CN207550590U - A kind of intermediate plate bearing-ring device and intermediate plate packing machine - Google Patents
A kind of intermediate plate bearing-ring device and intermediate plate packing machine Download PDFInfo
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- CN207550590U CN207550590U CN201721751893.9U CN201721751893U CN207550590U CN 207550590 U CN207550590 U CN 207550590U CN 201721751893 U CN201721751893 U CN 201721751893U CN 207550590 U CN207550590 U CN 207550590U
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Abstract
The utility model discloses a kind of intermediate plate bearing-ring device and intermediate plate packing machines, intermediate plate bearing-ring device includes turntable, rotary electric machine, intermediate plate feed mechanism, feeding collar mechanism, cutting agency, and feed mechanism, feeding collar mechanism, cutting agency are circumferentially set gradually along turntable；Feeding collar mechanism includes support plate, feeding collar assemblies and exchanges motor, and feeding collar assemblies include clamping jaw, feeding cylinder, strut cylinder, set ring flat-plate and lantern ring cylinder；Intermediate plate packing machine includes sealing ring feeding device, intermediate plate packing device and intermediate plate bearing-ring device.The feeding collar mechanism of the utility model and the intermediate plate cooperation lantern ring in set annular groove, lantern ring are efficient；And pass through rotary electric machine driving disc intermittent rotary set angle, intermediate plate feed mechanism, feeding collar mechanism, cutting agency coordinate with the set annular groove on turntable and carry out feeding, lantern ring and the blanking of intermediate plate successively respectively, it realizes the feeding of intermediate plate, lantern ring and the continuous production process of blanking, improves intermediate plate lantern ring efficiency.
Description
Technical field
The utility model is related to intermediate plate packing technique, more particularly, to a kind of intermediate plate bearing-ring device and intermediate plate packing machine.
Background technology
As shown in Figure 1, anchor clipper 10 is generally made of the left intermediate plate 10a and right clamping piece 10b of semicircular in shape, selling
When the outer diameter of intermediate plate is generally sheathed on compared in the fixing groove 101 of big end by a sealing ring.At present, intermediate plate is generally by artificial outer
Sealing ring is covered, lantern ring inefficiency, hand labor intensity is big, can not meet the market demand.
Utility model content
The purpose of the utility model is to overcome above-mentioned technical deficiencies, propose a kind of intermediate plate bearing-ring device and intermediate plate packaging
Machine, solve in the prior art intermediate plate lantern ring inefficiency the technical issues of.
To reach above-mentioned technical purpose, the technical solution of the utility model provides a kind of intermediate plate bearing-ring device, including one turn
Disk, rotary electric machine, intermediate plate feed mechanism, feeding collar mechanism, cutting agency, the disk upper surface is close to outer rim along its circumferential direction
At least three sets of annular grooves are evenly arranged with, the output shaft of the rotary electric machine connect with the turntable and can drive the turntable
Intermittent rotary set angle, feed mechanism, feeding collar mechanism, cutting agency circumferentially set gradually along the turntable and respectively with
One of set corresponding setting of annular groove；The feeding collar mechanism includes support plate, is symmetrically disposed on the support plate both ends
Two feeding collar assemblies and the driving support plate rotate and two feeding collar assemblies is made to replace the exchange to change place
Motor, each feeding collar assemblies include for strutting and abutting the clamping jaw of sealing ring inner wall, with the support plate connecting
The feeding cylinder that connects, connect with the tailpiece of the piston rod of the feeding cylinder and can drive the clamping jaw it is distracted strut cylinder, with
The clamping jaw is matched to be covered ring flat-plate and the set ring flat-plate is driven to move up and down and the sealing ring on the clamping jaw is made to be sheathed on folder
The lantern ring cylinder of the clip slot of piece.
Meanwhile the utility model also provides a kind of intermediate plate packing machine, including sealing ring feeding device, intermediate plate packing device and
Intermediate plate bearing-ring device, sealing ring feeding device setting corresponding with the feeding collar assemblies, the intermediate plate packing device
Including conveying mechanism matched with the cutting agency of intermediate plate bearing-ring device and the packet being connect with the discharge end of the conveying mechanism
Mounting mechanism.
Compared with prior art, the utility model setting feeding collar mechanism coordinates lantern ring with the intermediate plate covered in annular groove,
Lantern ring is efficient；Simultaneously by rotary electric machine driving disc intermittent rotary set angle, and intermediate plate feed mechanism, feeding ring inserter
Structure, cutting agency coordinate with the set annular groove on turntable and carry out feeding, lantern ring and the blanking of intermediate plate successively respectively, realize folder
Feeding, lantern ring and the continuous production process of blanking of piece, improve intermediate plate lantern ring efficiency.
