CN208869055U - A kind of intelligent splicer of smooth contact pin - Google Patents
A kind of intelligent splicer of smooth contact pin Download PDFInfo
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- CN208869055U CN208869055U CN201821445838.1U CN201821445838U CN208869055U CN 208869055 U CN208869055 U CN 208869055U CN 201821445838 U CN201821445838 U CN 201821445838U CN 208869055 U CN208869055 U CN 208869055U
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- 239000000463 material Substances 0.000 claims abstract description 84
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Abstract
The utility model discloses a kind of intelligent splicer of smooth contact pin, including rack, rack is equipped with balladeur train, elevating mechanism and feeding mechanism, the front side of rack is equipped with front beam, balladeur train is in the rear of front beam, horizontal pressure roller that can be up and down is installed below front beam, the rear end of feeding mechanism is in the lower section of horizontal pressure roller, the rear end top surface mutually close cooperation of horizontal pressure roller and feeding mechanism, the elastic reset device connecting with horizontal pressure roller is installed on front beam, the rear of front beam is equipped with the pinch roller bridge that can be swung up and down, and is equipped with oscillatory gearing mechanism on front beam.With existing skill physiognomy ratio, it can be such that flexible sheet material pulls out in straightened condition from feeding mechanism, flexible sheet material is set not take away the flexible sheet material stacked on crane, guarantee the neat stacking of each flexible sheet material, and the spacing between horizontal pressure roller and feeding mechanism is set to adjust using elastic reset device, it is passed through with adapting to the flexible sheet material of different-thickness, wide adaptation range.
Description
Technical field
The utility model relates to flexible sheet material Palletizer, in particular to a kind of intelligent splicer.
Background technique
It is well known that being both needed to producing or using flexible sheet material, such as EVA foamed sheet or sheet rubber to flexible sheets
Shape material is stacked.In order to overcome traditional mode stacked by hand, the applicant has applied for Shen on 2 14th, 2017
Please number for 2017100786959 a kind of intelligent splicer, including mechanism is provided with control device and contact pin in the rack
Mechanism, the lamination-connecting mechanism include the horizontally disposed guide rail in the rack, be slidably connected at the above-mentioned balladeur train of the guide rail,
Contact pin motor for driving the balladeur train to slide on the guide rail, the fixed plate being fixedly connected on the balladeur train, rotation
The splicing plate being connected on the balladeur train and the intermediate plate cylinder for driving the splicing plate rotation, the horizontal cloth of fixed plate
It sets and its length direction is mutually perpendicular to the guide rail, the splicing plate is located at the lower section of the fixed plate, the control device
Respectively with the contact pin motor and the intermediate plate cylinder communication connection；Using the above structure, the folder of splicing plate and fixed plate is utilized
Holding can be clamping by one end of flexible sheet material, then cooperates balladeur train that flexible sheet material dragging is run in rack and folded
It puts, though such contact pin mode solves the problems, such as automatic contact pin, flexible sheet material only has one end to be consolidated during contact pin
Clamp strains at dynamic, separate clamping end after flexible sheet material being made to pull out a distance because of the gravity of flexible sheet material itself
Position can sagging while being pulled to be in contact with the flexible sheet material stacked in rack, is in rack top surface in this way
The frictional force for the flexible sheet material that the flexible sheet material of the top layer stacked is pulled and the effect of electrostatic and corresponding quilt
Dragging, causes the flexible sheet material stacked in rack not stack neatly；Though in addition, be equipped with tablet press mechanism on balladeur train,
It is tablet press mechanism is as balladeur train moves together, tablet press mechanism and splicing plate are in the two sides of balladeur train, therefore splicing plate and fixation
Plate tablet press mechanism when clamping flexible sheet material, which can only compress the flexible sheet material folded in rack, not to be moved, but
It is that flexible sheet material can still fall to the flexible sheets stacked in rack at the other end when dragging walking positioned at clamping end
On shape material, cause the flexible sheet material stacked mobile.
In view of this, inventor furthers investigate the above problem, there is this case generation then.
Utility model content
The purpose of this utility model is to provide a kind of intelligent splicers of smooth contact pin, flexible in the prior art to solve
Flaky material will drive the flexible sheet material stacked when dragging translation, make the flexible sheet material being stacked can not
The problem of neatly stacking.
In order to achieve the above object, the utility model uses such technical solution:
A kind of intelligent splicer of smooth contact pin, including rack, rack be equipped with the balladeur train translated along rack linear slide,
Can oscilaltion elevating mechanism and the feeding mechanism of conveying charging is carried out to flexible sheet material, be equipped with for pressing from both sides on balladeur train
Tight or release flexible sheet material clip device, elevating mechanism have crane and the lifting of crane oscilaltion are driven to drive
Motivation structure, balladeur train are in the top of crane, are direction from front to back with the feed direction of feeding mechanism, and feeding mechanism is in
Outside the front side of rack；The front side of above-mentioned rack is equipped with front beam, and above-mentioned balladeur train is in the rear of above-mentioned front beam, above-mentioned front beam
Lower section be equipped with can the horizontal pressure roller that extends of left and right directions up and down and along rack, the rear end of above-mentioned feeding mechanism is in
The lower section of above-mentioned horizontal pressure roller, and the rear end top surface of above-mentioned horizontal pressure roller and above-mentioned feeding mechanism phase is in cooperation, above-mentioned front beam
It is equipped with and is connect with horizontal pressure roller, and the elastic reset device of reaction elastic force can be generated with moving up for horizontal pressure roller, above-mentioned front beam
Rear be equipped between front beam and balladeur train and the pinch roller bridge that can swing up and down, driving is installed on above-mentioned front beam
The oscillatory gearing mechanism that this pinch roller bridge is swung up and down.
The axial ends end of above-mentioned horizontal pressure roller all has the central shaft that its outer diameter is less than horizontal pressure roller outer diameter, and two among the above
The intrinsic installation axle sleeve of set, the top surface solid welding of above-mentioned installation axle sleeve have the upright bar that setting is erect in up and down direction outside mandrels stem, on
It states front beam and is located at above-mentioned upright bar and offer through-hole, the upper end of above-mentioned upright bar passes through above above-mentioned through-hole to front beam, above-mentioned
Being locked outside upright bar has spring stack, and the lower end of above-mentioned spring stack is in through-hole, and the upper end of above-mentioned spring stack is in above front beam,
The top surface of above-mentioned front beam is located at through hole and is equipped with the lock sleeve for erectting setting, and the lower end of above-mentioned lock sleeve protrudes into through-hole
It is screwed together with the inner hole wall of above-mentioned through-hole, and is screwed with the locking being pressed on front beam top surface outside the lower end of above-mentioned lock sleeve
Nut, above-mentioned lock sleeve is in the hollow circuit cylinder set that top surface is enclosed construction, bottom surface is open design, above-mentioned upright bar and spring stack position
In the hollow chamber that position more than lock sleeve lower end is co-located on lock sleeve, and the top surface of above-mentioned spring stack with it is upper
The inside top surface wall for stating lock sleeve mutually pushes up cooperation, and the upper end end tight fit of above-mentioned upright bar is stretched out outside the top surface of lock sleeve；It is above-mentioned
Axle sleeve, upright bar, spring stack and lock sleeve are installed and constitute the elastic reset device.
Above-mentioned rack includes upper top frame, lower bottom frame, four columns and two side crossbeams, above-mentioned upper top frame and above-mentioned lower bottom frame and four
Column surrounds hollow rectangular structure, and the length direction of hollow rectangular structure is parallel with the feed direction of feeding mechanism sets
Set, one side crossbeam be connected to left side forward and backward setting two columns between, other side crossbeam be correspondingly connected to right side before,
Between two columns being arranged afterwards, two sides crossbeam is arranged with respect to position, and has spacing, above-mentioned front beam between side crossbeam and lower bottom frame
It is connected between left and right two columns arranged side by side in front side, the arranged on left and right sides correspondence of above-mentioned balladeur train is slidably mounted on two
On the crossbeam of side.
Above-mentioned feeding mechanism has the belt drive of bar shaped mounting plate, conveyor belt and driving conveyor belt rotation,
Above-mentioned bar shaped mounting plate is provided with two pieces, and two bar shaped mounting plates prolong along the front-rear direction of rack between left and right every being oppositely arranged
Setting is stretched, the front and rear ends end of two bar shaped mounting plates passes through the leather belt roller that its end is pierced by outside bar shaped mounting plate respectively and connects
It is connected together, above-mentioned conveyor belt is between two bar shaped mounting plates, and is set around outside two leather belt rollers, after two bar shaped mounting plates
End end is between left and right two columns being oppositely arranged of front side, and the rear end end of bar shaped mounting plate is can swing up and down
Mode is hinged with column, lower bottom frame correspond to bar shaped mounting plate lower section at be separately installed with the setting that turns forward and
The hinged support rod with the front end bottom surface of bar shaped mounting plate is set respectively on the front and rear ends end of bar shaped mounting plate
The bar shaped mounting hole that the recessed and end for leather belt roller of the center position of oriented bar shaped mounting plate is stretched out, the both ends end of above-mentioned leather belt roller
The slidable adjustment block for sliding back and forth and being mounted on bar shaped mounting plate along bar shaped mounting plate is arranged with outside portion, on above-mentioned bar shaped mounting plate
The regulating mechanism for controlling the sliding of this slidable adjustment block, the left end end of the leather belt roller in rear end or right end end housing are installed
Equipped with the driven gear outside slidable adjustment block, driving motor is installed on the column of driven gear the same side, it is above-mentioned
The intrinsic driving gear of output outer shaft sleeve of driving motor, above-mentioned driving gear and driven gear are sequentially connected by gear band, on
It states driving motor, driving gear, driven gear and gear band and constitutes the belt drive.
