CN109043699A - Full-automatic folding gauze mask machine - Google Patents

Full-automatic folding gauze mask machine Download PDF

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Publication number
CN109043699A
CN109043699A CN201811148747.6A CN201811148747A CN109043699A CN 109043699 A CN109043699 A CN 109043699A CN 201811148747 A CN201811148747 A CN 201811148747A CN 109043699 A CN109043699 A CN 109043699A
Authority
CN
China
Prior art keywords
wheel
plate
cylinder
mounting
line
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
CN201811148747.6A
Other languages
Chinese (zh)
Other versions
CN109043699B (en
Inventor
曾俊福
陈伟宏
程争卿
胡嘉隆
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Guangdong Kuaiyuda Automation Technology Co ltd
Original Assignee
Dongguan Kyd Automation Equipment Co ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Dongguan Kyd Automation Equipment Co ltd filed Critical Dongguan Kyd Automation Equipment Co ltd
Priority to CN201811148747.6A priority Critical patent/CN109043699B/en
Publication of CN109043699A publication Critical patent/CN109043699A/en
Application granted granted Critical
Publication of CN109043699B publication Critical patent/CN109043699B/en
Active legal-status Critical Current
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Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
    • B29C65/00—Joining or sealing of preformed parts, e.g. welding of plastics materials; Apparatus therefor
    • B29C65/02—Joining or sealing of preformed parts, e.g. welding of plastics materials; Apparatus therefor by heating, with or without pressure
    • B29C65/08—Joining or sealing of preformed parts, e.g. welding of plastics materials; Apparatus therefor by heating, with or without pressure using ultrasonic vibrations
    • A—HUMAN NECESSITIES
    • A41—WEARING APPAREL
    • A41D—OUTERWEAR; PROTECTIVE GARMENTS; ACCESSORIES
    • A41D13/00—Professional, industrial or sporting protective garments, e.g. surgeons' gowns or garments protecting against blows or punches
    • A41D13/05—Professional, industrial or sporting protective garments, e.g. surgeons' gowns or garments protecting against blows or punches protecting only a particular body part
    • A41D13/11—Protective face masks, e.g. for surgical use, or for use in foul atmospheres
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
    • B29C65/00—Joining or sealing of preformed parts, e.g. welding of plastics materials; Apparatus therefor
    • B29C65/78—Means for handling the parts to be joined, e.g. for making containers or hollow articles, e.g. means for handling sheets, plates, web-like materials, tubular articles, hollow articles or elements to be joined therewith; Means for discharging the joined articles from the joining apparatus
    • B29C65/7841—Holding or clamping means for handling purposes
    • B29C65/7847—Holding or clamping means for handling purposes using vacuum to hold at least one of the parts to be joined
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
    • B29C66/00—General aspects of processes or apparatus for joining preformed parts
    • B29C66/40—General aspects of joining substantially flat articles, e.g. plates, sheets or web-like materials; Making flat seams in tubular or hollow articles; Joining single elements to substantially flat surfaces
    • B29C66/47—Joining single elements to sheets, plates or other substantially flat surfaces
    • B29C66/474—Joining single elements to sheets, plates or other substantially flat surfaces said single elements being substantially non-flat
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
    • B29C66/00—General aspects of processes or apparatus for joining preformed parts
    • B29C66/70—General aspects of processes or apparatus for joining preformed parts characterised by the composition, physical properties or the structure of the material of the parts to be joined; Joining with non-plastics material
    • B29C66/72—General aspects of processes or apparatus for joining preformed parts characterised by the composition, physical properties or the structure of the material of the parts to be joined; Joining with non-plastics material characterised by the structure of the material of the parts to be joined
    • B29C66/723—General aspects of processes or apparatus for joining preformed parts characterised by the composition, physical properties or the structure of the material of the parts to be joined; Joining with non-plastics material characterised by the structure of the material of the parts to be joined being multi-layered
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
    • B29C66/00—General aspects of processes or apparatus for joining preformed parts
    • B29C66/70—General aspects of processes or apparatus for joining preformed parts characterised by the composition, physical properties or the structure of the material of the parts to be joined; Joining with non-plastics material
    • B29C66/72—General aspects of processes or apparatus for joining preformed parts characterised by the composition, physical properties or the structure of the material of the parts to be joined; Joining with non-plastics material characterised by the structure of the material of the parts to be joined
    • B29C66/729—Textile or other fibrous material made from plastics
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
    • B29C66/00—General aspects of processes or apparatus for joining preformed parts
    • B29C66/80—General aspects of machine operations or constructions and parts thereof
    • B29C66/83—General aspects of machine operations or constructions and parts thereof characterised by the movement of the joining or pressing tools
    • B29C66/832—Reciprocating joining or pressing tools
    • B29C66/8322—Joining or pressing tools reciprocating along one axis
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
    • B29C2793/00—Shaping techniques involving a cutting or machining operation
    • B29C2793/0009—Cutting out
    • B29C2793/0018—Cutting out for making a hole
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
    • B29C66/00—General aspects of processes or apparatus for joining preformed parts
    • B29C66/70—General aspects of processes or apparatus for joining preformed parts characterised by the composition, physical properties or the structure of the material of the parts to be joined; Joining with non-plastics material
    • B29C66/72—General aspects of processes or apparatus for joining preformed parts characterised by the composition, physical properties or the structure of the material of the parts to be joined; Joining with non-plastics material characterised by the structure of the material of the parts to be joined
    • B29C66/729—Textile or other fibrous material made from plastics
    • B29C66/7294—Non woven mats, e.g. felt
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29L—INDEXING SCHEME ASSOCIATED WITH SUBCLASS B29C, RELATING TO PARTICULAR ARTICLES
    • B29L2031/00—Other particular articles
    • B29L2031/48—Wearing apparel
    • B29L2031/4807—Headwear
    • B29L2031/4835—Masks
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29L—INDEXING SCHEME ASSOCIATED WITH SUBCLASS B29C, RELATING TO PARTICULAR ARTICLES
    • B29L2031/00—Other particular articles
    • B29L2031/712—Containers; Packaging elements or accessories, Packages
    • B29L2031/7148—Blood bags, medical bags
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29L—INDEXING SCHEME ASSOCIATED WITH SUBCLASS B29C, RELATING TO PARTICULAR ARTICLES
    • B29L2031/00—Other particular articles
    • B29L2031/768—Protective equipment

Abstract

The invention relates to the technical field of mask production equipment, in particular to a full-automatic mask folding machine which comprises a workbench, wherein an installation cavity is arranged in the workbench, an active discharging device is arranged on one side of the workbench, and a nose line installation device, a fusion welding device, a first ear belt installation device, a second ear belt installation device, a breather valve welding device, a sponge strip installation device, a mask body folding device, a forming welding device, a finished product cutting device and a discharging device are sequentially arranged on the workbench. The full-automatic folding mask machine is used for automatically producing masks, and has the advantages of labor saving, high automation degree and high production efficiency.

Description

A kind of automatic folding breathing mask machine
Technical field
The present invention relates to mask production equipment technology more particularly to a kind of automatic folding breathing mask machines.
Background technique
Mask with breather valve comprising cover, cover are closed by multilayer bed of cloth, such as non-woven fabrics.The two sides of cover Equipped with the ear band for being worn on the mask on user's ear, the bridge of the nose position of cover is equipped with bridge of the nose line, and bridge of the nose line is a kind of Plastic iron core item has certain toughness, and effect is the face for making cover more be bonded user.The inside of bridge of the nose position also bonds There is sponge strip.Cover is equipped with the breather valve communicated with cover inside.
Therefore, the gauze mask with breather valve production when, need by upper bridge of the nose line, upper ear band, welding breather valve, on The multiple working procedures such as sponge strip, doubling, molding welding and finished product cutting.Since different process needs use different equipment, For example, being needed when upper ear band using ear band mash welder；It needs to cut machine using mask is molten when finished product fusion, cutting.Therefore, mask is raw It needs when producing plant produced using plurality of devices, the shortcomings that this production method is that production efficiency is low, high labor cost.
Therefore, it is urgent to provide a kind of automatic folding breathing mask machines, so as to solve the deficiencies in the prior art.
Summary of the invention
Present invention aims at for a kind of automatic folding breathing mask machine that the prior art is insufficient and provides.
In order to solve the above-mentioned technical problem, The technical solution adopted by the invention is as follows:
A kind of automatic folding breathing mask machine, including workbench, the workbench is interior to be equipped with installation chamber, the workbench Side is equipped with active discharging device, and De Salle's line mounting device, fusion splicing devices, the installation of the first ear band are also successively arranged on the workbench Device, the second ear band mounting device, breather valve welder, sponge strip mounting device, cover doubling-up device, molding welding dress It sets, device for cutting off finished product and discharging device.
More preferably, the active discharge mechanism include cabinet body, multiple cloth unwinding devices on the cabinet body side, With multiple first motors of cloth unwinding device drive connection, set on more first cloth of cloth unwinding device side Expect guide roller, the cloth tensioning mechanism below the first cloth guide roller and the cloth on the cabinet body side Flattening mechanism；The cloth flattening mechanism includes intermediate plate mounting rack and the intermediate plate on the intermediate plate mounting rack, the folder The two sides of piece are equipped with bending part, and the bending part and the intermediate plate surround the cloth gap for clamping cloth；The cloth Tight mechanism includes the rotating bar with cabinet body rotation connection, and the rotating bar is equipped with several second cloth guide rollers, and described the Two cloth guide rollers are located at the lower section of the first cloth guide roller；The end of the rotating bar is additionally provided with gag lever post, the limit The end of position bar is connected on the side of the cabinet body.
More preferably, the De Salle's line mounting device includes the first cloth guiding mechanism, the second cloth guiding mechanism, De Salle's line blowing Mechanism, De Salle's line cutting mechanism and De Salle's line delivery device；The first cloth guiding mechanism includes being symmetrically set in the bench top Two the first portal frames on face and the more third cloth guide rollers between two first portal frames；Described Two cloth guiding mechanisms include two piece of first mounting plate being symmetrically set on installation cavity ceiling face and are set to described in two pieces More 4th cloth guide rollers between first mounting plate；The De Salle's line discharge mechanism includes the second portal frame, is fixedly arranged on described Installation casing on second portal frame and the De Salle's line unwinding device with installation casing rotation connection, in the installation casing Equipped with the first rotating arm being rotatablely connected with it, the first rotating arm is equipped with the De Salle's line tensioning wheel being rotatablely connected with it；Institute It states and is installed with the first installing arm on the second portal frame, first installing arm is equipped with the De Salle's line directive wheel being rotatablely connected with it； The De Salle's line cutting mechanism include the second mounting plate, the first sprocket wheel, tightener sprocket, the second sprocket wheel, line arranging device, two it is corresponding Resistance move back wheel, send De Salle's line wheel and punching mechanism；First sprocket wheel, the tightener sprocket and second sprocket wheel are respectively arranged on On the side of second mounting plate；The workbench is equipped with divider, and the divider is equipped with to be drivingly connected with it First driving wheel and the second driving wheel, first driving wheel and second sprocket wheel, the tightener sprocket and described first Sprocket wheel is connected；The line arranging device, two corresponding resistances move back wheel, described send De Salle's line wheel and the punching mechanism It is sequentially arranged on the another side of second mounting plate；The line arranging device include be fixedly arranged on it is whole on second mounting plate Line mounting plate, the first fixed block being fixedly arranged on the whole line mounting plate side, the whole line through first fixed block are adjusted Screw rod, the whole line adjusting slider being spirally connected with the whole line adjusting screw rod, the first whole line wheel on the whole line adjusting slider And the multiple second whole line wheels on whole line mounting plate, the second whole line wheel is around the described first whole line wheel arrangement；Institute It states and De Salle's line wheel is sent to be equipped with the De Salle's line wheel drive shaft for driving its rotation, the De Salle's line wheel drive shaft is connect with first sprocket wheel, Described send is additionally provided with feeding driven wheel engaged therewith below De Salle's line wheel；The punching mechanism includes connecting with second sprocket wheel The cutter driving axis connect, the cutter link block on the cutter driving axis and rushing set on cutter link block end Cutter, the punching cutter and the cutter link block are rotatablely connected；The De Salle's line delivery device includes being fixedly arranged on the workbench On third mounting plate, slider-crank mechanism on the third mounting plate, set on the slider-crank mechanism end De Salle's line push plate and the De Salle's line fixture block being fixedly arranged on the workbench；The slider-crank mechanism and second drive wheel Connection；It is equipped in the De Salle's line fixture block and is conveyed through its axial De Salle's line push hole, the De Salle's line communicated with De Salle's line push hole Hole and the cutter hole communicated with the De Salle's line sprocket hole, the De Salle's line push plate is movably arranged in De Salle's line push hole, described Punching cutter is movably arranged in the cutter hole；It is additionally provided with the feed passed through for cloth on the top surface of the workbench to be open, two Corresponding first punishment in advance roller is set between two first portal frames, and the first punishment in advance roller is set to the De Salle's line fixture block The side of end and the top for being located at the feed opening.
