes support (6-1), rail plate (6-2), sliding shoe (6-3), movable plate
(6-4), the 3rd U-board (6-5), rotary electric machine (6-6), motor mount (6-7), the second ring-type shifting chute (6-8), rotation silk
Bar (6-9), rotary screw rod nut (6-10), rotary screw rod nut installing plate (6-11) and rotary screw rod afterbody locating piece (6-
12), support (6-1) upper end is fixedly installed on the wall of airduct (1) side, and motor peace is fixedly installed in support (6-1) side
Fill and rotary electric machine (6-6) is fixed on seat (6-7), the motor mount (6-7), rotary electric machine (6-6) the output end connection
Rotary screw rod (6-9), rotary screw rod (6-9) end sets rotary screw rod afterbody locating piece (6-12), the rotary screw rod
Activity sets fixation on rotary screw rod nut installing plate (6-11), the rotary screw rod nut installing plate (6-11) to set on (6-9)
Put relative rotation screw mandrel (6-9) position on rotary screw rod nut (6-10), the support (6-1) and the second ring is set along its length
Shape shifting chute (6-8), rotary screw rod nut installing plate (6-11) the side wall passes through the second ring-type shifting chute (6-8) by bolt
Rail plate (6-2) is fixedly installed in the sliding shoe (6-3) of connecting bracket (6-1) opposite side afterwards, support (6-1) opposite side,
The sliding shoe (6-3) is slidably arranged on rail plate (6-2), and the side of the sliding shoe (6-3) is horizontally disposed with movable plate
The 3rd U-board (6-5) is fixedly installed on (6-4), the movable plate (6-4).
6. the PET bottle automatic filling line air conveyance devices according to claim 5 with sliver adjusting means, its feature exists
In：Shaft coupling (6-13) is also set up between the rotary electric machine (6-6) and rotary screw rod (6-9).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710477239.1A CN107311094A (en) | 2017-06-21 | 2017-06-21 | PET bottle automatic filling line air conveyance devices with sliver adjusting means |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710477239.1A CN107311094A (en) | 2017-06-21 | 2017-06-21 | PET bottle automatic filling line air conveyance devices with sliver adjusting means |
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| Publication Number | Publication Date |
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| CN107311094A true CN107311094A (en) | 2017-11-03 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201710477239.1A Pending CN107311094A (en) | 2017-06-21 | 2017-06-21 | PET bottle automatic filling line air conveyance devices with sliver adjusting means |
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| Country | Link |
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| CN (1) | CN107311094A (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107738866A (en) * | 2017-11-27 | 2018-02-27 | 苏州肯美特设备集成有限公司 | A kind of canned conveyer belt of liquid drug |
| CN108840299A (en) * | 2018-06-22 | 2018-11-20 | 芜湖纯元光电设备技术有限公司 | A kind of stabilizing mechanism of gravity filler |
| CN113212820A (en) * | 2021-05-31 | 2021-08-06 | 尹明阁 | Additive filling device based on building concrete production usefulness |
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