The deckle board that above-mentioned bar shaped mounting plate is surrounded by lateral coaming plate, upper cross plate and lower cross plate, upper cross plate are co-located in lower cross plate
It outside the side of lateral coaming plate and is vertically arranged with lateral coaming plate, the recessed oriented lateral coaming plate in the front and rear ends end face of above-mentioned lateral coaming plate
The bar shaped concane gap that center position extends, above-mentioned bar shaped concane gap are the bar shaped mounting hole, the axial direction two of above-mentioned leather belt roller
Holding has the shaft outside this bar shaped concane gap on end, above-mentioned slidable adjustment block is set in outside this shaft, and is in upper cross
Between plate and lower cross plate, the top surface solid welding of above-mentioned lower cross plate has the bar shaped protruding rail extended along the longitudinal direction, above-mentioned slidable adjustment block
Bottom surface it is concave up be equipped with for bar shaped protruding rail slide into interior cunning groove, the top surface of above-mentioned slidable adjustment block be convexly equipped with along sliding adjust
The raised line that the front-rear direction of locking nub extends, the bottom surface solid welding of above-mentioned upper cross plate have being slidably matched with raised line and along the longitudinal direction
The bar shaped sliding rail of extension is equipped with the screw rod extended along slidable adjustment block front-rear direction, above-mentioned screw rod on above-mentioned slidable adjustment block
One end end be screwed in above-mentioned slidable adjustment block, installation sheet is arranged with outside the other end of above-mentioned screw rod, above-mentioned installation sheet is perpendicular
It stands between upper cross plate and lower cross plate, and together with upper cross plate and lower cross plate solid welding, spiral shell outside the other end end of above-mentioned screw rod
Equipped with locking nut.
Above-mentioned pinch roller bridge by left side bar, right-hand rod, front-wheel roller and rear-wheel roller surround along rack front-rear direction extend
Strip square frame, above-mentioned front-wheel roller and rear-wheel roller are between left side bar and right-hand rod, and the lower part of above-mentioned rear-wheel roller is in
The subjacent of left side bar and right-hand rod, the top surface of above-mentioned front beam are fixed with the mounting plate that its rear end is in front beam rear,
The rear end of above-mentioned mounting plate is between left side bar top and right-hand rod top, and the top surface of above-mentioned mounting plate is installed with along right and left
The installation sleeve being arranged to accumbency, above-mentioned front-wheel roller are in the front upper place of above-mentioned installation sleeve, are screwed in above-mentioned installation sleeve
Screw rod outside above-mentioned installation sleeve axial ends, the both ends end of above-mentioned screw rod correspond to activity and are pierced by left side bar and right-hand rod
Outside, above-mentioned screw rod, which is located at outside the arranged on left and right sides of left side bar and right-hand rod, is screwed with limitation nut；Above-mentioned oscillatory gearing mechanism packet
Flat-removing air cyclinder, connecting rod and installation set are included, above-mentioned flat-removing air cyclinder is fixed on above-mentioned front beam along the front-rear direction accumbency of mounting plate,
And it is in the left side of above-mentioned mounting plate, the piston rod free end end of above-mentioned flat-removing air cyclinder extends back setting, and is in above-mentioned
In front of the left end of screw rod, above-mentioned installation set is fixed in outside the left end end of above-mentioned screw rod, fixed on the lateral wall of above-mentioned installation set
There is the eccentric bushing extended along the axial direction of installation set, the first end of above-mentioned connecting rod passes through the first pin shaft and above-mentioned cylinder
Piston rod free end links together, and the second end of above-mentioned connecting rod is serially connected by the second pin shaft and above-mentioned eccentric bushing.
It has been horizontally set with rear cross beam between two columns in rear end, pan drive motor is installed on above-mentioned rear cross beam top surface,
The output shaft of above-mentioned pan drive motor is installed with the shaft extended in left-right direction, covers respectively outside the both ends of above-mentioned shaft intrinsic
Driven gear, above-mentioned front beam are equipped with and two driven gears opposite driving gear one by one, the above-mentioned active of the same side that coexists
Gear and driven gear are together about equipped with a cogged drive belt, and above-mentioned balladeur train is in the lower section of above-mentioned cogged drive belt, above-mentioned balladeur train
Top surface is locked together with above-mentioned cogged drive belt, and above-mentioned driving gear is rotatably installed on above-mentioned front beam by mounting base, on
Mounting base is stated with locking block, wheel body, screw rod and limited block, above-mentioned locking block locking is on above-mentioned front beam, above-mentioned locking block
Leading flank be recessed with the rectangle shrinkage pool through locking block arranged on left and right sides wall backward, above-mentioned wheel body have it is integrally formed by
It is slid into front to back in the packet in rectangle shrinkage pool and the left and right both ends end in packet and is limited in above-mentioned locking block
Outer circular piece is installed with the central axis extended in left-right direction at the axle center of one circular piece, and above-mentioned driving gear passes through peace
Dress bearing is rotatably installed in outside above-mentioned central axis, and the front end top surface of above-mentioned packet is recessed card entry slot, the front end end of packet
Face offers the through slot that protrudes into that packet upper and lower ends are communicated and penetrated through with card entry slot, and accumbency is set above-mentioned screw rod along the longitudinal direction
It sets, the rear end end of above-mentioned screw rod is in card entry slot, and the rear end end of above-mentioned screw rod is installed in from top to bottom card entry slot
Limit film, the outer diameter of above-mentioned limit film is greater than the above-mentioned groove width for protruding into through slot, and above-mentioned limited block is sheathed on outside above-mentioned screw rod, and
Locking is outside the leading flank of above-mentioned locking block, and above-mentioned limited block protrudes into the opposite position of through slot, above-mentioned screw rod and above-mentioned limit with above-mentioned
Position block is threadedly engaged connection.
Above-mentioned crane is in platysome, and above-mentioned crane is in the hollow chamber of above-mentioned rack, above-mentioned elevator drive machine
Structure includes that lifting driving motor, wirerope and rope rolling bar, above-mentioned lifting driving motor are installed on the top surface of above-mentioned upper top frame, on
Stating rope rolling bar, accumbency is on the top surface of above-mentioned upper top frame along the longitudinal direction, one end of above-mentioned rope rolling bar and above-mentioned lifting driving motor
Output shaft be fixedly connected, the quadrangle of above-mentioned crane is respectively equipped with above-mentioned wirerope, and above-mentioned rope rolling bar is in arranged on left and right sides
Between wirerope, the first end end of above-mentioned wirerope is fixed on above-mentioned crane, and above-mentioned side crossbeam is affixed by two or so
The channel steel of solid welding together is cooperated to constitute, with two channel steels mutually close in the crossbeam of two sides for interior channel steel, two opposite channel steels are outer
Channel steel, the second end of above-mentioned wirerope from bottom to top sequentially pass through above-mentioned outer channel steel and above-mentioned upper top frame, and above-mentioned wirerope
Through the crossing at rope sheave to above-mentioned rope rolling bar in upper top frame that locked, above-mentioned rope rolling bar corresponds to the of four wirerope for second end end
Two ends end be respectively provided with rope rolling bar rotate together for wire rope roll around bull wheel, the second end end of above-mentioned wirerope
Portion's solid welding is on above-mentioned bull wheel, and the top surface locking of above-mentioned upper top frame inherently crosses rope sheave for the two of front side and two bull wheels hold together
Two of preceding guard box and rear side in being placed in cross rope sheaves and two bull wheels are placed in interior rear guard box together, above-mentioned side crossbeam with
Erectting between above-mentioned lower bottom frame has guide rod, the intrinsic directive wheel of top solid lock of above-mentioned crane, above-mentioned directive wheel and above-mentioned guiding
Bar guiding is slidably matched, and the corresponding guiding of the arranged on left and right sides of above-mentioned balladeur train is slidably mounted in two in the groove of channel steel.
Above-mentioned crane is equipped with flat car, has pushing hands on above-mentioned flat car, the right side is stretched out to the right on the top of above-mentioned pushing hands
Outside spacing between the side crossbeam of side and lower bottom frame, the bottom surface of the side crossbeam on right side is equipped with erectting and extends along the longitudinal direction
Bar shaped aligning plate, above-mentioned bar shaped aligning plate is in outside the right side of above-mentioned crane, is externally provided with edge on the right side of the side crossbeam in left side
The bar shaped push rod that front-rear direction extends, above-mentioned bar shaped push rod are oppositely arranged with above-mentioned bar shaped aligning plate, and above-mentioned bar shaped push rod is in
Above the left side of above-mentioned crane, the left and right driving device of driving bar shaped push rod or so translation is installed on the side crossbeam in left side.