More preferably, the fusion splicing devices include setting gradually welding wheel mechanism on the workbench, the first slitter wheel Material wheel mechanism is drawn by mechanism and first；Welding wheel mechanism is including two pieces of symmetrically arranged welding wheel mounting plates and from the bottom to top Set gradually multiple second punishment in advance rollers and the first welding wheel；The end of the first welding wheel, which is equipped with, drives the first of its rotation Driving member；The both ends of the second punishment in advance roller are rotatablely connected with two pieces of welding wheel mounting plates respectively；The welding wheel peace The first sliding block being slidably connected with it is respectively equipped in loading board, the both ends of the first welding wheel are slided with two described first respectively Block rotation connection；The first adjusting screw rod being spirally connected with it is further respectively had on the welding wheel mounting plate, described first adjusts spiral shell The end of bar is connect with first sliding block；First adjusting screw rod is equipped with the first adjusting handle；First slitter wheel Mechanism includes two pieces of symmetrically arranged slitter wheel mounting plates, the first edge bearing wheel, the first slitter wheel and first pressure axis；Described in two pieces The second sliding block, third sliding block and Four-slider being slidably connected with it, institute are successively arranged on slitter wheel mounting plate from the bottom to top It states the both ends of the first edge bearing wheel to be rotatablely connected with two pieces of second sliding blocks respectively, the both ends of first slitter wheel are respectively with two The rotation connection of third sliding block described in block, the both ends of the first pressure axis are rotatablely connected with two pieces of Four-sliders respectively；Institute It states third sliding block to be spirally connected with the Four-slider, the top of the Four-slider is equipped with first pressure sensor, the slitter wheel The second adjusting screw rod being spirally connected with it is additionally provided on mounting plate, the end of second adjusting screw rod and the first pressure sense Device connection；Second adjusting screw rod is equipped with the second adjusting handle；One end of first slitter wheel, which is equipped with, drives its rotation The second driving member, the other end of first slitter wheel is equipped with cutter inductive disks, be installed on the third sliding block with it is described The corresponding cutter inductor of cutter inductive disks；Described first draw material wheel mechanism include two pieces of corresponding drawing material wheel mounting plates with And first set gradually from the bottom to top draws material wheel and second to draw material wheel, the end of the first drawing material wheel, which is successively arranged, drives it The third driving member of rotation, the second drawing material wheel and end is equipped with the 4th driving member that engages with the third driving member； Described first draws the both ends of material wheel to be rotatablely connected respectively with two pieces of drawing material wheel mounting plates；On two pieces of drawing material wheel mounting plates It is respectively equipped with the 5th sliding block being slidably connected with it, described second draws the both ends of material wheel to rotate respectively with two pieces of the 5th sliding blocks Connection, first adjustment axis sequentially pass through two the 5th sliding blocks, described to draw material wheel mounting plate to be equipped with to be spirally connected with it First snap-gauge, first adjustment axis are equipped with the first notch, and first snap-gauge is embedded in first notch；Described 5th Be installed with the first spring base on the top surface of sliding block, the top for drawing material wheel mounting plate be equipped with its third adjusting screw rod that is spirally connected, The end of the third adjusting screw rod is equipped with second spring seat, and the is equipped between first spring base and the second spring seat One spring.
More preferably, the first ear band mounting device and second ear band mounting device respectively include ear band feeding machine Structure, ear band shearing mechanism and ear welding mechanism；The ear band feeding machanism includes the 4th mounting plate, is set to the 4th installation Motor for feeding on plate side, the feed driving wheel being drivingly connected with the motor for feeding are set to the feed driving wheel side Feed driven wheel, ear of multiple ears with directive wheel and on the 4th mounting plate on the 4th mounting plate Band strainer, the ear include the first guide post being fixedly arranged on the 4th mounting plate and with described first with strainer The ear belt tensioner pulley that guide post is slidably connected；Ear welding mechanism includes the first mounting rack, is fixedly arranged on first mounting rack On the first cylinder, with first cylinder be drivingly connected two welding cylinders and be respectively arranged on the welding post tips The first plumb joint；It is additionally provided with the welding mounting rack being slidably connected with it on the welding cylinder, is set on the welding mounting rack There are the second cylinder, third cylinder and the second motor；It is additionally provided on the welding mounting rack and is connect with second motor driven Rotating cylinder, the rotating cylinder passes through the welding mounting rack and its end equipped with swivel plate, the both ends of the swivel plate It is respectively equipped with ear band support frame, the two sides of the swivel plate are equipped with to be hooked with two corresponding elasticity that it is rotatablely connected；Institute It states the second cylinder and is equipped with two blocks being drivingly connected with it, two blocks drive the elasticity to hook when moving downward tight It is attached on the side of the swivel plate；The third cylinder is equipped with the crimping bent plate being drivingly connected with it；The installation chamber Top surface be equipped with the first ultrasonic transducer, first ultrasonic transducer be set to first plumb joint lower section；Institute Ear is stated to include scissors mounting plate, the scissors driving cylinder on the scissors mounting plate with shearing mechanism and cut set on described Knife drives the pneumatic scissors on the piston rod of cylinder, and the scissors driving cylinder drives the pneumatic scissors to protrude into/exit two The corresponding elasticity hooks intermediate.
More preferably, the breather valve welder includes the breather valve feed mechanism, successively set on the workbench side Second on the workbench draws material wheel mechanism and the first positioner, is successively arranged weldering on first positioner Side mechanism, punch mechanism and breather valve welding mechanism, described second draws material wheel mechanism to draw material wheel mechanism structure identical with first；Institute Stating breather valve feed mechanism includes breather valve vibrating disk, the breather valve connecting with the discharge port of breather valve vibrating disk conveying Slot, set on the breather valve conveying straight line feeder of trench bottom, the photographic device above the straight line feeder and It is sequentially arranged in the positioning mechanism and aligning gear of breather valve delivery chute end, the positioning mechanism includes being set to the breathing Locating cover above valve delivery chute and the baffle on the breather valve delivery chute is traversed, the 4th cylinder drives the positioning Lid pumps, and the 5th cylinder drives the baffle front-rear reciprocation movement；The aligning gear includes correcting mount, is set to institute State the push plate of correcting mount side and clamping device and means for correcting placed in the middle set on the correcting mount both ends；On the correcting mount Equipped with the limiting slot connecting with the breather valve delivery chute, the 6th cylinder drives the push plate front-rear reciprocation movement, the clamping Device includes gripper cylinder and two breather valve fixture blocks, and it is dynamic that the gripper cylinder drives two breather valve fixture blocks to do opening and closing Make；The means for correcting placed in the middle includes correction cylinder and two correcting blocks, and the correction cylinder drives two correcting blocks Do on-off action；First positioner includes the multiple screw rod mounting plates being set on installation cavity ceiling face, through institute It states the 4th adjusting screw rod of screw rod mounting plate, the sliding floor on the workbench and is set to the sliding floor bottom The first nutplate, first nutplate is spirally connected with the 4th adjusting screw rod, and the 4th adjusting screw rod passes through described the One nutplate drives the sliding floor to slide on the table；The weld ddge mechanism includes the weldering on the sliding floor Side mounting rack, the 7th cylinder on the weld ddge mounting rack, the second plumb joint on the 7th cylinder are set to institute The second ultrasonic transducer and the supersonic mould on second ultrasonic transducer for stating installation cavity ceiling face, institute State the lower section that supersonic mould is set to second plumb joint；The punch mechanism includes punching mounting rack, is set to the punching Punched-plate on mounting rack, the punching cylinder on the punched-plate and are set to formed punch on the punching cylinder Discharge nozzle below the punching mounting rack, the punched-plate are equipped with hole punching, and the formed punch is movably arranged at the hole punching In, the hole punching is communicated with the discharge nozzle；The breather valve welding mechanism includes weldering valve mounting rack, is set to the weldering valve and pacifies The 8th cylinder for shelving top, the first slide plate on the weldering valve mounting rack, the 9th gas on first slide plate Cylinder, the lifting mounting rack being drivingly connected with the 9th cylinder, the third motor on the lifting mounting rack are set to described The third plumb joint for going up and down the rotating disk of mounting rack end and being fixedly arranged in the rotating disk；It is equipped in the third plumb joint Breather valve sucker, the breather valve sucker expose to the end of the third plumb joint；The workbench is equipped with weldering valve supporting plate, The lower section of the weldering valve supporting plate is equipped with third ultrasonic transducer；8th cylinder drives first slide plate in weldering valve installation It reciprocatingly slides on the top surface of frame；9th cylinder drives the lifting mounting rack to pump；The third motor drives Move the rotating disk rotation；8th cylinder drives above first slide plate slides to the correcting mount, the breather valve The breather valve on the limiting slot is sucked in sucker, and the 9th cylinder drives the lifting mounting rack to rise, the 8th cylinder It driving above first slide plate slides to weldering valve supporting plate, the 9th cylinder drives the lifting mounting rack to decline, and described the Three plumb joints are tightly attached on the third ultrasonic transducer.
More preferably, the sponge strip mounting device include several being sequentially arranged on the workbench keep away valve roller mechanism, First hold-down mechanism, the second hold-down mechanism and third draw material wheel mechanism；In the installation cavity room be equipped with sponge strip feeding mechanism, Second positioner and Upper sponge strip mechanism and Waste recovery mechanism on second positioner；The sponge strip Feeding mechanism includes feeding mounting base, the sponge feeding motor in the feeding mounting base, is set to the feeding mounting base On sponge unwinding device, rotation installing arm in the feeding mounting base and the sea in the rotation installing arm Silk floss material deflector roll；Second positioner includes the 6th mounting plate set on the workbench bottom, is set to the 6th installation The first guide rail on plate and the installation slide on first guide rail are additionally provided with described in driving on the 6th mounting plate The 6th adjusting screw rod that installation slide slides on first guide rail, the bottom of the installation slide is equipped with adjusts with the described 6th The end of the second nutplate that section screw rod is spirally connected, the 6th adjusting screw rod is equipped with third adjusting handle；The Upper sponge strip machine Structure includes the feeding motor on the installation slide, and the feeding rotary shaft being drivingly connected with the feeding motor is fixedly arranged on Rotary mounting seat and opposite two feeding cylinders on the rotary mounting seat two sides in the rotary shaft, two The feeding cylinder it is contrary, the piston rod of the feeding cylinder is equipped with cylinder mounting base, in the cylinder mounting base Equipped with clamping jaw cylinder, the clamping jaw cylinder is equipped with two sponge clamping jaws being drivingly connected with it, also sets on the installation slide There is sponge strip supporting plate and the pressing plate set on sponge strip supporting plate side to drive cylinder, pressing plate driving cylinder be equipped with Its first pressing plate being drivingly connected；The installation slide be equipped with first laser sensor, the sponge strip supporting plate be equipped with The corresponding second laser sensor of the first laser sensor；The lower section of the sponge strip supporting plate is equipped with several sponge strips Guide rack；The Waste recovery mechanism includes the 4th motor being fixedly arranged on the installation slide, with the 4th motor driven The drawing material drive roll of connection, it is corresponding with the drawing material drive roll to draw material passive guide roller and giving up on the installation slide Expect wrap-up, the side for drawing material drive roll to be set to the sponge strip guide rack, the waste material wrap-up and described the The connection of four motor drivens, the waste material wrap-up are set to the lower section for drawing material drive roll；The valve roller mechanism of keeping away includes the Four mounting racks and what is be sequentially arranged on the 4th mounting rack from the bottom to top first keep away valve roller and second and keep away valve roller, described second Valve roller is kept away equipped with the second bit-avoiding slot corresponding with breather valve；First hold-down mechanism includes the second mounting rack, is set to institute State the first hold-down devices on the second mounting rack and the second hold-down devices on the workbench, the described first lower press fitting It sets and cooperates with second hold-down devices；Second hold-down mechanism includes third mounting rack and pacifies set on the third The third hold-down devices shelved, the third hold-down devices and the clamping jaw cylinder cooperate；First hold-down devices, Second hold-down devices are identical with the third hold-down devices structure, respectively include lower air cylinder and calm the anger under described The second pressing plate on cylinder piston rod；The third drawing material wheel mechanism is including two pieces of corresponding 5th mounting plates and from the bottom to top The third that sets gradually draws material wheel and the 4th draws material wheel, and the third draws one end of material wheel to be equipped with the 5th driving member, and the described 4th Material wheel is drawn to be equipped with the 6th driving member engaged with the 5th driving member；The third draw the both ends of material wheel respectively with two pieces of institutes State the rotation connection of the 5th mounting plate；It is respectively equipped with the 6th sliding block being slidably connected with it on two pieces of the 5th mounting plates, it is described 4th draws the both ends of material wheel to be rotatablely connected respectively with two pieces of the 6th sliding blocks, and second adjustment axis sequentially passes through described in two pieces 6th sliding block, the 6th sliding block are equipped with the second snap-gauge being spirally connected with it, and second adjustment axis is equipped with the second notch, institute The second snap-gauge is stated to be embedded in second notch；The top surface of 6th sliding block is equipped with third spring base, the 5th installation The top of plate, which is equipped with, is equipped with the 4th spring base with its 5th adjusting screw rod that is spirally connected, the end of the 5th adjusting screw rod, and described the Second spring is equipped between three spring bases and the 4th spring base, the described 4th draws material wheel to be equipped with third bit-avoiding slot.
