CN106426380B - Fully-automatic production partition equipment - Google Patents
Fully-automatic production partition equipment Download PDFInfo
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- CN106426380B CN106426380B CN201611183971.XA CN201611183971A CN106426380B CN 106426380 B CN106426380 B CN 106426380B CN 201611183971 A CN201611183971 A CN 201611183971A CN 106426380 B CN106426380 B CN 106426380B
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- Prior art keywords
- glue
- gear
- frame
- screw rod
- mold
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26D—CUTTING; DETAILS COMMON TO MACHINES FOR PERFORATING, PUNCHING, CUTTING-OUT, STAMPING-OUT OR SEVERING
- B26D9/00—Cutting apparatus combined with punching or perforating apparatus or with dissimilar cutting apparatus
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26D—CUTTING; DETAILS COMMON TO MACHINES FOR PERFORATING, PUNCHING, CUTTING-OUT, STAMPING-OUT OR SEVERING
- B26D1/00—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor
- B26D1/01—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work
- B26D1/04—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work having a linearly-movable cutting member
- B26D1/06—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work having a linearly-movable cutting member wherein the cutting member reciprocates
- B26D1/065—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work having a linearly-movable cutting member wherein the cutting member reciprocates for thin material, e.g. for sheets, strips or the like
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26D—CUTTING; DETAILS COMMON TO MACHINES FOR PERFORATING, PUNCHING, CUTTING-OUT, STAMPING-OUT OR SEVERING
- B26D5/00—Arrangements for operating and controlling machines or devices for cutting, cutting-out, stamping-out, punching, perforating, or severing by means other than cutting
- B26D5/20—Arrangements for operating and controlling machines or devices for cutting, cutting-out, stamping-out, punching, perforating, or severing by means other than cutting with interrelated action between the cutting member and work feed
- B26D5/26—Arrangements for operating and controlling machines or devices for cutting, cutting-out, stamping-out, punching, perforating, or severing by means other than cutting with interrelated action between the cutting member and work feed wherein control means on the work feed means renders the cutting member operative
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26D—CUTTING; DETAILS COMMON TO MACHINES FOR PERFORATING, PUNCHING, CUTTING-OUT, STAMPING-OUT OR SEVERING
- B26D7/00—Details of apparatus for cutting, cutting-out, stamping-out, punching, perforating, or severing by means other than cutting
- B26D7/18—Means for removing cut-out material or waste
- B26D7/1818—Means for removing cut-out material or waste by pushing out
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26F—PERFORATING; PUNCHING; CUTTING-OUT; STAMPING-OUT; SEVERING BY MEANS OTHER THAN CUTTING
- B26F1/00—Perforating; Punching; Cutting-out; Stamping-out; Apparatus therefor
- B26F1/02—Perforating by punching, e.g. with relatively-reciprocating punch and bed
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H20/00—Advancing webs
- B65H20/02—Advancing webs by friction roller
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- Life Sciences & Earth Sciences (AREA)
- Forests & Forestry (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Lining Or Joining Of Plastics Or The Like (AREA)
Abstract
The present invention provides a kind of fully-automatic production partition equipment, including：Convole Unit, including the convolution cylinder for convolution glued membrane, convolution cylinder is supported by bylinder body；Punching machine including portal frame, is equipped with punching portion, the underface in punching portion is punching station on portal frame；Loading plate is provided with immediately below punching portion and places mold, mold is placed and is installed on loading plate, places mold for placing semi-finished product；And supporting rack, support bearing plate；Glued membrane slicing mechanism, including：Sheet cutting table, convolution cylinder and sheet cutting table are respectively arranged at the both ends of portal frame；Knife rest is installed on sheet cutting table surface；Cutter is set to the underface of knife rest；And knife driving mechanism, it is installed on knife rest, and the output section of knife driving mechanism is connect with cutter, cutter to be driven to be moved to close sheet cutting table direction or is moved to far from sheet cutting table direction；Glued membrane transport mechanism.Beneficial effects of the present invention：Realize fully-automatic production partition.
Description
Technical field
The present invention relates to the equipment of partition used in production keyboard circuit, and in particular to a kind of fully-automatic production partition is set
It is standby.
Background technology
As shown in Figure 1, in keyboard production technology, by 13 (cutting die 11 ', partitions of cutting die 11 ', partition 12 ' and upper spelling
12 ' and upper spell 13 be arranged in order from the bottom to top) stick together after, need to stick reinforced sheet on the surface of output section, and defeated
The junction for going out portion 16 and body part 17 sticks gum and obtains semi-finished product, then needs to punch on semi-finished product again using punching machine,
So that internal circuit is adhered to each other after being overheated to avoid silver paste.Partition 12 ' is to punch to obtain on glued membrane, to cutting die 11 ' and
13 play buffer action, but the corresponding position of keyboard needs to punch on partition 12 ', so that cutting die 11 ' up and down
With it is upper spell 13 can be in the contact of button corresponding position.In the prior art, using first using slicer by glued membrane be cut into partition 12 ' need
The size wanted, then put slice after glued membrane be placed on one by one re-transmission on punch, final production goes out partition 12 '.Existing production
Shortcoming present in technique is：
Using being first sliced the processing method punched afterwards so that the time is wasted between slice and punching, reduces life
Produce efficiency, at the same in punching due to slice after two glued membranes caused to be adhered to each other when having electrostatic between two glued membranes, be difficult to tear
It opens, but it is not that absolute standard is adhered to each other that two glued membranes, which are adhered to each other, therefore leads to not knowing the punching portion of every piece of glued membrane
Standard, and the qualification rate of keyboard circuit is caused to reduce, if all glued membranes to be separated, it is also desirable to take considerable time, further drop
Low production efficiency, and a large amount of man power and material is consumed, increase production cost.
Invention content
For the deficiency in the presence of the prior art, the present invention provides a kind of fully-automatic production partition equipment, realize
Fully-automatic production partition.