Above-mentioned left and right driving device includes preceding mounting blocks, rear mounting blocks, drive lead screw, left and right driving motor, side driving cog
Band, sliding sleeve and guide rod, above-mentioned preceding mounting blocks and above-mentioned rear mounting blocks are separately fixed on the side crossbeam bottom surface in left side, and are in
Time interval setting, above-mentioned left and right driving motor is fixed on the bottom surface of above-mentioned preceding mounting blocks, above-mentioned left and right driving motor it is defeated
Shaft is installed after being in towards left setting, the intrinsic driving gear of output outer shaft sleeve of above-mentioned left and right driving motor, above-mentioned drive lead screw
The rear side of block, and be extended in left-right direction, it is installed on left and right two lateral wall of above-mentioned rear mounting blocks after extending back
It is above-mentioned to lead after rear mounting plate outside mounting blocks, above-mentioned guide rod and above-mentioned drive lead screw are in two between the rear portion of mounting plate
The rear of above-mentioned drive lead screw is in bar, the end of above-mentioned drive lead screw is rotatably installed on rear mounting plate, above-mentioned guide rod
End be fixedly mounted on rear mounting plate, the rotation of the left end end of above-mentioned drive lead screw is stretched out outside the rear mounting plate in left side, on
The intrinsic driven gear of left end end housing of drive lead screw is stated, above-mentioned side cogged drive belt is wound around driving gear and driven gear
On, after above-mentioned sliding sleeve is in two between mounting plate, and above-mentioned guide rod and above-mentioned drive lead screw both pass through above-mentioned sliding sleeve, on
It states sliding sleeve to be screwed together with above-mentioned drive lead screw, the bottom surface of above-mentioned sliding sleeve is installed with the company of the side below the crossbeam in left side
Fishplate bar, the right end of above-mentioned connecting plate protrude into the hollow chamber of above-mentioned rack, the right end end of above-mentioned connecting plate and above-mentioned bar shaped
Push rod solid welding is together.
After adopting the above technical scheme, a kind of intelligent splicer of smooth contact pin of the utility model, its working principle is that:
When flexible sheet material is exported from the output end of feeding mechanism, the rear end of flexible sheet material is first fed mechanism and is involved in horizontal pressure
Between roller and the rear end of feeding mechanism, by the elastic force of elastic reset device, flexible sheet material by horizontal pressure roller gently pressing against and to
After convey, clip device clamps the rear end end of flexible sheet material and by flexible sheet material from horizontal pressure roller and feeder at this time
It is pulled out between structure, i.e., flexible sheet material is drawn out in the both ends at position, and one end is clamped by clip device, and the other end is by horizontal pressure roller
It is pressing against, is making flexible sheet material smooth output in such a way that both ends are straightened, avoiding the flexible sheet material pulled out by the weight of itself
Power and sagging be in contact with the flexible sheet material stacked；Meanwhile when the forward end of flexible sheet material is from horizontal pressure roller
It exports rear fender immediately to push, the forward end of flexible sheet material is pushed and is fixed, makes flexible sheet material will not be by inertia
The influence of power and moved again, to neatly be stacked together before and after enabling each flexible sheet material.Compared with prior art,
The intelligent splicer of the utility model can be such that flexible sheet material pulls out in straightened condition from feeding mechanism, make flexible sheet
Material will not take away the flexible sheet material stacked on crane, so that the flexible sheet material stacked on crane occurs
Incongruous phenomenon, guarantees the neat stacking of each flexible sheet material, then cooperates the oscilaltion of pressing plate mobile, can be further
Guarantee the neat stacking of each flexible sheet material, and obtains the spacing between horizontal pressure roller and feeding mechanism using elastic reset device
To adjust, passed through with adapting to the flexible sheet material of different-thickness, wide adaptation range.
Detailed description of the invention
Fig. 1 is the perspective view of the utility model；
Fig. 2 is another perspective view of the utility model；
Fig. 3 is the partial structural diagram of feeding mechanism in the utility model；
Fig. 4 is the structural schematic diagram of mounting base in the utility model；
Fig. 5 is the perspective view of wheel body and screw rod in mounting base in the utility model
Fig. 6 is the combination diagram of pinch roller bridge and oscillatory gearing mechanism in the utility model.
Specific embodiment
In order to which the technical solution of the utility model is explained further, it is described in detail with reference to the accompanying drawing.
A kind of intelligent splicer of smooth contact pin of the utility model, as shown in Figure 1-3, including rack, rack is equipped with
Along the balladeur train 1 of rack linear slide translation, the elevating mechanism of energy oscilaltion and conveying charging is carried out to flexible sheet material
Feeding mechanism；Excellent good, the rack includes upper top frame 21, lower bottom frame 22, four columns 23 and two side crossbeams 24, upper top frame
21 surround hollow rectangular structure with lower bottom frame 22 and four columns 23, i.e., the quadrangle of the quadrangle of upper top frame 21 and lower bottom frame 22 it
Between be provided with a root post, and the setting parallel with the feed direction of feeding mechanism of the length direction of hollow rectangular structure,
It is direction from front to back with feed direction, i.e., the length direction of hollow rectangular structure is accordingly in and extends to set along the longitudinal direction
It sets, one side crossbeam is connected between two columns 23 of the forward and backward setting in left side in two side crossbeams 24, and other side crossbeam is corresponding to be connected
It is connected between two columns of the forward and backward setting on right side.
Clip device for clamping or discharging flexible sheet material, this intermediate plate are installed on the leading flank of the balladeur train 1
Device specifically includes upper mounted plate 31 and lower clamp plate 32, and upper mounted plate 31 is straight to be fixed on the leading flank lower part of balladeur train, lower folder
Plate 32 is straight below upper mounted plate 31, and the cylinder that driving lower clamp plate 32 is swung up and down is equipped on balladeur train 1 and (is not shown in figure
Out), i.e., lower clamp plate 32 is rotatablely installed by a shaft on balladeur train, and the piston rod of cylinder drives shaft rotation to connect through transmission mechanism
It connects, the stretching of cylinder can drive shaft to rotate, and the rotation of shaft swings up and down lower clamp plate 32, this clip device and the application
A kind of clip device for intelligent splicer that people's identified patent applications number are 2017100786959 is identical, is not repeated herein.
In the utility model, it is preferred that locking respectively in the bottom surface of upper mounted plate 31 and the top surface of upper clamp plate 32 has rubber sheet gasket,
In this way, it is smaller using the sound that rubber sheet gasket issues clip device when colliding to folder, it not will cause clip device damage, together
When, several convex grains are convexly equipped in the opposite one side of two rubber sheet gaskets, are played the role of using each convex grain anti-skidding, make clip device
Clamping effect is more preferably, stronger.
The front side of the rack is equipped with front beam 25, i.e. front beam 25 is connected to left and right arranged side by side in front side
Between two columns, the rear of front beam 25 is in balladeur train 1, and the arranged on left and right sides of balladeur train 1 corresponds to and is slidably mounted on two sides cross
On beam 24, feeding mechanism is in outside the front side of rack, and the lower section of front beam 25 is equipped with can up and down and along rack a left side
The horizontal pressure roller 4 that right direction extends, the output of feeding mechanism is in the lower section of horizontal pressure roller 4, and horizontal pressure roller 4 and feeding mechanism is defeated
Outlet is mutually equipped in cooperation, front beam 25 connect with horizontal pressure roller 4 up and down, and can generate anti-work with moving up for horizontal pressure roller 4
With the elastic reset device of elastic force, excellent good scheme is: there is its outer diameter to be less than outside horizontal pressure roller 4 at the axial ends end of horizontal pressure roller 4
The central shaft 41 of diameter, central shaft 41 are extended along the left and right directions of horizontal pressure roller 4, and set is intrinsic outside two central shafts 41 pacifies
Axle sleeve 42 is filled, the top surface solid welding of installation axle sleeve 42, which has, erects the upright bar 43 set in up and down direction, and front beam 25 is located at upright bar 43
Place offers through-hole (not shown), and the upper end of upright bar 43 passes through through-hole to 25 top of front beam, and upright bar 43 is locked outside bullet
The lower end of spring column 44, spring stack 44 is in through-hole, and the upper end of spring stack 44 is in the top of front beam 25, the top of front beam 25
Face, which is located at through hole and is equipped with to erect, is provided with lock sleeve 45, and lock sleeve 45 in top surface is enclosed construction, bottom surface is open design
Hollow circuit cylinder set, the lower end of lock sleeve 45 is protruded into through-hole and is screwed together with the inner hole wall of through-hole, i.e., under lock sleeve 45
End is in undergauge section, and the lateral wall of undergauge section is equipped with external screw thread, and the hole wall of through-hole has internal screw thread, screws togather reality using internal and external threads
The installation of existing lock sleeve 45, and the locking nut 46 being pressed on 25 top surface of front beam is screwed with outside the lower end of lock sleeve 45, and
And upright bar 43 and spring stack 44 are located at the position of 45 lower end of lock sleeve or more and are co-located in lock sleeve 45, and spring
The inside top surface wall of the top surface of column 44 and lock sleeve 45 mutually pushes up cooperation, and the upper end end tight fit of upright bar 43 protrudes into lock sleeve 45
Outside top surface；This installation axle sleeve, upright bar, spring stack and lock sleeve constitute the elastic recovery device；The work of elastic reset device
It is that horizontal pressure roller 4 is moved up as principle, spring stack 44 is made spring stack 44 be pressed upward contracting by the top surface limit of lock sleeve 45, horizontal
Upright bar 43 on pressure roller 4 accordingly moves up, and moving up for horizontal pressure roller is formed with different in width between the output face of feeding mechanism
Spacing, conversely, enabling horizontal pressure roller 4 to be restored back to original state using the restoring force of spring stack 44.