More preferably, the cover doubling-up device includes that the 4th be sequentially arranged on the workbench draws material wheel mechanism, doubling Mechanism and vertical material pulling mechanism, the described 4th draws material wheel mechanism to draw material wheel mechanism structure identical with first；Doubling mechanism packet Include third positioner and upwards obliquely be set to the third positioner on to folded plate；The third positioner packet The 7th adjusting screw rod being set on the workbench is included, the third nutplate being spirally connected with the 7th adjusting screw rod and is fixedly arranged on The second slide plate in the third nutplate, second slide plate are equipped with the support rod being rotatablely connected with it, the support rod The other end and it is described to folded plate be rotatablely connected；7th adjusting screw rod is equipped with the 4th adjusting handle；Second slide plate On be additionally provided with two the 7th mounting plates being arranged symmetrically, the 7th mounting plate is equipped with the 8th adjusting screw rod, described to folded plate Bottom surface be equipped with several axis fixed blocks, an angular adjustment axis pass through the axis fixed block, the both ends of the angular adjustment axis It is connect respectively with two the 8th adjusting screw rods, the 8th adjusting screw rod is equipped with the 5th adjusting handle；The vertical drawing Expect that mechanism includes the second installation frame, the 5th drawing material wheel and the 6th drawing material wheel；It is described 5th draw material wheel both ends respectively with it is described The top and bottom of second installation frame are rotatablely connected, and the described 5th, which draws the end of material wheel to be equipped with, draws material wheel drive shaft；Described The top plate and bottom plate of two installation frames further respectively have the 7th sliding block being slidably connected with it, and the described 6th draws the both ends point of material wheel It is not rotatablely connected with two pieces of the 7th sliding blocks, is installed with the 5th spring base, second installation frame on the 7th sliding block Side set there are two regulation handle, the end of the regulation handle is equipped with the 6th spring base, the 5th spring base and described Third spring is equipped between 6th spring base, a third adjustment axis sequentially passes through two the 7th sliding blocks, second peace It framing up the top plate of frame and bottom plate further respectively has the third snap-gauge being spirally connected with it, the third adjustment axis is equipped with third notch, The third snap-gauge is embedded in the third notch；The molding welder includes that second be set on the workbench is led Rail, third installation frame on second guide rail and set on the fusion splicing devices of third installation frame two sides and Four ultrasonic transducers, be additionally provided with that the driving third installation frame slides on second guide rail on the workbench the One screw rod is additionally provided with the nut seat being spirally connected with first screw rod on the third installation frame；The fusion splicing devices include solid The tenth cylinder on the third installation frame and the welding plate on the tenth cylinder piston rod.
More preferably, the device for cutting off finished product includes the finished product guiding mechanism and vertical cutting being sequentially arranged on the workbench Flywheel mechanism, the finished product guiding mechanism include the 4th installation frame, adjustment axis and finished product guide rack, the 4th installing frame Further respectively have connecting plate at the top and bottom of frame, the adjustment axis sequentially passes through two connecting plates, in the adjustment axis If further respectively having the 9th to be spirally connected with it at the top and bottom of the 4th installation frame there are two the first umbrella gear and adjusting Screw rod, the both ends of the finished product guide rack are connect with two the 9th adjusting screw rods respectively, the end of the 9th adjusting screw rod End is equipped with the second umbrella gear engaged with first umbrella gear；The vertical cutting flywheel mechanism includes the 5th installing frame Frame, the second edge bearing wheel, the second slitter wheel and second pressure axis, the top and bottom of the 5th installation frame are successively arranged Eight sliding blocks, the 9th sliding block and the tenth sliding block, the both ends of the second edge bearing wheel are rotatablely connected with two pieces of the 8th sliding blocks respectively； The both ends of second slitter wheel are rotatablely connected with two pieces of the 9th sliding blocks respectively；The both ends of the second pressure axis respectively with Two pieces of the tenth sliding block rotation connections, the 9th sliding block and the tenth sliding block are spirally connected, the top of the 5th installation frame Portion and bottom further respectively have the tenth adjusting screw rod being spirally connected with it, the tenth adjusting screw rod be equipped with the 6th adjusting handle and Second pressure sensor, the second pressure sensor are tightly attached on the end face of the tenth sliding block；The side of 5th installation frame Two blocks of corresponding ear band supporting plates are additionally provided on face.
More preferably, the discharging device includes set on the material discharging wheel mechanism of the workbench end and set on the work The drawing waste material mechanism of platform side, the material discharging wheel mechanism keeps away valve roller and the 4th and keeps away valve roller including the 6th installation frame, third, described Third keeps away valve roller and the described 4th and keeps away the both ends of valve roller and be rotatablely connected respectively with the top and bottom of the 6th installation frame；Institute It states and is respectively equipped with the 8th mounting plate on the top and bottom of the 6th installation frame, multiple dischargings are equipped between two piece of the 8th mounting plate Roller；The drawing waste material mechanism includes two piece of the 9th mounting plate and the 7th drawing material wheel between two pieces of the 9th mounting plates Material wheel is drawn with the 8th, the described 7th draws material wheel and the described 8th that the both ends of material wheel is drawn to rotate respectively with two pieces of the 9th mounting plates Connection.
The invention has the benefit that the working principle of the automatic folding breathing mask machine is as follows, active discharging device is to more A cloth is sent into De Salle's line mounting device after being unreeled, and De Salle's line discharge mechanism unreels De Salle's line material strip, De Salle's line cutting mechanism De Salle's line material strip is cut into isometric De Salle's line, De Salle's line is pushed between multilayer cloth by De Salle's line delivery device, and first draws material wheel mechanism Cloth is pulled and enters fusion splicing devices, welding wheel mechanism is integral by ultrasonic bonding by multilayer cloth, the installation of the first ear band Two ear bands of ultrasonic bonding on cloth, breather valve welder will breathe respectively for device and second ear band mounting device Valve is welded on cloth, and then, sponge is bonded on cloth by sponge strip mounting device, cover doubling-up device by cloth doubling, Welder is formed by, by ultrasonic bonding, device for cutting off finished product cuts off the mask of forming from cloth at cloth folding line Come, last mask is exported from material discharging wheel mechanism, and useless cloth is exported from drawing waste material mechanism, and mask production is completed；This is full-automatic The advantages of folding mouth mask machine is used for automated production mask, has and saves manpower, high degree of automation, high production efficiency.
Detailed description of the invention
Fig. 1 is a kind of perspective view of automatic folding breathing mask machine of the invention；
Fig. 2 is the structural schematic diagram of the active discharging device in the present invention；
Fig. 3 is the structural schematic diagram of the cloth flattening mechanism in the present invention；
Fig. 4 is another structural schematic diagram of the active discharging device in the present invention；
Fig. 5 is the structural schematic diagram of the De Salle's line mounting device and fusion splicing devices in the present invention；
Fig. 6 is the structural schematic diagram of the De Salle's line discharge mechanism in the present invention；
Fig. 7 is the structural schematic diagram of the De Salle's line cutting mechanism and De Salle's line delivery device in the present invention；
Fig. 8 is another structural schematic diagram of the De Salle's line cutting mechanism and De Salle's line delivery device in the present invention；
Fig. 9 is the structural schematic diagram of the De Salle's line delivery device in the present invention；
Figure 10 is the structural schematic diagram of the De Salle's line fixture block in the present invention；
Figure 11 is the structural schematic diagram of the line arranging device in the present invention；
Figure 12 is the structural schematic diagram of the welding wheel mechanism in the present invention；
Figure 13 is the structural schematic diagram of the first slitter wheel mechanism in the present invention；
Figure 14 is another structural schematic diagram of the first slitter wheel mechanism in the present invention；
Figure 15 is the structural schematic diagram of the first drawing material wheel mechanism in the present invention；
Figure 16 is structural schematic diagram of first ear with mounting device and the second ear with mounting device in the present invention；
Figure 17 is structural schematic diagram of the ear with feeding machanism in the present invention；
Figure 18 is the structural schematic diagram of the ear welding mechanism in the present invention；
Figure 19 is another structural schematic diagram of the ear welding mechanism in the present invention；
Figure 20 be the present invention in the second motor, rotating cylinder and swivel plate assembling schematic diagram；
Figure 21 be the present invention in the first cylinder, welding cylinder, plumb joint assembling schematic diagram；
Figure 22 is the assembling schematic diagram of the second air cylinder and stopper and third cylinder and crimping bent plate in the present invention；
Figure 23 is structural schematic diagram of the ear with shearing mechanism in the present invention；
Figure 24 is the structural schematic diagram of the breather valve welder in the present invention；
Figure 25 is another structural schematic diagram of the breather valve welder in the present invention；
Figure 26 is the structural schematic diagram of the weld ddge mechanism in the present invention；
Figure 27 is the structural schematic diagram of the punch mechanism in the present invention；
Figure 28 is the structural schematic diagram of the breather valve feed mechanism in the present invention；
Figure 29 is the structural schematic diagram of the positioning mechanism and aligning gear in the present invention；
Figure 30 is the structural schematic diagram of the breather valve welding mechanism in the present invention；
Figure 31 is the structural schematic diagram of the sponge strip mounting device in the present invention；
Figure 32 is the structural schematic diagram of the sponge strip feeding mechanism in the present invention；
Figure 33 be the present invention in the second positioner, Upper sponge strip mechanism and Waste recovery mechanism assembling schematic diagram；
Figure 34 is the structural schematic diagram of the Upper sponge strip mechanism in the present invention；
Figure 35 is the structural schematic diagram of the Waste recovery mechanism in the present invention；
Figure 36 is the structural schematic diagram for keeping away valve roller mechanism in the present invention；
Figure 37 is the structural schematic diagram of the first hold-down mechanism in the present invention；
Figure 38 is the structural schematic diagram of the third drawing material wheel mechanism in the present invention；
Figure 39 is the structural schematic diagram of the cover doubling-up device and molding welder in the present invention；
Figure 40 is the structural schematic diagram of the doubling mechanism in the present invention；
Figure 41 is the structural schematic diagram of the vertical material pulling mechanism in the present invention；
Figure 42 is the structural schematic diagram of the molding welder in the present invention；
Figure 43 is the structural schematic diagram of the device for cutting off finished product and discharging device in the present invention；
Figure 44 is the structural schematic diagram of the finished product guiding mechanism in the present invention；
Figure 45 is the structural schematic diagram of the vertical cutting flywheel mechanism in the present invention；
Figure 46 is the structural schematic diagram of the material discharging wheel mechanism in the present invention；
Figure 47 is the drawing waste material mechanism structural schematic diagram in the present invention.
Specific embodiment
Below with reference to embodiment, the present invention is further illustrated, this is presently preferred embodiments of the present invention.
Picture 1-4 shown in 7, a kind of automatic folding breathing mask machine, including workbench 100 and be set to the workbench 100 On controller 300, be equipped with installation chamber 110 in the workbench 100, the side of the workbench 100 is equipped with and the control The active discharging device 200 that device 300 processed connects also is successively arranged on the workbench 100 and connect respectively with the controller 300 De Salle's line mounting device 1, fusion splicing devices 2, the first ear band mounting device 3a, the second ear band mounting device 3b, breather valve welding dress Set 4, sponge strip mounting device 5, cover doubling-up device 6, molding welder 7, device for cutting off finished product 8 and discharging device 9.
The working principle of the automatic folding breathing mask machine is as follows, after active discharging device 200 unreels multiple clothes It is sent into De Salle's line mounting device 1, De Salle's line discharge mechanism 13 unreels De Salle's line material strip, and De Salle's line cutting mechanism 14 cuts De Salle's line material strip It is broken into isometric De Salle's line, De Salle's line is pushed between multilayer cloth by De Salle's line delivery device 15, and cloth draws in the first drawing material wheel mechanism 23 Dynamic to enter fusion splicing devices 21, welding wheel mechanism 21 is integral by ultrasonic bonding by multilayer cloth, the first ear band mounting device Two ear bands of ultrasonic bonding, breather valve welder 4 will exhale on cloth respectively by 3a and second ear band mounting device 3b It inhales valve to be welded on cloth, then, sponge is bonded on cloth by sponge strip mounting device 5, and cover doubling-up device 6 is by cloth pair Folding, molding welder 7 is by, by ultrasonic bonding, device for cutting off finished product 8 is by the mask of forming from cloth at cloth folding line It cuts off and, last mask is exported from discharging device 9, and mask production is completed.