To achieve the above object, present invention employs following technical solutions：
A kind of fully-automatic production partition equipment, including：
Convole Unit, including the convolution cylinder for convolution glued membrane, convolution cylinder is supported by bylinder body；
Punching machine including portal frame, is equipped with punching portion, the underface in punching portion is punching station on portal frame；Punching
Loading plate is provided with immediately below portion and places mold, mold is placed and is installed on loading plate, place mold for place half into
Product；And supporting rack, support bearing plate；
Glued membrane slicing mechanism, including：Sheet cutting table, convolution cylinder and sheet cutting table are respectively arranged at the both ends of portal frame；Knife rest,
Its for "door" type structure and its be installed on sheet cutting table surface；Cutter is set to the underface of knife rest, and the edge of a knife of cutter is with cutting
Piece platform face；And knife driving mechanism, it is installed on knife rest, and the output section of knife driving mechanism is connect with cutter, is cut with driving
Knife is moved to close sheet cutting table direction or is moved to far from sheet cutting table direction；
Glued membrane transport mechanism, including：First guide roller is set to and places mold close to the side of convolution cylinder and its turn
It is dynamic to be installed on loading plate；Second guide roller is set to and places mold close to the side of sheet cutting table and its rotational installation is in holding
On support plate, the top margin of the first guide roller and the second guide roller is with placing the surface of mold in one plane；Glue frame is walked, is installed
In sheet cutting table on the side for placing mold；Rubber roller is walked, including nunchakus body, nunchakus body both ends are respectively connected with mounting cylinder, nunchakus body table
Face layer is using contact layer made of elastic rubber material；Support roller, by walk glue frame rotational installation in walk rubber roller just under
Side, the top margin of support roller and the surface of sheet cutting table are in one plane；Glue motor is walked, is installed on away on glue frame；Walk glue gearing
Mechanism is installed on away on glue frame, input unit and the axis connection for walking glue motor；Glue roller regulating mechanism is installed on away glue frame
On, two mounting cylinders are rotationally connect with glue roller regulating mechanism, can make to walk between rubber roller and support roller using glue roller regulating mechanism
The gap for placing glued membrane is conceded, can also glued membrane be made to be pressed in away between rubber roller and support roller, and works as and glued membrane is pressed in away rubber roller
The output section mounting cylinder that glue interlinked mechanism is walked when between support roller is connect；And
Control cabinet, punching portion, knife driving mechanism and walks glue motor and is connect with control cabinet；
Wherein, the center line of convolution cylinder, the first guide roller, the second guide roller, nunchakus body and support roller is with placing mold
Surface is parallel, and the glued membrane on convolution cylinder passes through the first guide roller, places die surface, the second guide roller, rod successively after being drawn out
Body and support roller, the top margin of support roller and the top margin of convolution cylinder are below placing the surface of mold.
Preferably, knife driving mechanism is the first cylinder, and the first cylinder is installed on knife rest, the piston rod of the first cylinder with
The knife spine connection of cutter；
Glue roller regulating mechanism includes the first screw rod and the second screw rod, and regulating tank is offered on the both sides for walking glue frame,
From above through walking glue frame and respectively enter in a regulating tank, the first screw rod and the second screw rod are equal for first screw rod and the second screw rod
It is threadedly coupled with walking glue frame, the first screw rod and the second screw rod are pivotally connected respectively with a mounting cylinder, the first screw rod and the second screw rod bottom end
It can contact and adjust groove bottom；
It walks glue interlinked mechanism and includes walking glue gear, walk glue gear and be installed on away on glue frame and positioned at adjusting by groove bottom, walk
The center line of glue gear and the bottom surface of regulating tank in the same plane, walk glue gear and walk the axis connection of glue motor, mounting cylinder is worn
The connecting pin for crossing the second screw rod is provided with a tooth, walks the output section of glue interlinked mechanism as cylinder tooth, walks glue motor and be arranged on support to cut
On the rack of knife platform, walk and first pulley be also associated on glue gear, first pulley and walk glue gear by walk glue frame support, walk glue electricity
The axis connection of machine has the second belt wheel, by being driven band connection between first pulley and the second belt wheel, walks the input of glue interlinked mechanism
Portion is the second belt wheel.
Preferably, glued membrane tension mechanism is further included, glued membrane tension mechanism includes：
First driven voller is supported in from moving frame on bottom surface by first, and the first driven voller and first rotates company from moving frame
It connects, the top margin of the first driven voller is higher than the top margin of support roller, and the top margin of the first driven voller is less than the surface for placing mold；
Second driven voller from moving frame and is walked to stand between glue frame and has second to include two framves from moving frame from moving frame, second first
Frame, each frame frame are " mouth " type mechanism, and screw rod A has been both passed through at the top of each frame frame, and screw rod A is threadedly coupled with frame frame, and two
Screw rod A stretches into the end in frame frame and is pivotally connected by rod seat and the second driven voller, can make the second driven voller by adjusting screw rod A
Top margin is less than the top margin of support roller.
Preferably, the inlet side of moving frame is provided with directive wheel first, it is using elastic rubber to be oriented to wheel surface
Guide layer made of material, the surface of guide layer and the glued membrane edge passed through are tangent, with realize to the both sides of the glued membrane of pull-out into
Row positioning.
Preferably, jet gun is further included, jet gun includes：
Mounting base is set on the inside of portal frame, and driving chamber is provided in mounting base, is stood to have on driving chamber bottom surface and is located at
The first central shaft on vertical direction offers the sliding groove connected with driving chamber on mounting base side；
Air nozzle offers and connects stomata and venthole for connect extraneous air source, air flue is provided in air nozzle,
Venthole is towards mold position is placed, and air flue will connect stomata and venthole is connected, and the end of air nozzle, which is connected with, to be stretched into
Connector in driving chamber, connector are connect across sliding groove with the first central axis；
Solenoid valve is set on air flue, to be opened and closed air flue；
Electric rotating machine is set in mounting base；And
Interlinked mechanism is set in driving chamber, and the axis of electric rotating machine stretches into driving chamber and the input unit of interlinked mechanism
Connection, the end that output section and the connector of interlinked mechanism are stretched into driving chamber is connect；And
Controller, the first input/output terminal are connect with punching machine control cabinet, and the second input/output terminal is by switching electricity
Road is connect with solenoid valve, and third input/output terminal is connect by the first motor drive circuit with electric rotating machine.
Preferably,
Mounting base includes mounting bracket, upper pedestal and lower base, and mounting bracket is fixed with portal frame, and upper pedestal is fixed on mounting bracket
On, electric rotating machine is installed on upper pedestal, and lower base can be moved relative to upper pedestal, and the first central shaft and the second central shaft are all provided with
It is placed on lower base, sliding groove is also disposed on lower base, and the second gas being installed on mounting bracket is provided with below lower base
Cylinder, the piston rod of the second cylinder are connected with lower base；
Interlinked mechanism includes：
The end of driving cog, connector and the first center axis connection is annular portion, and driving cog is set to the outer surface of annular portion
On, driving cog is the output section of interlinked mechanism；
First gear is provided with the second central shaft in driving chamber, and first gear is rotatably dispose on the second central shaft, the
One gear is the input unit of interlinked mechanism, and the drive hole of hexagon, first gear and transmission are offered on first gear upper surface
Tooth engagement；
Drive link, one end are fixedly connected with stretching into the axis of the electric rotating machine in driving chamber, and the other end can stretch into first
First gear is rotated in the drive hole of gear；
Screw rod B, one end are stretched by lower base in driving chamber, and the end that screw rod B is located at outside lower base is connected with nut,
Screw rod B is threadedly coupled with mounting base；
Second gear, rotating member is provided on upper surface, and rotating member is located at the end rotation in driving chamber with screw rod B bars
Connection, can make second gear that can also second gear be made to be engaged with first gear far from first gear by adjusting screw rod B；And
Hand lever, is provided with the shifting chute connected with driving chamber on the lower surface of lower base, and hand lever passes through shifting chute
And be fixedly connected with second gear lower surface, it is not fixed between hand lever and lower base, so that the hand lever energy in adjusting screw rod B
It is moved together with second gear, the end that hand lever is stretched out outside lower base is connected with the first belt pulley, is set on portal frame edge
Mounting blocks are equipped with, mounting blocks are equipped with wheel shaft, and wheel shaft is rotatably connected to the second belt pulley, when second gear is engaged with first gear
When the second belt pulley can be connect by belt with the first belt pulley.