The feeding mechanism has the belt driving of bar shaped mounting plate 51, conveyor belt 52 and driving conveyor belt rotation
Device, bar shaped mounting plate 51 are provided with two pieces, between left and right every being oppositely arranged, and are extended along the front-rear direction of rack, two
The front and rear ends end of bar shaped mounting plate 51 passes through the leather belt roller 53 that its end is pierced by outside bar shaped mounting plate respectively and is connected to one
It rises, i.e., left and right two bar shapeds mounting plate 51 is serially connected by the leather belt roller 53 of front and rear ends, and conveyor belt 52 is in two
It between shape mounting plate 51, and is set around outside two leather belt rollers 53, the rear end end of two bar shaped mounting plates 51 is in the left and right of front side and sets
Between two columns 25 set, correspondingly the rear end of conveyor belt 52 is between two columns of front side, and horizontal pressure roller 4 is put down gently defeated
On the conveyor surface for sending belt 52, the rear end end of bar shaped mounting plate 51 is hinged on one with column 25 in a manner of it can swing up and down
It rises, i.e., column 25 is locked intrinsic hinged seat (being not drawn into figure), and the bottom surface of hinged seat and bar shaped mounting plate 51 is movably articulated in
Together, the lower bottom frame 22 corresponds to be separately installed with the setting that turns forward at the lower section of bar shaped mounting plate 51 and and bar shaped
The hinged support rod 54 in the front end bottom surface of mounting plate 51 utilizes the hinged of support rod 54 and 51 rear end of bar shaped mounting plate
The inclination of feeding mechanism is set to adjust, on the front and rear ends end of bar shaped mounting plate 51 respectively into bar shaped mounting plate 51
Heart direction is recessed and for the bar shaped mounting hole 511 that belt roll end is stretched out, i.e. the front end of the bar shaped mounting hole 511 in front end is in and opens
Mouthful shape, the rear end of the bar shaped mounting hole 511 in rear end is opening-like, the both ends end of leather belt roller 53 be outward extended with respectively with
The shaft that bar shaped mounting hole matches, shaft are pierced by outside bar shaped mounting hole to bar shaped mounting plate, are arranged with outside shaft along bar shaped
Mounting plate slides back and forth the slidable adjustment block 55 being mounted on bar shaped mounting plate, and the end of leather belt roller 53 is forwarded by installation axle
It is dynamic to be mounted on slidable adjustment block 55, the regulating mechanism for controlling the sliding of this slidable adjustment block 55 is installed on bar shaped mounting plate 51,
It is arranged with the driven gear (being not drawn into figure) outside slidable adjustment block outside the left end end of rotation axis in rear end, is located at
Driving motor 56 is installed on the column (being in the column in left side) of driven gear the same side, driving motor 56 is in driven tooth
The lower section of wheel, the intrinsic driving gear of the output sleeve of driving motor 56 (being not drawn into figure), driving gear passes through with driven gear
Gear band transmission connection, driving motor, driving gear, driven gear and gear band constitute the belt drive；Using
When, driving motor 56 starts, and drives driving gear rotation, and the rotation of driving gear drives driven gear rotation through gear band, from
The rotation of moving gear rotates rotation axis, and the rotation of leather belt roller 53 drives conveyor belt 52 to rotate, and enables 52 pairs of conveyor belt
Sheet physical property is conveyed；Meanwhile using the opposite slidable adjustment of 55 energy of the slidable adjustment block of forward and backward setting, make conveyor belt 52
Rate of tension adjusted.
It is between front beam 25 and balladeur train 1 and can swing up and down as shown in fig. 6, the rear of the front beam 25 is equipped with
Pinch roller bridge 6, the oscillatory gearing mechanism for driving this pinch roller bridge to swing up and down is installed on front beam 25, it is excellent good, this
The strip extended along rack front-rear direction that pinch roller bridge is surrounded by left side bar 61, right-hand rod 62, front-wheel roller 63 and rear-wheel roller 64
Square frame, front-wheel roller 63 and rear-wheel roller 64 are between left side bar 61 and right-hand rod 62, and the lower part of rear-wheel roller 64 is in a left side
The subjacent of side lever 61 and right-hand rod 62, i.e. the rear end end of the local wheel face of rear-wheel roller 64 downwardly projecting left side bar and right-hand rod
Outside portion, the top surface of front beam 25 is fixed with the mounting plate 65 that its rear end is in front beam rear, and the rear end of mounting plate 65 is in a left side
Between 62 top of 61 top of side lever and right-hand rod, i.e. the rear end of mounting plate 65 is protruded between left side bar 61 and right-hand rod 62, and is located
In the lower section of front-wheel roller 63, the installation sleeve 651 that the top surface locking of mounting plate 65 has accumbency to be in left-right direction arranged, front-wheel roller 63
Front upper place in installation sleeve 651 is screwed with the screw rod 66 outside 651 axial ends of installation sleeve in installation sleeve 651,
The left and right ends end of screw rod 66 correspond to activity be pierced by left side bar 61 and right-hand rod 62 outside, screw rod 66 be located at left side bar 61 a left side,
It is screwed with limitation nut 661 outside right two sides and outside the arranged on left and right sides of right-hand rod 62, makes a left side using the limitation nut 661 of two sides
Left and right offset will not occur for side lever and right-hand rod；The oscillatory gearing mechanism includes flat-removing air cyclinder 67, connecting rod 68 and installation
Set 69, the cylinder body of flat-removing air cyclinder 67 is fixed on front beam 25 along the front-rear direction accumbency of mounting plate 65, and is in mounting plate 65
Left side outside, the piston rod free end end of flat-removing air cyclinder 67 extends back setting, and in front of the left end in screw rod 66, installation
Set 69 is fixed in outside the left end end of screw rod 66, and 661 left side of limitation nut in 66 left end of screw rod is outer, outside installation set 69
The eccentric bushing 691 extended along the axial direction of installation set 69, this installation set 69 and eccentric bushing 691 are installed on side wall
Similar crank structure is combined, connecting rod 68 is provided with two, and two connecting rods 68 are in outside the arranged on left and right sides of 67 piston rod of flat-removing air cyclinder,
The front end of two connecting rods 68 is serially connected by the piston rod free end of the first pin shaft and flat-removing air cyclinder, connecting rod 68 and the first pin shaft
The piston rod thread secure fit of secure fit, the first pin shaft and flat-removing air cyclinder, the rear ends of two connecting rods 68 by the second pin shaft with
Eccentric bushing 691 is serially connected, and the rear end of two connecting rods 68 is in outside the axial ends of eccentric bushing 691, the first pin shaft and connecting rod 68
It is movably hinged cooperation；In an inactive state, pinch roller bridge 6 is in let droop in setting, rear-wheel roller is tilted down to this pinch roller bridge 6
Setting is put, in application, using pinch roller bridge 6 using straight or state close to translation as original state, the piston rod of flat-removing air cyclinder 67
In contraction state, the corresponding contraposition rear for being in flat-removing air cyclinder piston rod of eccentric bushing 691, when flat-removing air cyclinder 67 stretches out, translation
The piston rod of cylinder 67 translates backward, and the front end of connecting rod 68 moves back, and the rear end of connecting rod 68 utilizes eccentric bushing and the second pin shaft
Cooperation drives eccentric bushing 691 to rotate counterclockwise, and the rotation of eccentric bushing 691 rotates screw rod 66, and the rotation of screw rod 66 makes left side bar
It is rotated synchronously with right-hand rod, the rotation of left side bar and right-hand rod makes the rear end of entire pinch roller bridge 6 to moving down；Conversely, pinch roller bar
The rear end of frame 6 is to moving up.
