CN205238177U - Die -cut equipment of ultrasonic wave with automatic material collecting device that send of longmen suspension type - Google Patents
Die -cut equipment of ultrasonic wave with automatic material collecting device that send of longmen suspension type Download PDFInfo
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- CN205238177U CN205238177U CN201520907561.XU CN201520907561U CN205238177U CN 205238177 U CN205238177 U CN 205238177U CN 201520907561 U CN201520907561 U CN 201520907561U CN 205238177 U CN205238177 U CN 205238177U
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- coiled strip
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Abstract
The utility model provides a die -cut equipment of ultrasonic wave with automatic material collecting device that send of longmen suspension type, includes base, installing support, coil stock output module, coil stock recovery module, ultrasonic cutting module, finished product conveying module and control system. From this, if when needing the coil stock in cutting clothing / weaving / leather trade, as long as on locating coil stock output module with the coil stock, and then control control system by an operator, this coil stock alright automaticly cut processing, simple and convenient, labour saving and time saving, full -automatic integration is produced, does not need additionally to dispose other auxiliary device, occupation space is little, simultaneously, borrowing by the ultrasonic cutting module, can accurately cutting out collecting layers's geomery fast, the precision height effectively improves production efficiency.
Description
Technical field
The utility model relates to the technical field of cutting equipment, relates in particular to a kind of automatic with portal shaped lift typeThe ultrasonic wave die cutting device of material paying-off or receiving device.
Background technology
In clothes/weaving/leather industry, while if desired cutting coiled strip product, mostly can adopt planer-type superSound wave bicker, and this kind of machine is semi-automatic or manual die cutting device, more consuming time, and cutting accuracy is poor,Fraction defective is high, production cost is high, production efficiency is low; Meanwhile, this kind of machine also needs the external receipts of sending speciallyBin, and send the setting of rewinding frame comparatively to take up room, be unfavorable for the reasonable Arrangement of workshop.
Therefore, be necessary to provide a kind of technological means to address the aforementioned drawbacks.
Utility model content
The purpose of this utility model is to overcome the defect of prior art, provides one with portal shaped lift type certainlyThe ultrasonic wave die cutting device of moving material paying-off or receiving device, deposits at planer-type ultrasonic wave bicker to solve in prior artConsuming time, cutting accuracy is poor, fraction defective is high, production cost is high, production efficiency is low and because of needs externalThe problem of sending specially rewinding frame and comparatively take up room.
The utility model is achieved in that with the ultrasonic wave of the automatic material paying-off or receiving device of portal shaped lift type die-cutEquipment, is characterized in that, comprising:
Base, described base definition has first end and the second end;
Coiled strip output module, described coiled strip output module comprises that the charging on the first end of being located at described base is outstandingFrame, be located on described charging suspension for coiled strip and stop and place and make this coiled strip rotation be located at described charging suspensionOn follower arm and be located on the first end of described base and contact with described coiled strip so that described coiled strip is carriedTo the charging driven unit of assigned address;
Coiled strip reclaims module, and described coiled strip reclaims module and comprises that the rewinding on the second end of being located at described base is outstandingFrame, rotation are located on described rewinding suspension to receive the rewinding by the coiled strip of described coiled strip output module outputBar and be located on described rewinding suspension and be connected to drive the rewinding of described rewinding bar work with described rewinding barDrive source;
Ultrasonic wave cutting module, described ultrasonic wave cutting module comprises and is positioned at described follower arm and described rewinding barBetween the die-cut patrix of ultrasonic wave, the volume between described follower arm and described rewinding bar of top of coiled stripThe die-cut counterdie of ultrasonic wave of the below of material, the die-cut counterdie of described ultrasonic wave is located on described base, and is positioned at instituteState between follower arm and described rewinding bar, and the upper end of the die-cut counterdie of described ultrasonic wave is provided with moulding cutting edge,The die-cut patrix of described ultrasonic wave moves to be located between described follower arm and described rewinding bar, and towards described mouldingCutting edge;
Finished product transmits module, described finished product transmit module comprise transmit installing rack, in order to receive by described ultrasonicThe coiled strip finished product that ripple cutting module cuts out is also sent to this coiled strip finished product the conveyer belt of assigned address and usesTo drive the transmission drive source of described conveyer belt work, described transmission installing rack is located on described base, described inConveyer belt is located on described transmission installing rack and is adjacent to the die-cut counterdie of described ultrasonic wave, described transmission drive sourceBe located on described transmission installing rack and with described conveyer belt and be connected; And
Control system, described control system respectively with described charging driven unit, described rewinding drive source, superSound wave cutting module, the electrical connection of described transmission drive source.
Particularly, the bottom of the die-cut counterdie of described ultrasonic wave is provided with a discharging opening, described discharging opening with described inMoulding cutting edge is communicated with;
The die-cut counterdie of described ultrasonic wave strides across described conveyer belt, and on the die-cut counterdie of described ultrasonic wave described in go outMaterial mouthful subtend is in described conveyer belt.
Particularly, described ultrasonic wave cutting module also comprises module installing rack, and described module installing rack is located at instituteState on base and between described charging suspension and described rewinding suspension, and described module installing rack strides across instituteState the die-cut counterdie of ultrasonic wave, the die-cut patrix of described ultrasonic wave moves to be located on described module installing rack.
Further, described module installing rack comprises the first column, the second column and module crossbeam, describedOne column is vertical on described base and is adjacent to a side of the die-cut counterdie of described ultrasonic wave, described secondColumn is vertical on described base and is adjacent to another with respect to a side of the die-cut counterdie of described ultrasonic waveOne side, described module crossbeam is located at the upper end of described the first column, described the second column, and respectively with instituteState the first column, described the second column vertically connects, the die-cut patrix of described ultrasonic wave moves is located at described moduleOn crossbeam.