Preferably, rotating drum is provided in the end that screw rod B is located in driving chamber, screw rod B is located at the end in driving chamber
Portion is further opened with the rotation hole for connecting rotating drum with driving chamber, and rotating member includes the mounting ring being set in rotating drum, installation
Ring can rotate in rotating drum, and the overall diameter of mounting ring is more than the diameter of rotation hole, and the bottom surface suspention of mounting ring is pierced by rotation
The suspending rod in hole, the end that suspending rod is pierced by rotation hole are fixedly connected with second gear, and mandrel is fixedly installed in rotating drum,
Mandrel is located at the diameter of mounting ring center and mandrel less than the diameter of mounting ring, and wind spring, wind spring inner end are provided between mandrel
It is connect with mandrel, wind spring outer end is connect with mounting ring inner wall.
Preferably, the telescopic hole of circular arc type is offered on the left inside wall of sliding groove and right inner wall, in connector
Both sides are both provided with the closing wing, and each closing wing can shuttle in telescopic hole and sliding groove with the rotation of connector, rotate
When two closing the wings gap between connector and sliding groove can be closed.
Preferably, the bottom inner wall of sliding groove is recessed circular arc type guide groove, in connector and the bottom inner wall of sliding groove
Rotation axis is extended on the face of contact, rotation axis is rotatablely connected with connector, and rotation axis, which is rotatably connected to, to be slided in guide groove
The second dynamic line wheel.
Preferably, buffings accommodating mechanism is further included, buffings accommodating mechanism includes：
Fence is set to two pieces and places by mold, and the surrounding of every piece of placement mold is surrounded；
Two storage funnels, may be contained on the bottom surface of loading plate, it is each store funnel and a placement mold be opposite set
It puts, the falling holes connected with corresponding storage funnel, every piece of placement is provided on the loading plate that every piece is placed by mold
Be further opened on mold corresponding storage funnel connection to tool bore, semi-finished product are right after placing and placed on mold at every piece
Tool bore is opposite with the position for needing to punch on every piece of semi-finished product；
Containing tube, is " people " font structure, and containing tube includes connecting portion and two discharging portions；
Opening and closing shaft, is set to the center of two discharging portions and connecting portion junction, opening and closing shaft pass through containing tube and with storage
Pipe is rotatablely connected；
Valve block is set in containing tube and is fixedly connected with opening and closing shaft, and rotary opening closing axis can make valve block close two dischargings
Any discharging portion in portion；
Motor is stored, is installed in storage pipe outer wall, the axis for storing motor is fixedly connected with opening and closing shaft；And
Two infrared ray sensors, two infrared ray sensors are respectively arranged in two discharging portions, in the discharging portion of detection place
Whether buffings is had；
Wherein, two infrared ray sensors connect respectively with the 4th input/output terminal of controller and the 5th input/output terminal
It connecing, the 6th input/output terminal of controller connect by the second motor driver with storage motor, the 7th of controller input/
Output terminal is connected with warning light by lamp driver.
Compared with the prior art, the present invention has the advantages that：
1) it by setting glued membrane transport mechanism and Convole Unit, realizes and the glued membrane on Convole Unit is pulled out and is glue
Film slicing mechanism and punching machine transmission glued membrane, provide the foundation condition；
2) it by setting punching machine, realizes and is punched in the glued membrane section placed on mold；
3) by setting glued membrane slicing mechanism, glued membrane is cut off after glued membrane is sent to sheet cutting table, and then is finally realized
Fully-automatic production partition.
Description of the drawings
Fig. 1 is the structure diagram of semi-finished product；
The structure diagram of Fig. 2 fully-automatic production partition equipment；
Fig. 3 is loading plate in fully-automatic production partition equipment in Fig. 2 and the structure diagram at placement mold；
Fig. 4 is the enlarged drawing at A in Fig. 2；
Fig. 5 is the sectional view at containing tube in Fig. 4；
Fig. 6 is the structure diagram of jet gun in Fig. 2；
Fig. 7 is the sectional view of lower base in Fig. 6；
Fig. 8 is the structure diagram at connector in Fig. 6；
Fig. 9 is screw rod B and the sectional view of rotating member junction.
Specific embodiment
Embodiment 1：
As shown in FIG. 2 and 3, the present embodiment proposes a kind of fully-automatic production partition equipment, including：
Convole Unit 1 including the convolution cylinder 11 for convolution glued membrane, realizes being continuing to supply for glued membrane, convolution cylinder 11
It is supported by bylinder body 12；
Punching machine 2 including portal frame 29, is equipped with punching portion 28, the underface in punching portion 28 is punching on portal frame 29
Station；Loading plate 21 is provided with immediately below punching portion 28 and places mold 22, mold 22 is placed and is installed on loading plate 21, put
Mold 22 is put for placing semi-finished product, places and is provided with positioning column 24 on mold 22；And supporting rack, support bearing plate 21；
Glued membrane slicing mechanism 3, including：Sheet cutting table 31, convolution cylinder 11 and sheet cutting table 31 are respectively arranged at portal frame 29
Both ends, the cut-out for being set as glued membrane of sheet cutting table 31 provide support；Knife rest 32, for "door" type structure and its be installed on slice
On 31 surface of platform；Cutter 33 is set to the underface of 33 frame 32 of cutter, the edge of a knife and 31 face of sheet cutting table of cutter 33；And knife
Driving mechanism 34 is installed on knife rest 32, and the output section of knife driving mechanism 34 is connect with cutter 33, with drive cutter 33 to
It moves close to 31 direction of sheet cutting table or is moved to far from 31 direction of sheet cutting table；
Glued membrane transport mechanism 7, including：First guide roller 71 is set to and places mold 22 close to the one of convolution cylinder 11
Side and its rotational installation on loading plate 21；Second guide roller 72 is set to and places mold 22 close to the side of sheet cutting table 31
And its rotational installation is smooth in the glued membrane that on loading plate, the setting of the first guide roller 71 and the second guide roller 72 is realized in transmission
Ground, which is layed in, to be placed on mold, and the top margin of the first guide roller 71 and the second guide roller 72 and the surface for placing mold 22 are flat at one
On face；Glue frame 73 is walked, is installed on sheet cutting table 31 on the side for placing mold 22；Rubber roller 74 is walked, including nunchakus body 741,
741 both ends of nunchakus body are respectively connected with mounting cylinder 742, and 741 superficial layer of nunchakus body is using contact layer made of elastic rubber material, contact
The setting of layer is avoided causes glued membrane to damage when using frictional force；Support roller 75 is rotatablely installed by walking glue frame 73
In the underface for walking rubber roller 74, the top margin of support roller 75 and the surface of sheet cutting table 31 in one plane, the setting of support roller 75
So that the transmission of glued membrane is more smooth；Glue motor 76 is walked, is installed on away on glue frame 73；Glue interlinked mechanism 78 is walked, is installed on
It walks on glue frame 73, input unit and the axis connection for walking glue motor 76；Glue roller regulating mechanism 77 is installed on away on glue frame 73, two
Mounting cylinder 742 is rotationally connect with glue roller regulating mechanism 77, can make to walk rubber roller 74 and support roller using glue roller regulating mechanism 77
The gap for placing glued membrane is conceded between 75, also glued membrane can be made to be pressed in away between rubber roller 74 and support roller 75, and is worked as glued membrane pressure
The output section that glue interlinked mechanism 78 is tightly walked when walking between rubber roller 74 and support roller 75 is connect with mounting cylinder 742；And
Control cabinet (not shown), punching portion 28, knife driving mechanism 34 and walks glue motor 76 and is connect with control cabinet；
Wherein, the center line of convolution cylinder 11, the first guide roller 71, the second guide roller 72, nunchakus body 741 and support roller 75 is equal
Parallel with placing 22 surface of mold, the glued membrane on convolution cylinder 11 passes through the first guide roller 71, places mold 22 successively after being drawn out
Surface, the second guide roller 72, nunchakus body 741 and support roller 75, the top margin of support roller 75 and the top margin of convolution cylinder 11 are below
Place the surface of mold 22.
