CN105150472B - Water gap cutting and log back film-attaching integrated equipment for injection-molded car logo - Google Patents
Water gap cutting and log back film-attaching integrated equipment for injection-molded car logo Download PDFInfo
- Publication number
- CN105150472B CN105150472B CN201510638882.9A CN201510638882A CN105150472B CN 105150472 B CN105150472 B CN 105150472B CN 201510638882 A CN201510638882 A CN 201510638882A CN 105150472 B CN105150472 B CN 105150472B
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- China
- Prior art keywords
- logo
- cog belt
- mouth
- workbench
- river
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C45/00—Injection moulding, i.e. forcing the required volume of moulding material through a nozzle into a closed mould; Apparatus therefor
- B29C45/17—Component parts, details or accessories; Auxiliary operations
- B29C45/38—Cutting-off equipment for sprues or ingates
- B29C45/382—Cutting-off equipment for sprues or ingates disposed outside the mould
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C45/00—Injection moulding, i.e. forcing the required volume of moulding material through a nozzle into a closed mould; Apparatus therefor
- B29C45/17—Component parts, details or accessories; Auxiliary operations
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- Engineering & Computer Science (AREA)
- Manufacturing & Machinery (AREA)
- Mechanical Engineering (AREA)
- Laser Beam Processing (AREA)
- Revetment (AREA)
Abstract
The invention provides water gap cutting and log back film-attaching integrated equipment for an injection-molded car logo. The integrated equipment comprises a workbench, wherein a control cabinet is arranged at the left end of the workbench; a tensioning wheel is fixed on the workbench through a transmission bracket and positioned at the right of the control cabinet; a drive wheel is fixed at the right end of the workbench by the transmission bracket; a tooth-shaped belt gets across the drive wheel and the tensioning wheel for being closed, connected and tensioned; a drive wheel shaft is connected with an output shaft of a step motor; and a water gap cutting mechanism, a logo back film-attaching mechanism, a laser film etching mechanism and a film separating mechanism are sequentially arranged, from left to right, at the right side of the tensioning wheel according to the process, wherein electric parts in each mechanism are electrically connected with the control cabinet. By virtue of motion of a transport mechanism, the equipment transports a car logo mould, so that water gap cutting and logo back film-attaching of the injection-molded car logo are completed once; meanwhile, wastes are automatically collected, so that the automation of water gap cutting and logo back film-attaching of the car logo is realized, the labor intensity of a worker is reduced, the processing efficiency is improved, and the production cost of enterprises is saved.
Description
Technical field：
This hair name belongs to machining equipment field, is related to a kind of mouth of a river to cut and mark the integration apparatus of the attached glue of the back of the body, uses
In to the mouth of a river cutting of automobile injection logo and the attached glue of the mark back of the body.
Background technology：
In injection moulding, one plastic product of shaping is realized by injection mold, and the mouth of a river is to complete injection to fill
Fill out the essential part of process.The mouth of a river of most injecting products by itself design due to being limited, it is impossible to had been molded
Directly cut off in journey, it is necessary to cut off again after the completion of injection.For automobile production industry, logo manufacturing enterprise needs
The logo cut off after the mouth of a river and attached glue is supplied to vehicle factory, in existing logo production industry, the excision mouth of a river and the logo back of the body it is attached
Using having been manually done, injection moulding regrinding is cut off and the film of advance well cutting aligns one by one and attached and compress glue by workman one by one
In the logo back side, its tedious process takes time and effort, and processing efficiency is low.The mouth of a river cutting and the attached glue of the mark back of the body for being molded logo do not have
Corresponding integral automation equipment is processed.
The content of the invention：
The invention provides a kind of equipment for being molded the cutting of the logo mouth of a river and the attached glue one of the mark back of the body, the purpose is to realize injection
The logo mouth of a river is cut and mark carries on the back the automation of attached glue, improves processing efficiency, saves production cost.