Please refer to Fig. 2-4, the active discharge mechanism 200 includes cabinet body 210, more on 210 side of cabinet body A cloth unwinding device 220, is set to the cloth at the multiple first motors 230 being drivingly connected with the cloth unwinding device 220 More first cloth guide rollers 240 of 220 side of unwinding device, the cloth set on 240 lower section of the first cloth guide roller Tight mechanism 250 and the cloth flattening mechanism 260 on 210 side of cabinet body；The cloth flattening mechanism 260 includes folder The two sides of piece mounting rack 261 and the intermediate plate 262 on the intermediate plate mounting rack 261, the intermediate plate 262 are equipped with and its one Molding bending part 263, the bending part 263 surround the cloth gap for clamping cloth with the intermediate plate 262.The cloth Strainer 250 includes the rotating bar 251 being rotatablely connected with cabinet body 210, and the rotating bar 251 is equipped with several second clothes Guide roller 252, the second cloth guide roller 252 are located at the lower section of the first cloth guide roller 240；The rotating bar 251 End be additionally provided with gag lever post 253, the end of the gag lever post 253 is connected on the side of the cabinet body 210.
Active discharge mechanism 200 is for unreeling cloth, its working principles are as follows: first motor 230 passes through gear The mode of transmission drives multiple cloth unwinding devices 220 to be unreeled, and cloth alternately bypasses 240 He of the first cloth guide roller respectively Intermediate plate 262 is passed through after second cloth guide roller 252, the two sides of cloth pass through bending part 263, pacify finally, cloth is exported to De Salle's line Assembling device 1.The effect of cloth tensioning mechanism 250 is the tension for adjusting cloth, and when cloth unreels, the tension of cloth passes through the second cloth Material guide roller 252 acts in rotating bar 251, when the gravity that the tension and rotating bar 251 of cloth are subject to is unequal, rotating bar 251 rotations.Active discharge mechanism 200 unreels cloth by the way of active blowing, causes when eliminating driven blowing The inconsistent disadvantage of cloth tension improves the yield of finished product and the stability of complete machine work.
Fig. 5-11 is please referred to, the De Salle's line mounting device 1 includes the first cloth guiding mechanism 11, the second cloth guiding mechanism 12, De Salle's line discharge mechanism 13, De Salle's line cutting mechanism 14 and De Salle's line delivery device 15.The first cloth guiding mechanism 11 includes pair Claim to be set to two the first portal frames 111 on 100 top surface of workbench and be set between two first portal frames 111 More third cloth guide rollers 112.The second cloth guiding mechanism 12 includes being symmetrically set in 110 top surface of installation chamber On two piece of first mounting plate 121 and the more 4th cloth guide rollers between two pieces of first mounting plates 121 122.The De Salle's line discharge mechanism 13 includes the second portal frame 131, the installation casing being fixedly arranged on second portal frame 131 132 and with the installation casing 132 rotation connection De Salle's line unwinding device 133, the installation casing 132 be equipped with and its turn The first rotating arm 134 of dynamic connection, the first rotating arm 134 are equipped with the De Salle's line tensioning wheel 135 being rotatablely connected with it.It is described The first installing arm 136 is installed on second portal frame 131, first installing arm 136 is equipped with the De Salle's line being rotatablely connected with it Directive wheel 137.The De Salle's line cutting mechanism 14 includes the second mounting plate 141, the first sprocket wheel 142, tightener sprocket 143, the second chain Wheel 144, line arranging device 145, two corresponding resistances move back wheel 146, send De Salle's line wheel 147 and punching mechanism 148.First chain Wheel 142, the tightener sprocket 143 and second sprocket wheel 144 are respectively arranged on the side of second mounting plate 141.It is described Workbench 100 is equipped with divider 400, and the divider 400 is equipped with the first driving wheel 410 and second being drivingly connected with it Driving wheel 420, first driving wheel 410 and second sprocket wheel 144, the tightener sprocket 143 and first sprocket wheel 143 are connected.Wheel 146, the De Salle's line wheel 147 and described of sending are moved back in the corresponding resistance of the line arranging device 145, two Punching mechanism 148 is sequentially arranged on the another side of second mounting plate 141.The line arranging device 145 includes being fixedly arranged on institute The whole line mounting plate 1451 on the second mounting plate 141 is stated, the first fixed block being fixedly arranged on whole 1451 side of line mounting plate 1452, through the whole line adjusting screw rod 1453 of first fixed block 1452, it is spirally connected with the whole line adjusting screw rod 1453 whole Line adjusting slider 1454, the first whole line wheel 1455 on the whole line adjusting slider 1454 and is set on whole line mounting plate The multiple second whole line wheels 1456, the second whole line wheel 1456 arranges around the described first whole line wheel 1455.It is described to send De Salle's line Wheel 147 is equipped with the De Salle's line wheel drive shaft 1471 for driving its rotation, the De Salle's line wheel drive shaft 1471 and first sprocket wheel 142 Connection, the lower section for sending De Salle's line wheel 147 is additionally provided with feeding driven wheel 149 engaged therewith；The punching mechanism 148 include with The cutter driving axis 1481 that second sprocket wheel 144 connects, the cutter link block 1482 on the cutter driving axis 1481 And the punching cutter 1483 set on 1482 end of cutter link block, the punching cutter 1483 and the cutter link block 1482 Rotation connection；The De Salle's line delivery device 15 includes the third mounting plate 151 being fixedly arranged on the workbench 100, is set to described Slider-crank mechanism 152 on third mounting plate 151, set on 152 end of slider-crank mechanism De Salle's line push plate 153 and The De Salle's line fixture block 154 being fixedly arranged on the workbench 100.The slider-crank mechanism 152 drives with second driving wheel 420 Connection；It is equipped in the De Salle's line fixture block 154 and is communicated through its axial De Salle's line push hole 1541, with De Salle's line push hole 1541 De Salle's line sprocket hole 1542 and the cutter hole 1543 that is communicated with the De Salle's line sprocket hole 1542,153 activity of De Salle's line push plate In De Salle's line push hole 1541, the punching cutter 1483 is movably arranged in the cutter hole 1543；The workbench 100 Top surface on be additionally provided with the feed opening passed through for cloth, two corresponding first punishment in advance rollers 113 are set to two described first Between portal frame 111, the first punishment in advance roller 113 is set to the side of 154 end of De Salle's line fixture block and is located at the feed The top of opening.
De Salle's line mounting device 1 is used to for De Salle's line material strip cutting pusher being sent between multilayer cloth.The work of De Salle's line mounting device 1 It is as follows to make principle: after multilayer cloth enters De Salle's line mounting device 1, wherein several layers cloth is from the first cloth guiding mechanism 11 Pass through, several layers cloth passes through from the second cloth guiding mechanism 12.It is provided in installation chamber 110 for driving divider 400 motor, workbench 100 are equipped with the first transmission shaft 500, and one end of the first transmission shaft 500 is through the sprocket drive It is connect with the motor driven, the other end of the first transmission shaft 500 is drivingly connected by gear-driven mode and divider 400. The first driving wheel 410 on divider 400 passes through second sprocket wheel of chain drive 144, tightener sprocket 143 and the first sprocket wheel 142 intermittent exercises.First sprocket wheel 142 send De Salle's line wheel 147 to rotate by the driving of De Salle's line wheel drive shaft 1471, send De Salle's line wheel 147 It is folded with De Salle's line material strip between feeding driven wheel 149, De Salle's line wheel 147 is sent to send De Salle's line material strip forward when rotating.At the same time, De Salle's line unwinding device 133 unreels De Salle's line material strip, and De Salle's line material strip enters after De Salle's line tensioning wheel 135 and De Salle's line directive wheel 137 Line arranging device 145, for De Salle's line across the first whole line wheel 1455 and the second whole line wheel 1456, the De Salle's line material strip after whole line passes through two A corresponding resistance is moved back among wheel 146, is then driven into De Salle's line sprocket hole 1452 by send De Salle's line wheel 147.Second sprocket wheel 144 are rotated by cutter driving axis 1481, and cutter driving axis 1481 drives about 1483 punching cutter by cutter link block 1482 De Salle's line material strip when punching cutter 1483 moves in cutter hole 1543, is cut into the De Salle's line of certain length by movement, and continuation is sent forward The De Salle's line material strip of material heads into De Salle's line in De Salle's line push hole 1541.The second driving wheel 420 on divider 400 is driven by sprocket wheel Mode drive 152 movement of slider-crank mechanism movement, 153 front-rear reciprocation movement of De Salle's line push plate on slider-crank mechanism 152, And De Salle's line is pushed between the De Salle's line push-in two layers of cloth in hole 1541.Cloth on first cloth guiding mechanism 11 is delivered to two Between the first punishment in advance of root roller 113, the cloth on the second cloth guiding mechanism 12 is delivered to two first mistakes by being fed opening Between roller tube 113, multilayer bed of cloth poststack, output to fusion splicing devices 2.
Fig. 5 and Figure 12 are please referred to, the fusion splicing devices 2 include the welding turbine being successively set on the workbench 100 Material wheel mechanism 23 is drawn by structure 21, the first slitter wheel mechanism 22 and first.Welding wheel mechanism 21 includes two pieces symmetrically arranged molten Cock wheel mounting plate 211 and multiple second punishment in advance rollers 212 and the first welding wheel 213 are set gradually from the bottom to top.Described first The end of welding wheel 213 is equipped with the first driving member 214 for driving its rotation, installs and is provided in chamber 110 for driving welding The motor of mechanism 21 is taken turns, which is drivingly connected with the first driving member 214 through the sprocket drive.Second cross material roller The both ends of cylinder 212 are rotatablely connected with two pieces of welding wheel mounting plates 211 respectively.It is set respectively on the welding wheel mounting plate 211 Have the first sliding block 215 being slidably connected with it, the both ends of the first welding wheel 213 respectively with two first sliding blocks 215 Rotation connection.The first adjusting screw rod 216 being spirally connected with it is further respectively had on the welding wheel mounting plate 211, described first adjusts The end of section screw rod 216 is connect with first sliding block 215.First adjusting screw rod 216 is equipped with the first adjusting handle 217。
Fig. 5, Figure 13 and Figure 14 are please referred to, first slitter wheel mechanism 22 includes two pieces of symmetrically arranged slitter wheel installations Plate 221, the first edge bearing wheel 222, the first slitter wheel 223 and first pressure axis 224；On two pieces of slitter wheel mounting plates 221 by Under supreme be successively arranged the second sliding block 225, third sliding block 226 and the Four-slider 227 being slidably connected with it, first knife The both ends of pad wheel 222 are rotatablely connected with two pieces of second sliding blocks 225 respectively, the both ends of first slitter wheel 223 respectively with Two pieces of third sliding blocks 226 are rotatablely connected, the both ends of the first pressure axis 224 respectively with two pieces of Four-sliders 227 Rotation connection；The third sliding block 226 is spirally connected with the Four-slider 227, and the top of the Four-slider 227 is equipped with the first pressure Force snesor 228 is additionally provided with the second adjusting screw rod 229 being spirally connected with it on the slitter wheel mounting plate 221, and described second is adjusted The end of screw rod 229 is connect with the first pressure sensor 228；Second adjusting screw rod 229 is equipped with second and adjusts hand Wheel 2291；One end of first slitter wheel 223 is equipped with the second driving member 2231 for driving its rotation, installs and sets in chamber 110 It is equipped with the motor for driving the first slitter wheel mechanism 22, which drives with the second driving member 2231 through the sprocket drive Dynamic connection.The other end of first slitter wheel 223 is equipped with cutter inductive disks 2232, be installed on the third sliding block 226 with The corresponding cutter inductor 2261 of the cutter inductive disks 2232.
Please refer to Fig. 5 and Figure 15, described first draw material wheel mechanism 23 include two pieces of corresponding drawing material wheel mounting plates 231 with And first set gradually from the bottom to top draws material wheel 232 and second to draw material wheel 233, described first draws the end of material wheel 232 successively Equipped with the third driving member 234 for driving its rotation, the electricity being provided in chamber 110 for driving the first drawing material wheel mechanism 23 is installed Machine, the motor are drivingly connected with third driving member 234 through the sprocket drive.It is described second draw material wheel 233 and end Equipped with the 4th driving member 235 engaged with the third driving member 234；It is described first draw material wheel 232 both ends respectively with two pieces The drawing material wheel mounting plate 231 is rotatablely connected；Two pieces described to draw for being respectively equipped on material wheel mounting plates 231 and being slidably connected with it Five sliding blocks 236, described second draws the both ends of material wheel 233 to be rotatablely connected respectively with two pieces of the 5th sliding blocks 236, one first tune Nodal axisn 237 sequentially passes through two the 5th sliding blocks 236, described that material wheel mounting plate 231 is drawn to be equipped with the first card being spirally connected with it Plate 238, first adjustment axis 237 are equipped with the first notch, and first snap-gauge 238 is embedded in first notch；It is described The first spring base 2361 is installed on the top surface of 5th sliding block 236, the top for drawing material wheel mounting plate 231 is equipped with to be spirally connected with it The end of third adjusting screw rod 239, the third adjusting screw rod 239 is equipped with second spring seat 2391, first spring base The first spring 2362 is equipped between 2361 and the second spring seat 2391.