As shown in Fig. 2, in order to which design structure is simple, knife driving mechanism 34 easy to use, knife driving mechanism 34 is first
Cylinder, the first cylinder are installed on knife rest 32, and the piston rod of the first cylinder is connect with the knife spine of cutter 33；
As shown in Fig. 2 and Fig. 4, in order to which design structure is simple, glue roller regulating mechanism 77 easy to use, rubber roller adjusts machine
Structure 77 includes the first screw rod 771 and the second screw rod 772, and regulating tank 773, the first spiral shell are offered on the both sides for walking glue frame 73
771 and second screw rod 772 of bar is from above through walking glue frame 73 and respectively enter in a regulating tank 773, the first screw rod 771 and
Two screw rods 772 are threadedly coupled with walking glue frame 73, and the first screw rod 771 and the second screw rod 772 are pivotally connected respectively with a mounting cylinder 742,
First screw rod 771 and 772 bottom end of the second screw rod can contact 773 bottom surface of regulating tank；
As shown in Fig. 2 and Fig. 4, in order to design structure it is simple, it is easy to use walk glue interlinked mechanism 78, walk glue interlock machine
Structure 78 includes walking glue gear 781, walks glue gear 781 and is installed on away on glue frame 73 and by 773 bottom surface of regulating tank, walks glue gear
781 center line in the same plane, walks glue gear 781 and walks the axis connection of glue motor 76 with the bottom surface of regulating tank 773, installs
Cylinder 742 passes through the connecting pin of the second screw rod 772 to be provided with a tooth 782, and the output section for walking glue interlinked mechanism 78 is cylinder tooth 782, is walked
Glue motor 76 is arranged on the rack 79 of support cutter 33, and support roller 75 and nunchakus body 741 interfere glue motor in order to prevent
76 rotation is walked and first pulley 783 is also associated on glue gear 781, first pulley 783 and walks glue gear 781 by walking glue frame 73
Support, walking the axis connection of glue motor 76 has the second belt wheel 784, passes through transmission belt between 783 and second belt wheel 784 of first pulley
785 connections, the input unit for walking glue interlinked mechanism 78 are the second belt wheel 784.
As shown in Fig. 2, fully-automatic production partition equipment further includes glued membrane tension mechanism 70, glued membrane tightening machine in the present embodiment
Structure 70 includes：
First driven voller 701 is supported in from moving frame 703 on bottom surface by first, the first driven voller 701 and first driven
Frame 703 is rotatablely connected, and the top margin of the first driven voller 701 is higher than the top margin of support roller 75, and the top margin of the first driven voller 701, which is less than, to be put
Put the surface of mold 22；
Second driven voller 702, being stood between glue frame 73 from moving frame 703 and walking first has second from moving frame, and second from moving frame
Including two frame frames 705, each frame frame 705 is " mouth " type mechanism, and the top of each frame frame 705 has both passed through screw rod A704, spiral shell
Bar A704 is threadedly coupled with frame frame 705, and two screw rods A704 stretches into the end in frame frame 705 by rod seat and the second driven voller
702 pivot joints can make the top margin of the second driven voller 702 be less than the top margin of support roller 75 by adjusting screw rod A704.
The both sides of the glued membrane of pull-out are positioned in order to realize, and do not cause during glued membrane is pulled because with guiding
Wheel 706 is contacted and is damaged, and the inlet side of moving frame 703 is provided with directive wheel 706 first, 706 surface of directive wheel is uses
Guide layer made of elastic rubber material, and the surface of guide layer is smooth, frictional force when such glued membrane is contacted with directive wheel 706
Small, surface causes the surface of glued membrane damage guide layer and the glued membrane edge passed through tangent due to frictional force, to realize to pull-out
The both sides of glued membrane are positioned.
During installation, first, the first screw rod 771 and the second screw rod 772 are adjusted, is lifted in nunchakus body 741 so that nunchakus body 741 and branch
Glued membrane, which is conceded, between support roller 75 places gap；Then, glued membrane is pulled out from convolution cylinder 11, glued membrane from convolution cylinder 11 pull-out after successively
It is bypassed by the top of the first guide roller 71,22 surface of placement mold, the second guide roller 72 and the first driven voller 701, by glue
Film is bypassed from the lower section of the second driven voller 702, to reaching support roller 75, and glued membrane side must abut the guiding of directive wheel 706
Layer so that glued membrane is tangent with guide layer, and then glued membrane is pulled between nunchakus body 741 and support roller 75；After again, keep glued membrane with
The first screw rod 771 and the second screw rod 772 are adjusted when guide layer is tangent so that nunchakus body 741 moves down, and the cylinder tooth 782 of nunchakus body 741 is with walking
Glue gear 781 engages, while glued membrane is pressed between nunchakus body 741 and support roller 75, and glued membrane and guide layer are then not required to after compression
It is tangent, at this moment glued membrane need not be tightened, be difficult to pull glued membrane because tightening at this time, glued membrane crosses support roller 75, and glued membrane edge is firm
Well immediately below the edge of a knife of cutter 33, integral multiple of the length that glued membrane is drawn out for every piece of partition length, and in support roller 75
The glued membrane length left between convolution cylinder 11 is enough the second driven voller 702 is allowed to tighten；After again, adjusting screw rod A704 so that the
Two driven vollers 702 move down, and glued membrane is tauted.
During work, first, controller, which starts, walks glue motor 76 and punching portion 28, since glued membrane is crossed support roller
75, the rotation of glue motor 76 is walked, drives the rotation of nunchakus body 741, the rotation of nunchakus body 741 is constantly defeated to cutter 33 by frictional force
When sending glued membrane, the length that is drawn out due to glued membrane for every piece of partition length integral multiple when walking glue motor 76 and rotate a piece of partition
After the time crossed, controller just controls the first cylinder to move down so that and cutter 33 cuts off glued membrane and forms sectional partition, due to
Glued membrane after the last period enterprise does not punch, the glued membrane that can cut leading portion, can be placed on individual 2 times punchings of punching machine, finally
Form partition.
Embodiment 2：
The present embodiment is differed only in embodiment 1：Because placing mold 22 during in order to avoid because processing semi-finished product again
On have a buffings and perforating mechanism 1 caused to weigh semi-finished product wounded, the present embodiment is provided with jet gun.