Description of the drawings
Fig. 1 is the dimensional structure diagram of the intermediate plate of the utility model；
Fig. 2 is the overlooking the structure diagram of the intermediate plate packing machine of the utility model；
Fig. 3 is the attachment structure schematic diagram of the intermediate plate feed mechanism of the utility model；
Fig. 4 is the schematic cross-sectional view of the feeding part of the utility model；
Fig. 5 is the attachment structure schematic diagram of the feeding collar mechanism of the utility model；
Fig. 6 is the attachment structure schematic diagram of the feeding collar assemblies of the utility model；
Fig. 7 is the overlooking the structure diagram of the clamping jaw of the utility model；
Fig. 8 is the schematic cross-sectional view of the clamping jaw of the utility model；
Fig. 9 is the attachment structure schematic diagram of the firm organization of the utility model；
Figure 10 is the cutting agency attachment structure schematic diagram of the utility model；
Figure 11 is the attachment structure schematic diagram of the clamping device of the utility model.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention is further described in detail.It should be appreciated that specific embodiment described herein is only used to explain
The utility model is not used to limit the utility model.
Referring to Fig. 2, the utility model provides a kind of intermediate plate packing machine, combined including sealing ring feeding device 1, intermediate plate
Device 2, intermediate plate bearing-ring device 3 and intermediate plate packing device 4.
As shown in Fig. 2, the sealing ring feeding device 1 includes upper flitch 11 and feeding support plate 12, set in upper flitch 11
The deflector chute 11a arranged along its length is equipped with, 12 upper surface of feeding support plate is provided with to be taken with what deflector chute 11a was connected
Hopper 12a, the present embodiment can set a vibrating disk, and into school feeding, the vibrating disk is connect with the feed end of upper flitch 11, can be incited somebody to action
In sealing ring vibration feeding to deflector chute 11a, after the sealing ring in deflector chute 11a enters feeding slot 12a, in feeding slot 12a
Then stop difference under the position-limiting action of side wall, and taken away by intermediate plate bearing-ring device 3 into subsequent processing.
As shown in Figure 2 and Figure 3, intermediate plate combination unit 2 includes being horizontally placed on conplane two combination orders 21 and driving
Two 21 intervals of combination order rotate backward the composition motor 22 of set angle；Each 21 upper side outer rim edge of combination order
It is circumferentially provided with multiple combination slot 21a, and the combination slot 21a on two combination orders 21 is arranged in a one-to-one correspondence.Two groups
It closes disk 21 to be arranged close to, and the side wall of combination slot 21a is in and left intermediate plate 10a and the matched arcs of right clamping piece 10b, two combinations
Combination slot 21a on disk 21 is respectively used to place left intermediate plate 10a and right clamping piece 10b, when left intermediate plate 10a and right clamping piece 10b is with group
When conjunction disk 21 moves to its opposite side, then two opposite combination slot 21a are corresponding and can surround to form one substantially in circle
The storage tank of shape, and the left intermediate plate 10a and right clamping piece 10b for being built in above-mentioned two combination slot 21a be then equivalent to be built in it is above-mentioned
Left intermediate plate 10a and right clamping piece 10b can be combined the intermediate plate 10 of tapered tubular, consequently facilitating subsequent lantern ring by storage tank；And
With two combination orders 21 successively reversed set angle, then the multiple left sides in the combination slot 21a on two combination orders 21 are built in
Intermediate plate 10a and right clamping piece 10b can be combined sequentially into tubular intermediate plate 10.It should be noted that each combination order 21 is far from another
One combination order, 21 side can be by vibrating disk feeding, and material-uploading style and sealing ring feeding device 1 are essentially identical, therefore the present embodiment
It is not described in detail.