The elevating mechanism has crane 71 and drives the lift drive mechanism of 71 oscilaltion of crane, balladeur train 1
Top in crane 71, this lift drive mechanism are preferably, and crane 71 is in platysome, and crane 71 is in rack
Central chamber, lift drive mechanism includes lifting driving motor 72, wirerope 73 and rope rolling bar 74, goes up and down driving motor 72
It is installed on the top surface of upper top frame, lifting driving motor 72 is located at the front of upper top frame, goes up and down the output of driving motor 72
Axis is arranged backwards, and accumbency is on the top surface of upper top frame along the longitudinal direction for rope rolling bar 74, and upper top frame locking is inherently by 74 frame of rope rolling bar
The supporting block (not shown) risen, rope rolling bar 74 is held by installation axle to be rotatably installed in supporting block, the front end of rope rolling bar 74
End is fixedly connected with the output shaft of lifting driving motor 72, and the quadrangle of crane 71 is respectively equipped with the wirerope 73, i.e.,
The front arranged on left and right sides and rear portion arranged on left and right sides of crane are respectively equipped with a wirerope 73, the lower end lock of wirerope 73
Gu on crane 71, the two sides crossbeam of the bracket from two or so be affixed with the channel steel of solid welding together constitute, with
Two mutually close channel steels are interior channel steel in the crossbeam of two sides, and two opposite channel steels are outer channel steel, and the upper end of wirerope 73 is from bottom to top
Outer channel steel and upper top frame are sequentially passed through, and rope sheave 75 is crossed to rope rolling bar in upper top frame through locking in the upper end end of wirerope 73
At 74, the second end end that rope rolling bar 74 corresponds to four wirerope 73 covers intrinsic bull wheel 76, the upper end of wirerope 73 respectively
End solid welding is on bull wheel 76, and particularly, the top surface of upper top frame is located at four wirerope 73 locking respectively and was equipped with rope
Wheel 75, around at bull wheel 76 to rope rolling bar 74, the front and rear ends lateral wall of rope rolling bar 74 is located at wirerope 73 wirerope 73
Solid welding is there are three being set in closed-loop shaped baffle outside rope rolling bar 74 respectively, the three closed-loop shaped baffles of the same end in time interval side by side
Setting, two adjacent closed-loop shaped baffles and rope rolling bar 74 are located at the position between this two closed-loop shapeds baffle and constitute the rope rolling
Wheel can also be used independent wheel body and be arranged with rope rolling bar, and the upper end end of wirerope 73, which locks, is located at two closed-loop shapeds in rope rolling bar
Outside position between baffle.In application, lifting driving motor 72 starts, rope rolling bar 74 is rotated, and the rotation of rope rolling bar 74 makes steel wire
For rope 73 in a manner of winding or unreeling, the synchronous of four wirerope winds the rising that crane 71 can be achieved, the synchronization of four wirerope
The decline of achievable crane 71 is unreeled, and cooperated rope sheave 75 that wirerope is made not to be affixed mill with rack when volume puts movement
Damage.
The corresponding guiding of the arranged on left and right sides of the balladeur train 1 is slidably mounted in two in the groove of channel steel, i.e., a left side for balladeur train 1,
Right two sides correspondence protrudes into the groove of interior channel steel, and is equipped on the lower internal groove side wall of the bottom surface of balladeur train 1 and interior channel steel and slides relatively
The rail structure of cooperation is moved, the sliding driving device that drive carriage 1 slides back and forth is installed in rack, particularly, after being in
It is horizontally set with rear cross beam 26 between two columns at end, rear cross beam is equipped with pan drive motor 27, pan drive motor on 26 top surface
27 output shaft is towards right setting, and the output shaft of pan drive motor 27 is installed with the shaft 271 extended in left-right direction, shaft
Intrinsic driven gear 272 is covered outside 271 left and right both ends respectively, front beam 25 is equipped with the driving gear opposite with driven gear
273, together about there is a cogged drive belt (being not drawn into figure), balladeur train 1 is in transmission gear for driving gear and driven gear
Lower section, top surface and the cogged drive belt of balladeur train 1 lock together, and driving gear 273 is rotatably installed in front beam 25 by mounting base
On；In application, pan drive motor 27 starts, driven gear drives cogged drive belt rotation, and the rotation of cogged drive belt makes 1 phase of balladeur train
It should translate in the front-back direction.
The crane 71 is equipped with the flat car 8 that its bottom has traveling wheel, side crossbeam and bottom in right side
There is spacing, excellent good, side crossbeam is at the middle and upper part of column, has pushing hands 81 on flat car 8, and pushing hands 81 is between frame
The top of acclivitous gate framework, pushing hands 81 is stretched out outside spacing, and the bottom surface of the side crossbeam in right side is equipped with setting
And the bar shaped aligning plate 91 extended along the longitudinal direction, i.e., the vertical plate of the long shape to lock on the interior channel steel bottom surface in right side,
Bar shaped aligning plate 91 is in outside the right side of crane 71, is externally provided on the right side of the side crossbeam in left side and to be extended along the longitudinal direction
Bar shaped push rod 92, bar shaped push rod 92 are in above the left side of crane 71, are equipped with driving bar shaped on the side crossbeam in left side
The left and right driving device of push rod or so translation, this left and right driving device includes preceding mounting blocks 93, rear mounting blocks 94, drive lead screw
95, left and right driving motor 96, side cogged drive belt (being not drawn into figure), sliding sleeve 97 and guide rod 98, preceding mounting blocks 93 and rear peace
Dress block 94 is separately fixed on the side crossbeam bottom surface in left side, and time interval is arranged, and left and right driving motor 96 is in left and right
Before the mode laid flat is fixed on the bottom surface of mounting blocks 93, for the output shaft of left and right driving motor 96 towards left setting, left and right driving is electric
The intrinsic driving gear (not shown) of the output outer shaft sleeve of machine 96, drive lead screw 95 are in the rear side of rear mounting blocks 94, and edge
Left and right directions is extended, and the rear mounting plate 941 in rear mounting blocks rear arranged on left and right sides is installed on rear mounting blocks 94, is led
After being in two to bar 98 and drive lead screw 95 between mounting plate 941, guide rod 98 is in the rear of drive lead screw 95, driving wire
The end of bar 95 is rotatably installed on rear mounting plate, and the end of guide rod 98 is fixedly mounted on rear mounting plate, drive lead screw 95
Left end end rotation stretch out in left side rear mounting plate outside, the intrinsic driven gear of left end end housing of drive lead screw 95,
Side cogged drive belt is wound around on driving gear and driven gear, after sliding sleeve 97 is in two between mounting plate, and guide rod and biography
Dynamic screw rod both passes through sliding sleeve, and sliding sleeve is screwed together with drive lead screw, and the bottom surface of sliding sleeve 97 is installed with the side in left side
The connecting plate 971 of below the crossbeam, connecting plate 971 are extended to the right, and the right end of connecting plate 971 protrudes into the hollow chamber of rack
Interior, together with 92 solid welding of bar shaped push rod, bar shaped push rod 92 is opposite with bar shaped aligning plate 91 to be set for the right end end of connecting plate 971
It sets；In application, left and right driving motor 96 starts, transmission is realized using the cooperation of side cogged drive belt, driving gear and driven gear
The rotation of screw rod 95, the original place rotation of drive lead screw 95 make sliding sleeve 97 left and right translation, drive lead screw 95 on drive lead screw 95
Translation make bar shaped push rod 92 to 91 direction of bar shaped aligning plate translate, meanwhile, using guide rod 98 make sliding sleeve 97 drive bar shaped
The translation of push rod 92 is more steady.
A kind of intelligent splicer of the smooth contact pin of the utility model, its working principle is that: after flexible sheet material is cut off
Be sent on conveyer belt 52, driving motor 56 starts, the rotation of conveyer belt 52 by the flexible sheet material laid flat on conveyer belt 52 by
It conveys backward front to back, when the rear end of flexible sheet material is sent to horizontal pressure roller 4 through conveyer belt 52 at conveyer belt 52, utilizes cross
The up and down movement of pressure roller 4, after making conveyer belt 52 that the rear end of flexible sheet material can be involved in horizontal pressure roller 4 and conveyer belt 52
Hold between end, and exported from the rear end end of conveyer belt 52, balladeur train 1 is in the rear of front beam 25 at this time, on balladeur train 1 under
Clamping plate 32 downwardly turns over, the intermediate plate spacing that upper mounted plate 31 and lower clamp plate 32 are formed, this intermediate plate spacing just with flexible sheet material
Expect opposite position, lower clamp plate 32 is flipped up later, and the rear end end of flexible sheet material is clamped to lower clamp plate 32 and upper fixation
Between plate 31, pan drive motor 27 starts, and balladeur train 1 translates backward from front to back, the translation of balladeur train 1 by flexible sheet material from
It is pulled out in spacing between horizontal pressure roller 4 and conveyer belt 52, because the rear end of flexible sheet material is by upper mounted plate and lower folder when pull-out
Board clamping, front end are clamped by conveyer belt and horizontal pressure roller 4, make flexible sheet material straight output in such a way that both ends tense, when soft
Property flaky material forward end just between horizontal pressure roller 4 and conveyer belt 52 spacing output after, flat-removing air cyclinder 67 start, put down
The piston rod for moving cylinder 67 stretches out backward, and the piston rod of flat-removing air cyclinder 67 pushes screw rod 66 to rotate counterclockwise, after pinch roller bridge 6
It holds to moving down, rear-wheel roller 64 will pressed against under the forward end of flexible sheet material and is being in contact with the flexible sheet material stacked,
Lower clamp plate 32 is overturn, and the front end of flexible sheet material is released, and in decentralization to crane, balladeur train 1, which continues to move back a distance, to stop
Only, left and right driving motor 96 starts, and bar shaped push rod 92 is placed on the left side of the flexible sheet material on crane to right translation
Being pushed away by the right side of bar shaped push rod 92 is close to the right side of flexible sheet material with 91 phase of bar shaped aligning plate, that is, completes a piece of flexible sheet
The placement of material, later, under a piece of flexible sheet material conveying when stacking, lifting driving motor 72 starts, and crane 7 is to moving down
It is dynamic, and repeat above-mentioned movement and stacking for a piece of flexible sheet material can be completed down, in this way, N piece flexible sheets can be realized repeatedly
Shape material neatly stacks.