As shown in Fig. 2, Fig. 6 and Fig. 9, fully-automatic production partition equipment further includes jet gun, and jet gun includes：
Mounting base 51 is set on 29 inside of portal frame, driving chamber 511,511 bottom of driving chamber is provided in mounting base 51
Being stood on face has the first central shaft 512 on vertical direction, and mounting base offers the cunning connected with driving chamber 511 on 51 side
Dynamic slot 513；
Air nozzle 52 offers and connects stomata (not shown) and venthole, air nozzle for connect extraneous air source
Air flue is provided in 52, venthole is towards 22 position of mold is placed, and air flue will connect stomata and venthole is connected, air nozzle
52 end is connected with the connector 521 stretched into driving chamber 511, and connector 521 passes through 513 and first central shaft of sliding groove
512 rotation connections；
Solenoid valve 53, is set on air flue, to be opened and closed air flue；
Electric rotating machine 54 is set in mounting base 51；And
Interlinked mechanism 55 is set in driving chamber 511, and the axis of electric rotating machine 54 stretches into driving chamber 511 and gearing machine
The input unit connection of structure 55, the output section of interlinked mechanism 55 is connect with the end that connector 521 is stretched into driving chamber 511；And
Controller (not shown), the first input/output terminal are connect with 2 control cabinet of punching machine, the second input/output terminal
It is connect by switching circuit with solenoid valve 53, third input/output terminal passes through the first motor drive circuit and electric rotating machine 54
Connection.Controller receives the signal that the punching of 2 control cabinet of punching machine is completed, controller control jet gun work, and solenoid valve 53 is opened
Air flue, electric rotating machine 54 start to rotate so that the inswept placement mold 22 of gas that air nozzle 52 sprays, realizing will place on mold 22
Buffings cleaning.
Embodiment 3：
The present embodiment is differed only in embodiment 2：In order to realize the hand-turning jet when electric rotating machine 54 damages
Mouth 52, the present embodiment improve mounting base 51 and interlinked mechanism 55.
As shown in Fig. 6, Fig. 7, Fig. 8 and Fig. 9, specifically：
Mounting base 51 includes mounting bracket 515, upper pedestal 516 and lower base 514, and mounting bracket 515 is fixed with portal frame 29, on
Pedestal 516 is fixed on mounting bracket 515, and electric rotating machine 54 is installed on upper pedestal 516, and lower base 514 can opposite upper pedestal 516
Mobile, the first central shaft 512 and the second central shaft 517 may be contained on lower base 514, and sliding groove 513 is also disposed on lower seat
On body 514, the second cylinder 518 being installed on mounting bracket 515, the piston of the second cylinder 518 are provided with below lower base 514
Bar is connected with lower base 514；
Interlinked mechanism 55 includes：
Driving cog 551, the end that connector 521 is connect with the first central shaft 512 are annular portion, and driving cog 551 is set to circle
On the outer surface of ring portion, driving cog 551 is the output section of interlinked mechanism 55；
First gear 552, is provided with the second central shaft 517 in driving chamber 511, and first gear 552 is rotatably dispose in
On two central shafts 517, first gear 552 is the input unit of interlinked mechanism 55, and first gear offers hexagon on 552 upper surface
Drive hole 550, first gear 552 engages with driving cog 551；
Drive link (not shown), one end are fixedly connected with stretching into the axis of the electric rotating machine 54 in driving chamber 511, another
One end, which can be stretched into the drive hole 550 of first gear 552, rotates first gear 552；
Screw rod B554, one end are stretched by lower base 514 in driving chamber 511, and screw rod B554 is located at outside lower base 514
End is connected with nut 553, and screw rod B554 is threadedly coupled with mounting base 51；
Second gear 555, rotating member is provided on upper surface, and rotating member is located at screw rod B554 in driving chamber 511
End is rotatablely connected, and can make second gear 555 that can also make second gear 555 far from first gear 552 by adjusting screw rod B554
It is engaged with first gear 552；And
Hand lever 556 is provided with the shifting chute connected with driving chamber 511, hand lever on the lower surface of lower base 514
556 pass through shifting chute and are fixedly connected with 555 lower surface of second gear, are not fixed between hand lever 556 and lower base 514, with
The hand lever 556 in adjusting screw rod B554 is enable to be moved together with second gear 555, hand lever 556 is stretched out outside lower base 514
End is connected with the first belt pulley 557, and mounting blocks 558 are provided on 29 edge of portal frame, and mounting blocks 558 are equipped with wheel shaft
501, wheel shaft 501 is rotatably connected to the second belt pulley 559, is set on the second belt pulley 559 and helps handle hand 502, when the second tooth
Second belt pulley 559 can be connect by belt (not shown) with the first belt pulley 557 when wheel 555 is engaged with first gear 552.
When electric rotating machine 54 works normally, the second cylinder 518 is so that lower base 514 is located at higher position, and drive link stretches at this time
In drive hole 550, the length that screw rod B554 stretches out lower base 514 is longer so that second gear 555 is real far from first gear 552
The axis of existing electric rotating machine 54 and the gearing of first gear 552, the shaft rotation of electric rotating machine 54, which is moved, drives first gear 552 to rotate, the
One gear 552 drives driving cog 551 to rotate, and comes back rotation, air nozzle 52 in sliding groove 513 so as to fulfill connector 521
Back rotation realizes inswept placement mold 22 of blowing；When electric rotating machine 54 damages, the second cylinder 518 bounces back so that lower base
514 are located at relatively low position, and drive link is not contacted far from drive hole 550, drive link with first gear 552 at this time, adjusting screw rod
B554 so that the length that screw rod B554 stretches out lower base 514 is shorter so that second gear 555 is to 552 direction of first gear
Mobile, final realization first gear 552 is engaged with second gear 555, by 559 sets of the first belt pulley 557 and the second belt pulley
Upper belt, without using manual actuation when, are not connected with belt and then rotate to help handle hand, pass through the first belt pulley 557, the second belt
Wheel 559 and hand lever 556 drive to second gear 555, and second gear 555 rotates, and first gear 552 is driven to rotate, and first
Gear 552 is rotated by driving cog 551 with follower link 521, so as to finally realize the rotation of air nozzle 52.Due to air nozzle 52
It positioned at 29 inside of portal frame, is not easy to drive, therefore the first belt pulley, the second belt pulley is set and help handle hand.