The action principle of fusion splicing devices is as follows: cloth after stacking successively welding wheel mechanism 21, the first slitter wheel mechanism 22 Material wheel mechanism 23 is drawn with first.Cloth is by the first welding wheel 213 and the second punishment in advance roller 212, and the first welding wheel 213 is by multilayer Cloth welds out the lines of mask by way of ultrasonic bonding.The first adjusting screw rod is rotated by the first adjusting handle 217 216, the first adjusting screw rod 216 drives the first sliding block 215 to slide up and down, to realize the position for adjusting the first welding wheel 213, makes The welding wheel mechanism 21 can be suitable for the cloth of various thickness, and be convenient for worker's scheduling and planning.
Cloth continues through between the first slitter wheel 223 and first pressure axis 224, sets on the surface of the first slitter wheel 223 There is the cutting edge of mask shape, when the rotation of the first slitter wheel 223, the one side of cloth is cut into mask by the first slitter wheel 223 Shape.
Cloth, which is continued to output to first, draws material wheel 232 and second to draw between material wheel 233, and first draws material wheel 232 and second to draw Material wheel 233 is rubber roller, drives cloth to convey using frictional force.When first drawing material wheel 232 and the second drawing material wheel 233 rotate, drive Dynamic cloth is sent forward.The first adjustment axis 237 is rotated, the first snap-gauge to move down on the 5th sliding block 236 by the first adjustment axis 237 It is dynamic, to realize the gap adjusted between the first drawing material wheel 232 and the second drawing material wheel 233, enable the first drawing material wheel mechanism 23 Enough it is suitable for the cloth of various thickness, and is convenient for worker's scheduling and planning.
Figure 16-Figure 23, the first ear band mounting device 3a and second ear band mounting device 3b is please referred to wrap respectively Include ear band feeding machanism 31, ear band shearing mechanism 32 and ear welding mechanism 33；The ear band feeding machanism 31 includes the 4th peace Loading board 311, the motor for feeding 312 on 311 side of the 4th mounting plate are drivingly connected with the motor for feeding 311 It is fed driving wheel 313, the feed driven wheel 314 set on feed 313 side of driving wheel is set to the 4th mounting plate 311 On ear band strainer 316 of multiple ears with directive wheel 315 and on the 4th mounting plate 311, the ear band Tight mechanism 316 includes the first guide post 3161 being fixedly arranged on the 4th mounting plate 311 and slides with first guide post 3161 The ear belt tensioner pulley 3162 of dynamic connection；Ear welding mechanism 33 includes the first mounting rack 331, is fixedly arranged on first installation The first cylinder 332 on frame 331, with first cylinder 332 be drivingly connected two welding cylinders 333 and be respectively arranged on institute State the first plumb joint 334 of welding 333 end of cylinder；The welding being slidably connected with it is additionally provided on the welding cylinder 333 to pacify 34 are shelved, the welding mounting rack 34 is equipped with the second cylinder 341, third cylinder 342 and the second motor 343；The welding The rotating cylinder 345 being drivingly connected with second motor 343 is additionally provided on mounting rack 34, the rotating cylinder 345 passes through institute It states welding mounting rack 34 and its end is equipped with swivel plate 346, the both ends of the swivel plate 346 are respectively equipped with ear band support frame 3461, the two sides of the swivel plate 346, which are equipped with, hooks 3462 with two corresponding elasticity that it is rotatablely connected；Second gas 341 are equipped with two blocks 347 being drivingly connected with it on cylinder, and two blocks 347 drive the elasticity to hook when moving downward 3462 are tightly attached on the side of the swivel plate 346；The third cylinder 342 is equipped with the crimping bent plate being drivingly connected with it 348；The top surface of the installation chamber 110 is equipped with the first ultrasonic transducer 35, and first ultrasonic transducer 35 is set to The lower section of first plumb joint 334；The ear band shearing mechanism 32 includes scissors mounting plate 321, is set to scissors installation Scissors driving cylinder 322 on plate 321 and the pneumatic scissors 323 on the piston rod of scissors driving cylinder 322, institute Stating scissors driving cylinder 322 drives the pneumatic scissors 323 to protrude into/exit among two corresponding elasticity hooks 3462.
First ear band mounting device 3a and the second ear band mounting device 3b are used to weld left ear band and auris dextra band on cloth, Working principle of first ear with mounting device 3a is as follows: ear strip is passed through from feed driving wheel 313 and feed driven wheel 314, The driving feed driving wheel 313 of motor for feeding 312 rotates, and feed driving wheel 313 drives the feeding forward of ear strip, and ear strip is successively led to Ear belt tensioner pulley 3162 and ear band directive wheel 315 are crossed, and the output of material strip directive wheel 349 by the way that welding mounting rack 34 is arranged in is extremely Swivel plate 346.Ear strip is looped around on swivel plate 346 and ear band support frame 3461, and elasticity hooks 3462 and hooks ear strip.Second Cylinder 341 drives two blocks 347 to move downward, and two elasticity of driving hook 3462 and are tightly attached to when two blocks 347 move downward On the side of swivel plate 346, and ear strip is pressed on the surface of swivel plate 346, meanwhile, scissors drives cylinder 322 to drive Pneumatic scissors 323 protrude into two corresponding elasticity and hook among 3462, and pneumatic scissors 323 cut ear strip, after cutting There are two the end of a thread for ear belt.Then third cylinder 342 drives crimping bent plate 348 to move downward and pushes down tramline, meanwhile, the first gas Cylinder 332 drives two the first plumb joints 334 to move downward simultaneously respectively, and the first plumb joint 334 passes through the first ultrasonic transducer 35 are welded on two the end of a thread of ear band on one side of cloth.After the completion of welding, third cylinder 342 drives crimping bent plate 348 upward Movement, meanwhile, two the first cylinders 332 drive two the first plumb joints 334 to move upwards simultaneously respectively, after the completion of welding, ear The end of a thread of strip is hooked to be hooked on 3462 in elasticity, and swivel plate 346, which rotates a circle and hooked by elasticity 3462, tears ear strip, under continuing One circulation.
Figure 24-Figure 30 is please referred to, the breather valve welder 4 includes the breather valve set on 100 side of workbench Feed mechanism 41, second be sequentially arranged on the workbench 100 draw material wheel mechanism 42 and the first positioner 43, and described the Weld ddge mechanism 44, punch mechanism 45 and breather valve welding mechanism 46 are successively arranged on one positioner 43, described second draws material wheel Mechanism 42 draws 23 structure of material wheel mechanism identical with first, installs and is provided in chamber 110 for driving second to draw material wheel mechanism 42 Motor.The breather valve feed mechanism 41 includes breather valve vibrating disk 411, the discharge port with the breather valve vibrating disk 411 The breather valve delivery chute 413 of connection, set on 413 bottom of breather valve delivery chute straight line feeder 414, be set to the straight line The photographic device 415 of 414 top of feed appliance and positioning mechanism 47 and the school for being sequentially arranged in 413 end of breather valve delivery chute Positive mechanism 48, the positioning mechanism 47 include being set to the locating cover 471 of 416 top of breather valve delivery chute and traversing to be set to Baffle 472 on the breather valve delivery chute, the 4th cylinder 473 drive the locating cover 471 to pump, the 5th cylinder 474 driving 472 front-rear reciprocation movements of baffle；The aligning gear 48 includes correcting mount 481, is set to the correcting mount 481 The push plate 482 of side and clamping device 483 and means for correcting placed in the middle 484 set on 481 both ends of correcting mount；The correction Seat 481 is equipped with the limiting slot 4811 connecting with the breather valve delivery chute 413, before the 6th cylinder 485 drives the push plate 482 After move back and forth, the clamping device 483 include gripper cylinder 4831 and two breather valve fixture blocks 4832, the gripper cylinder 4831 two breather valve fixture blocks 4832 of driving do on-off action；The means for correcting placed in the middle 484 includes correction cylinder 4841 And two correcting blocks 4842, the correction cylinder 4841 drive two correcting blocks 4842 to do on-off action；Described first Positioner 43 includes set on the multiple screw rod mounting plates 431 installed on 110 top surface of chamber, through the screw rod mounting plate 431 the 4th adjusting screw rod 432, the sliding floor 433 on the workbench 100 and it is set to the sliding floor 433 First nutplate 434 of bottom, first nutplate 434 are spirally connected with the 4th adjusting screw rod 432, and the described 4th adjusts spiral shell Bar 432 drives the sliding floor 433 to slide on workbench 100 by first nutplate 434；The weld ddge mechanism 44 The 7th cylinder including the weld ddge mounting rack 441 being set on the sliding floor 433, on the weld ddge mounting rack 441 442, the second plumb joint 443 on the 7th cylinder 442, the second ultrasonic wave set on installation 110 top surface of chamber Energy converter 444 and the supersonic mould 445 on second ultrasonic transducer 444, the supersonic mould 445 are set In the lower section of second plumb joint 443；The punch mechanism 45 includes the punching mounting rack on the sliding floor 433 451, the punched-plate 452 on the punching mounting rack 451, the punching cylinder 453 on the punched-plate 452 is set to Formed punch 454 on the punching cylinder 453 and the discharge nozzle 455 set on 451 lower section of punching mounting rack, the punched-plate 452 are equipped with hole punching, and the formed punch 454 is movably arranged in the hole punching, the hole punching and 455 phase of discharge nozzle It is logical；The breather valve welding mechanism 46 includes the weldering valve mounting rack 461 on the sliding floor 433, is set to the weldering valve 8th cylinder 462 at 461 top of mounting rack, the first slide plate 463 on the weldering valve mounting rack 461, is set to described first The 9th cylinder 464 on slide plate 463, the lifting mounting rack 465 being drivingly connected with the 9th cylinder 464 are set to the lifting Third motor 466 on mounting rack 465 set on the rotating disk 467 for going up and down 465 end of mounting rack and is fixedly arranged on the rotation Third plumb joint 468 on turntable 467；Breather valve sucker 469, the breather valve sucker are equipped in the third plumb joint 468 469 expose to the end of the third plumb joint 468；The workbench 100 is equipped with weldering valve supporting plate 49, the weldering valve supporting plate 49 Lower section be equipped with third ultrasonic transducer 491；8th cylinder 462 drives first slide plate 463 in weldering valve mounting rack It reciprocatingly slides on 461 top surface；9th cylinder 464 drives the lifting mounting rack 465 to pump；The third Motor 466 drives the rotating disk 467 to rotate；8th cylinder 462 drives first slide plate 463 to slide into the correction The breather valve on the limiting slot 4811 is sucked in 481 top of seat, the breather valve sucker 469, and the 9th cylinder 464 drives institute It states lifting mounting rack 465 to rise, the 8th cylinder 462 drives first slide plate 463 to slide into 49 top of weldering valve supporting plate, institute Stating the 9th cylinder 464 drives the lifting mounting rack 465 to decline, and the third plumb joint 468 is tightly attached to the third ultrasonic wave On energy converter 491.
Breather valve welder 4 on cloth for welding breather valve, its working principles are as follows: second draws material wheel mechanism 42 Draw the working principle of material wheel mechanism 23 identical with first, effect is to be fed forward cloth.Cloth is delivered to weld ddge mechanism 44, 7th cylinder 442 drives the second plumb joint 443 to move downward, and the second plumb joint 443 and supersonic mould 445 cooperate, by cloth On valve opening edge welding fritting close, be convenient for subsequent punching operation.Cloth is delivered to punch mechanism 45, punching cylinder 453 454 downlink of formed punch is driven, formed punch 454 excludes the valve opening welding position punching separation on cloth, waste material by discharge nozzle 455. Cloth continues on on weldering valve supporting plate 49.
When breather valve feed mechanism 41 works, breather valve vibrating disk 411 exports breather valve arrangement to breather valve delivery chute 413, photographic device 415 is for shooting breather valve.Breather valve reach positioning mechanism 47 after, the 5th cylinder 474 drive baffle 472 to Preceding movement, blocks breather valve.4th cylinder 473 driving locating cover 471 moves downward, and pins breather valve.When in aligning gear 481 When having vacant position, baffle 472 moves backward, and locating cover 471 moves upwards, and breather valve is input to the limiting slot on correcting mount 481 In 4811, correction cylinder 4841 drives two correcting blocks 4842 to do closed action, and gripper cylinder 4831 drives two breather valve folders Block 4832 does closed action, keeps breathing valve position placed in the middle and fixed.