Particularly, described charging driven unit comprise be located on described base and contiguous described ultrasonic wave die-cut underThe feeding clamping platform of mould coiled strip between described follower arm and described rewinding bar with support, mobile being located atDescribed feeding clamps on platform to clamp coiled strip grip(per) feed and the clamping on platform to being positioned at described feedingThe feeding clamping manipulator of location and be connected to drive into clamping machinery with described feeding clamping manipulatorThe manual feeding clamping drive source of doing, described feeding clamping drive source is electrically connected with described control system.
Further, described charging driven unit also comprises that the both sides that are divided into described feeding clamping platform are to drawLead the feed lead rail that is fed to assigned address of the coiled strip between described follower arm and described rewinding bar.
Particularly, the described ultrasonic wave die cutting device with the automatic material paying-off or receiving device of portal shaped lift type also comprisesWhether cut and relevant information is sent to described control system to determine is in order to detect described coiled stripNo control starts the checkout gear of described rewinding drive source work, described checkout gear and described control system electricityConnect.
Further, described checkout gear comprises PLC module and can respond to that to obtain described coiled strip cutSituation and relevant information can be reached to the photoelectric sensor switch of described PLC module, described PLC module and instituteState control system electrical connection, described photoelectric sensor switch is located on described base, and is positioned at described ultrasonic wave punchingCut between mould and described rewinding bar.
Particularly, described charging suspension comprises the first installation of the top of the first end that is suspended at described basePlate, be suspended at described base first end top and with described first installing plate relative spacing arrange secondInstalling plate, one end be connected in described the first installing plate and the other end be connected in described the second installing plate first connectExtension bar, is formed with between described the first installing plate and described the second installing plate for volume and is located on described follower armThe first cavity volume that coiled strip is accommodating, described follower arm is located in described the first cavity volume, and described follower arm oneEnd is located on described the first installing plate, and the other end is located on described the second installing plate;
Described rewinding suspension comprise the top of the second end that is suspended at described base the 3rd installing plate, be suspended atThe top of the second end of described base the 4th installing plate, arranging with described the 3rd installing plate relative spacingEnd is connected in described the 3rd installing plate and the other end is connected in the second connecting rod of described the 4th installing plate, described inBetween the 3rd installing plate and described the 4th installing plate, be formed be located on described rewinding bar for volume cutThe second cavity volume that described coiled strip is accommodating, described rewinding bar is located in described the second cavity volume, and described rewinding barAn end be located on described the 3rd installing plate, the other end is located on described the 4th installing plate;
Between described charging suspension and described rewinding suspension, be provided with and make these both back timbers of being connected and fixed, described inBack timber comprises the first back timber and the second back timber, and one end of described the first back timber is connected in described the first installing plateUpper end, the other end is connected in the upper end of described the 3rd installing plate, and one end of described the second back timber is connected inThe upper end of described the second installing plate, the other end is connected in the upper end of described the 4th installing plate.
Further, described the first installing plate is provided with for an end of described follower arm and locates first of settingLocating slot, described the second installing plate is provided with the second location arranging for the location, the other end of described follower armGroove, described the first locating slot and described the second locating slot are and are oppositely arranged, and an end of described follower arm is located atOn described the first locating slot, the other end is located on described the second locating slot.
Further, described the first locating slot is from up to down to tilt to be located at first on described the first installing plateSkewed slot, described the second locating slot is the second skewed slot that from up to down tilts to be located on described the second installing plate.
Further, described the first skewed slot is provided with at least two, and these at least two described the first skewed slots are upper and lowerInterval is located on described the first installing plate;
Described the second skewed slot is provided with at least two, and these at least two described the second skewed slots are upper and lower interval and are located at instituteState on the second installing plate.
Preferably, on the both ends of described follower arm, be respectively equipped with location annular knurl, and be located at described follower armDescribed location annular knurl on one end is placed in described the first locating slot, is located at the other end of described follower armOn described location annular knurl be placed in described the second locating slot.
Particularly, described the 3rd installing plate is provided with arrange for an end location of described rewinding bar the 3rd fixedPosition groove, described the 4th installing plate is provided with the 4th location arranging for the location, the other end of described rewinding barGroove, described the 3rd locating slot and described the 4th locating slot are and are oppositely arranged, and an end of described rewinding bar is located atOn described the 3rd locating slot, the other end is located on described the 4th locating slot.
Further, described the 3rd locating slot is from up to down to tilt to be located at the 3rd on described the 3rd installing plateSkewed slot, described the 4th locating slot is the 4th skewed slot that from up to down tilts to be located on described the 4th installing plate.
Further, described the 3rd skewed slot is provided with at least two, and these at least two described the 3rd skewed slots are upper and lowerInterval is located on described the 3rd installing plate;
Described the 4th skewed slot is provided with at least two, and these at least two described the 4th skewed slots are upper and lower interval and are located at instituteState on the 4th installing plate.
Particularly, on the both ends of described rewinding bar, be arranged with respectively bearing, and be placed on one of described rewinding barDescribed bearing on end is placed in described the 3rd locating slot, is placed on the institute on the other end of described rewinding barStating bearing is placed in described the 4th locating slot.
Particularly, the described ultrasonic wave die cutting device with the automatic material paying-off or receiving device of portal shaped lift type also comprisesThe feeding buffer device of the coiled strip of exporting from described follower arm in order to buffering and expansion, described feeding buffer deviceBe located on described charging suspension.
Further, an end of described head rod is connected in the lower end of described the first installing plate, anotherEnd is connected in the lower end of described the second installing plate;
Described feeding buffer device comprises buffer bar, and an end of described buffer bar is connected in described first and installsThe lower end of plate, the other end is connected in the lower end of described the second installing plate, and described buffer bar is positioned at described firstAbove or below connecting rod, and between described buffer bar and described head rod, be formed with and can supply from instituteState the buffering that the coiled strip of follower arm output passes through and launch passage.