Due to rotate manually turncap make it is random, it is most likely that second gear 555 is turned to first gear 552 not
Situation about can engage, cannot use during first use, waste resource instantly.To solve the above-mentioned problems, as shown in figure 9,
Rotating drum is provided in the end that screw rod B554 is located in driving chamber 511, the end that screw rod B554 is located in driving chamber 511 is also opened
Equipped with the rotation hole for connecting rotating drum with driving chamber 511, rotating member includes the mounting ring being set in rotating drum, mounting ring energy
It is rotated in rotating drum, the overall diameter of mounting ring is more than the diameter of rotation hole, and the bottom surface suspention of mounting ring, which has, is pierced by rotation hole
Suspending rod, the end that suspending rod is pierced by rotation hole are fixedly connected with second gear 555, and mandrel is fixedly installed in rotating drum,
Mandrel is located at the diameter of mounting ring center and mandrel less than the diameter of mounting ring, and wind spring, wind spring inner end are provided between mandrel
It is connect with mandrel, wind spring outer end is connect with mounting ring inner wall.After rotary electric machine is when machine, since the axis of rotary electric machine is with
One gear 552 is detached from, can manual rotating connector 521 to initial position (i.e. one end of sliding groove 513), predetermined turncap is not
By external force when (：When wind spring is in nature extended length), second gear 555 at this time can be with making connector 521 be located at initially
The first gear 552 of position engages.During manual actuation, first, connector 521 is rotated to initial position；Then, adjusting screw rod
B554 causes second gear 555 to be engaged with first gear 552；After again, belt is placed on the first belt pulley 557 and the second belt
On wheel 559, rotation helps handle hand, realizes the rotation of second gear 555, and the rotation of second gear 555 drives mounting ring rotation, makes
It obtains wind spring release or convolution is closed up, the rotation of air nozzle 52 is just realized, when connector 521 slides into separately from 513 one end of sliding groove
During one end, release helps handle hand, and under the effect of wind spring restoring force, connector 521 automatically reverts to initial position, reaches labour-saving
Effect, simultaneously because the effect of wind spring so that second gear 555 remains the same angle, convenience and first when not in use
Gear 552 engages.
In order to avoid during air nozzle 52 is rotated because the larger buffings of 513 aperture of sliding groove splashes in driving chamber 511
And lead to the rotation clamping stagnation between first gear 552 and driving cog 551, as shown in figure 9, sliding groove 513 left inside wall and
The telescopic hole 515 of circular arc type is offered on right inner wall, is both provided in 521 both sides of connector and closes the wing 516 ', each closing
The wing 516 ' can shuttle with the rotation of connector 521 in telescopic hole 515 and sliding groove 513, and two close the wings 516 ' during rotation
Gap between connector 521 and sliding groove 513 can be closed.When rotation spray gas nozzle 52, a closing wing 516 ' is retracted another
The closing wing 516 ' is all drawn out or the two closing wings 516 ' are drawn out half, so as to fulfill that will slide closing, buffings is avoided to fly
It is splashed into driving chamber 511.
It is connect since connector 521 is single-ended with the first central shaft 512, and the suspention of the other end of connector 521 has air nozzle
52, connector 521 must be tightly attached in the exit of sliding groove 513 on 513 inner wall of sliding groove, and connector 521 easily occurs and damages
, because the friction of connector 521 and 513 inner wall of sliding groove increases, and there is the generation of jet gun rotation resistance phenomenon in bad the phenomenon that.
In order to avoid above-mentioned phenomenon, as shown in Fig. 7, Fig. 8 and Fig. 9, the bottom inner wall of sliding groove 513 is recessed circular arc type guide groove
517 ', rotation axis 510 is extended on the face contacted in connector 521 with the bottom inner wall of sliding groove 513, and rotation axis 510 is with connecting
Part 521 is rotatablely connected, and rotation axis 510 is rotatably connected to the second line wheel 510 ' that can be slided in guide groove 517 '.Pass through setting
Second line wheel 510 ' not only supports connector 521, and can guarantee the slip of air nozzle 52 along the scheduled line of institute
Road rotates, and rotation axis 510 can be relatively rotated with connector 521, realizes the steering of the first line wheel 23, and guide groove 517 ' is circular arc
Shape, therefore not only 23 energy autobiography of the first line wheel, the basis (rotation axis 510) of rotation connection is also required to rotate.
Embodiment 4：
The present embodiment is differed only in embodiment 3, and buffings is blown in order to prevent causes to pollute working environment on the ground, this
Embodiment is additionally arranged buffings accommodating mechanism.
As shown in Fig. 2, in the present embodiment, fully-automatic production partition equipment further includes buffings accommodating mechanism 6, such as Fig. 4 and
Shown in Fig. 5, buffings accommodating mechanism 6 includes：
Fence 61 is set to two pieces and places by mold 22, and the surrounding of every piece of placement mold 22 is surrounded；
Two storage funnels 62, it is each to store the placement mold of funnel 62 and one on the bottom surface that may be contained within loading plate 21
22 are oppositely arranged, and are provided on the loading plate 21 that every piece is placed 22 side of mold and are fallen with what corresponding storage funnel 62 connected
Consider hole 621 to be worth doing, every piece place be further opened with that corresponding storage funnel 62 connects on mold 22 to tool bore 622, semi-finished product exist
It is opposite with the position for needing to punch on every piece of semi-finished product to tool bore 622 after being placed on every piece of placement mold 22；
Containing tube 63, is " people " font structure, and containing tube 63 includes 631 and two discharging portion 632 of connecting portion；
Opening and closing shaft 64, is set to two discharging portions 632 and the center of 631 junction of connecting portion, and opening and closing shaft 64 passes through storage
It pipe 63 and is rotatablely connected with containing tube 63；
Valve block 65 is set in containing tube 63 and is fixedly connected with opening and closing shaft 64, and rotary opening closing axis 64 can make valve block 65
Close any discharging portion 632 in two discharging portions 632；
Motor 66 is stored, is installed on 63 outer wall of containing tube, the axis of storage motor 66 is fixedly connected with opening and closing shaft 64；With
And
Two infrared ray sensors 67, two infrared ray sensors 67 are respectively arranged in two discharging portions 632, to go out where detection
Whether there is buffings in material portion 632；
Wherein, two infrared ray sensors 67 respectively with the 4th input/output terminal of controller and the 5th input/output terminal
Connection, the 6th input/output terminal of controller are connect by the second motor driver with storage motor 66, and the 7th of controller is defeated
Enter/output terminal is connected with warning light by lamp driver.The knife of perforating mechanism 1 is prevented to the setting of tool bore 622 with placing mould
22 collision of tool damages, while tool bore 622 is connected with storage funnel 62, and in the case of buffings non-stick knife, buffings can be fallen
Enter to storage funnel 62, and interior buffings is run to the part for placing mold 22 after punching, and falling holes 621 are blown to by jet gun
It is interior, and then enter in storage funnel 62, the setting of fence 61 prevents buffings to be blown to outside loading plate 21, when there is more buffings heap
Product on the corner of loading plate 21 when can with when be pushed into manually in storage funnel 62, it is convenient and efficient.During connecing buffings, always
It is only opened there are one discharging portion 632, another closing, each discharging portion 632 is used to be nested with refuse bag, works as infrared ray sensor
67 detect that the refuse bag product for then judging the discharging portion 632 completely controls when having buffings in the discharging portion 632 in opening state
Device control storage motor 66 rotates so that valve block 65, which is closed, has accumulated full discharging portion 632, and valve block 65 opens another discharging portion
632, another refuse bag starts to gather materials, and controller control warning light is bright, and staff is prompted to move away the full refuse bag of product,
Due to refuse bag, to store the full time longer, has enough time to move away, after the full refuse bag of product moves away its
Residing discharging portion 632 is also without buffings, and 67 return signal of infrared ray sensor is to controller, and controller control warning light is not
It is bright.In the above process, after maintaining refuse bag product completely, still there is refuse bag to connect buffings, guarantee connects buffings incessantly, ensures work
Make the cleaning in place.