As shown in Fig. 2, the present embodiment intermediate plate bearing-ring device 3 includes a turntable 31, rotary electric machine 32, intermediate plate feed mechanism
33rd, feeding collar mechanism 34, clamp system 35 and cutting agency 36,31 upper surface of turntable are circumferential uniform along it close to outer rim
It sets there are four set annular groove 31a, and intermediate plate feed mechanism 33,36 edge of feeding collar mechanism 34, clamp system 35 and cutting agency
The turntable 31 is circumferential to be set gradually and is arranged in a one-to-one correspondence with four set annular groove 31a, i.e. intermediate plate feed mechanism 33 and wherein one
When a set annular groove 31a is corresponding, then feeding collar mechanism 34, cutting agency 36 and clamp system 35 respectively with the other three lantern ring
Slot 31a is corresponding, therefore when the intermediate plate 10 after being combined on combination order 21 is positioned in set annular groove 31a by intermediate plate feed mechanism 33,
Then feeding collar mechanism 34 can carry out lantern ring operation to the intermediate plate 10 in another set of annular groove 31a, and clamp system 35 is then to wherein one
The sealing ring on intermediate plate 10 in a set annular groove 31a is clamped, and cutting agency 36 can be by the folder in one of set annular groove 31a
10 blanking of piece is to intermediate plate packing device 4；Meanwhile the output shaft of rotary electric machine 32 described in the present embodiment is connect simultaneously with the turntable 31
The 31 intermittent rotary set angle of turntable can be driven, i.e., when intermediate plate feed mechanism 33, feeding collar mechanism 34, clamp system
35 and after cutting agency 36 is respectively completed its work, 32 driving disc 31 of rotary electric machine rotation set angle, due to the present embodiment
It is set as four set annular groove 31a, therefore its driving disc 31 rotates 90 °, and the set annular groove 31a for making feeding and having intermediate plate 10 is moved to and taken
Expect collar mechanism 34, and the intermediate plate 10 for being cased with sealing ring then moves to clamp system 35, the intermediate plate 10 after clamping then moves to down
Expect mechanism 36, vacant set annular groove 31a then moves to intermediate plate feed mechanism 33 to carry out feeding next time after blanking, realizes
Feeding, lantern ring, clamping and the continuous operations of blanking, greatly improve production efficiency.It is understood that the present embodiment
Set annular groove 31a can also be arranged as required to three or more, when being set as three, clamp system 35 can be cancelled, and worked as
When being set as more, then there is idle set annular groove 31a, i.e., do not have equipment to the intermediate plate 10 in idle set annular groove 31a into
Row operation.
As shown in figs. 2 to 4, intermediate plate feed mechanism 33 described in the present embodiment includes feeding part 331 and feeding drive component
332, since the intermediate plate 10 of the present embodiment is irony, therefore the feeding part 331 of the present embodiment is coaxial interior for an outer barrel 331a and one
The electromagnet 331b for being placed in outer barrel 331a is formed, and electromagnet 331b is cylinder and the internal diameter phase contract of its outer diameter and intermediate plate 10
It closes, the internal diameter of outer barrel 331a is then more than the outer diameter of 10 small end of intermediate plate, has certain interval after being combined in order to combination order 21
Left intermediate plate 10a and the upper end of right clamping piece 10b be inserted between electromagnet 331b peripheral surfaces and outer barrel 331a inner walls, and
After electromagnet 331b is powered, adsorbable live in left intermediate plate 10a and right clamping piece 10b, and cause left intermediate plate 10a and right clamping piece 10b
It abuts against and is cylindrical in shape；Feeding drive component 332 includes a feeding bar 332a radially set along turntable 31, driving feeding bar 332a
Make the feeding motor 332c of cam 332b, driving cam the 332b rotation of back and forth movement along 31 radial direction of turntable, set on feeding bar
Feeding cylinder 332d and feeding installing plate 332e, cam 332b of the 332a far from cam 332b one end are rotationally connected with feeding peace
Loading board 332e, feeding bar 332a radially set along turntable 31 and are slidably connected, and be sheathed on feeding bar with feeding installing plate 332e
Feeding block 332f on 332a is connect with cam 332b, when feeding motor 332c is rotated, the 332b rotations of band moving cam, and cam
332b by feeding block 332f drive feeding bar 332a back and forth movements, specifically set one be arranged in parallel with feeding bar 332a it is upper
Material guide rod 332g, with the feeding guide rod 332g drive block 332h being slidably connected and being sheathed on feeding guide rod 332g and elasticity is connected to
The feeding spring 332i of the drive block 332h, cam 332b outer rims are connected to drive block 332h, drive block 332h and feeding block
332f connections simultaneously can drive feeding block 332f to be moved along feeding bar 332a, and feeding spring 332i is connected to drive block 332h and makes
Drive block 332h is connected to cam 332b outer rims；It is installed when feeding cylinder 332d is moved under feeding bar 332a effects with feeding
When plate 332e distances are minimum, then the feeding part 331 for being set to the tailpiece of the piston rod of feeding cylinder 332d is located at the intermediate plate 10 after combination
Surface, feeding cylinder 332d driving feedings part 331 move downward, and left intermediate plate 10a and right clamping piece 10b is caused to be inserted in feeding
Between the electromagnet 331b of part 331 and outer barrel 331a, electromagnet 331b obtains magnetic force that is electric and generating absorption intermediate plate 10, feeding gas
Cylinder 332d driving feedings part 331 and intermediate plate 10 move upwards；Feeding cylinder 332d on cam 332b driving feeding bars 332a
Move to apart from feeding installing plate 332e it is farthest when, then intermediate plate 10 is located at right over set annular groove 31a, and feeding cylinder 332d drivings take
Materials and parts 331 move downward 10 lower end of intermediate plate for making it internal and are connected to set annular groove 31a bottoms, and electromagnet 331b dead electricity works as feeding
When cylinder 332d driving feedings part 331 moves upwards, intermediate plate 10 is then detached with feeding part 331 and is positioned in set annular groove 31a.It can
With understanding, other modes driving can also be used in the present embodiment feeding drive component 332, as long as feeding part 331 can be driven
It can simultaneously move up and down setpoint distance along 31 radial motion setpoint distance of turntable, such as it by feeding cylinder 332d and can be changed
Position cylinder, acting on for feeding cylinder 332d is identical above, and transposition cylinder can drive feeding cylinder 332d back and forth movements in combination
10 top of intermediate plate afterwards and set annular groove 31a tops；Meanwhile a chucking device can also be used in the feeding part 331 of the present embodiment,
It can clamp the intermediate plate 10 after combination.