Particularly, the described ultrasonic wave die cutting device with the automatic material paying-off or receiving device of portal shaped lift type also comprisesWith so that the coiled strip that described rewinding bar receives limits the rewinding stopping means of position, described rewinding stopping means is establishedOn described rewinding suspension.
Further, described rewinding stopping means comprises that one end is connected on described the 3rd installing plate and the other endLimit mounting bar, one end of being connected on described the 4th installing plate are connected in described limit mounting bar and the other endExtend and rely on volume and be located at described in first gag lever post of a side of the coiled strip on described rewinding bar and one end be connected inLimit mounting bar and the other end extend the second limit that relies on volume and be located at the opposite side of the coiled strip on described rewinding barPosition bar.
The technology of the ultrasonic wave die cutting device with the automatic material paying-off or receiving device of portal shaped lift type of the present utility modelEffect is: thus, and while if desired cutting the coiled strip in clothes/weaving/leather industry, as long as coiled strip is located atOn coiled strip output module, and then manipulate control system by an operator, this coiled strip just can cut in automationProcessing, simple and convenient, time saving and energy saving, fully automatic integral is produced, and does not need other auxiliary dress of additional configurationPut, take up room little; Side by side, by ultrasonic wave cutting module, can cut out rapidly and accurately required materialThe geomery of material, precision is high, effectively enhances productivity.
Brief description of the drawings
Fig. 1 is the ultrasonic wave die cutting device with the automatic material paying-off or receiving device of portal shaped lift type of the present utility modelStereogram;
Fig. 2 is another angle of the ultrasonic wave die cutting device with the automatic material paying-off or receiving device of portal shaped lift type of Fig. 1The schematic diagram of degree;
Fig. 3 is another angle of the ultrasonic wave die cutting device with the automatic material paying-off or receiving device of portal shaped lift type of Fig. 1The schematic diagram of degree;
Fig. 4 is the ultrasonic wave die cutting device with the automatic material paying-off or receiving device of portal shaped lift type of the present utility modelPart schematic diagram, to show the structure of charging driven unit;
Fig. 5 is the ultrasonic wave die cutting device with the automatic material paying-off or receiving device of portal shaped lift type of the present utility modelPart schematic diagram, to show the structure of charging suspension and feeding buffer device;
Fig. 6 is the ultrasonic wave die cutting device with the automatic material paying-off or receiving device of portal shaped lift type of the present utility modelPart schematic diagram, to show the structure of rewinding suspension and rewinding stopping means.
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with accompanying drawingAnd embodiment, the utility model is further elaborated. Should be appreciated that described herein concreteEmbodiment is only in order to explain the utility model, and is not used in restriction the utility model.
Refer to Fig. 1 to Fig. 3, below to of the present utility model with the automatic material paying-off or receiving device of portal shaped lift typeThe embodiment of ultrasonic wave die cutting device set forth.
The ultrasonic wave die cutting device 100 with the automatic material paying-off or receiving device of portal shaped lift type of the present embodiment, is suitable forCoiled strip 200 in clothes/weaving/leather industry cuts, it comprise base 10, coiled strip output module 20,Coiled strip reclaims module 30, ultrasonic wave cutting module 40, finished product and transmits module 50 and control system (in figure notIndicate), the each portion to the ultrasonic wave die cutting device 100 with the automatic material paying-off or receiving device of portal shaped lift type belowPart is further described:
Base 10 comprises a base plate, and the bottom surface surrounding of this base plate is respectively equipped with leg, in addition, and this base 10The second end 12 that definition has first end 11 and is oppositely arranged with first end 11;
Coiled strip output module 20 comprises charging suspension 21 on the first end 11 of being located at base 10, be located at intoOn material suspension 21, stop to place and this coiled strip 200 is rotated for coiled strip 200 and be located on charging suspension 21Follower arm 22 and be located on the first end 11 of base 10 and contact so that coiled strip 200 is defeated with coiled strip 200Deliver to the charging driven unit 23 of assigned address, wherein, usually, for the ease of depositing coiled strip 200, volumeMaterial 200 in advance volume is located on a reel, and the external diameter scope of this reel is 50mm～500mm, reelWidth is 50mm～300mm;
Coiled strip reclaims module 30 and comprises rewinding suspension 31 on the second end 12 of being located at base 10, rotates and establishOn rewinding suspension 31 with receive the coiled strip 200 of being exported by coiled strip output module 20 rewinding bar 32 andBe located at and on rewinding suspension 31 and with rewinding bar 32, be connected the rewinding drive source 33 that drives rewinding bar 32 to work,Wherein, this rewinding drive source 33 is preferably the motor that is equipped with decelerator, is beneficial to accurate rewinding; In addition,For the ease of the cut coiled strip 200 of collecting is taken away and deposited, preferably, on rewinding bar 32, establishHave a collection reel, the external diameter scope of this collection reel is 50mm～500mm, and the width of collecting reel is 50mm～300mm；
Ultrasonic wave cutting module 40 comprises the upper of coiled strip 200 between follower arm 22 and rewinding bar 32Side the die-cut patrix 41 of ultrasonic wave, below the coiled strip 200 between follower arm 22 and rewinding bar 32The die-cut counterdie 42 of ultrasonic wave, the die-cut counterdie 42 of ultrasonic wave is located on base 10, and is positioned at follower arm 22And between rewinding bar 32, and the upper end of the die-cut counterdie 42 of ultrasonic wave is provided with moulding cutting edge 421, ultrasonic waveDie-cut patrix 41 moves to be located between follower arm 22 and rewinding bar 32, and towards moulding cutting edge 421; ItsIn, the die-cut patrix 41 of ultrasonic wave is mainly used in high frequency (> 15K) send out ripple vibration, thus, when ultrasonic wave cuttingWhen module 40 is worked, the mobile moulding that relies on the die-cut counterdie 42 of ultrasonic wave on one side of the die-cut patrix 41 of ultrasonic waveCutting edge 421, produces ultrasonic wave on one side, so that the coiled strip 200 being placed on moulding cutting edge 421 is cut to instituteThe coiled strip finished product needing; In addition, for the ease of the die-cut counterdie 42 of ultrasonic wave, the die-cut counterdie of this ultrasonic wave are installed42 are equipped with the counterdie bearing of being located at its lower end;
Finished product transmits module 50 and comprises transmission installing rack 51, cuts in order to receive by ultrasonic wave cutting module 40The coiled strip finished product cutting out is also sent to the conveyer belt 52 of assigned address by this coiled strip finished product and passes in order to driveSend the transmission drive source 53 with 52 work, transmit installing rack 51 and be located on base 10, conveyer belt 52 is establishedIn transmitting on installing rack 51 and being adjacent to the die-cut counterdie 42 of ultrasonic wave, transmit drive source 53 and be located at transmission peaceShelve on 51 and with conveyer belt 52 and be connected; Preferably, this transmission drive source 53 is a motor;
Control system respectively with charging driven unit 23, rewinding drive source 33, ultrasonic wave cutting module 40,Transmit drive source 53 and be electrically connected, to control charging driven unit 23, rewinding drive source 33, ultrasonic wave cuttingModule 40, transmission drive source 53 are worked.