In order to solve the above technical problems, the present invention adopts the following technical scheme that realization：
The cutting of the injection logo mouth of a river and the attached glue equipment integrating of the mark back of the body, including a workbench, workbench are fixed on the ground,
Workbench left end is provided with switch board, and a tensioning wheel is fixed on the table and positioned at switch board right side by transmitting support,
One driving wheel is fixed on the right-hand member of workbench by transmitting support, and cog belt bypasses driving wheel and tensioning wheel closing connection
Tightly, drive sprocket axle is connected with the output shaft of a stepper motor, and stepper motor is connected by cable with switch board, and its feature exists
In, the positioning clamping shell fragment that logo mould is clamped for positioning is installed on cog belt, positioning clamps shell fragment and passes through rivet
On cog belt, the right side of tensioning wheel is disposed with mouth of a river cutting mechanism, the attached gluing mechanism of the mark back of the body according to operation, swashs from left to right
Photoetching gluing mechanism and glued membrane separating mechanism, this four mechanisms are sequentially arranged between tensioning wheel and driving wheel, mouth of a river cutting mechanism
By cutting frame fixedly mount on the table, in the cutting mechanism of the mouth of a river lower section on cog belt upper strata be successively positioning pressuring plate,
Compressed oil cylinder, positioning pressuring plate is fixed on compressed oil cylinder top, and cutting frame is by four column connection frame top boards and framework soleplate
Composition, frame top board is fixed on four column tops, and compressed oil cylinder is fixed on framework soleplate top, and framework soleplate is located at cog belt
The upper and lower between, mouth of a river cutting edge in the cutting mechanism of the mouth of a river is located at the top on cog belt upper strata and installed in knife rest
Front end, one cut-out cylinder of knife rest middle part connection, the attached gluing mechanism of the mark back of the body is located at mouth of a river cutting mechanism right side, solid by attached glue frame
Fixed to have a tape roll in the attached gluing mechanism of the mark back of the body on the table, pressure roller is located at the cog belt upper strata after laying logo mould
Top, support roller is located at the lower section on cog belt upper strata, and laser incising gluing mechanism is located at the right side of the mark attached gluing mechanism of the back of the body, laser photoresist machine
CNC two-axis numerical controls system equipped with solid state laser and positioner in structure are arranged on laser nicking workbench, glued membrane point
Structure of disembarking is located at laser incising gluing mechanism right side and is fixed on the table by remaining glue frame, wherein, preceding pressure roller and separate sheet are pacified
The top on the cog belt upper strata after logo mould is laid, a remaining film tube is arranged in remaining glue frame, releases cylinder position
In cog belt be with operation direction front right side and be fixed in remaining glue frame, remaining glue collecting box be located at cog belt with operation side
To the left side for front and it is fixed in remaining glue frame, the compressed oil cylinder, cut-out cylinder and glued membrane in the cutting mechanism of the mouth of a river are separated
Release cylinder in mechanism is connected by respective solenoid electric valve with high-pressure air source, the Solid State Laser in laser incising gluing mechanism
Displacement transducer, CNC two-axis numerical controls system, the solenoid electric valve of compressed oil cylinder in device, laser incising gluing mechanism, cut-out cylinder
The solenoid electric valve of solenoid electric valve and release cylinder is by data wire and the data-in port and data output of switch board
Port connects.
Further technical scheme includes：
In described mouth of a river cutting mechanism, cutting frame is made up of four column connection frame top boards and framework soleplate, machine
Frame base plate is located between the upper and lower of cog belt, and two location-plates are fixedly installed in frame top board according to operation direction interval
Lower section, and two location-plates are located at the top on the cog belt upper strata after laying logo mould, with two location-plate vertical directions one
The positioning pressuring plate of cause is located at the lower section on cog belt upper strata, two location-plate bottom surface level heights and mouth of a river cutting edge cutting edge height one
Cause, compressed oil cylinder is installed on framework soleplate, and its piston rod is fixedly connected with positioning pressuring plate, cut-out cylinder is fixedly mounted on frame
Top board lower section, the piston rod for cutting off cylinder is fixed on knife rest middle part, and knife rest front end is provided with mouth of a river cutting edge, knife rest two ends top
It is separately fixed on the sliding block that can be slided along line slideway, line slideway is fixedly mounted on below frame top board, two clouts draw
Bar is shaft-like, and its axis is fixed on knife rest perpendicular to operation direction, clout pull bar one end band stopper, the other end, and more than two
Material pull bar is located between two location-plates, and there is an export ramp knife rest lower section, and export ramp outlet lower section has one to be placed on
Clout collecting box on ground, cut-out cylinder promotes knife rest to be moved along line slideway direction, mouth of a river cutting edge is completed logo
The mouth of a river is cut, and cut-out return hydraulic cylinder drives two clout pull bars that logo clout is drawn in into export ramp importing clout and collects when moving
Case.
In the attached gluing mechanism of the mark back of the body, attached glue frame is made up of four columns and frame plate, and frame plate is located at cog belt
Between the upper and lower and it is fixed on four column tops, tape roll is arranged on adhesive tape support arm upper left side, adhesive tape branch by bearing
Arm is fixed on frame plate, and parallel installation two at the top position on the cog belt upper strata after logo mould is laid in adhesive tape support arm lower section
Individual rotatable pressure roller, lower section and the pressure roller corresponding position on cog belt upper strata have two rotatable support rollers to be arranged on glue
On band support arm.
Described laser incising gluing mechanism includes positioner, CNC two-axis numerical controls system, solid state laser, the positioning dress
The L-type location-plate put is fixedly mounted on the cog belt upper strata on laser nicking workbench and after logo mould is laid
Top, laser nicking workbench is fixed on the table by four columns, and laser nicking workbench is located under cog belt upper strata
Two elastic press wheels of installation are put in orientation, and the CNC two-axis numerical controls system is arranged on laser nicking workbench, the Solid State Laser
Device is arranged on the dolly of CNC two-axis numerical control system X-directions, a displacement is also equipped with the laser nicking workbench and is passed
Sensor, solid state laser, displacement transducer, the programmable controller of CNC two-axis numerical control systems are connected by cable with switch board.