As shown in Figure 1, shown in Figure 5, feeding collar mechanism 34 described in the present embodiment include support plate 341, be symmetrically disposed on it is described
Two feeding collar assemblies 342 and the driving support plate 341 at 341 both ends of support plate rotate and make two feeding collar assemblies
342 alternately to the exchange motor 343 of change place, and when acting on, exchanging motor 343 can drive 341 gap of support plate to rotate 180 °,
Also support plate 341 can be driven to replace forward and reverse 180 ° of rotation, its object is to work as one of feeding collar assemblies 342 to turn to
When right over feeding slot 12a, then another feeding collar assemblies 342 is located in one of right over set annular groove 31a, i.e., and wherein one
A feeding collar assemblies 342 can take out the sealing ring in feeding slot 12a, and another feeding collar assemblies 342 is then had
The sealing ring that feeding slot 12a takes out is sheathed on the intermediate plate 10 in annular groove 31a, can realize alternately feeding and lantern ring, profit
In raising lantern ring efficiency.
As shown in Figure 5, Figure 6, each the feeding collar assemblies 342 include clamping jaw 342a, feeding cylinder to the present embodiment
342b, it struts cylinder 342c, strut part 342d, lantern ring cylinder 342e, set ring flat-plate 342f, feeding fixed frame 342g, feeding lifting
Frame 342h, feeding fixed frame 342g are in inverted U and are fixed on 341 one end of support plate, and the cylinder body end of feeding cylinder 342b is fixed on
Above feeding fixed frame 342g, and its tailpiece of the piston rod is connect with being built in the feeding crane 342h of feeding fixed frame 342g, is taken
Expect that crane 342h can drive feeding crane 342h with respect to feeding in frame-type, specially rectangle frame, feeding cylinder 342b is closed
Fixed frame 342g moves up and down, and the cylinder body end for strutting cylinder 342c is connected to feeding crane 342h upper side walls, tailpiece of the piston rod
It is then connect with the tapered part 342d that struts, the cylinder body end of lantern ring cylinder 342e is connect with feeding crane 342h, tailpiece of the piston rod
It is connect with the set ring flat-plate 342f, the set ring flat-plate 342f below feeding crane 342h can be driven to be lifted with respect to feeding
Frame 342h moves up and down, and clamping jaw 342a is then embedded in feeding crane 342h lower walls and its lower end is passed through on set ring flat-plate 342f
Set annular distance, can be strutted under the action of part 342d is strutted and be connected to sealing ring inner wall.
As shown in Figure 7, Figure 8, the clamping jaw 342a is multiple including fixed cylinder a11, at least three distraction a12 and at least three
Position spring a13, the fixed cylinder a11 coaxial arrangements are strutted below cylinder 342c and its inner wall is provided with and is strutted with described in described
A12 one-to-one at least three struts guide groove a111, each struts guide groove a111 and is radially set along the fixed cylinder a11
Put, each distraction a12 extended vertically close to upper end to be formed a cooperation be inserted in it is described strut it is hollow in guide groove a111
Conducting bar a121, lower end extend to the set annular distance protruded from the set ring flat-plate 342f, and hollow conducting bar a121 is in square-outside and round-inside structure,
Guide groove a111 is strutted described in each resetting spring a13 one end connection, the other end is connect with the hollow conducting bar a121 inner walls.