Finally illustrate, the above embodiments are merely illustrative of the technical solutions of the present invention and it is unrestricted, although with reference to compared with
The present invention is described in detail in good embodiment, it will be understood by those of ordinary skill in the art that, it can be to the skill of the present invention
Art scheme is modified or replaced equivalently, and without departing from the objective and range of technical solution of the present invention, should all be covered at this
In the right of invention.
Claims (9)
1. a kind of fully-automatic production partition equipment, which is characterized in that including：
Convole Unit, including the convolution cylinder for convolution glued membrane, convolution cylinder is supported by bylinder body；
Punching machine including portal frame, is equipped with punching portion, the underface in punching portion is punching station on portal frame；Punching portion is just
Lower section is provided with loading plate and places mold, places mold and is installed on loading plate, places mold for placing semi-finished product；And
Supporting rack, support bearing plate；
Glued membrane slicing mechanism, including：Sheet cutting table, convolution cylinder and sheet cutting table are respectively arranged at the both ends of portal frame；Knife rest is
"door" type structure and its be installed on sheet cutting table surface；Cutter is set to the underface of knife rest, the edge of a knife and sheet cutting table of cutter
Face；And knife driving mechanism, be installed on knife rest, and the output section of knife driving mechanism is connect with cutter, with drive cutter to
It moves close to sheet cutting table direction or is moved to far from sheet cutting table direction；
Glued membrane transport mechanism, including：First guide roller is set to and places mold close to the side of convolution cylinder and its rotation peace
Loaded on loading plate；Second guide roller is set to placement mold close to the side of sheet cutting table and its rotational installation is in loading plate
On, the top margin of the first guide roller and the second guide roller is with placing the surface of mold in one plane；Glue frame is walked, is installed on and cuts
Piece platform is on the side for placing mold；Rubber roller is walked, including nunchakus body, nunchakus body both ends are respectively connected with mounting cylinder, nunchakus body superficial layer
For using contact layer made of elastic rubber material；Support roller, by walking the rotational installation of glue frame in the underface for walking rubber roller, branch
The top margin of support roller and the surface of sheet cutting table are in one plane；Glue motor is walked, is installed on away on glue frame；Glue interlinked mechanism is walked,
It is installed on away on glue frame, input unit and the axis connection for walking glue motor；Glue roller regulating mechanism is installed on away on glue frame, two
Mounting cylinder is rotationally connect with glue roller regulating mechanism, can make to walk using glue roller regulating mechanism to concede peace between rubber roller and support roller
The gap of glued membrane is put, can also glued membrane be made to be pressed in away between rubber roller and support roller, and works as and glued membrane is pressed in away rubber roller and support
The output section that glue interlinked mechanism is walked when between roller is connect with mounting cylinder；
Glued membrane tension mechanism, glued membrane tension mechanism include：First driven voller is supported in from moving frame on bottom surface by first, the
One driven voller and first is rotatablely connected from moving frame, and the top margin of the first driven voller is higher than the top margin of support roller, the top of the first driven voller
Side is less than the surface for placing mold；Second driven voller, being stood between glue frame from moving frame and walking first has second from moving frame, second from
Moving frame includes two frame frames, and each frame frame is " mouth " type mechanism, and screw rod A, screw rod A and frame frame have been both passed through at the top of each frame frame
It is threadedly coupled, two screw rods A stretches into the end in frame frame and is pivotally connected by rod seat and the second driven voller, can be made by adjusting screw rod A
The top margin of second driven voller is less than the top margin of support roller；And
Control cabinet, punching portion, knife driving mechanism and walks glue motor and is connect with control cabinet；
Wherein, the center line of convolution cylinder, the first guide roller, the second guide roller, nunchakus body and support roller is with placing die surface
It is parallel, the glued membrane on convolution cylinder be drawn out after successively by the first guide roller, place die surface, the second guide roller, nunchakus body with
And support roller, the top margin of support roller and the top margin of convolution cylinder are below placing the surface of mold.
2. fully-automatic production partition equipment according to claim 1, which is characterized in that knife driving mechanism is the first cylinder,
First cylinder is installed on knife rest, and the piston rod of the first cylinder and the knife spine of cutter connect；
Glue roller regulating mechanism includes the first screw rod and the second screw rod, offers regulating tank on the both sides for walking glue frame, and first
Screw rod and the second screw rod are from above through walking glue frame and respectively enter in a regulating tank, and the first screw rod and the second screw rod are with walking
Glue frame is threadedly coupled, and the first screw rod and the second screw rod are pivotally connected respectively with a mounting cylinder, the first screw rod and the second equal energy in screw rod bottom end
Contact adjusts groove bottom；
It walks glue interlinked mechanism and includes walking glue gear, walk glue gear and be installed on away on glue frame and positioned at adjusting by groove bottom, walk glue tooth
The center line of wheel and the bottom surface of regulating tank in the same plane, walk glue gear and walk the axis connection of glue motor, and mounting cylinder passes through the
The connecting pin of two screw rods is provided with a tooth, and the output section for walking glue interlinked mechanism is cylinder tooth, walks glue motor and is arranged on support cutter platform
Rack on, walk and first pulley be also associated on glue gear, first pulley and walk glue gear by walk glue frame support, walk glue motor
Axis connection has the second belt wheel, and by being driven band connection between first pulley and the second belt wheel, the input unit for walking glue interlinked mechanism is
Second belt wheel.
3. fully-automatic production partition equipment according to claim 2, which is characterized in that first from the inlet side of moving frame
Directive wheel is provided with, it is using guide layer made of elastic rubber material, the surface of guide layer and the glue passed through to be oriented to wheel surface
Film edge is tangent, and the both sides of the glued membrane of pull-out are positioned with realizing.
4. fully-automatic production partition equipment according to claim 3, which is characterized in that further include jet gun, jet gun packet
It includes：
Mounting base is set on the inside of portal frame, driving chamber is provided in mounting base, being stood on driving chamber bottom surface has positioned at vertical
The first central shaft on direction offers the sliding groove connected with driving chamber on mounting base side；
Air nozzle offers and connects stomata and venthole for connect extraneous air source, air flue, outlet are provided in air nozzle
Hole is towards mold position is placed, and air flue will connect stomata and venthole is connected, and the end of air nozzle, which is connected with, stretches into driving
The connector of intracavitary, connector are connect across sliding groove with the first central axis；
Solenoid valve is set on air flue, to be opened and closed air flue；
Electric rotating machine is set in mounting base；And
Interlinked mechanism is set in driving chamber, and the axis of electric rotating machine is stretched into driving chamber to be connect with the input unit of interlinked mechanism,
The output section of interlinked mechanism is connect with the end that connector is stretched into driving chamber；And
Controller, the first input/output terminal are connect with punching machine control cabinet, the second input/output terminal by switching circuit with
Solenoid valve connects, and third input/output terminal is connect by the first motor drive circuit with electric rotating machine.