Compared with prior art, the intelligent splicer of the utility model, has the following beneficial effects:
One, in forward and backward when pulling out flexible sheet material by clip device using the fit system of horizontal pressure roller and conveyer belt
Both ends, which clamp, to be pulled out, and Shi Nengcheng straightened condition is pulled out, will not be automatic sagging during pull-out, and flexible sheet material is avoided to pull out
It is sagging due to self gravity in the process to be in contact with the flexible sheet material stacked and drive the flexible sheet material stacked
The problem of moving backward, and pinch roller bridge 6 is cooperated to stand flexible sheet material after deviating between horizontal pressure roller and conveyer belt
Horse, which pushes, fixes, and is further ensured that the flexible sheet material of pull-out takes away the flexible sheet material stacked, makes flexible sheet
Material is placed on crane in straight underground, and it is different in front and back not will cause the flexible sheet material stacked；
Two, make the swing of pinch roller bridge 6 that need to only use small-sized, short stroke gas using the rectangle structure of pinch roller bridge 6
Cylinder, makes the long service life of entire cylinder, also makes the consumption of air compressor machine small, and the mode of screw rod is cooperated to make entirely to swing drive
Dynamic device is dismounted, meanwhile, make flexible sheet material will not when being pushed by pinch roller bridge 6 by the cambered surface roll surface of rear-wheel roller 64
It is impaired；
Three, the cooperation of cooperation bar shaped aligning plate and bar shaped push rod enables the left and right side of the flexible sheet material stacked
Contraposition adjust, so that the flexible sheet material stacked be made neatly to stack in four sides, stack better effect；
Four, being made using the mounting structure of horizontal pressure roller can be to the flexible sheet material of different-thickness between horizontal pressure roller and conveyer belt
It is clamped, has a wide range of application, and simple structure, be easy to dismount, maintenance；
Five, crane realizes that lifting, entire descending operation translation can't occupy other than rack using four wirerope
Space, and lifting structure is simple；
Six, so that flat car is released from the right side of rack using the structure of the lifting device of wirerope and side crossbeam, make
It is smaller with space, it is easy to use, avoid the anterior-posterior length of Conventional carriers longer, the technology that flat car can only be released from rear end of rack
Scheme and the space for causing intelligent splicer to need to grow very much be just able to using the problem of；
Seven, so that the rate of tension of conveyer belt is adjusted using the sliding for sliding back and forth adjusting block in feeding mechanism, make to convey
Band, which remains, collapses tight state, so that flexible sheet material be made to be easy to be involved in by conveyer belt to the lower section of horizontal pressure roller；
Eight, total is simple, is easily assembled to, safeguards, and using safe.
The intelligent splicer of the utility model, another to be preferably, the top surface locking of upper top frame will inherently be co-located in top
Two rope sheave and two bull wheels excessively on front side of frame are placed in interior preceding guard box (being not drawn into figure) and are co-located on rear side of top frame
Two rope sheave and two bull wheels excessively are placed in interior rear guard box (being not drawn into figure), make to roll up using guard box before this and rear guard box
If rope sheave work when there is a phenomenon where when being separated with rope rolling bar other people wound will not be got rid of by wirerope, it is safe to use.
Further more, erectting between the side crossbeam of the same side and lower bottom frame has a guide rod 28, guide rod 28 is towards crane side
One side have to the sharp protrusion of convex, the top surface of crane 71 is equipped with the directive wheel 711 being able to rotate, directive wheel 711
There is closed loop connected in star, the sharp protrusion of this guide rod, which is caught in closed loop connected in star, makes directive wheel 711 with crane 71 on wheel face
It is moved always along guide rod 28 when moving up and down, guiding role is played to the oscilaltion of crane 71, is gone up and down more flat
Surely.
The intelligent splicer of the utility model, then two be preferably, bar shaped mounting plate 51 is by lateral coaming plate, upper cross plate and lower cross
The deckle board that plate surrounds, i.e. bar shaped mounting plate 51 are channel steel plate, upper cross plate and lower cross plate be co-located in outside the side of lateral coaming plate and with
Lateral coaming plate is vertically arranged, the bar shaped concane gap extended to lateral coaming plate center position on the front and rear ends end of lateral coaming plate, this
Shape concane gap is the bar shaped mounting hole, and the top surface solid welding of lower cross plate has the bar shaped protruding rail 512 extended along the longitudinal direction, is slided
Concave up be equipped in the bottom surface of adjusting block 55 slides into for bar shaped protruding rail in interior cunning groove, and the top surface of slidable adjustment block is convexly equipped with edge
The raised line (being not drawn into figure) that the front-rear direction of slidable adjustment block extends, the bottom surface solid welding of upper cross plate has to be slidably matched with raised line
And the bar shaped sliding rail (being not drawn into figure) that extends along the longitudinal direction, be equipped with before and after slidable adjustment block on slidable adjustment block 55
The screw rod 57 that direction extends, one end end of screw rod 57 are screwed in slidable adjustment block 55, are arranged with outside the other end of screw rod 57
Installation sheet 58, installation sheet 58 are erected between upper cross plate and lower cross plate, and together with upper cross plate and lower cross plate solid welding, screw rod 57
Other end end outside be screwed with locking nut 571, in application, enabling rotation axis to be packed by bar shaped concane gap and being pierced by side
Outside coaming plate, and rotation axis is set to can be realized the adjusting of front and back position using the length of the recessed cylinder mouth of bar shaped, spiral shell pine locking screw when adjusting
Mother 571 pulls screw rod 57 that slidable adjustment block 55 can be made in forward and backward translation, and screwing tight locking nut after translation again can be realized cunning
The fixation of dynamic adjusting block 55 adjusts operation simply, conveniently, and is easy to the dismounting of entire conveyer belt.
The intelligent splicer of the utility model, is preferably repeatedly, and as shown in Figure 4,5, the mounting base has locking
Block 251, wheel body 252, screw rod 253 and limited block 254, locking block 251 are locked in the block erect, locking block 251 by screw
On front beam 25, the leading flank of locking block 251 is recessed with the rectangle shrinkage pool through 251 arranged on left and right sides wall of locking block backward
251a, wheel body 252 have it is integrally formed, slide into the packet in rectangle shrinkage pool and the left and right both ends in packet
End and the circular piece being limited in outside above-mentioned locking block are installed with the center extended in left-right direction at the axle center of one circular piece
Axis 252a is installed with this central axis 252a, the lateral wall of central axis 252a on the axle center of the circular piece in left or right side
Upper to have external screw thread, center outer shaft sleeve is equipped with the installation bearing to match with external screw thread, and driving gear 271 is forwarded by installation axle
Dynamic to be mounted on outside central axis 252a, the front end top surface of packet is recessed card entry slot 252b, and the front end surface of packet offers
It is communicated with card entry slot 252b and penetrate through packet upper and lower ends protrudes into through slot 252c, accumbency is set screw rod 253 along the longitudinal direction
It sets, the rear end end of screw rod 253 is stretched to from the upper port of card entry slot 252b with the upper port for protruding into through slot 252c together to be caught in
In slot, and the rear end of screw rod 253 is stretched out from through slot 252c is protruded into, and the rear end end of screw rod 253 is installed with from top to bottom card entry slot
Limit film 253a that is interior and being limited in card entry slot, limited block 254 are arranged with outside screw rod 253, and are locked in locking block 251
Outside leading flank, packet limit is fixed in rectangle shrinkage pool, and screw rod 253 is threadedly engaged with limited block 254 and connect；In application, rotation
Screw rod 253, the rotation of screw rod 253 translate screw rod on locking block 251 with wheel body 252, and the translation of wheel body 252 makes driving tooth
Wheel 271 is able to anterior-posterior translation, and the translation of driving gear 271 enables the rate of tension of the cogged drive belt on balladeur train to adjust, to make
Cogged drive belt on balladeur train is in tensioning state always, and the translation of balladeur train 1 is more steady, and makes entirely to pacify using the structure of mounting base
Dress seat can split, assemble, and be easily installed the replacement and maintenance of each component of seat.
The intelligent splicer of the utility model, then four be preferably, and is equipped with air accumulator 100 in the top surface of rack and is located at
The installation riser 200 of air accumulator front or behind, the air accumulator 100 have air inlet and air outlet, are equipped with electricity at air inlet
Magnet valve and pressure gauge are equipped with flow divider in the installation riser 200, and gas outlet is connected with flow divider；In application, by air compressor machine
Compressed gas be delivered in air accumulator through conveyance conduit, and set the pressure of gas in air accumulator, later the gas in air accumulator
Body provides gas to each cylinder through flow divider again, in this way, keeping the gas of each cylinder more steady, the stroke of cylinder is steady, guarantees
Each component runs smoothly, and plays the role of pressure protection, and the operation of whole system is safer.