During its specific feeding, feeding collar assemblies 342 are moved to right over feeding slot 12a, feeding cylinder 342b driving feeding cranes
342h is moved downward so that and the lower end for being partially protrude through three distraction a12 of set annular distance is connected to the slot bottom of feeding slot 12a,
It struts cylinder 342c drivings to strut part 342d and move downward, due to strutting part 342d by an outer diameter gradual increased cone from the bottom to top
It shape part and is formed in the coaxially connected columnar member in Tapered Cup lower end, therefore fixed cylinder a11 is inserted into and along fixed cylinder a11 when strut part 342d
When moving downward, the peripheral surface of Tapered Cup may be such that distraction a12 close to fixed cylinder a11 inner walls when abutting distraction a12, i.e.,
Hollow conducting bar a121 is moved and along guide groove a111 is strutted so that resetting spring a13 is compressed, when distraction a12 move to it is closest
During fixed cylinder a11 inner walls, lower end is connected to sealing ring inner wall, since sealing ring is the rubber material with certain elasticity, therefore
Its distraction a12's struts under effect, and sealing ring is securable to distraction a12 lower ends, and then feeding cylinder 342b drives feeding
Crane 342h moves upwards the feeding that sealing ring can be realized；After the completion of feeding, which is exchanging motor
The surface of set annular groove 31a is turned under the action of 343, feeding cylinder 342b drivings feeding crane 342h is moved downward, and three
A distraction a12 is then coated at intermediate plate 10, and distracted sealing ring is then corresponding to be covered as the intermediate plate 10 in set annular groove 31a, and lantern ring
Cylinder 342e actuating sleeve ring flat-plates 342f is moved downward, and the sealing ring of distraction a12 lower ends is driven to move downwardly on intermediate plate 10
Fixing groove in, it is achieved thereby that 10 housing sealing ring of intermediate plate.Wherein, strutting for the ease of sealing ring, the slot of feeding slot 12a
Bottom is set as a retractable supports pedestal, and sealing ring is positioned over retractable supports pedestal upper surface, i.e., it is downward ought to strut part 342d
During movement, when distraction a12 is close to sealing ring inner wall, strut part 342d columnar member abut feeding slot 12a slot bottoms can
Retractable support pedestal upper surface simultaneously can drive retractable supports pedestal to move downward, and may be such that sealing ring is directly softened item
A12 is strutted in its lower end.
As shown in Figure 1, clamp system 35 includes symmetrically arranged two clamping plates 351, is symmetrically disposed on two folders
The clamping element 352 of tight 351 opposite side of plate and the clamping cylinder 353 for driving two 351 synchronous relative motions of clamping plate, phase
To two clamping elements 352 opposite side be set as with the corresponding semicircular arc of sealing ring, after the completion of lantern ring, be arranged with close
The intermediate plate 10 of seal is moved between two clamping plates 351, and clamping cylinder 353 drives two clamping plates 351 close, two clampings
Part then corresponds to the sealing ring being held on intermediate plate 10, can agree with sealing ring and be built in the fixing groove of intermediate plate 10, Jin Erti
The quality of high lantern ring.
As shown in Fig. 1, Fig. 9, since intermediate plate 10 is placed directly in set annular groove 31a, when turntable 31 rotates, easily occur
Topple over, therefore intermediate plate bearing-ring device 3 described in the present embodiment further includes and covers annular groove 31a multiple firm organizations correspondingly with described
37, the firm plate 371 of the lower section of turntable 31 is arranged in parallel in including setting, is set to 371 upper surface of firm plate and with it is described
The corresponding stable column 372 of securement apertures and the driving firm plate 371 of set annular groove 31a bottoms are moved upwards and are made described firm
372 upper end of column passes through the firm cylinder 373 of the securement apertures, when intermediate plate 10 is positioned on set annular groove 31a, consolidates cylinder 373
The corresponding firm plate 371 of driving moves upwards, and 372 upper end of stable column passes through securement apertures and extends to the folder in set annular groove 31a
In piece 10, intermediate plate 10 can be avoided to topple over.Wherein, each intermediate plate 10 of the present embodiment can respectively be consolidated by two stable columns 372
Left intermediate plate 10a and right clamping piece 10b, and securement apertures are then arranged in a one-to-one correspondence with stable column 372.
As shown in Figure 1, Figure 10 shows, cutting agency 36 described in the present embodiment is set on 31 top of turntable and close turn including one
The blanking cover 361 and one at 31 middle part of disk drives the blanking cover 361 along 31 radial motion of turntable and protrudes from outside turntable 31
The blanking drive component 362 of edge, when intermediate plate 10 is moved to it is corresponding with cutting agency 36 when, corresponding firm organization 37
The firm firm plate 371 of the driving of cylinder 373 moves downward, and may be such that stable column 372 moves downward along securement apertures and is detached from intermediate plate
10, and blanking drive component 362 can drive blanking cover 361 along 31 radial motion of turntable, it can be by the folder in set annular groove 31a
Piece 10 is pushed out to intermediate plate packing device 4 by set annular groove 31a, in order to subsequent packaging.Wherein, blanking drive component 362 includes
The one screw 362a radially set along turntable 31, it is rotated with the nut 362b of screw 362a thread fittings, driving screw 362a
Blanking motor 362c, the blanking plate 362d being connect with the nut 362b, blanking plate 362d are connect with blanking cover 361, blanking electricity
Machine 362c can drive the forward and reverse rotations of screw 362a so that nut 362b to be controlled to make back and forth movement along screw 362a, and then drive blanking
Plate 362d drives blanking cover 361 to make back and forth movement along 31 radial direction of turntable.Meanwhile it is additionally provided with the guide rod parallel with screw 362a
362e, one end pass through the guide hole on blanking plate 362d to be rotated to avoid blanking plate 362d relative to screw 362a.