Remaining film tube in described glued membrane separating mechanism is arranged on remaining glue frame top, remaining film tube right side by bearing
It is connected with No. 1 friction pulley contact, No. 1 friction pulley is connected with No. 2 friction pulley contacts, No. 1 friction pulley and No. 2 friction pulleys are arranged on and connect
Extension bar one end, the connecting rod other end is hinged with the axle of driving wheel, and elastic rubber band is around No. 2 friction wheel axles with operation direction as front
Left end and drive sprocket axle with operation direction be front left end closing tensioning connection, preceding pressure roller, separate sheet are respectively positioned on placement car
The top on the cog belt upper strata after mark mould is simultaneously arranged on vertical plate, and vertical plate is fixed in remaining glue frame, remaining glue collecting box
It is that remaining glue collecting box is installed below in the remaining glue frame in left side in front with operation direction installed in vertical plate right side, cog belt
There is central glue push rod, remaining glue collecting box bottom is provided with center Yu Jiao holes, and central glue push rod is by drive link and release cylinder piston
Connection, release cylinder location is symmetrical relative to cog belt and remaining glue collecting box and is fixed in remaining glue frame, releases cylinder piston
Bar is connected with a L-type push pedal, releases cylinder piston rod and drives L-type push pedal along perpendicular to operation direction along perpendicular to operation direction
Move back and forth, release cylinder piston rod and drive central glue push rod vertically to move back and forth by drive link, L-type push pedal lower end
Height is consistent with logo mold height, and remaining glue collecting box sets logo mould return trajectory with the left side that operation direction is front,
Release cylinder promotes L-type push pedal that logo mould is pushed away into cog belt along vertical operation direction, below the remaining glue collecting box of push-in, while
Drive central glue push rod to move vertically downwards by drive link, driven by drive link when releasing cylinder piston rod backhaul
Central glue push rod is vertically moved upwards, and the remaining film in logo mould middle part is headed into remaining glue by center Yu Jiao holes receives
Header；Release cylinder is acted while logo mould is pushed away into cog belt next time, and last time action is pushed into remaining glue collecting box
The logo mould of lower section is pushed into logo mould return trajectory, and the logo mould for machining is returned along logo mould return trajectory.
Compared with prior art the beneficial effects of the invention are as follows：The injection logo mouth of a river of the invention cutting and the attached glue one of the mark back of the body
Body equipment, logo mould is transmitted by the motion of connecting gear, disposable to complete the cutting of the injection logo mouth of a river and the attached glue of the mark back of the body, together
When, garbage collection is automatically performed, and realizes the cutting of the logo mouth of a river and the automation of the attached glue of the mark back of the body, reduces labor strength,
Processing efficiency is improve, is that enterprise saves production cost.
Brief description of the drawings
Fig. 1 is the axonometric drawing of the injection logo mouth of a river of the present invention cutting and the attached glue equipment integrating of the mark back of the body；
Fig. 2 is the top view of the injection logo mouth of a river of the present invention cutting and the attached glue equipment integrating of the mark back of the body；
Fig. 3 is the connecting gear schematic diagram of the injection logo mouth of a river of the present invention cutting and the attached glue equipment integrating of the mark back of the body；
Fig. 4 is that the injection logo mouth of a river of the present invention is cut and the mouth of a river cutting mechanism of the attached glue equipment integrating of the mark back of the body removes
Axis side view after frame top board；
Fig. 5-1 goes for the mouth of a river cutting mechanism of the injection logo mouth of a river of the present invention cutting and the attached glue equipment integrating of the mark back of the body
Fall the right view after frame top board；
Fig. 5-2 goes for the mouth of a river cutting mechanism of the injection logo mouth of a river of the present invention cutting and the attached glue equipment integrating of the mark back of the body
Fall the rearview after frame top board；
Fig. 6 is that the injection logo mouth of a river of the present invention is cut and the mark attached gluing mechanism of the back of the body of the attached glue equipment integrating of the mark back of the body is illustrated
Figure；
Fig. 7 is the injection logo mouth of a river of the present invention cutting and the laser incising gluing mechanism signal of the attached glue equipment integrating of the mark back of the body
Figure；
Fig. 8-1 and Fig. 8-2 is the injection logo mouth of a river of the present invention cutting and the rubber moulding point of the attached glue equipment integrating of the mark back of the body
Disembark the axis side view of structure；
Fig. 9 is to be pushed away during the rubber moulding separating mechanism of the attached glue equipment integrating of the back of the body is cut and marks at the injection logo mouth of a river of the present invention
Go out the axis side view of cylinder and remaining glue collecting box part；
Figure 10 is of the present invention injection in the rubber moulding separating mechanism of the cutting of the logo mouth of a river and the attached glue equipment integrating of the mark back of the body
Release the top view and side view of cylinder and remaining glue collecting box part.