When breather valve welding mechanism 46 works, the 8th cylinder 462 drives the first slide plate 463 to slide into 481 top of correcting mount, 9th cylinder 464 driving lifting mounting rack 465 moves downward, and at the same time, the driving push plate 482 of the 6th cylinder 485 travels forward, Push plate 482 pushes breather valve.Then, push plate 482 resets, and correction cylinder 4841 drives two correcting blocks 4842 to do opening action, Gripper cylinder 4831 drives two breather valve fixture blocks 4832 to do opening action, and breather valve sucker 469 picks up on limiting slot 4811 Breather valve, the 9th cylinder 464 driving lifting 465 uplink of mounting rack, the breather valve photo that photographic device 415 takes are transmitted to control Device 300 processed, controller 300 control third motor 466 and the rotating disk 467 are driven to turn an angle, and make breather valve sucker 469 On breather valve soldering angle it is correct.8th cylinder 462 drives the first slide plate 463 to slide into above weldering valve supporting plate 49, and the 9th Driving lifting 465 downlink of mounting rack of cylinder 464, after third plumb joint 468 touches cloth, breather valve sucker 469 stops absorption Breather valve is welded on cloth by breather valve, third plumb joint 468 by third ultrasonic transducer 491.
Figure 31-Figure 38 is please referred to, the sponge strip mounting device 5 is several on the workbench 100 including being sequentially arranged in A valve roller mechanism 51, the first hold-down mechanism 52, the second hold-down mechanism 53 and third of keeping away draws material wheel mechanism 54.The installation chamber Sponge strip feeding mechanism 55, the second positioner 56 and the upper sponge on second positioner 56 are equipped in 110 Mechanism 57 and Waste recovery mechanism 58；The sponge strip feeding mechanism 55 includes feeding mounting base 551, is set to the feeding and pacifies The sponge feeding motor 552 on seat 551 is filled, the sponge unwinding device 553 in the feeding mounting base 552 is set to described Rotation installing arm 554 in feeding mounting base 552 and the sponge material deflector roll 555 in the rotation installing arm 554；It is described Second positioner 56 includes the 6th mounting plate 561 set on 100 bottom of workbench, is set to the 6th mounting plate 561 On the first guide rail 562 and the installation slide 563 on first guide rail 562, also set on the 6th mounting plate 561 There are the 6th adjusting screw rod 564 for driving the installation slide 563 to slide on first guide rail 562, the installation slide 563 Bottom be equipped with the second nutplate for being spirally connected with the 6th adjusting screw rod 564, the end of the 6th adjusting screw rod 564 is equipped with Third adjusting handle 565；The Upper sponge strip mechanism 57 includes the feeding motor 571 on the installation slide 563, with institute State feeding motor 571 drive connection feeding rotary shaft 572, the rotary mounting seat 573 being fixedly arranged in the rotary shaft 572 and Opposite two feeding cylinders 574 on 573 two sides of rotary mounting seat, the direction of two feeding cylinders 574 On the contrary, the piston rod of the feeding cylinder 574 is equipped with cylinder mounting base 575, the cylinder mounting base 575 is equipped with clamping jaw gas Cylinder 576, the clamping jaw cylinder 576 are equipped with two sponge clamping jaws 577 being drivingly connected with it, go back on the installation slide 563 Pressing plate equipped with sponge strip supporting plate 578 and set on 578 side of sponge strip supporting plate drives cylinder 579, the pressing plate driving Cylinder 579 is equipped with the first pressing plate 5791 being drivingly connected with it；The installation slide 563 is equipped with first laser sensor 5631, the sponge strip supporting plate 578 is equipped with second laser sensor corresponding with the first laser sensor 5631 5781；The lower section of the sponge strip supporting plate 578 is equipped with several sponge strip guide racks 59；The Waste recovery mechanism 58 includes solid The 4th motor 581 on the installation slide 563, the drawing material drive roll 582 being drivingly connected with the 4th motor 581, Draw material drive roll 582 is corresponding material passive guide roller 583 and the waste material on the installation slide 563 is drawn to wind and fill with described Set 584, the side for drawing material drive roll 582 to be set to the sponge strip guide rack 59, the waste material wrap-up 584 with it is described 4th motor 581 is drivingly connected, and the waste material wrap-up 584 is set to the lower section for drawing material drive roll 582；It is described to keep away valve roller Mechanism 51 includes the 4th mounting rack 511 and what is be sequentially arranged on the 4th mounting rack 511 from the bottom to top first keep away valve roller 512 Valve roller 513 is kept away with second, described second keeps away valve roller 513 equipped with the second bit-avoiding slot 5131 corresponding with breather valve；Described One hold-down mechanism 52 includes the second mounting rack 521, the first hold-down devices 522 on second mounting rack 521 and is set In the second hold-down devices 523 on the workbench 100, first hold-down devices 522 and 523 phase of the second hold-down devices Mutually cooperation；Second hold-down mechanism 53 is including third mounting rack 531 and under the third on the third mounting rack 531 Pressure device 532, the third hold-down devices 532 and the clamping jaw cylinder 576 cooperate；First hold-down devices 522, institute It is identical with 532 structure of third hold-down devices to state the second hold-down devices 523, respectively include lower air cylinder 5221 and is set to institute State the second pressing plate 5222 on 5221 piston rod of lower air cylinder；It includes two pieces the corresponding 5th that the third, which draws material wheel mechanism 54, Mounting plate 541 and the third set gradually from the bottom to top draw material wheel 542 and the 4th draws material wheel 543, and the third draws material wheel 542 One end be equipped with the 5th driving member 5421, the 4th drawing material wheel 543 is equipped with the engaged with the 5th driving member 5421 Six driving members 5431, install the motor being provided in chamber 110 for driving third to draw material wheel 542, which is passed by sprocket wheel Dynamic mode and the 5th driving member 5421 is drivingly connected.The third draws the both ends of material wheel 542 to pacify respectively with two pieces the described 5th Loading board 541 is rotatablely connected；It is respectively equipped with the 6th sliding block 544 being slidably connected with it on two pieces of the 5th mounting plates 541, it is described 4th draws the both ends of material wheel 543 to be rotatablely connected respectively with two pieces of the 6th sliding blocks 544, and second adjustment axis 545 is successively worn Two pieces of the 6th sliding blocks 544 are crossed, the 6th sliding block 544 is equipped with the second snap-gauge 546 being spirally connected with it, and described second is adjusted Axis 545 is equipped with the second notch, and second snap-gauge 546 is embedded in second notch；On the top surface of 6th sliding block 544 Equipped with third spring base, the top of the 5th mounting plate 541 is equipped with adjusts with its 5th adjusting screw rod 547 that is spirally connected, the described 5th The end for saving screw rod 547 is equipped with the 4th spring base, and second spring is equipped between the third spring base and the 4th spring base 548, the described 4th draws material wheel 543 to be equipped with third bit-avoiding slot 5431.
The working principle of sponge strip mounting device 5 is as follows: the cloth with breather valve after keeping away valve roller mechanism 51 by entering First hold-down mechanism 52 and the second hold-down mechanism 53.Sponge strip feeding mechanism 55 works, and sponge feeding motor 552 drives sponge to put Winding apparatus 553 unreels, and the sponge strip that sponge material is bonded on base stock by base stock and uniformly is constituted, and the one side of sponge strip has viscous Property.Sponge material is delivered on sponge strip supporting plate 578 by sponge material deflector roll 555, when first laser sensor 5631 and second swash After optical sensor 5781 detects sponge strip in place, the first pressing plate 5791 compresses sponge material, and clamping jaw cylinder 576 drives two sponges Clamping jaw 577 picks up sponge strip, and feeding motor 571 drives rotary mounting seat 573 to rotate, accompanies sponge by feeding rotary shaft 572 The overturning of clamping jaw cylinder 576 of item to the underface of third hold-down devices 532, the pressing plate of third hold-down devices 532 pushes, clamping jaw gas Cylinder 576 drives two sponge clamping jaws 577 to unclamp sponge strip, and sponge strip is attached on the bottom surface of cloth.
When Waste recovery mechanism 58 works, the 4th motor 581 drives drawing material drive roll simultaneously through the sprocket drive 582 and waste material wrap-up 584 rotate, base stock waste material pass through draw material drive roll 582 and draw expect passive guide roller 583 and be wrapped in On waste material wrap-up 584.
Figure 39 is please referred to, the cover doubling-up device 6 includes that the 4th be sequentially arranged on the workbench 100 draws material wheel machine Structure 61, doubling mechanism 62 and vertical material pulling mechanism 63.Described 4th draws material wheel mechanism 61 to draw 23 structure phase of material wheel mechanism with first Together.
Figure 40 is please referred to, the doubling mechanism 62 includes third positioner 64 and is obliquely set to the third upwards On positioner 64 to folded plate 621.The third positioner 64 includes the 7th adjusting spiral shell on the workbench 100 Bar 641, the third nutplate being spirally connected with the 7th adjusting screw rod 641 and the second cunning being fixedly arranged in the third nutplate Plate 642, second slide plate 642 are equipped with the support rod 643 being rotatablely connected with it, the other end of the support rod 643 and institute It states and folded plate 621 is rotatablely connected；7th adjusting screw rod 641 is equipped with the 4th adjusting handle 644.Second slide plate 642 On be additionally provided with two the 7th mounting plates 622 being arranged symmetrically, the 7th mounting plate 622 is equipped with the 8th to be spirally connected with it and adjusts Screw rod 623, the bottom surface to folded plate 621 are equipped with several axis fixed blocks 624, and an angular adjustment axis 625 passes through the axis Fixed block 624, the both ends of the angular adjustment axis 625 are fixedly connected with two the 8th adjusting screw rods 623 respectively, and described Eight adjusting screw rods 623 are equipped with the 5th adjusting handle 626.
Figure 41 is please referred to, the vertical material pulling mechanism 63 includes that the second installation frame the 631, the 5th draws material wheel 632 and the 6th Material wheel 633 is drawn, the 6th draws material wheel 633 to draw 543 structure of material wheel identical with the 4th.It is described 5th draw material wheel 632 both ends respectively with The top and bottom of second installation frame 631 are rotatablely connected, and the described 5th draws material wheel 632 and the described 6th to draw material wheel 633 End be respectively equipped with and draw material wheel drive shaft 639, intermeshing first is respectively equipped in two drawings material wheel drive shafts 639 and is driven Gear 6391, the interior motor for being equipped with second driving shaft 114 and the second driving shaft 114 is driven to rotate of installation chamber 110, the electricity Machine through the sprocket drive with second driving shaft 114 be drivingly connected, second driving shaft 114 by gear-driven mode with Wherein a drawing material wheel drive shaft 639 is drivingly connected.The top plate of second installation frame 631 and bottom plate further respectively has and it The 7th sliding block 634 being slidably connected, the described 6th draws the both ends of material wheel 633 to connect respectively with two pieces of the 7th sliding block 634 rotations It connects, is installed with the 5th spring base on the 7th sliding block 634, the side of second installation frame 631 sets that there are two adjust handle The end of hand 635, the regulation handle 635 is equipped with the 6th spring base, between the 5th spring base and the 6th spring base Equipped with third spring 636, a third adjustment axis 637 sequentially passes through two the 7th sliding blocks 634, second installation frame 631 top plate and bottom plate further respectively has the third snap-gauge 638 being spirally connected with it, and the third adjustment axis 637 is lacked equipped with third Mouthful, the third snap-gauge 638 is embedded in the third notch.
The working principle of cover doubling-up device 6 is as follows: when work, vertical material pulling mechanism 63 pulls cloth to be fed forward.It is right Folded plate 621 is triangular in shape and upward inclination, and cloth is during be delivered to vertical material pulling mechanism 43 to folded plate 421, cloth edge The doubling of length direction.Third positioner 64 is used to adjust position to folded plate 621, and the 7th adjusting screw rod 641 passes through the Three nutplates drive the second slide plate 642 to slide on workbench 100, make the vertex pair to folded plate 621 on the second slide plate 642 Standard the 5th draws material wheel 632 and the 6th to draw among material wheel 633.The 8th adjusting screw rod 623 is rotated, the 8th adjusting screw rod 623 drives angle It spends adjustment axis 625 to move up and down, realizes the tilt angle adjusted to folded plate 621.Cloth after doubling draws material wheel 632 by the 5th It is drawn among material wheel 633 with the 6th, cloth is delivered to molding welding dress when the 5th drawing material wheel 632 and the 6th drawing material wheel 633 rotate Set 7.
Figure 42 is please referred to, the molding welder 7 includes the second guide rail 71 on the workbench 100, is set to Third installation frame 72 on second guide rail 71 and 73 He of fusion splicing devices set on 72 two sides of third installation frame 4th ultrasonic transducer 74 is additionally provided with the driving third installation frame 72 on the workbench 100 in second guide rail The first screw rod 75 slided on 71 is additionally provided with the nut seat being spirally connected with first screw rod 75 on the third installation frame 72 76；The fusion splicing devices 73 include the tenth cylinder 731 that is fixedly arranged on the third installation frame 72 and are set to the described tenth Welding plate 732 on cylinder piston rod 731.