And should be with the course of work of the ultrasonic wave die cutting device 100 of the automatic material paying-off or receiving device of portal shaped lift typeFor: first, coiled strip 200 is located on follower arm 22, and can be made coiled strip 200 part volumes be located at rewinding barOn 32; Then, start the machine, work by control system control charging driven unit 23, and charging is drivenMoving assembly 23 can make the coiled strip 200 on follower arm 22 export, and makes coiled strip 200 be placed in ultrasonic wave punchingCut on mould 42; Then, control system can be controlled ultrasonic wave cutting module 40 and work, and is specially, ultrasonicThe die-cut patrix 41 of the ripple mobile moulding cutting edge 421 that relies on the die-cut counterdie 42 of ultrasonic wave on one side, produces super on one sideSound wave, so that the coiled strip 200 being placed on moulding cutting edge 421 is cut to required coiled strip finished product; And this volumeAfter material finished product can be sent on conveyer belt 52, control system can be controlled transmission drive source 53 and work, and transmitsDrive source 53 can order about conveyer belt 52 coiled strip finished product is sent to specified location; Follow again control systemCan control rewinding drive source 33 and work, and rewinding drive source 33 can order about rewinding bar 32 and collects cutCoiled strip 200; Afterwards, recycle above-mentioned cutting action.
As can be seen here, while if desired cutting the coiled strip 200 in clothes/weaving/leather industry, as long as by coiled strip200 are located on coiled strip output module 20, and then manipulate control system by an operator, this volume 200Just can automation processing of cutting, simple and convenient, time saving and energy saving, fully automatic integral is produced, and does not need extraConfigure other servicing unit, take up room little; Side by side, by ultrasonic wave cutting module 40, can be quickThe geomery that cuts out exactly material requested, precision is high, effectively enhances productivity.
Refer to Fig. 3, as another preferred embodiment of the present utility model, the ultrasonic wave punching in the present embodimentThe bottom of cutting mould 42 is provided with a discharging opening (not indicating in figure), and discharging opening and moulding cutting edge 421 connectLogical. And the die-cut counterdie 42 of ultrasonic wave strides across conveyer belt 52, and discharging opening on the die-cut counterdie 42 of ultrasonic waveSubtend is in conveyer belt 52, accordingly, and after the die-cut patrix 41 of ultrasonic wave coordinates with the die-cut counterdie 42 of ultrasonic waveCut out required coiled strip finished product, this coiled strip finished product just can drop on conveyer belt 52 by discharging opening, largeCollection and the transmission of generous coiled strip finished product.
Refer to Fig. 1 and Fig. 2, the ultrasonic wave cutting module 40 in the present embodiment also comprises module installing rack43, module installing rack 43 is located on base 10 and between charging suspension 21 and rewinding suspension 31, andModule installing rack 43 strides across the die-cut counterdie 42 of ultrasonic wave, and the die-cut patrix 41 of ultrasonic wave moves is located at module peaceShelve on 43, and the setting of module installing rack 43, the installation of being not only convenient to the die-cut patrix 41 of ultrasonic wave is establishedPut, also can not impact other parts.
Preferably, module installing rack 43 comprises the first column 431, the second column 432 and module crossbeam 433,The first column 431 is vertical on base 10 and is adjacent to a side of the die-cut counterdie 42 of ultrasonic wave, secondColumn 432 is vertical on base 10 and is adjacent to another with respect to a side of the die-cut counterdie 42 of ultrasonic waveOne side, module crossbeam 433 is located at the upper end of the first column 431, the second column 432, and respectively withOne column 431, the second column 432 vertically connect, and the die-cut patrix 41 of ultrasonic wave moves is located at module crossbeamOn 433, wherein, adopt the first column 431, the second column 432 and module crossbeam 433 to form module peaceShelve 43, not only draw materials conveniently, and easy to assembly.
Refer to Fig. 4, and in conjunction with Fig. 1 and Fig. 2, the charging driven unit 23 in the present embodiment comprises to be located atOn base 10 and contiguous ultrasonic wave die-cut counterdie 42 with support between follower arm 22 and rewinding bar 32The feeding clamping platform 231 of coiled strip 200, mobile being located on feeding clamping platform 231 to press from both sides being positioned at feedingMaintain an equal level coiled strip 200 grip(per) feeds on platform 231 and clamping position feeding clamping manipulator 232 andBe connected to drive into the feeding clamping drive source of working to clamping manipulator 232 with feeding clamping manipulator 232(in figure, not indicating), feeding clamping drive source is electrically connected with control system, wherein, feeding clamping drive sourceComprise controlling that feeding clamping manipulator 232 clamps the first feeding clamping drive source of work and in order to controlThe first feeding clamping drive source of feeding clamping manipulator 232 mobile workings processed, is beneficial to control operation,Good ground, the first feeding clamping drive source and the first feeding clamping drive source are cylinder.