In figure：1st, switch board, 2, workbench, 3, tensioning wheel, 4, driving wheel, 5, cog belt, 6, stepper motor, 7, locating clip
Tight shell fragment, 8, logo mould, 9, frame top board, 10, framework soleplate, 11, location-plate, 12, positioning pressuring plate, 13, compressed oil cylinder,
14th, line slideway, 15, knife rest, 16, mouth of a river cutting edge, 17, cut-out cylinder, 18, sliding block, 19, clout pull bar, 20, derive it is oblique
Plate, 21, clout collecting box, 22, frame plate, 23, adhesive tape support arm, 24, tape roll, 25, pressure roller, 26, support roller, 27, laser cuts
Carve workbench, 28, L-type location-plate, 29, pinch roller, 30, solid state laser, 31, remaining film tube, 32, No. 1 friction pulley, 33, No. 2 are rubbed
Wipe wheel, 34, elastic rubber band, 35, remaining glue frame, 36, preceding pressure roller, 37, separate sheet, 38, vertical plate, 39, release cylinder, 40, L
Type push pedal, 41, remaining glue collecting box, 42, logo mould return trajectory, 43, transmission support, 44, cutting frame, 45, attached glue frame,
46th, displacement transducer, 47, central glue push rod, 48, drive link, 49, center Yu Jiao holes.
Specific embodiment
The present invention will be described in detail below in conjunction with the accompanying drawings：
The mouth of a river cutting of one kind injection logo and the attached glue equipment integrating of the mark back of the body, refering to Fig. 1, Fig. 2, main frame is by connecting gear, water
Mouth cutting mechanism, the attached gluing mechanism of the mark back of the body, laser incising gluing mechanism, rubber moulding separating mechanism composition；Mouth of a river cutting mechanism, the attached glue machine of the mark back of the body
Structure, laser incising gluing mechanism, rubber moulding separating mechanism are installed between connecting gear successively according to job order；Equipment also includes one
1, workbench 2 of switch board, workbench 2 is fixed on the ground, and main frame and switch board 1 are fixed on the table；Work time control
The control connecting gear of cabinet processed 1 is realized stopping and advancing two kinds of working conditions.
Refering to Fig. 1, Fig. 3, connecting gear is responsible for logo mould of the transmission on cog belt 5, tensioning wheel 3, driving wheel
The 4 left and right two ends for being fixed on workbench 2 by transmitting support 43 respectively, cog belt 5 bypasses driving wheel 4 and the closing of tensioning wheel 3 connects
Tensioning is connect, is had on cog belt 5 and is clamped shell fragment 7 for fixing the positioning of logo mould 8, positioning clamps shell fragment 7 and passes through rivet
On cog belt 5, the power transmission shaft of driving wheel 4 is connected with the output shaft of a stepper motor 6, and the stepper motor 6 passes through cable
It is connected with switch board 1.When connecting gear is in halted state, be positioned at logo mould 8 on cog belt 5 by operator.
Refering to Fig. 1, Fig. 4, Fig. 5-1,5-2, mouth of a river cutting mechanism is fixedly mounted on workbench 2 by cutting frame 44,
Cutting frame 44 is made up of four column connection frame top boards 9 and framework soleplate 10, and frame top board 9 is fixed on four column tops
End, framework soleplate 10 is located between the upper strata of cog belt 5 and the lower floor of cog belt 5, and location-plate 11 is fixedly installed in frame top board 9
Lower section, the compressed oil cylinder 13 for carrying guiding is installed on the top of framework soleplate 10, piston rod and the positioning pressuring plate 12 of compressed oil cylinder 13
It is fixedly connected, cut-out cylinder 17 is fixedly mounted on the lower section of frame top board 9, the piston rod for cutting off cylinder 17 is fixed in knife rest 15
Portion, the front end of knife rest 15 is provided with mouth of a river cutting edge 16, and the two ends of knife rest 15 top is separately fixed at what can be slided along line slideway 14
On sliding block 18, line slideway 14 is fixedly mounted on below frame top board 9, two clout pull bars 19, positioned at the inner side of two location-plate 11
It is fixed on knife rest 15, there is an export ramp 20 lower section of knife rest 15, the outlet of export ramp 20 lower section has one to be placed on ground
On clout collecting box 21, the location-plate 11 is located at the top on the upper strata of cog belt 5 after laying logo mould 8, with location-plate
The consistent positioning pressuring plate 12 of 11 vertical directions is located at the lower section on the upper strata of cog belt 5, and the bottom surface level height of location-plate 11 is cut with the mouth of a river
The cutting edge of blade 16 is highly consistent.The compressed oil cylinder 13 and cut-out cylinder 17 are connected by respective solenoid electric valve and high-pressure air source
Connect, solenoid electric valve circuit is connected with switch board 1, compressed oil cylinder 13 and the cut-out action of cylinder 17 are controlled by switch board 1.Transmission
When mechanism is in halted state, the promotion of compressed oil cylinder 13 positioning pressuring plate 12 with being oriented to will be laminated on logo mould and cog belt 5
It is tight now to cut off cylinder 17 and promote knife rest 15 to be moved along the direction of line slideway 14 on location-plate 11, make mouth of a river cutting edge 16
The cutting of the logo mouth of a river is completed, drives two clout pull bars 19 that logo clout is drawn in into export ramp during cut-out 17 drawback movement of cylinder
20 import clout collecting box 21.