The working principle for forming welder 7 is as follows: when cloth passes through fusion splicing devices 73 and the 4th ultrasonic transducer 74 Between when, the tenth cylinder 731 driving welding plate 732 travel forward, welding plate 732 and the 4th ultrasonic transducer 74 cooperation, it is right Cloth carries out last one of ultrasonic wave forming to molten process, and mask welding is completed.
Figure 43-Figure 45 is please referred to, the device for cutting off finished product 8 includes that the finished product being sequentially arranged on the workbench 100 is led To mechanism 81 and vertical cutting flywheel mechanism 82, the finished product guiding mechanism 81 include the 4th installation frame 811, adjustment axis 812 with And finished product guide rack 813, the top and bottom of the 4th installation frame 811 further respectively have connecting plate 814, the adjustment axis 812 sequentially pass through two connecting plates 814, are set in the adjustment axis 812 there are two the first umbrella gear 815, the described 4th The top and bottom of installation frame 811 further respectively have the 9th adjusting screw rod 816 being spirally connected with it, the finished product guide rack 813 Both ends be rotatablely connected respectively with two the 9th adjusting screw rods 816, the end of the 9th adjusting screw rod 816 is equipped with and institute State the second umbrella gear 817 of the first umbrella gear 815 engagement.Finished product guiding mechanism 81 is used to adjust the conveying direction of cloth, Its working principles are as follows: rotating adjustment axis 812, the first umbrella gear 815 in adjustment axis 812 passes through the second umbrella gear 817 The 9th adjusting screw rod 816 is driven to rotate, with respect to 811 transverse shifting of the 4th installation frame and band when the 9th adjusting screw rod 816 rotates Dynamic 813 transverse shifting of finished product guide rack, when cloth is fed forward, side is tightly attached on the surface of finished product guide rack 813, is passed through The position of finished product guide rack 813 is adjusted, to achieve the purpose that the conveying direction for adjusting cloth.
Figure 45 is please referred to, the vertical cutting flywheel mechanism 82 includes the 5th installation frame 821, the second edge bearing wheel 822, second The top and bottom of slitter wheel 823 and second pressure axis 824, the 5th installation frame 821 are successively arranged the 8th sliding block 825, the 9th sliding block 826 and the tenth sliding block 827, the both ends of the second edge bearing wheel 822 respectively with two pieces of the 8th sliding blocks 825 Rotation connection, the second edge bearing wheel 822 are equipped with the 4th bit-avoiding slot for avoiding mask breather valve.Second slitter wheel 823 Both ends be rotatablely connected respectively with two pieces of the 9th sliding blocks 826.The both ends of the second pressure axis 824 are respectively and described in two pieces The rotation connection of tenth sliding block 827, the 9th sliding block 826 and the tenth sliding block 827 are spirally connected, the 5th installation frame 821 Top and bottom further respectively have the tenth adjusting screw rod 828 being spirally connected with it, the tenth adjusting screw rod 828 is equipped with the 6th Adjusting handle 8281 and second pressure sensor 829, the second pressure sensor 829 are tightly attached to the end face of the tenth sliding block 827 On；Two blocks of corresponding ear band supporting plates 8211 are additionally provided on the side of 5th installation frame 821.It is set in installation chamber 110 The motor for thering is third transmission shaft 115 and the driving third transmission shaft 115 to rotate, the motor through the sprocket drive with Third transmission shaft 115 is drivingly connected, and the second slitter wheel 823 is equipped with cutter wheel drive shaft 8231, the cutter wheel drive shaft 8231 It is drivingly connected by gear-driven mode and third transmission shaft 115.The top part of second edge bearing wheel 822, the second slitter wheel 823 It She You not intermeshing second transmission gear 8221 and 8232.
The working principle of device for cutting off finished product 8 is as follows: cloth is by entering the after two blocks of corresponding ears band supporting plates 8211 Between two slitter wheels 823 and the second edge bearing wheel 822, ear band is pushed and is close to aside cloth specific position by ear band supporting plate 8211, thus The cutting edge on the second slitter wheel 823 is avoided, prevents from being cut off when subsequent cut off operation.The mouth that second slitter wheel 823 will will shape Cover is cut out from cloth.
Figure 46 and Figure 47 are please referred to, the discharging device 9 includes the material discharging wheel mechanism 91 set on 100 end of workbench And the drawing waste material mechanism 92 set on 100 side of workbench, the material discharging wheel mechanism 91 include the 6th installation frame 911, Third keeps away valve roller 912 and the 4th keeps away valve roller 913, the third keep away valve roller 912 and the described 4th keep away the both ends of valve roller 913 respectively with The top and bottom of 6th installation frame 911 are rotatablely connected；On the top and bottom of 6th installation frame 911 respectively Equipped with the 8th mounting plate 914, multiple discharge rollers 915 are equipped between two piece of the 8th mounting plate 914.It installs and is equipped with the in chamber 110 Four transmission shafts 116 and the motor of driving the 4th transmission shaft 116 rotation, the motor are driven with the 4th through the sprocket drive Axis 116 is drivingly connected.The third keeps away valve roller 912 equipped with valve roller drive shaft 9121 is kept away, and keeps away valve roller drive shaft 9121 and passes through tooth The mode and the 4th transmission shaft 116 for taking turns transmission are drivingly connected.
The drawing waste material mechanism 92 include two piece of the 9th mounting plate 921 and be set to two pieces of the 9th mounting plates 921 it Between the 7th material wheel 922 and the 8th is drawn to draw material wheel 923, the described 7th draws material wheel 922 and the described 8th to draw the both ends point of material wheel 923 It is not rotatablely connected with two pieces of the 9th mounting plates 921.It installs and is equipped with motor in chamber 110, which is driven by sprocket wheel Mode draws the drive sprocket 9221 in material wheel 922 to be drivingly connected with the 7th.
Finished product after cutting is kept away valve roller 912 and the 4th by third and is kept away among valve roller 913, and mask finished product, leftover pieces are exported Material wheel 922 and the 8th is drawn to draw between material wheel 923 by the 7th, the 7th draws material wheel 922 and the 8th that material wheel 923 is drawn to pull waste material.Extremely This, mask completes the process.
The invention has the benefit that the working principle of the automatic folding breathing mask machine is as follows, active discharging device is to more A cloth is sent into De Salle's line mounting device after being unreeled, and De Salle's line discharge mechanism unreels De Salle's line material strip, De Salle's line cutting mechanism De Salle's line material strip is cut into isometric De Salle's line, De Salle's line is pushed between multilayer cloth by De Salle's line delivery device, and first draws material wheel mechanism Cloth is pulled and enters fusion splicing devices, welding wheel mechanism is integral by ultrasonic bonding by multilayer cloth, the installation of the first ear band Two ear bands of ultrasonic bonding on cloth, breather valve welder will breathe respectively for device and second ear band mounting device Valve is welded on cloth, and then, sponge is bonded on cloth by sponge strip mounting device, cover doubling-up device by cloth doubling, Welder is formed by, by ultrasonic bonding, device for cutting off finished product cuts off the mask of forming from cloth at cloth folding line Come, last mask is exported from material discharging wheel mechanism, and useless cloth is exported from drawing waste material mechanism, and mask production is completed；This is full-automatic The advantages of folding mouth mask machine is used for automated production mask, has and saves manpower, high degree of automation, high production efficiency.
Present invention is not limited to the embodiments described above, all to realize the present invention using structure similar with the present invention and its method All modes of purpose, it is within the scope of the present invention.

Claims (10)

1. a kind of automatic folding breathing mask machine, including workbench, the workbench is interior to be equipped with installation chamber, it is characterised in that: institute The side for stating workbench is equipped with active discharging device, and De Salle's line mounting device, fusion splicing devices, the are also successively arranged on the workbench One ear band mounting device, the second ear band mounting device, breather valve welder, sponge strip mounting device, cover doubling-up device, at Type welder, device for cutting off finished product and discharging device.
2. automatic folding breathing mask machine according to claim 1, it is characterised in that: the active discharge mechanism includes cabinet Body, multiple cloth unwinding devices on the cabinet body side, multiple first with cloth unwinding device drive connection Motor, set on cloth unwinding device side more first cloth guide rollers, be set to below the first cloth guide roller Cloth tensioning mechanism and the cloth flattening mechanism on the cabinet body side；The cloth flattening mechanism includes intermediate plate peace Shelve and the intermediate plate on the intermediate plate mounting rack, the two sides of the intermediate plate are equipped with bending part, the bending part with it is described Intermediate plate surrounds the cloth gap for clamping cloth；The cloth tensioning mechanism includes the rotating bar with cabinet body rotation connection, institute Rotating bar is stated equipped with several second cloth guide rollers, the second cloth guide roller is located at the first cloth guide roller Lower section；The end of the rotating bar is additionally provided with gag lever post, and the end of the gag lever post is connected on the side of the cabinet body.
3. automatic folding breathing mask machine according to claim 1, it is characterised in that: the De Salle's line mounting device includes first Cloth guiding mechanism, the second cloth guiding mechanism, De Salle's line discharge mechanism, De Salle's line cutting mechanism and De Salle's line delivery device；Described One cloth guiding mechanism includes two the first portal frames being symmetrically set in the bench top and is set to two described the More third cloth guide rollers between one portal frame；The second cloth guiding mechanism includes being symmetrically set in the installation chamber Two piece of first mounting plate on top surface and the more 4th cloth guide rollers between two pieces of first mounting plates；It is described De Salle's line discharge mechanism include the second portal frame, the installation casing being fixedly arranged on second portal frame and with the installation casing The De Salle's line unwinding device of rotation connection, the installation casing are equipped with the first rotating arm being rotatablely connected with it, first rotation Pivoted arm is equipped with the De Salle's line tensioning wheel being rotatablely connected with it；It is installed with the first installing arm on second portal frame, described first Installing arm is equipped with the De Salle's line directive wheel being rotatablely connected with it；The De Salle's line cutting mechanism include the second mounting plate, the first sprocket wheel, Tightener sprocket, the second sprocket wheel, line arranging device, two corresponding resistances move back wheel, send De Salle's line wheel and punching mechanism；First chain Wheel, the tightener sprocket and second sprocket wheel are respectively arranged on the side of second mounting plate；The workbench is equipped with Divider, the divider are equipped with the first driving wheel and the second driving wheel that are drivingly connected with it, first driving wheel with Second sprocket wheel, the tightener sprocket and first sprocket wheel are connected；The line arranging device, two corresponding institutes It states resistance and moves back wheel, on the another side for sending De Salle's line wheel and the punching mechanism to be sequentially arranged in second mounting plate；It is described Line arranging device includes the whole line mounting plate being fixedly arranged on second mounting plate, be fixedly arranged on the whole line mounting plate side One fixed block is adjusted with the whole line that the whole line adjusting screw rod is spirally connected and is slided through the whole line adjusting screw rod of first fixed block Block, the first whole line wheel on the whole line adjusting slider and the multiple second whole line wheels on whole line mounting plate, institute The second whole line wheel is stated around the described first whole line wheel arrangement；It is described that De Salle's line wheel is sent to be equipped with the De Salle's line wheel drive for driving its rotation Axis, the De Salle's line wheel drive shaft are connect with first sprocket wheel, and described send is additionally provided with feeding engaged therewith below De Salle's line wheel Driven wheel；The punching mechanism includes the cutter driving axis connecting with second sprocket wheel, on the cutter driving axis Cutter link block and punching cutter set on cutter link block end, the punching cutter and cutter link block rotation connect It connects；The De Salle's line delivery device includes the third mounting plate being fixedly arranged on the workbench, on the third mounting plate Slider-crank mechanism, set on the slider-crank mechanism end De Salle's line push plate and be fixedly arranged on the workbench De Salle's line folder Block；The slider-crank mechanism is connect with second drive wheel；It is equipped in the De Salle's line fixture block through its axial nose Line push hole, the De Salle's line sprocket hole communicated with De Salle's line push hole and the cutter hole communicated with the De Salle's line sprocket hole, institute It states De Salle's line push plate to be movably arranged in De Salle's line push hole, the punching cutter is movably arranged in the cutter hole；The workbench Top surface on be additionally provided with the feed opening passed through for cloth, two corresponding first punishment in advance rollers are set to two described first gantry Between frame, the first punishment in advance roller is set to the side of De Salle's line fixture block end and is located at the top of the feed opening.