And in order to further improve production efficiency, it is both provided at least two in each set annular groove 31a of the present embodiment
A placement station for being used to place intermediate plate 10, the intermediate plate feed mechanism 33 are corresponding with placing station one of them described；Institute
It states intermediate plate bearing-ring device 3 and further includes at least one shift mechanism 38, each shift mechanism 38 drives including a sleeve 381, one
The housing cylinder 382 and one that the dynamic sleeve 381 moves up and down drives the housing cylinder 382 to place station fortune by one of
It moves to the displacement cylinder 383 of its adjacent placement station.For convenience of description, the present embodiment can be set in each set annular groove 31a
Two placement stations are put, each station of placing corresponds to two securement apertures, when intermediate plate 10 is placed therein by intermediate plate feed mechanism 33
During one placement station, the intermediate plate 10 of the placement station can be moved to another and place station, i.e. housing gas by shift mechanism 38
382 drive sleeve of cylinder, 381 engagement sleeves are set on 10 upper end of intermediate plate, and displacement cylinder 383 then drives housing cylinder 382 and drives intermediate plate 10
Another placement station is moved to along set annular groove 31a, then 382 drive sleeve 381 of housing cylinder is detached from intermediate plate 10, shifts cylinder
383 drive housing cylinder 382 to reset.
Due to being respectively provided in each set annular groove 31a there are two placement station, therefore set on corresponding feeding collar assemblies 342
There are two clamping jaw 342a, and two groups of clamping elements 352 are then provided on clamp system 35, blanking cover 361 is also configured as two.
As shown in Figure 1, intermediate plate packing device 4 described in the present embodiment includes 36 phase of cutting agency with intermediate plate bearing-ring device 3
The conveying mechanism 41 of cooperation and the package mechanism 42 being connect with the discharge end of the conveying mechanism 41.The package mechanism 42 includes
One let off roll 421, the transition roller 422 being arranged in parallel with the let off roll 421, horizontally disposed and one end and the transition roller 422
Corresponding forming tank 423, connect with 423 other end of forming tank and the diminishing adjustable plate 424 of spacing, with the tune
Two heat pressing wheels 425 and be vertically arranged at heat pressing wheel 425 far from 424 side of adjustable plate that 424 free end of section plate is equipped with
Sealing roll 426；The conveying mechanism 41 include one with the 36 matched conveyer belt 411 of cutting agency, connect conveyer belt 411
Rebound 412 with the set annular groove 31a, set on 411 discharge end of conveyer belt limited block 413 and one by conveyer belt 411
On multiple intermediate plates 10 clamp to the clamping device 414 of forming tank 423.When it carries out intermediate plate 10 and conveys, blanking cover 361 is by lantern ring
Intermediate plate 10 in slot 31a is pushed into rebound 412, and it is made to be moved on conveyer belt 411 along rebound 412, for the ease of follow-up
Clamping, one baffle 415 of the top of conveyer belt 411 setting, the baffle 415 transitted to vertically on conveyer belt 411 is poured under acting on
On conveyer belt 411, and continue to move until being connected to limited block 413, and multiple intermediate plates 10 are in limited block 413 along conveyer belt 411
It is arranged in order under effect on conveyer belt 411, clamping device 414 can then will be close to a certain number of folders of 413 side of limited block
Piece 10 is clamped and is moved in forming tank 423.