5. fully-automatic production partition equipment according to claim 4, which is characterized in that
Mounting base includes mounting bracket, upper pedestal and lower base, and mounting bracket is fixed with portal frame, and upper pedestal is fixed on mounting bracket,
Electric rotating machine is installed on upper pedestal, and lower base can be moved relative to upper pedestal, and the first central shaft and the second central shaft are respectively provided with
In on lower base, sliding groove is also disposed on lower base, and the second cylinder being installed on mounting bracket is provided with below lower base,
The piston rod of second cylinder is connected with lower base；
Interlinked mechanism includes：
The end of driving cog, connector and the first center axis connection is annular portion, and driving cog is set on the outer surface of annular portion, is passed
Moving teeth is the output section of interlinked mechanism；
First gear is provided with the second central shaft in driving chamber, and first gear is rotatably dispose on the second central shaft, the first tooth
The input unit for interlinked mechanism is taken turns, the drive hole of hexagon is offered on first gear upper surface, first gear is nibbled with driving cog
It closes；
Drive link, one end are fixedly connected with stretching into the axis of the electric rotating machine in driving chamber, and the other end can stretch into first gear
Drive hole in rotate first gear；
Screw rod B, one end are stretched by lower base in driving chamber, and the end that screw rod B is located at outside lower base is connected with nut, screw rod
B is threadedly coupled with mounting base；
Second gear is provided with rotating member on upper surface, and rotating member is located at the end rotation connection in driving chamber with screw rod B,
It can make second gear that can also second gear be made to be engaged with first gear far from first gear by adjusting screw rod B；And
Hand lever, is provided with the shifting chute connected with driving chamber on the lower surface of lower base, hand lever pass through shifting chute and with
Second gear lower surface is fixedly connected, and is not fixed between hand lever and lower base, so that hand lever can be in adjusting screw rod B
Two gears move together, and the end that hand lever is stretched out outside lower base is connected with the first belt pulley, is provided on portal frame edge
Mounting blocks, mounting blocks are equipped with wheel shaft, and wheel shaft is rotatably connected to the second belt pulley, when second gear is engaged with first gear the
Two belt pulleys can be connect by belt with the first belt pulley.
6. fully-automatic production partition equipment according to claim 5, which is characterized in that screw rod B is located at the end in driving chamber
Rotating drum is provided in portion, the end that screw rod B is located in driving chamber is further opened with the rotation hole for connecting rotating drum with driving chamber,
Rotating member includes the mounting ring being set in rotating drum, and mounting ring can rotate in rotating drum, and the overall diameter of mounting ring, which is more than, to be turned
The diameter in dynamic hole, the bottom surface suspention of mounting ring have the suspending rod for being pierced by rotation hole, and suspending rod is pierced by the end and second of rotation hole
Gear is fixedly connected, and mandrel is fixedly installed in rotating drum, mandrel is located at mounting ring center and the diameter of mandrel is less than installation
The diameter of ring is provided with wind spring between mandrel, and wind spring inner end is connect with mandrel, and wind spring outer end is connect with mounting ring inner wall.
7. fully-automatic production partition equipment according to claim 6, which is characterized in that on the left inside wall of sliding groove and the right side
The telescopic hole of circular arc type is offered on inner wall, the closing wing is both provided in connector both sides, each closing wing can be with even
The rotation of fitting is shuttled in telescopic hole and sliding groove, and the two closing wings can close the gap between connector and sliding groove during rotation
It closes.
8. fully-automatic production partition equipment according to claim 7, which is characterized in that the bottom inner wall of sliding groove is recessed
Circular arc type guide groove, rotation axis is extended on the face contacted in connector with the bottom inner wall of sliding groove, and rotation axis turns with connector
Dynamic connection, rotation axis are rotatably connected to the second line wheel that can be slided in guide groove.
9. fully-automatic production partition equipment according to claim 8, which is characterized in that further include buffings accommodating mechanism, glue
Bits accommodating mechanism includes：
Fence is set to two pieces and places by mold, and the surrounding of every piece of placement mold is surrounded；
Two storage funnels, may be contained on the bottom surface of loading plate, and each funnel of storing is oppositely arranged with a placement mold,
The falling holes connected with corresponding storage funnel are provided on every piece of loading plate placed by mold, every piece is placed on mold
Be further opened with corresponding storage funnel connection to tool bore, semi-finished product place and placed on mold at every piece after to tool bore with
Need the position punched opposite on every piece of semi-finished product；
Containing tube, is " people " font structure, and containing tube includes connecting portion and two discharging portions；
Opening and closing shaft, is set to the center of two discharging portions and connecting portion junction, and opening and closing shaft passes through containing tube and turns with containing tube
Dynamic connection；
Valve block is set in containing tube and is fixedly connected with opening and closing shaft, and rotary opening closing axis can be such that valve block closes in two discharging portions
Any discharging portion；
Motor is stored, is installed in storage pipe outer wall, the axis for storing motor is fixedly connected with opening and closing shaft；And
Two infrared ray sensors, two infrared ray sensors are respectively arranged in two discharging portions, with where detection in discharging portion whether
There is buffings；
Wherein, two infrared ray sensors are connect respectively with the 4th input/output terminal of controller and the 5th input/output terminal,
6th input/output terminal of controller is connect by the second motor driver with storage motor, the 7th input/output of controller
End is connected with warning light by lamp driver.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611183971.XA CN106426380B (en) | 2016-12-20 | 2016-12-20 | Fully-automatic production partition equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611183971.XA CN106426380B (en) | 2016-12-20 | 2016-12-20 | Fully-automatic production partition equipment |
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| Publication Number | Publication Date |
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| CN106426380A CN106426380A (en) | 2017-02-22 |
| CN106426380B true CN106426380B (en) | 2018-07-10 |
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| CN201611183971.XA Expired - Fee Related CN106426380B (en) | 2016-12-20 | 2016-12-20 | Fully-automatic production partition equipment |
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| CN107718068B (en) * | 2017-09-28 | 2019-11-05 | 江门市凯骏环保科技有限公司 | A kind of automatic stock cutter |
Family Cites Families (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2636879B1 (en) * | 1988-09-23 | 1995-01-27 | Lectra Systemes Sa | CUTTING AND PUNCHING DEVICE FOR SHEET MATERIAL |
| CN2181347Y (en) * | 1992-10-19 | 1994-11-02 | 武汉市光学科学技术研究所 | Automatic sheet feeder for microcomputerized NC puncher |
| KR100849164B1 (en) * | 2006-12-19 | 2008-07-30 | 선우아이디 주식회사 | Carrier tape lint removing method |
| KR100996436B1 (en) * | 2008-07-01 | 2010-11-24 | 신우신 주식회사 | tone-wheel piercing machine |
| CN103158175B (en) * | 2013-03-15 | 2015-04-15 | 安泰（嘉兴）医疗用品有限公司 | Full-automatic lamp handle cover manufacturing device |
| CN204777928U (en) * | 2015-08-05 | 2015-11-18 | 李烈熊 | Tailor device with tailor adjustable length |
| CN206445866U (en) * | 2016-12-20 | 2017-08-29 | 重庆淳祥电子科技有限公司 | Fully-automatic production partition equipment |
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