The intelligent splicer of the utility model, then five be preferably, the right edge solid welding of lower bottom frame 22 has forward and backward interval to set
Oriented plate that is setting and extending and tilt down setting to the right, 8 front and back of spacing and flat car between two oriented plates
The spacing between traveling wheel between both ends matches, in this way, being easy to the push-in of flat car 8 or pulling out rise using two oriented plates
Frame drops, and use is more convenient.
The product form of the utility model is not limited to this case diagram and embodiment, anyone carries out similar thinking to it
Appropriate changes or modifications all should be regarded as the patent category for not departing from the utility model.
Claims (10)
1. a kind of intelligent splicer of smooth contact pin, including rack, rack is equipped with balladeur train, the energy translated along rack linear slide
The elevating mechanism of oscilaltion and the feeding mechanism that conveying charging is carried out to flexible sheet material, are equipped with for clamping on balladeur train
Or the clip device of release flexible sheet material, elevating mechanism have crane and drive the lifting driving of crane oscilaltion
Mechanism, balladeur train are in the top of crane, are direction from front to back with the feed direction of feeding mechanism, and feeding mechanism is in machine
Outside the front side of frame；It is characterized by: the front side of above-mentioned rack is equipped with front beam, above-mentioned balladeur train is in the rear of above-mentioned front beam,
The horizontal pressure roller of left and right directions extension that can be up and down and along rack, above-mentioned feeding mechanism are installed below above-mentioned front beam
Rear end be in the lower section of above-mentioned horizontal pressure roller, and the rear end top surface of above-mentioned horizontal pressure roller and above-mentioned feeding mechanism is mutually close to cooperation, on
It states to be equipped on front beam and be connect with horizontal pressure roller, and the elastic reset device of reaction elastic force can be generated with moving up for horizontal pressure roller,
The rear of above-mentioned front beam is equipped between front beam and balladeur train and the pinch roller bridge that can swing up and down, on above-mentioned front beam
The oscillatory gearing mechanism for driving this pinch roller bridge to swing up and down is installed.
2. a kind of intelligent splicer of smooth contact pin according to claim 1, it is characterised in that: the axial direction of above-mentioned horizontal pressure roller
Both ends end all has the central shaft that its outer diameter is less than horizontal pressure roller outer diameter, and intrinsic installation axle is covered outside two above-mentioned central shafts
Set, the top surface solid welding of above-mentioned installation axle sleeve have the upright bar that setting is erect in up and down direction, and above-mentioned front beam is located at above-mentioned upright bar
Through-hole is offered, the upper end of above-mentioned upright bar passes through above above-mentioned through-hole to front beam, and being locked outside above-mentioned upright bar has spring stack, above-mentioned
The lower end of spring stack is in through-hole, and the upper end of above-mentioned spring stack is in above front beam, and the top surface of above-mentioned front beam is located at logical
The lock sleeve for erectting setting is equipped at hole, the lower end of above-mentioned lock sleeve is protruded into through-hole and screwed togather with the inner hole wall of above-mentioned through-hole
Connection, and the locking nut being pressed on front beam top surface is screwed with outside the lower end of above-mentioned lock sleeve, above-mentioned lock sleeve is in top surface
For the hollow circuit cylinder set that enclosed construction, bottom surface are open design, above-mentioned upright bar and spring stack are located at lock sleeve lower end or more
Position be co-located in the hollow chamber of lock sleeve, and the inside top surface wall of the top surface of above-mentioned spring stack and above-mentioned lock sleeve
The upper end end tight fit of mutually top cooperation, above-mentioned upright bar is stretched out outside the top surface of lock sleeve；Above-mentioned installation axle sleeve, upright bar, spring stack
And lock sleeve constitutes the elastic reset device.
3. a kind of intelligent splicer of smooth contact pin according to claim 1 or 2, it is characterised in that: above-mentioned rack includes
Upper top frame, lower bottom frame, four columns and two side crossbeams, above-mentioned upper top frame and above-mentioned lower bottom frame and four columns surround hollow rectangular knot
Structure, and the setting parallel with the feed direction of feeding mechanism of the length direction of hollow rectangular structure, one side crossbeam are connected to
Between two columns of the forward and backward setting in left side, other side crossbeam is correspondingly connected between two columns of the forward and backward setting on right side,
Two sides crossbeam is arranged with respect to position, and has spacing between side crossbeam and lower bottom frame, above-mentioned front beam be connected to a left side in front side,
Between two columns arranged side by side of the right side, the arranged on left and right sides correspondence of above-mentioned balladeur train is slidably mounted on two side crossbeams.
4. a kind of intelligent splicer of smooth contact pin according to claim 3, it is characterised in that: above-mentioned feeding mechanism has
The belt drive of bar shaped mounting plate, conveyor belt and driving conveyor belt rotation, above-mentioned bar shaped mounting plate are provided with two pieces,
Two bar shaped mounting plates are extended between left and right every being oppositely arranged along the front-rear direction of rack, two bar shaped mounting plates it is forward and backward
Both ends end passes through the leather belt roller that its end is pierced by outside bar shaped mounting plate respectively and links together, and above-mentioned conveyor belt is in two
It between bar shaped mounting plate, and is set around outside two leather belt rollers, the rear end end of two bar shaped mounting plates is in the left and right of front side and sets relatively
Between two columns set, the rear end end of bar shaped mounting plate is hinged with column in a manner of it can swing up and down, lower bottom frame
Bottom surface hinge in the front end setting that turns forward and with bar shaped mounting plate is separately installed at lower section corresponding to bar shaped mounting plate
The support rod being connected together is respectively equipped on the front and rear ends end of bar shaped mounting plate recessed to the center position of bar shaped mounting plate
And it is arranged with for the bar shaped mounting hole that the end of leather belt roller is stretched out, outside the both ends end of above-mentioned leather belt roller along bar shaped mounting plate front and back
The slidable adjustment block being slidably mounted on bar shaped mounting plate is equipped on above-mentioned bar shaped mounting plate and controls the sliding of this slidable adjustment block
Regulating mechanism, be arranged with outside the left end end or right end end of the leather belt roller in rear end driven outside slidable adjustment block
Gear, is equipped with driving motor on the column of driven gear the same side, and the output outer shaft sleeve of above-mentioned driving motor is inherently main
Moving gear, above-mentioned driving gear and driven gear are sequentially connected by gear band, above-mentioned driving motor, driving gear, driven tooth
Wheel constitutes the belt drive with gear band.
5. a kind of intelligent splicer of smooth contact pin according to claim 4, it is characterised in that: above-mentioned bar shaped mounting plate by
The deckle board that lateral coaming plate, upper cross plate and lower cross plate surround, upper cross plate and lower cross plate are co-located in outside the side of lateral coaming plate and and side wall
Plate is vertically arranged, the bar shaped concane gap that the recessed oriented lateral coaming plate center position in the front and rear ends end face of above-mentioned lateral coaming plate extends,
Above-mentioned bar shaped concane gap is the bar shaped mounting hole, is had on the axial ends end of above-mentioned leather belt roller across this bar shaped notch
Shaft outside mouthful, above-mentioned slidable adjustment block are set in outside this shaft, and are between upper cross plate and lower cross plate, above-mentioned lower cross plate
Top surface solid welding has the bar shaped protruding rail extended along the longitudinal direction, and concave up be equipped in the bottom surface of above-mentioned slidable adjustment block is slided for bar shaped protruding rail
Entering interior cunning groove, the top surface of above-mentioned slidable adjustment block is convexly equipped with the raised line of the front-rear direction extension along slidable adjustment block, on
The bottom surface solid welding for stating upper cross plate has bar shaped sliding rail that is being slidably matched with raised line and extending along the longitudinal direction, above-mentioned slidable adjustment
The screw rod extended along slidable adjustment block front-rear direction is installed, one end end of above-mentioned screw rod is screwed on above-mentioned slidable adjustment on block
In block, be arranged with installation sheet outside the other end of above-mentioned screw rod, above-mentioned installation sheet is erected between upper cross plate and lower cross plate, and with it is upper
Transverse slat is screwed with locking nut outside the other end end of above-mentioned screw rod together with lower cross plate solid welding.
6. a kind of intelligent splicer of smooth contact pin according to claim 3, it is characterised in that: above-mentioned pinch roller bridge is by a left side
Side lever, right-hand rod, front-wheel roller and rear-wheel roller surround along rack front-rear direction extend strip square frame, above-mentioned front-wheel roller and
Rear-wheel roller is between left side bar and right-hand rod, and the lower part of above-mentioned rear-wheel roller is in the subjacent of left side bar and right-hand rod,
The top surface of above-mentioned front beam is fixed with the mounting plate that its rear end is in front beam rear, and the rear end of above-mentioned mounting plate is in left side bar
Between top and right-hand rod top, the top surface of above-mentioned mounting plate is installed with the installation sleeve of the setting of accumbency in left-right direction, above-mentioned
Front-wheel roller is in the front upper place of above-mentioned installation sleeve, is screwed with outside above-mentioned installation sleeve axial ends in above-mentioned installation sleeve
Screw rod, the both ends end of above-mentioned screw rod correspond to activity be pierced by left side bar and right-hand rod outside, above-mentioned screw rod is located at left side bar and the right side
Limitation nut is screwed with outside the arranged on left and right sides of side lever；Above-mentioned oscillatory gearing mechanism includes flat-removing air cyclinder, connecting rod and installation set,
Above-mentioned flat-removing air cyclinder is fixed on above-mentioned front beam along the front-rear direction accumbency of mounting plate, and is in the left side of above-mentioned mounting plate,
The piston rod free end end of above-mentioned flat-removing air cyclinder extends back setting, and in front of the left end in above-mentioned screw rod, above-mentioned installation
It is fixed in outside the left end end of above-mentioned screw rod, the axial direction extension along installation set is installed on the lateral wall of above-mentioned installation set
The first end of the eccentric bushing of setting, above-mentioned connecting rod is linked together by the piston rod free end of the first pin shaft and above-mentioned cylinder,
The second end of above-mentioned connecting rod is serially connected by the second pin shaft and above-mentioned eccentric bushing.