So, in the time will being located at coiled strip 200 on follower arm 22 and carrying out charging work volume, control systemCan control the work of feeding clamping drive source, and feeding clamping drive source can order about feeding clamping manipulator 232Coiled strip 200 on grip(per) feed clamping platform 231, and order about feeding clamping manipulator 232 and move, to incite somebody to actionCoiled strip 200 is transferred on the die-cut counterdie 42 of ultrasonic wave, to treat that ultrasonic wave cutting module 40 is to coiled strip 200Cut. Afterwards, feeding clamping manipulator 232 can be controlled and be re-started aforesaid operations.
In addition, in order to make the coiled strip 200 of output on follower arm 22 can correctly deliver to feeding clampingOn platform 231, charging driven unit 23 also comprises that the both sides that are divided into feeding clamping platform 231 are with guidingThe feed lead rail that is fed to assigned address 233 of the coiled strip 200 between follower arm 22 and rewinding bar 32.
Refer to Fig. 2, as another preferred embodiment of the present utility model, the present embodiment outstanding with gantryThe ultrasonic wave die cutting device 100 of hanging automatic material paying-off or receiving device also comprise detecting coiled strip 200 whether byCutting is also sent to control system to determine whether what control startup rewinding drive source 33 was worked by relevant informationCheckout gear 60, checkout gear 60 is electrically connected with control system, and by this checkout gear 60, on the one handCan make cut coiled strip 200 be reclaimed by rewinding bar 32 fast, avoid affecting whole cutting action,Can avoid on the other hand arbitrarily being reclaimed by rewinding bar 32 impact cutting in the time that coiled strip 200 is not yet cutOperation.
Preferably, checkout gear 60 comprises PLC module (not indicating in figure) and can respond to and obtain coiled strip200 situations about being cut also can reach relevant information the photoelectric sensor switch 61 of PLC module, PLC mouldPiece is electrically connected with control system, and photoelectric sensor switch 61 is located on base 10, and be positioned at ultrasonic wave die-cut underBetween mould 42 and rewinding bar 32. So, when photoelectric sensor switch 61 senses cut coiled strip 200,It can reach PLC module by coherent signal, and PLC module can be sent to relevant control instruction control system,Control system receives after this control instruction, and it just can be controlled rewinding drive source 33 and work, being cutThe coiled strip 200 cutting is collected.
Refer to Fig. 1 and Fig. 2, the charging suspension 21 in the present embodiment comprises and is suspended at first of base 10The first installing plate 211 of end 11 top, be suspended at base 10 first end 11 top and with firstThe second installing plate 212, one end of installing plate 211 relative spacing settings is connected in the first installing plate 211 and anotherOne end is connected in head rod 213, the first installing plates 211 and second installing plate of the second installing plate 212Between 212, be formed with for volume and be located at the first accommodating cavity volume of coiled strip 200 on follower arm 22, follower arm 22Be located in the first cavity volume, and an end of follower arm 22 is located on the first installing plate 211 the other endBe located on the second installing plate 212, wherein, adopt the first installing plate 211, the second installing plate 212 and firstConnecting rod 213, not only draws materials conveniently, and assembles simple and convenient.
Rewinding suspension 31 comprise the top of the second end 12 that is suspended at base 10 the 3rd installing plate 311,Be suspended at base 10 the second end 12 top and with the 3rd installing plate 311 relative spacings arrange the 4th peaceDress plate 312, one end is connected in the 3rd installing plate 311 and the other end is connected in second of the 4th installing plate 312Between connecting rod 313, the three installing plates 311 and the 4th installing plate 312, be formed with for volume and be located at rewinding bar 32On cut the second accommodating cavity volume of coiled strip 200, rewinding bar 32 is located in the second cavity volume, and receiveOne end of material bar 32 is located on the 3rd installing plate 311, and the other end is located on the 4th installing plate 312,Wherein, adopt the 3rd installing plate 311, the 4th installing plate 312 and the second connecting rod 313, not only side of drawing materialsJust, and assemble simple and convenient.
Between charging suspension 21 and rewinding suspension 31, be provided with and make these both back timbers of being connected and fixed, and byThe setting of back timber, can ensure both stable settings of charging suspension 21 and rewinding suspension 31 further; ?Good ground, back timber comprises that one end of the first back timber 71 and the second back timber 72, the first back timbers 71 is connected in firstThe upper end of installing plate 211, the other end is connected in the upper end of the 3rd installing plate 311, the second back timber 72One end be connected in the upper end of the second installing plate 212, the other end is connected in the upper end of the 4th installing plate 312Portion, and the setting of the first back timber 71, the second back timber 72 is conducive to the installation setting of installation personnel.
Refer to Fig. 5, and in conjunction with Fig. 1 and Fig. 2, for the ease of the installation setting of follower arm 22, the first peaceDress plate 211 is provided with the first locating slot 2111, the second arranging for a location, end of follower arm 22 and installsPlate 212 is provided with the second locating slot 2121, the first location that arrange for the location, the other end of follower arm 22Groove 2111 and the second locating slot 2121 are and are oppositely arranged, and the first locating slot is located in an end of follower arm 22On 2111, the other end is located on the second locating slot 2121.
Further, be located at respectively the first locating slot 2111, second for the ease of the both ends of follower arm 22On locating slot 2121, the first locating slot 2111 is for from up to down tilting to be located at the on the first installing plate 211One skewed slot, the second locating slot 2121 is from up to down to tilt to be located at the second skewed slot on the second installing plate 212,So, when the both ends of follower arm 22 are placed in respectively the openend of the first skewed slot, the second skewed slot, can be byBeing obliquely installed of the first skewed slot, the second skewed slot, makes the rapid correspondence in both ends of follower arm 22 slip into firstIn skewed slot, the second skewed slot.