Refering to Fig. 1, Fig. 6, the attached gluing mechanism of the mark back of the body is automatically performed the mark attached glue of the back of the body, is cut positioned at the mouth of a river with the motion of connecting gear
Cutting mill structure right side is simultaneously fixed on workbench 2 by attached glue frame 45, and attached glue frame 45 is made up of four columns and frame plate 22,
Frame plate 22 is located between the upper strata of cog belt 5 and the lower floor of cog belt 5 and is fixed on four column tops, and tape roll 24 passes through axle
Hold installed in the upper left side of adhesive tape support arm 23, adhesive tape support arm 23 is fixed on frame plate 22, logo mould is laid in the lower section of adhesive tape support arm 23
Two rotatable pressure rollers 25 of parallel installation at the top position of cog belt 5 after tool, the upper strata of cog belt 5 lower section is corresponding with pressure roller 25
At position, there are two rotatable support rollers 26 to be arranged on adhesive tape support arm 23, the pressure roller 25 is pressed in adhesive tape top, under adhesive tape
Side is logo mould and the upper strata of cog belt 5, and the upper strata of cog belt 5 lower section is support roller 26.When connecting gear is in forward travel state, glue
Band themselves power effect it is drop-down go out tape roll 24, and between pressure roller 25, support roller 26 clamping force effect under attach to
The logo back side.
Refering to Fig. 1, Fig. 7, laser incising gluing mechanism, positioned at the right side of the mark attached gluing mechanism of the back of the body, including positioner, the axles of CNC two
Digital control system, solid state laser 30, the L-type location-plate 28 of the positioner are fixedly mounted on laser nicking workbench 27 simultaneously
And the top on the upper strata of cog belt 5 after logo mould 8 is laid, laser nicking workbench 27 is fixed on work by four columns
Make on platform 2, laser nicking workbench 27 is located at the upper strata lower position of cog belt 5 and installs two elastic press wheels 29, the axles of the CNC two
Digital control system is that may be programmed the Digit Control Machine Tool finished product of realizing coordinated signals in the X of specialized factory's buying, Y-direction, installed in laser
On nicking workbench 27, the solid state laser 30 is arranged on CNC two-axis numerical control system X-axis dollies, the laser nicking work
Make to be also equipped with a displacement transducer 46 on platform 27, solid state laser 30, displacement transducer 46 and CNC two-axis numerical controls system are led to
Cable is crossed to be connected with the input port and output port of switch board 1, the located lateral face logo mould of the L-type location-plate 28 it is right
Side sets spring leaf, and the vertical locating surface of L-type location-plate 28 is located at the top of the logo mould 8 after attached glue, corresponding pinch roller 29
Positioned at the upper strata of cog belt 5 lower section.During connecting gear advances, logo mould is pressed against L-type positioning by pinch roller 29 and spring leaf
On plate 28, the positioning of X, Z both direction is realized, when logo mould 8 triggers displacement transducer 46, connecting gear stop motion,
Solid state laser 30 completes laser photoresist under CNC two-axis numerical control system drives, and connecting gear starts to advance after the completion of photoresist.