7. a kind of intelligent splicer of smooth contact pin according to claim 3, it is characterised in that: two columns in rear end
Between be horizontally set with rear cross beam, pan drive motor, the output shaft of above-mentioned pan drive motor are installed on above-mentioned rear cross beam top surface
It is installed with the shaft extended in left-right direction, intrinsic driven gear is covered outside the both ends of above-mentioned shaft respectively, is set on above-mentioned front beam
Have with two driven gears opposite driving gear one by one, the above-mentioned driving gear and driven gear of the same side that coexists are together about being equipped with
One cogged drive belt, above-mentioned balladeur train are in the lower section of above-mentioned cogged drive belt, and the top surface of above-mentioned balladeur train and above-mentioned cogged drive belt lock
Together, above-mentioned driving gear is rotatably installed on above-mentioned front beam by mounting base, above-mentioned mounting base have locking block, wheel body,
Screw rod and limited block, on above-mentioned front beam, the leading flank of above-mentioned locking block is recessed with backward through lock for above-mentioned locking block locking
Gu the rectangle shrinkage pool of block arranged on left and right sides wall, above-mentioned wheel body has integrally formed slid into from front to back in rectangle shrinkage pool
Packet and left and right both ends end in packet and the circular piece being limited in outside above-mentioned locking block, one circular piece
The central axis extended in left-right direction is installed at axle center, above-mentioned driving gear is held by installation axle is rotatably installed in above-mentioned center
Outside axis, the front end top surface of above-mentioned packet is recessed card entry slot, and the front end surface of packet, which is offered, to communicate and passed through with card entry slot
Logical packet upper and lower ends protrude into through slot, and accumbency is arranged above-mentioned screw rod along the longitudinal direction, and the rear end end of above-mentioned screw rod is in
In card entry slot, and the rear end end of above-mentioned screw rod is installed with the limit film in from top to bottom card entry slot, the outer diameter of above-mentioned limit film
Greater than the above-mentioned groove width for protruding into through slot, above-mentioned limited block is sheathed on outside above-mentioned screw rod, and is locked in the leading flank of above-mentioned locking block
Outside, and above-mentioned limited block with above-mentioned protrudes into the opposite position of through slot, and above-mentioned screw rod is threadedly engaged with above-mentioned limited block and connect.
8. a kind of intelligent splicer of smooth contact pin according to claim 3, it is characterised in that: above-mentioned crane is in plate
Body, above-mentioned crane are in the hollow chamber of above-mentioned rack, and above-mentioned lift drive mechanism includes lifting driving motor, wirerope
With rope rolling bar, above-mentioned lifting driving motor is installed on the top surface of above-mentioned upper top frame, and accumbency exists above-mentioned rope rolling bar along the longitudinal direction
On the top surface of above-mentioned upper top frame, one end of above-mentioned rope rolling bar is fixedly connected with the output shaft of above-mentioned lifting driving motor, above-mentioned liter
The quadrangle of drop frame is respectively equipped with above-mentioned wirerope, and above-mentioned rope rolling bar is between the wirerope of arranged on left and right sides, above-mentioned wirerope
First end end is fixed on above-mentioned crane, above-mentioned side crossbeam from two or so be affixed with the channel steel structure of solid welding together
At with two channel steels mutually close in the crossbeam of two sides for interior channel steel, two opposite channel steels are outer channel steel, the second end of above-mentioned wirerope
Above-mentioned outer channel steel and above-mentioned upper top frame are from bottom to top sequentially passed through, and the second end end of above-mentioned wirerope is locked in upper top frame
On cross rope sheave to above-mentioned rope rolling bar at, above-mentioned rope rolling bar correspond to four wirerope second end end be respectively provided with rope rolling
Bar rotate together for wire rope roll around bull wheel, the second end end solid welding of above-mentioned wirerope on above-mentioned bull wheel, on
The top surface locking for stating top frame inherently crosses rope sheave for the two of front side and two bull wheels are placed in interior preceding guard box and rear side together
Two cross rope sheaves and two bull wheels and be placed in interior rear guard box together, erect and lead between above-mentioned side crossbeam and above-mentioned lower bottom frame
To bar, the intrinsic directive wheel of top solid lock of above-mentioned crane, above-mentioned directive wheel is slidably matched with above-mentioned guide rod guiding, above-mentioned balladeur train
The corresponding guiding of arranged on left and right sides be slidably mounted in two in the groove of channel steel.
9. a kind of intelligent splicer of smooth contact pin according to claim 8, it is characterised in that: above-mentioned crane is equipped with
Flat car, has pushing hands on above-mentioned flat car, the top of above-mentioned pushing hands stretches out to the right on the right side of side crossbeam and lower bottom frame between
Outside spacing, the bottom surface of the side crossbeam on right side is equipped with bar shaped aligning plate that is erectting and extending along the longitudinal direction, above-mentioned bar shaped pair
Position plate is in outside the right side of above-mentioned crane, and the bar shaped push rod extended along the longitudinal direction is externally provided on the right side of the side crossbeam in left side,
Above-mentioned bar shaped push rod is oppositely arranged with above-mentioned bar shaped aligning plate, and above-mentioned bar shaped push rod is in above the left side of above-mentioned crane, left
The left and right driving device of driving bar shaped push rod or so translation is installed on the side crossbeam of side.
10. a kind of intelligent splicer of smooth contact pin according to claim 9, it is characterised in that: above-mentioned left and right driving dress
It sets including preceding mounting blocks, rear mounting blocks, drive lead screw, left and right driving motor, side cogged drive belt, sliding sleeve and guide rod, it is above-mentioned
Preceding mounting blocks and above-mentioned rear mounting blocks are separately fixed on the side crossbeam bottom surface in left side, and are arranged in time interval, above-mentioned left and right
Driving motor is fixed on the bottom surface of above-mentioned preceding mounting blocks, and the output shaft of above-mentioned left and right driving motor is towards left setting, above-mentioned left and right
The intrinsic driving gear of output outer shaft sleeve of driving motor, above-mentioned drive lead screw are in the rear side of rear mounting blocks, and in left-right direction
It is extended, is installed with the rear mounting plate extended back outside rear mounting blocks on left and right two lateral wall of above-mentioned rear mounting blocks, on
State guide rod and above-mentioned drive lead screw be in two after mounting plate rear portion between, above-mentioned guide rod is in above-mentioned drive lead screw
Rear, the end of above-mentioned drive lead screw are rotatably installed on rear mounting plate, and the end of above-mentioned guide rod is installed after being fixedly mounted on
On plate, the left end end rotation of above-mentioned drive lead screw is stretched out outside the rear mounting plate in left side, outside the left end end of above-mentioned drive lead screw
Intrinsic driven gear is covered, above-mentioned side cogged drive belt is wound around on driving gear and driven gear, and above-mentioned sliding sleeve is pacified after being in two
Between loading board, and above-mentioned guide rod and above-mentioned drive lead screw both pass through above-mentioned sliding sleeve, above-mentioned sliding sleeve and above-mentioned drive lead screw
It is screwed together, the bottom surface of above-mentioned sliding sleeve is installed with the connecting plate of the side below the crossbeam in left side, the right end of above-mentioned connecting plate
It protrudes into the hollow chamber of above-mentioned rack, the right end end of above-mentioned connecting plate is together with above-mentioned bar shaped push rod solid welding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821445838.1U CN208869055U (en) | 2018-09-05 | 2018-09-05 | A kind of intelligent splicer of smooth contact pin |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821445838.1U CN208869055U (en) | 2018-09-05 | 2018-09-05 | A kind of intelligent splicer of smooth contact pin |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208869055U true CN208869055U (en) | 2019-05-17 |
Family
ID=66466658
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821445838.1U Withdrawn - After Issue CN208869055U (en) | 2018-09-05 | 2018-09-05 | A kind of intelligent splicer of smooth contact pin |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208869055U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109110550A (en) * | 2018-09-05 | 2019-01-01 | 陈荣辉 | A kind of intelligent splicer of smooth contact pin |
-
2018
- 2018-09-05 CN CN201821445838.1U patent/CN208869055U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109110550A (en) * | 2018-09-05 | 2019-01-01 | 陈荣辉 | A kind of intelligent splicer of smooth contact pin |
| CN109110550B (en) * | 2018-09-05 | 2024-02-27 | 陈荣辉 | Intelligent splicing machine for flattening splicing |
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