Moreover the first skewed slot is provided with at least two, preferably, the first skewed slot is provided with two, certainly, also canAccording to actual conditions, this first skewed slot is provided with to three, four, five etc., visible, the guarantor of the present embodimentThe scope of protecting is not limited to this; And being upper and lower interval, these two first skewed slots are located on the first installing plate 211; CorrespondingGround, the second skewed slot is provided with two, and these two second skewed slots are upper and lower interval and are located on the second installing plate 212.Accordingly, user can according to actual needs, be located at differing heights by follower arm 22.
Refer to Fig. 5, side by side, on the both ends of follower arm 22, be respectively equipped with location annular knurl 221, and establishLocation annular knurl 221 on an end of follower arm 22 is placed in the first skewed slot, is located at the another of follower arm 22Location annular knurl 221 on one end is placed in the second skewed slot, and by the setting of locating annular knurl 221, quiteIn frictional force in the end that has increased follower arm 22 in skewed slot, realize preferably the fixing of follower arm 22Arrange.
Refer to Fig. 6, and in conjunction with Fig. 1 and Fig. 2, for the ease of the installation setting of rewinding bar 32, the 3rd peaceDress plate 311 is provided with the 3rd locating slot 3111, the four arranging for a location, end of rewinding bar 32 and installsPlate 312 is provided with the 4th locating slot 3121, the three location that arrange for the location, the other end of rewinding bar 32Groove 3111 and the 4th locating slot 3121 are and are oppositely arranged, and the 3rd locating slot is located in an end of rewinding bar 32On 3111, the other end is located on the 4th locating slot 3121.
Further, be located at respectively the 3rd locating slot 3111, the 4th for the ease of the both ends of rewinding bar 32On locating slot 3121, the 3rd locating slot 3111 is for from up to down tilting to be located at the on the 3rd installing plate 311Three skewed slots, the 4th locating slot 3121 is for from up to down tilting to be located at the 4th skewed slot on the 4th installing plate 312.
Moreover the 3rd skewed slot is provided with at least two, preferably, the 3rd skewed slot is provided with two, certainly, also canAccording to actual conditions, the 3rd skewed slot is provided with to three, four, five etc., visible, the guarantor of the present embodimentThe scope of protecting is not limited to this; And being upper and lower interval, these two the 3rd skewed slots are located on the 3rd installing plate 311; CorrespondingGround, the 4th skewed slot is provided with two, and these two the 4th skewed slots are upper and lower interval and are located on the 4th installing plate 312.Accordingly, user can according to actual needs, be located at differing heights by rewinding bar 32.
Refer to Fig. 6, as the preferred version of the present embodiment, sheathed respectively on the both ends of rewinding bar 32Have bearing 321, and the bearing 321 being placed on an end of rewinding bar 32 is placed in the 3rd skewed slot, is placed onBearing 321 on the other end of rewinding bar 32 is placed in the 4th skewed slot, and by this bearing 321, letterList is effectively realized 32 rotations of rewinding bar and is located on rewinding suspension 31.
Side by side, rewinding bar 32 is provided with a use so that the fixing centering of collection reel centering provided thereonAnnular knurl 322, thus, can avoid collecting the problem that off normal, displacement appear in reel.
Refer to Fig. 3 and Fig. 5, as another preferred embodiment of the present utility model, the present embodiment withThe ultrasonic wave die cutting device 100 of the automatic material paying-off or receiving device of portal shaped lift type also comprises in order to buffering and launches certainlyThe feeding buffer device 80 of the coiled strip 200 that follower arm 22 is exported, it is outstanding that feeding buffer device 80 is located at chargingOn frame 21, and by the setting of this feeding buffer device 80, except effective buffering is exported from follower arm 22The output speed of coiled strip 200, ensure that it steadily exports, meanwhile, can also effectively ensure coiled strip 200Unfold.
Particularly, an end of head rod 213 is connected in the lower end of the first installing plate 211, the other endPortion is connected in the lower end of the second installing plate 212;
And this feeding buffer device 80 comprises buffer bar 81, an end of buffer bar 81 is connected in the first peaceThe lower end of dress plate 211, the other end is connected in the lower end of the second installation 212, and buffer bar 81 is positioned at firstAbove or below connecting rod 213, and be formed with and can supply between buffer bar 81 and head rod 213The buffering of passing through from the coiled strip of follower arm output is launched passage 82, and buffer bar 81 and head rod 213Setting, not only simple and convenient, and both cooperations effectively realize the coiled strip 200 of exporting from follower arm 22Buffering launch.
Refer to Fig. 6, as another preferred embodiment of the present utility model, the present embodiment outstanding with gantryThe ultrasonic wave die cutting device 100 of hanging automatic material paying-off or receiving device also comprises to be used so that the volume that rewinding bar 32 receivesMaterial 200 limits the rewinding stopping means 90 of position, and rewinding stopping means 90 is located on rewinding suspension 31,And by the setting of this rewinding stopping means 90, effectively ensure that cut coiled strip 200 is collected in receiptsOn the collection reel of material on bar 32, the coiled strip 200 of avoiding being cut is arbitrarily furled so that is affected cuttingThe problem of operation.
Wherein, rewinding stopping means 90 comprises that one end is connected on the 3rd installing plate 311 and the other end connectsLimit mounting bar 91, one end on the 4th installing plate 312 is connected in limit mounting bar 91 and the other end prolongsStretch and rely on volume and be located at the first gag lever post 92 and one end of a side of the coiled strip 200 on rewinding bar 32 and be connected inLimit mounting bar 91 and the other end extend rely on volume be located at the coiled strip 200 on rewinding bar 32 opposite side theTwo gag lever posts 93, and between the first gag lever post 92 and the second gag lever post 93, be equivalent to form a restriction skyBetween, when cut coiled strip 200 furls, can only furl at this restriceted envelope, realize simply and effectivelyRewinding is spacing.