Refering to Fig. 1, Fig. 8-1,8-2, Fig. 9, Figure 10, rubber moulding separating mechanism is sequentially completed the unnecessary adhesive tape disengaging in edge, logo
Glue departs from more than mould release and center, positioned at laser incising gluing mechanism right side, is fixed on workbench 2 by remaining glue frame 35, glue
Remaining film tube 31 in UF membrane mechanism is arranged on the remaining top of glue frame 35, the right side of remaining film tube 31 and No. 1 friction by bearing
The contact connection of wheel 32, No. 1 bottom righthand side of friction pulley 32 is contacted with No. 2 friction pulleys 33 and is connected, No. 1 friction pulley 32 and No. 2 friction pulleys 33
Installed in connecting rod one end, the connecting rod other end is hinged with the shaft end of the driving wheel 4 of lower right, and elastic rubber band 34 rubs around No. 2
33 axle left ends of wheel and the closing tensioning connection of the axle left end of driving wheel 4 are wiped, after preceding pressure roller 36, separate sheet 37 are respectively positioned on placement logo mould
The upper strata of cog belt 5 top and be arranged on vertical plate 38 on, vertical plate 38 is fixed in remaining glue frame 35, remaining glue collecting box 41
In the right side of vertical plate 38, the remaining glue frame 35 of the inner side of cog belt 5, remaining glue collecting box 41 is mounted below central glue push rod
47, central glue push rod 47 is connected by drive link 48 with the piston of release cylinder 39 with being oriented to, and is released cylinder 39 and is fixedly mounted on
In remaining glue frame 35, the remaining bottom of glue collecting box 41 is provided with center Yu Jiao holes 49, releases the position of cylinder 39 relative to cog belt 5
It is symmetrical with remaining glue collecting box 41 and be fixed in remaining glue frame 35, release the piston rod of cylinder 39 and be connected with a L-type push pedal 40, L
The lower end of type push pedal 40 height is equal with logo mould, and the right side of remaining glue collecting box 41 sets logo mould return trajectory 42, described
Release cylinder 39 to be connected with high-pressure air source by solenoid electric valve, solenoid electric valve circuit is connected with switch board 1, release cylinder 39
Action is controlled by switch board 1.When connecting gear is in forward travel state, stepper motor 6 passes through while driving cog belt 5 to move
Elastic rubber band 34 drives No. 2 friction pulleys 33 to rotate, and No. 2 friction pulleys 33 are passed to rotating torque by No. 1 friction pulley 32 remaining
Film tube 31, makes remaining film outer ring linear velocity identical with the movement velocity holding of cog belt 5, the excess margins adhesive tape after laser nicking
Through preceding pressure roller 36, the gap of separate sheet 37, under the drive of remaining film tube 31, excess margins adhesive tape and logo mould 8 are realized
It is separated and recovered from；When connecting gear is in halted state, the release cylinder 39 with being oriented to promotes L-type push pedal 40 by logo mould 8
Cog belt 5 is pushed away, the push-in remaining lower section of glue collecting box 41 drives central glue when releasing 39 piston rod backhaul of cylinder by drive link 48
The remaining film in the middle part of logo mould 8 is headed into remaining glue collecting box 41 by push rod 47 by center Yu Jiao holes 49；Release under cylinder 39
While logo mould 8 is pushed away cog belt 5 by one-off, last time action is pushed into the logo mould of the lower section of remaining glue collecting box 41
Tool 8 is pushed into logo mould return trajectory 42, and the logo mould for machining is returned along logo mould return trajectory 42.
Claims (5)
1. the cutting of the injection logo mouth of a river and mark carry on the back attached glue equipment integrating, including a workbench (2), and workbench (2) is fixed on ground
On face, workbench (2) left end is provided with switch board (1), and a tensioning wheel (3) is fixed on workbench by transmitting support (43)
(2) on and positioned at switch board (1) right side, a driving wheel (4) is fixed on the right-hand member of workbench (2) by transmitting support (43),
Cog belt (5) bypasses driving wheel (4) and tensioning wheel (3) closing connection tensioning, driving wheel (4) axle and stepper motor (6)
Output shaft is connected, and stepper motor (6) is connected by cable with switch board (1), it is characterised in that cog belt is provided with use on (5)
The positioning that logo mould (8) is clamped to position clamps shell fragment (7), and positioning clamps shell fragment (7) by rivet in cog belt (5)
On, the right side of tensioning wheel (3) is disposed with mouth of a river cutting mechanism, the attached gluing mechanism of the mark back of the body, laser incising according to operation from left to right
Gluing mechanism and glued membrane separating mechanism, this four mechanisms are sequentially arranged between tensioning wheel (3) and driving wheel (4), mouth of a river cutting machine
Structure is fixedly mounted on workbench (2) by cutting frame (44), and the lower section on cog belt (5) upper strata is successively in the cutting mechanism of the mouth of a river
Positioning pressuring plate (12), compressed oil cylinder (13), positioning pressuring plate (12) is fixed on compressed oil cylinder (13) top, cutting frame (44) by
Four column connection frames top board (9) and framework soleplate (10) are constituted, and frame top board (9) is fixed on four column tops, are compressed
Oil cylinder (13) be fixed on framework soleplate (10) top, framework soleplate (10) between the upper and lower of cog belt (5), the mouth of a river
Mouth of a river cutting edge (16) in cutting mechanism positioned at cog belt (5) upper strata top and installed in knife rest (15) front end, knife rest
(15) one cut-out cylinder (17) of middle part connection, the attached gluing mechanism of the mark back of the body is located at mouth of a river cutting mechanism right side, by attached glue frame
(45) it is fixed on workbench (2), there is a tape roll (24) in the attached gluing mechanism of the mark back of the body, pressure roller (25) is positioned at placement logo mould
(8) top on cog belt (5) upper strata after, support roller (26) is located at positioned at the lower section on cog belt (5) upper strata, laser incising gluing mechanism
The right side of the attached gluing mechanism of the mark back of the body, CNC two-axis numerical controls system and positioning equipped with solid state laser (30) in laser incising gluing mechanism
Device is arranged in laser nicking workbench (27), and glued membrane separating mechanism is located at laser incising gluing mechanism right side and by remaining glue frame
(35) it is fixed on workbench (2), wherein, the tooth of preceding pressure roller (36) and separate sheet (37) after logo mould (8) is laid
The top on shape band (5) upper strata, a remaining film tube (31) releases cylinder (39) positioned at cog belt on remaining glue frame (35)
(5) with operation direction be front right side and be fixed on remaining glue frame (35), remaining glue collecting box (41) positioned at cog belt (5) with
Operation direction is the left side in front and is fixed on remaining glue frame (35), compressed oil cylinder (13) in the cutting mechanism of the mouth of a river, cut-out
Release cylinder (39) in cylinder (17) and glued membrane separating mechanism is connected by respective solenoid electric valve with high-pressure air source, laser
The displacement transducer (46) in solid state laser (30), laser incising gluing mechanism, CNC two-axis numerical controls system, pressure in photoresist mechanism
The solenoid electric valve of the solenoid electric valve, the solenoid electric valve of cut-out cylinder (17) and release cylinder (39) of locking oil cylinder (13) leads to
Data wire is crossed to be connected with the data-in port and data-out port of switch board (1).