As shown in figure 11, clamping device 414 includes guide rail 414a, fixed plate 414b, sliding motor 414c, lifting cylinder
414d and adsorption piece 414e, guide rail 414a are vertically arranged with conveyer belt 411, and one end is located at 411 top of conveyer belt, other end position
Above forming tank 423, fixed plate 414b, which is slided, to be set on guide rail 414a and can be led on edge under the action of sliding motor 414c
Rail 414a makees back and forth movement, the mode and the basic phase of type of drive of cutting agency 36 of sliding motor 414c driving fixed plates 414b
Together, it therefore is not described in detail；And the cylinder body end of lifting cylinder 414d be fixed on fixed plate 414b, tailpiece of the piston rod then with adsorption piece
414e connections, i.e., when fixed plate 414b moves to 411 top of conveyer belt along guide rail 414a, lifting cylinder 414d driving adsorption pieces
414e moves downwardly to the intermediate plate 10 on conveyer belt 411, and adsorption piece 414e can be used the magnetic electromagnetic coil of tool, also may be used
Using magnechuck, can air pressure adsorption plant, the multiple intermediate plates 10 being arranged in order can be adsorbed, then lifting cylinder 414d
Driving adsorption piece 414e is moved upwards, and sliding motor 414c drivings fixed plate 414b is moved to along guide rail 414a in forming tank 423
Side, lifting cylinder 414d drivings adsorption piece 414e are moved downward, and the intermediate plate 10 for adsorbing adsorption piece 414e is moved downwardly into
In type groove 423, adsorption piece 414e, which loses magnetism, to be positioned over intermediate plate 10 in forming tank 423.On the present embodiment let off roll 421
Roll of plastic is set, and the plastic tape of roll of plastic is attached at 423 inner wall of forming tank, and transport along forming tank 423 after transition roller 422
Dynamic, when moving to adjustable plate 424, as the spacing of two adjustable plates 424 is gradually reduced, moldable band is substantially in rugosity
The both sides of the edge overlapping and the compression moulding under the effect of heat pressing wheel 425 of state, i.e. plastic tape, and the plastic tape being positioned in forming tank 423
On intermediate plate 10 move with plastic tape, then intermediate plate 10 can be built in the modeling of the closure after compression moulding after the compression moulding of plastic tape both sides of the edge
In material, after intermediate plate 10 to be packaged is moved to plastic tape beyond heat pressing wheel 425, lower sealing is acted on simultaneously in sealing roll 426
It is opened with plastic tape cutting, it is roughly the same with the action principle of existing package mechanism 42, therefore be not described in detail.
Specific embodiment of the present utility model described above does not form the restriction to scope of protection of the utility model.
The various other corresponding changes and deformation that any technical concept according to the present utility model is made, should be included in this practicality
In novel scope of the claims.
Claims (10)
1. a kind of intermediate plate bearing-ring device, which is characterized in that including a turntable, rotary electric machine, intermediate plate feed mechanism, feeding ring inserter
Structure, cutting agency, the disk upper surface are evenly arranged at least three sets of annular grooves, the rotation electricity close to outer rim along its circumferential direction
The output shaft of machine connect with the turntable and can drive the turntable intermittent rotation set angle, feed mechanism, feeding lantern ring
Mechanism, cutting agency are circumferentially set gradually along the turntable and setting corresponding with one of set annular groove respectively；The feeding
Collar mechanism includes support plate, two feeding collar assemblies for being symmetrically disposed on the support plate both ends and the driving support plate
It rotates and makes two feeding collar assemblies alternately to the exchange motor of change place, each feeding collar assemblies include being used for
Feeding cylinder, the piston rod with the feeding cylinder for strut and abut the clamping jaw of sealing ring inner wall, connecting with the support plate
End connects and can drive the clamping jaw is distracted to strut cylinder, set ring flat-plate matched with the clamping jaw and the driving lantern ring
The lantern ring cylinder of clip slot that plate moves up and down and the sealing ring on the clamping jaw is made to be sheathed on intermediate plate.
2. intermediate plate bearing-ring device according to claim 1, which is characterized in that the intermediate plate feed mechanism includes one for grabbing
The feeding part of intermediate plate and a driving feeding part is taken to move to the feeding drive component of one of set annular groove；The blanking machine
Structure includes one and is set on above the turntable the simultaneously blanking cover in the middle part of turntable and a driving blanking cover along the turntable diameter
To the blanking drive component for moving and protruding from turntable outer rim.
3. intermediate plate bearing-ring device according to claim 2, which is characterized in that the intermediate plate bearing-ring device further include with it is described
Cover annular groove multiple firm organizations correspondingly, include setting the firm plate being arranged in parallel in below turntable, be set to it is described surely
Solid plate upper surface simultaneously moves upwards simultaneously with the corresponding stable column of securement apertures of the lantern ring trench bottom and the driving firm plate
The stable column upper end is made to pass through the firm cylinder of the securement apertures.
4. intermediate plate bearing-ring device according to claim 3, which is characterized in that the intermediate plate bearing-ring device further includes one and is located at
Between the feeding collar mechanism and cutting agency and with one of them described cover the matched clamp system of annular groove, including pair
Claim two clamping plates of setting, two clampings of clamping element and driving for being symmetrically disposed on two clamping plate opposite sides
The clamping cylinder of plate synchronous relative motion.