Graphic below in conjunction with giving, to ultrasonic with the automatic material paying-off or receiving device of portal shaped lift type of the present utility modelThe operation principle of ripple die cutting device 100 be described further into:
First, coiled strip 200 is located on follower arm 22, and can be made coiled strip 200 part volumes be located at rewinding barOn 32; Then, start the machine, work by control system control charging driven unit 23, so that volume is establishedCoiled strip 200 on follower arm 22 carries out charging work, is specially, and control system can be controlled feeding clampingDrive source work, and feeding clamping drive source can order about feeding clamping manipulator 232 grip(per) feed clamping platformsCoiled strip 200 on 231, and order about feeding clamping manipulator 232 and move, so that coiled strip 200 is transferred to superOn the die-cut counterdie 42 of sound wave, to treat that ultrasonic wave cutting module 40 cuts coiled strip 200; Then, controlSystem processed can be controlled ultrasonic wave cutting module 40 and work, and is specially, and the die-cut patrix 41 of ultrasonic wave is mobile on one sideRely on the moulding cutting edge 421 of the die-cut counterdie 42 of ultrasonic wave, produce ultrasonic wave on one side, so that be placed in molding bladeCoiled strip 200 on mouth 421 is cut to required coiled strip finished product; And this coiled strip finished product can be sent to conveyer beltAfter on 52, control system can be controlled transmission drive source 53 and work, and can order about transmission and transmit drive source 53Be with 52 coiled strip finished product is sent to specified location; Follow, control system can be controlled rewinding drive source 33 againWork, and rewinding drive source 33 can order about rewinding bar 32 and collects cut coiled strip 200; Afterwards, thenAbove-mentioned cutting action circulates.
The foregoing is only the utility model preferred embodiment, its structure is not limited to above-mentioned enumeratingShape, all any amendments of doing within spirit of the present utility model and principle, is equal to and replaces and improvement etc.,Within all should being included in protection domain of the present utility model.
Claims (10)
1. with the ultrasonic wave die cutting device of the automatic material paying-off or receiving device of portal shaped lift type, it is characterized in that, comprising:
Base, described base definition has first end and the second end;
Coiled strip output module, described coiled strip output module comprises charging suspension on the first end of being located at described base, be located on described charging suspension for coiled strip and stop and place and make this coiled strip rotation be located at the follower arm on described charging suspension and be located on the first end of described base and contact with described coiled strip so that described coiled strip is delivered to the charging driven unit of assigned address;
Coiled strip reclaims module, and described coiled strip reclaims module and comprises rewinding suspension on the second end of being located at described base, rotates and be located on described rewinding suspension to receive by the rewinding bar of the coiled strip of described coiled strip output module output and be located on described rewinding suspension and be connected to drive the rewinding drive source of described rewinding bar work with described rewinding bar;
Ultrasonic wave cutting module, described ultrasonic wave cutting module comprises at the die-cut patrix of ultrasonic wave above the coiled strip between described follower arm and described rewinding bar, the die-cut counterdie of ultrasonic wave below the coiled strip between described follower arm and described rewinding bar, the die-cut counterdie of described ultrasonic wave is located on described base, and between described follower arm and described rewinding bar, and the upper end of the die-cut counterdie of described ultrasonic wave is provided with moulding cutting edge, the die-cut patrix of described ultrasonic wave moves to be located between described follower arm and described rewinding bar, and towards described moulding cutting edge;
Finished product transmits module, described finished product transmit module comprise transmit installing rack, in order to receive the coiled strip finished product being cut out by described ultrasonic wave cutting module and this coiled strip finished product to be sent to the conveyer belt of assigned address and in order to drive the transmission drive source of described conveyer belt work, described transmission installing rack is located on described base, described conveyer belt is located on described transmission installing rack and is adjacent to the die-cut counterdie of described ultrasonic wave, and described transmission drive source is located on described transmission installing rack and with described conveyer belt and is connected; And
Control system, described control system is electrically connected with described charging driven unit, described rewinding drive source, ultrasonic wave cutting module, described transmission drive source respectively.
2. the ultrasonic wave die cutting device with the automatic material paying-off or receiving device of portal shaped lift type as claimed in claim 1, is characterized in that: the bottom of the die-cut counterdie of described ultrasonic wave is provided with a discharging opening, described discharging opening is communicated with described moulding cutting edge;
The die-cut counterdie of described ultrasonic wave strides across described conveyer belt, and described discharging opening subtend on the die-cut counterdie of described ultrasonic wave is in described conveyer belt.
3. the ultrasonic wave die cutting device with the automatic material paying-off or receiving device of portal shaped lift type as claimed in claim 1, it is characterized in that: described ultrasonic wave cutting module also comprises module installing rack, described module installing rack is located on described base and between described charging suspension and described rewinding suspension, and described module installing rack strides across the die-cut counterdie of described ultrasonic wave, the die-cut patrix of described ultrasonic wave moves to be located on described module installing rack.
4. the ultrasonic wave die cutting device with the automatic material paying-off or receiving device of portal shaped lift type as claimed in claim 3, it is characterized in that: described module installing rack comprises the first column, the second column and module crossbeam, described the first column is vertical on described base and is adjacent to a side of the die-cut counterdie of described ultrasonic wave, described the second column is vertical on described base and is adjacent to another side with respect to a side of the die-cut counterdie of described ultrasonic wave, described module crossbeam is located at described the first column, the upper end of described the second column, and respectively with described the first column, described the second column vertically connects, the die-cut patrix of described ultrasonic wave moves to be located on described module crossbeam.
5. the ultrasonic wave die cutting device with the automatic material paying-off or receiving device of portal shaped lift type as claimed in claim 1, it is characterized in that: described charging driven unit comprises the feeding clamping platform of being located at the also contiguous die-cut counterdie of described ultrasonic wave coiled strip between described follower arm and described rewinding bar with support on described base, mobile being located on described feeding clamping platform with to being positioned at coiled strip grip(per) feed on described feeding clamping platform and the feeding clamping manipulator of clamping position, and the feeding that is connected with described feeding clamping manipulator to drive into clamping manipulator work clamps drive source, described feeding clamping drive source is electrically connected with described control system.