2. cut according to the injection logo mouth of a river described in claim 1 and the attached glue equipment integrating of the mark back of the body, it is characterised in that described
In the cutting mechanism of the mouth of a river, cutting frame (44) is made up of four column connection frames top board (9) and framework soleplate (10), frame ground
Between the upper and lower of cog belt (5), two location-plates (11) are fixedly installed in plate (10) according to operation direction interval
Frame top board (9) lower section, and cog belt (5) upper strata of two location-plates (11) after logo mould (8) are laid top, with
The consistent positioning pressuring plate (12) of two location-plate (11) vertical directions is positioned at the lower section on cog belt (5) upper strata, two location-plates
(11) bottom surface level height is highly consistent with mouth of a river cutting edge (16) cutting edge, and compressed oil cylinder (13) is installed on framework soleplate (10)
On, its piston rod is fixedly connected with positioning pressuring plate (12), and cut-out cylinder (17) is fixedly mounted on frame top board (9) lower section, cut-out
The piston rod of cylinder (17) is fixed on knife rest (15) middle part, and knife rest (15) front end is provided with mouth of a river cutting edge (16), knife rest (15)
Two ends top is separately fixed on the sliding block (18) that can be slided along line slideway (14), and line slideway (14) is fixedly mounted on frame
Below, two clout pull bars (19) are shaft-like to top board (9), and its axis is perpendicular to operation direction, clout pull bar (19) one end band gear
Head, the other end is fixed on knife rest (15), and two clout pull bars (19) are between two location-plates (11), under knife rest (15)
There is a clout collecting box (21) placed on the ground Fang Youyi export ramp (20), export ramp (20) outlet lower section,
Cut-out cylinder (17) promotes knife rest (15) to be moved along line slideway (14) direction, mouth of a river cutting edge (16) is completed the logo mouth of a river
Cutting, drives two clout pull bars (19) that logo clout is drawn in into export ramp (20) and imports during cut-out cylinder (17) drawback movement
Clout collecting box (21).
3. cut according to the injection logo mouth of a river described in claim 1 and the attached glue equipment integrating of the mark back of the body, it is characterised in that the mark
Carry on the back in attached gluing mechanism, attached glue frame (45) is made up of four columns and frame plate (22), and frame plate (22) is positioned at cog belt (5)
Between the upper and lower and it is fixed on four column tops, tape roll (24) is arranged on adhesive tape support arm (23) upper left by bearing
Side, adhesive tape support arm (23) is fixed on frame plate (22), and adhesive tape support arm (23) lower section is laid on the cog belt (5) after logo mould
Two rotatable pressure rollers (25) of parallel installation at the top position of layer, the lower section on cog belt (5) upper strata is corresponding with pressure roller (25)
At position, there are two rotatable support rollers (26) on adhesive tape support arm (23).
4. cut according to the injection logo mouth of a river described in claim 1 and the attached glue equipment integrating of the mark back of the body, it is characterised in that described
Laser incising gluing mechanism includes positioner, CNC two-axis numerical controls system, solid state laser (30), and the L-type in the positioner is determined
Position plate (28) is fixedly mounted on the cog belt (5) in laser nicking workbench (27) and after logo mould (8) is laid
The top of layer, laser nicking workbench (27) is fixed on workbench (2) by four columns, laser nicking workbench (27) position
Two elastic press wheels (29) are installed in cog belt (5) upper strata lower position, the CNC two-axis numerical controls system is arranged on laser nicking
On workbench (27), the solid state laser (30) on the dolly of CNC two-axis numerical control system X-directions, the laser
A displacement transducer (46), solid state laser (30), displacement transducer (46), the axles of CNC two are also equipped with nicking workbench
The programmable controller of digital control system is connected by cable with switch board (1).