5. intermediate plate bearing-ring device according to claim 4, which is characterized in that the clamping jaw includes fixed cylinder, at least three
Distraction and at least three resetting springs, fixed cylinder coaxial arrangement in it is described strut below cylinder and its inner wall be provided with
The distraction one-to-one at least three struts guide groove, and each distraction extends vertically to form a cooperation close to upper end
It is inserted in the hollow conducting bar strutted in guide groove, lower end extends to the set annular distance protruded from the set ring flat-plate, each described
Guide groove bottom is strutted described in the connection of resetting spring one end, the other end is connect with the hollow conducting bar inner wall；The cylinder of strutting
Tailpiece of the piston rod is provided with one and struts part.
6. intermediate plate bearing-ring device according to claim 5, which is characterized in that be both provided at least in each set annular groove
Two placement stations for being used to place intermediate plate, the feed mechanism are corresponding with placing station one of them described；The intermediate plate
Bearing-ring device further includes at least one shift mechanism, and each shift mechanism is driven including a sleeve, one above and below the sleeve
The housing cylinder of movement and a driving housing cylinder move to its adjacent placement station by one of station of placing
Shift cylinder.
7. a kind of intermediate plate packing machine, which is characterized in that including sealing ring feeding device, intermediate plate packing device and claim 2~6
Any intermediate plate bearing-ring device, sealing ring feeding device setting corresponding with the feeding collar assemblies, the folder
Piece packing device includes the discharging with the matched conveying mechanism of cutting agency of intermediate plate bearing-ring device and with the conveying mechanism
Hold the package mechanism of connection.
8. intermediate plate packing machine according to claim 7, which is characterized in that the intermediate plate packing machine further includes one and the folder
Piece feed mechanism matches the intermediate plate combination unit of setting, including being horizontally placed on conplane two combination orders and driving
Two combination order intervals rotate backward the composition motor of set angle；Each combination order upper side outer rim is along its circumferential direction
Multiple combination slots are provided with, and the combination slot on two combination orders is arranged in a one-to-one correspondence.
9. intermediate plate packing machine according to claim 8, which is characterized in that the sealing ring feeding device include upper flitch and
Feeding support plate, the feeding support plate upper surface are provided with the feeding slot being connected with the deflector chute in the upper flitch, institute
It states feeding collar assemblies and can turn to above the feeding slot and be moved to the sealing ring in feeding slot and be sheathed on intermediate plate.
10. intermediate plate packing machine according to claim 9, which is characterized in that the packing machine include a let off roll, with it is described
Transition roller, horizontally disposed and one end and the corresponding forming tank of the transition roller and the forming tank that let off roll is arranged in parallel
The other end connects and the diminishing adjustable plate of spacing, two heat pressing wheels being equipped with the adjustable plate free end and vertical
It is set to sealing roll of the adjustable plate with respect to heat pressing wheel side；It is matched defeated with the cutting agency that the conveying mechanism includes one
Send band, connection conveyer belt with the rebound of the set annular groove, set on the limited block at the conveyer belt discharging end and one by conveyer belt
On multiple intermediate plates clamp to the clamping device of forming tank.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721751893.9U CN207550590U (en) | 2017-12-13 | 2017-12-13 | A kind of intermediate plate bearing-ring device and intermediate plate packing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721751893.9U CN207550590U (en) | 2017-12-13 | 2017-12-13 | A kind of intermediate plate bearing-ring device and intermediate plate packing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207550590U true CN207550590U (en) | 2018-06-29 |
Family
ID=62664376
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721751893.9U Expired - Fee Related CN207550590U (en) | 2017-12-13 | 2017-12-13 | A kind of intermediate plate bearing-ring device and intermediate plate packing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207550590U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107902128A (en) * | 2017-12-13 | 2018-04-13 | 襄阳中铁宏吉工程技术有限公司 | A kind of intermediate plate bearing-ring device and intermediate plate packing machine |
| CN109878844A (en) * | 2019-03-28 | 2019-06-14 | 东莞万旗机械设备有限公司 | Wire rod device for labeling |
-
2017
- 2017-12-13 CN CN201721751893.9U patent/CN207550590U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107902128A (en) * | 2017-12-13 | 2018-04-13 | 襄阳中铁宏吉工程技术有限公司 | A kind of intermediate plate bearing-ring device and intermediate plate packing machine |
| CN109878844A (en) * | 2019-03-28 | 2019-06-14 | 东莞万旗机械设备有限公司 | Wire rod device for labeling |
| CN109878844B (en) * | 2019-03-28 | 2024-05-28 | 东莞万旗机械设备有限公司 | Wire labeling device |
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Granted publication date: 20180629 |