6. the ultrasonic wave die cutting device with the automatic material paying-off or receiving device of portal shaped lift type as claimed in claim 5, is characterized in that: described charging driven unit also comprises the feed lead rail that is fed to assigned address of the both sides coiled strip between described follower arm and described rewinding bar with guiding that is divided into described feeding clamping platform.
7. the ultrasonic wave die cutting device with the automatic material paying-off or receiving device of portal shaped lift type as claimed in claim 1, it is characterized in that: also comprise detecting whether described coiled strip has been cut and relevant information is sent to described control system to determine whether the controlling checkout gear that starts the work of described rewinding drive source, described checkout gear is electrically connected with described control system;
Described checkout gear comprises PLC module and can respond to the photoelectric sensor switch that obtains the situation that described coiled strip has been cut and relevant information can be reached to described PLC module, described PLC module is electrically connected with described control system, described photoelectric sensor switch is located on described base, and between the die-cut counterdie of described ultrasonic wave and described rewinding bar.
8. the ultrasonic wave die cutting device with the automatic material paying-off or receiving device of portal shaped lift type as described in claim 1-7 any one, it is characterized in that: described charging suspension comprises the first installing plate of the top of the first end that is suspended at described base, be suspended at described base first end top and with described first installing plate relative spacing arrange the second installing plate, one end is connected in described the first installing plate and the other end is connected in the head rod of described the second installing plate, between described the first installing plate and described the second installing plate, be formed with for volume and be located at the first accommodating cavity volume of coiled strip on described follower arm, described follower arm is located in described the first cavity volume, and an end of described follower arm is located on described the first installing plate, the other end is located on described the second installing plate,
Described rewinding suspension comprises the 3rd installing plate of the top of the second end that is suspended at described base, be suspended at described base the second end top and with described the 3rd installing plate relative spacing arrange the 4th installing plate, one end is connected in described the 3rd installing plate and the other end is connected in the second connecting rod of described the 4th installing plate, between described the 3rd installing plate and described the 4th installing plate, be formed with for volume and be located at the second accommodating cavity volume of described coiled strip cut on described rewinding bar, described rewinding bar is located in described the second cavity volume, and an end of described rewinding bar is located on described the 3rd installing plate, the other end is located on described the 4th installing plate,
Between described charging suspension and described rewinding suspension, be provided with and make these both back timbers of being connected and fixed, described back timber comprises the first back timber and the second back timber, one end of described the first back timber is connected in the upper end of described the first installing plate, the other end is connected in the upper end of described the 3rd installing plate, one end of described the second back timber is connected in the upper end of described the second installing plate, and the other end is connected in the upper end of described the 4th installing plate.
9. the ultrasonic wave die cutting device with the automatic material paying-off or receiving device of portal shaped lift type as claimed in claim 8, it is characterized in that: also comprise in order to buffering and launch the feeding buffer device from the coiled strip of described follower arm output, described feeding buffer device is located on described charging suspension.
10. the ultrasonic wave die cutting device with the automatic material paying-off or receiving device of portal shaped lift type as claimed in claim 8, it is characterized in that: also comprise and using so that the coiled strip that described rewinding bar receives limits the rewinding stopping means of position, described rewinding stopping means is located on described rewinding suspension.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520907561.XU CN205238177U (en) | 2015-11-13 | 2015-11-13 | Die -cut equipment of ultrasonic wave with automatic material collecting device that send of longmen suspension type |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520907561.XU CN205238177U (en) | 2015-11-13 | 2015-11-13 | Die -cut equipment of ultrasonic wave with automatic material collecting device that send of longmen suspension type |
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| CN205238177U true CN205238177U (en) | 2016-05-18 |
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| CN201520907561.XU Active CN205238177U (en) | 2015-11-13 | 2015-11-13 | Die -cut equipment of ultrasonic wave with automatic material collecting device that send of longmen suspension type |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106695995A (en) * | 2015-11-13 | 2017-05-24 | 吴翼明 | Ultrasonic die-cutting device of suspended type automatic feeding and recovering unit with gantry |
| CN107639679A (en) * | 2017-10-23 | 2018-01-30 | 浙江申明制鞋机械有限公司 | The servo heavy load punching cylinder of full-automatic cutting equipment |
| CN109556949A (en) * | 2018-12-29 | 2019-04-02 | 广州市白云化工实业有限公司 | Sealant manually accelerated ageing system and sealant manually quick aging method |
| CN110629537A (en) * | 2019-09-28 | 2019-12-31 | 福州市鼓楼区霞荣贸易有限公司 | Textile industry cloth processing side cut device of tailorring |
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2015
- 2015-11-13 CN CN201520907561.XU patent/CN205238177U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106695995A (en) * | 2015-11-13 | 2017-05-24 | 吴翼明 | Ultrasonic die-cutting device of suspended type automatic feeding and recovering unit with gantry |
| CN107639679A (en) * | 2017-10-23 | 2018-01-30 | 浙江申明制鞋机械有限公司 | The servo heavy load punching cylinder of full-automatic cutting equipment |
| CN109556949A (en) * | 2018-12-29 | 2019-04-02 | 广州市白云化工实业有限公司 | Sealant manually accelerated ageing system and sealant manually quick aging method |
| CN109556949B (en) * | 2018-12-29 | 2022-05-17 | 广州市白云化工实业有限公司 | Artificial accelerated aging system for sealant and artificial accelerated aging method for sealant |
| CN110629537A (en) * | 2019-09-28 | 2019-12-31 | 福州市鼓楼区霞荣贸易有限公司 | Textile industry cloth processing side cut device of tailorring |
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