5. cut according to the injection logo mouth of a river described in claim 1 and the attached glue equipment integrating of the mark back of the body, it is characterised in that described
Remaining film tube (31) in glued membrane separating mechanism is arranged on remaining glue frame (35) top by bearing, remaining film tube (31) right side with
No. 1 friction pulley (32) contact connection, No. 1 friction pulley (32) contacts with No. 2 friction pulleys (33) and is connected, No. 1 friction pulley (32) and No. 2
Friction pulley (33) is hinged installed in connecting rod one end, the connecting rod other end with the axle of driving wheel (4), and elastic rubber band (34) is around 2
Number friction pulley (33) axle is with left end and driving wheel (4) axle that operation direction is front with left end closing that operation direction is front
It is close to and connects, preceding pressure roller (36), separate sheet (37) is respectively positioned on the top on cog belt (5) upper strata after laying logo mould (8) and pacifies
On vertical plate (38), vertical plate (38) is fixed on remaining glue frame (35), and remaining glue collecting box (41) is installed in vertical plate
(38) right side, cog belt (5) are so that on the remaining glue frame (35) in the left side that operation direction is front, remaining glue collecting box (41) is pacified below
Equipped with central glue push rod (47), remaining glue collecting box (41) bottom is provided with center Yu Jiao holes (49), and central glue push rod (47) is by passing
Lever (48) is connected with cylinder (39) piston is released, and releases cylinder (39) position relative to cog belt (5) and remaining glue collecting box
(41) it is symmetrical and be fixed on remaining glue frame (35), release cylinder (39) piston rod and be connected with a L-type push pedal (40), release gas
Cylinder (39) piston rod drives L-type push pedal (40) to be moved back and forth along perpendicular to operation direction along perpendicular to operation direction, releases cylinder
(39) piston rod drives central glue push rod (47) vertically to move back and forth by drive link (48), L-type push pedal (40) lower end
Height is consistent with logo mold height, and remaining glue collecting box (41) sets logo mould and returns to rail with the left side that operation direction is front
Road (42), releases cylinder (39) and promotes L-type push pedal (40) that logo mould (8) is pushed away into cog belt (8) along vertical operation direction, pushes away
Enter remaining glue collecting box (41) lower section, while drive central glue push rod (48) to move vertically downwards by drive link (48),
Central glue push rod (47) vertically motion upwards is driven by drive link (48) when releasing cylinder (39) piston rod backhaul, will
The remaining film in logo mould (8) middle part heads into remaining glue collecting box (41) by center Yu Jiao holes (49)；Release under cylinder (39)
While logo mould (8) is pushed away cog belt (5) by one-off, last time action is pushed into below remaining glue collecting box (41)
Logo mould (8) is pushed into logo mould return trajectory (42), and the logo mould for machining is along logo mould return trajectory (42)
Return.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510638882.9A CN105150472B (en) | 2015-09-30 | 2015-09-30 | Water gap cutting and log back film-attaching integrated equipment for injection-molded car logo |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510638882.9A CN105150472B (en) | 2015-09-30 | 2015-09-30 | Water gap cutting and log back film-attaching integrated equipment for injection-molded car logo |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105150472A CN105150472A (en) | 2015-12-16 |
| CN105150472B true CN105150472B (en) | 2017-05-24 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510638882.9A Expired - Fee Related CN105150472B (en) | 2015-09-30 | 2015-09-30 | Water gap cutting and log back film-attaching integrated equipment for injection-molded car logo |
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| Country | Link |
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| CN (1) | CN105150472B (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107443695A (en) * | 2017-07-31 | 2017-12-08 | 贺州市旭平首饰有限公司 | Full-automatic wax injector |
| CN112549571A (en) * | 2020-11-20 | 2021-03-26 | 江西亚中电子科技股份有限公司 | Device and process for improving production efficiency of lens |
| CN113478759A (en) * | 2021-06-30 | 2021-10-08 | 江阴道达汽车饰件有限公司 | Word plate adhesive tape cutting and sticking equipment and using method thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| ITUD20030036A1 (en) * | 2003-02-14 | 2004-08-15 | G M P Spa | PLANT FOR THE PRODUCTION OF PLASTIC MATERIALS, RELATED PROCESS AND MANUFACTURES SO OBTAINED. |
| CN202985931U (en) * | 2012-11-13 | 2013-06-12 | 贝尔罗斯(广州)电子部件有限公司 | Full-automation production line of injection molded products |
| CN205021926U (en) * | 2015-09-30 | 2016-02-10 | 吉林大学 | Cutting of car logo mouth of a river and mark back of body of moulding plastics attaches integrative equipment of glue |
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| Publication number | Publication date |
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| CN105150472A (en) | 2015-12-16 |
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