4. automatic folding breathing mask machine according to claim 1, it is characterised in that: the fusion splicing devices include setting gradually Material wheel mechanism is drawn by welding wheel mechanism, the first slitter wheel mechanism and first on the workbench；Welding wheel mechanism includes Two pieces of symmetrically arranged welding wheel mounting plates and multiple second punishment in advance rollers and the first welding wheel are set gradually from the bottom to top；Institute The end for stating the first welding wheel is equipped with the first driving member for driving its rotation；The both ends of the second punishment in advance roller respectively with two pieces The welding wheel mounting plate rotation connection；The first sliding block being slidably connected with it, institute are respectively equipped on the welding wheel mounting plate The both ends for stating the first welding wheel are rotatablely connected with two first sliding blocks respectively；It is further respectively had on the welding wheel mounting plate The first adjusting screw rod being spirally connected with it, the end of first adjusting screw rod are connect with first sliding block；Described first is adjusted Screw rod is equipped with the first adjusting handle；First slitter wheel mechanism includes two pieces of symmetrically arranged slitter wheel mounting plates, first Edge bearing wheel, the first slitter wheel and first pressure axis；It is successively arranged on two pieces of slitter wheel mounting plates and is slided with it from the bottom to top The second sliding block, third sliding block and the Four-slider of connection, the both ends of the first edge bearing wheel are slided with two pieces described second respectively Block rotation connection, the both ends of first slitter wheel are rotatablely connected with two pieces of third sliding blocks respectively, the first pressure axis Both ends be rotatablely connected respectively with two pieces of Four-sliders；The third sliding block is spirally connected with the Four-slider, and the described 4th The top of sliding block is equipped with first pressure sensor, is additionally provided with the second adjusting screw rod being spirally connected with it on the slitter wheel mounting plate, The end of second adjusting screw rod is connect with the first pressure sensor；Second adjusting screw rod is equipped with second and adjusts Handwheel；One end of first slitter wheel is equipped with the second driving member for driving its rotation, and the other end of first slitter wheel is set There are cutter inductive disks, cutter inductor corresponding with the cutter inductive disks is installed on the third sliding block；Described first Drawing material wheel mechanism includes that two pieces of corresponding first for drawing material wheel mounting plate and setting gradually from the bottom to top draw material wheel and second Draw material wheel, it is described first drawing material wheel end be successively arranged driving its rotation third driving member, it is described second draw material wheel and End is equipped with the 4th driving member engaged with the third driving member；It is described first draw material wheel both ends respectively with two pieces of drawings The rotation connection of material wheel mounting plate；It is respectively equipped with the 5th sliding block being slidably connected with it on two pieces of drawing material wheel mounting plates, it is described Second draws the both ends of material wheel to be rotatablely connected respectively with two pieces of the 5th sliding blocks, and first adjustment axis sequentially passes through described in two 5th sliding block, described that material wheel mounting plate is drawn to be equipped with the first snap-gauge being spirally connected with it, first adjustment axis is equipped with first and lacks Mouthful, first snap-gauge is embedded in first notch；The first spring base, the drawing are installed on the top surface of 5th sliding block The top of material wheel mounting plate, which is equipped with, is equipped with second spring with its third adjusting screw rod that is spirally connected, the end of the third adjusting screw rod Seat is equipped with the first spring between first spring base and the second spring seat.
5. automatic folding breathing mask machine according to claim 1, it is characterised in that: the first ear band mounting device and institute It states the second ear band mounting device and respectively includes ear band feeding machanism, ear band shearing mechanism and ear welding mechanism；The ear band supplies Material mechanism includes the 4th mounting plate, the motor for feeding on the 4th mounting plate side, drives and connects with the motor for feeding The feed driving wheel connect, the feed driven wheel set on the feed driving wheel side are multiple on the 4th mounting plate Ear band strainer of the ear with directive wheel and on the 4th mounting plate, the ear band strainer includes being fixedly arranged on institute The ear belt tensioner pulley stating the first guide post on the 4th mounting plate and being slidably connected with first guide post；The ear tape welding machine The first cylinder that structure includes the first mounting rack, is fixedly arranged on first mounting rack, two be drivingly connected with first cylinder A welding cylinder and the first plumb joint for being respectively arranged on the welding post tips；It is additionally provided on the welding cylinder and is slided with it The welding mounting rack of dynamic connection, the welding mounting rack are equipped with the second cylinder, third cylinder and the second motor；The welding The rotating cylinder connecting with second motor driven is additionally provided on mounting rack, the rotating cylinder passes through the welding mounting rack And its end is equipped with swivel plate, the both ends of the swivel plate are respectively equipped with ear band support frame, and the two sides of the swivel plate are equipped with It is hooked with two corresponding elasticity that it is rotatablely connected；Second cylinder is equipped with two blocks being drivingly connected with it, and two A block drives the elasticity to hook and is tightly attached on the side of the swivel plate when moving downward；The third cylinder is equipped with The crimping bent plate being drivingly connected with it；The top surface of the installation chamber is equipped with the first ultrasonic transducer, first ultrasound Wave transducer is set to the lower section of first plumb joint；The ear band shearing mechanism includes scissors mounting plate, is set to the scissors Scissors driving cylinder on mounting plate and the pneumatic scissors on the piston rod of scissors driving cylinder, the scissors drive It is intermediate that cylinder of taking offence drives the pneumatic scissors to protrude into/exit two corresponding elasticity hooks.
6. automatic folding breathing mask machine according to claim 1, it is characterised in that: the breather valve welder includes setting In the workbench side breather valve feed mechanism, be sequentially arranged on the workbench second draw material wheel mechanism and first Positioner, is successively arranged weld ddge mechanism, punch mechanism and breather valve welding mechanism on first positioner, and described second Material wheel mechanism is drawn to draw material wheel mechanism structure identical with first；The breather valve feed mechanism include breather valve vibrating disk, with it is described Breather valve vibrating disk discharge port connection breather valve delivery chute, set on the breather valve conveying trench bottom straight line feeder, Photographic device above the straight line feeder and be sequentially arranged in breather valve delivery chute end positioning mechanism and Aligning gear, the positioning mechanism include the locating cover being set to above the breather valve delivery chute and traverse set on the breathing Baffle on valve delivery chute, the 4th cylinder drive the locating cover to pump, and the 5th cylinder drives before and after the baffle It moves back and forth；The aligning gear includes correcting mount, set on the push plate of the correcting mount side and set on the correcting mount two The clamping device at end and means for correcting placed in the middle；The correcting mount is equipped with the limiting slot connecting with the breather valve delivery chute, the Six cylinders drive the push plate front-rear reciprocation movement, and the clamping device includes gripper cylinder and two breather valve fixture blocks, institute Stating gripper cylinder drives two breather valve fixture blocks to do on-off action；The means for correcting placed in the middle includes correction cylinder and two A correcting block, the correction cylinder drive two correcting blocks to do on-off action；First positioner includes being set to institute State multiple screw rod mounting plates on installation cavity ceiling face, through the screw rod mounting plate the 4th adjusting screw rod, be set to the work Make the sliding floor on platform and the first nutplate set on the sliding floor bottom, first nutplate and the described 4th Adjusting screw rod is spirally connected, and the 4th adjusting screw rod drives the sliding floor to slide on the table by first nutplate It is dynamic；The weld ddge mechanism includes the weld ddge mounting rack on the sliding floor, and the on the weld ddge mounting rack the 7th Cylinder, the second plumb joint on the 7th cylinder, set on installation cavity ceiling face the second ultrasonic transducer with And the supersonic mould on second ultrasonic transducer, the supersonic mould are set under second plumb joint Side；The punch mechanism includes punching mounting rack, the punched-plate on the punching mounting rack, on the punched-plate Punching cylinder, the formed punch on the punching cylinder and the discharge nozzle below the punching mounting rack, the punching Plate is equipped with hole punching, and the formed punch is movably arranged in the hole punching, and the hole punching is communicated with the discharge nozzle；It is described to exhale Inhaling valve welding mechanism includes weldering valve mounting rack, and the 8th cylinder at the top of the weldering valve mounting rack is set to the weldering valve and installs The first slide plate on frame, the 9th cylinder on first slide plate are installed with the lifting that the 9th cylinder is drivingly connected Frame, the third motor on the lifting mounting rack, set on the rotating disk for going up and down mounting rack end and is fixedly arranged on institute State the third plumb joint in rotating disk；Breather valve sucker is equipped in the third plumb joint, the breather valve sucker exposes to institute State the end of third plumb joint；The workbench is equipped with weldering valve supporting plate, and the lower section of the weldering valve supporting plate is equipped with third ultrasonic wave Energy converter；8th cylinder drives first slide plate to reciprocatingly slide on the top surface of weldering valve mounting rack；9th cylinder The lifting mounting rack is driven to pump；The rotation of rotating disk described in the third motor driven；8th cylinder drives It moves above first slide plate slides to the correcting mount, the breather valve on the limiting slot, institute is sucked in the breather valve sucker Stating the 9th cylinder drives the lifting mounting rack to rise, and the 8th cylinder drives in first slide plate slides to weldering valve supporting plate Side, the 9th cylinder drive the lifting mounting rack decline, and the third plumb joint is tightly attached to the third ultrasonic wave transducer On device.
7. automatic folding breathing mask machine according to claim 1, it is characterised in that: the sponge strip mounting device include according to Several secondary on the workbench keep away valve roller mechanism, the first hold-down mechanism, the second hold-down mechanism and third and draw material wheel Mechanism；It is equipped with sponge strip feeding mechanism, the second positioner in the installation cavity room and is set on second positioner Upper sponge strip mechanism and Waste recovery mechanism；The sponge strip feeding mechanism includes feeding mounting base, is set to the feeding and pacifies The sponge feeding motor on seat is filled, the sponge unwinding device in the feeding mounting base is set in the feeding mounting base Rotation installing arm and set on it is described rotation installing arm on sponge material deflector roll；Second positioner includes set on described 6th mounting plate of workbench bottom, the first guide rail on the 6th mounting plate and on first guide rail Slide is installed, the driving installation slide slides on first guide rail the 6th is additionally provided on the 6th mounting plate and is adjusted The bottom of screw rod, the installation slide is equipped with the second nutplate being spirally connected with the 6th adjusting screw rod, and the described 6th adjusts spiral shell The end of bar is equipped with third adjusting handle；The Upper sponge strip mechanism includes the feeding motor on the installation slide, with The feeding rotary shaft that the feeding motor is drivingly connected, the rotary mounting seat being fixedly arranged in the rotary shaft and opposite is set to institute State two feeding cylinders on rotary mounting seat two sides, two feeding cylinders it is contrary, the feeding cylinder Piston rod is equipped with cylinder mounting base, and the cylinder mounting base is equipped with clamping jaw cylinder, and the clamping jaw cylinder is equipped with and drives with it Two sponge clamping jaws of connection are moved, sponge strip supporting plate is additionally provided on the installation slide and are set to sponge strip supporting plate side Pressing plate drive cylinder, pressing plate driving cylinder is equipped with the first pressing plate being drivingly connected with it；It is set on the installation slide There is first laser sensor, the sponge strip supporting plate is sensed equipped with second laser corresponding with the first laser sensor Device；The lower section of the sponge strip supporting plate is equipped with several sponge strip guide racks；The Waste recovery mechanism is described including being fixedly arranged on The 4th motor on slide is installed, the drawing material drive roll connecting with the 4th motor driven is opposite with drawing material drive roll The drawing material passive guide roller and the waste material wrap-up on the installation slide answered, the drawing material drive roll are set to the sponge The side of guide rack, the waste material wrap-up are connect with the 4th motor driven, and the waste material wrap-up is set to institute State the lower section for drawing material drive roll；It is described to keep away valve roller mechanism including the 4th mounting rack and be sequentially arranged in the 4th peace from the bottom to top First shelved keeps away valve roller and second keeps away valve roller, and described second, which keeps away valve roller, keeps away position equipped with corresponding with breather valve second Slot；First hold-down mechanism includes the second mounting rack, the first hold-down devices on second mounting rack and is set to The second hold-down devices on the workbench, first hold-down devices and second hold-down devices cooperate；Described Two hold-down mechanisms include third mounting rack and the third hold-down devices on the third mounting rack, are pressed under the third It sets and cooperates with the clamping jaw cylinder；First hold-down devices, second hold-down devices and the third hold-down devices Structure is identical, respectively includes lower air cylinder and the second pressing plate on the lower air cylinder piston rod；The third draws material Wheel mechanism includes two pieces of corresponding 5th mounting plates and the third set gradually from the bottom to top draws material wheel and the 4th to draw material wheel, The third draws one end of material wheel to be equipped with the 5th driving member, and the 4th drawing material wheel is equipped with to be engaged with the 5th driving member 6th driving member；The third draws the both ends of material wheel to be rotatablely connected respectively with two pieces of the 5th mounting plates；Two pieces the described 5th Be respectively equipped with the 6th sliding block being slidably connected with it on mounting plate, the described 4th draw the both ends of material wheel respectively with two pieces the described 6th Sliding block rotation connection, second adjustment axis sequentially pass through two pieces of the 6th sliding blocks, and the 6th sliding block is equipped with and its spiral shell The second snap-gauge connect, second adjustment axis are equipped with the second notch, and second snap-gauge is embedded in second notch；It is described The top surface of 6th sliding block is equipped with third spring base, the top of the 5th mounting plate be equipped with its 5th adjusting screw rod that is spirally connected, The end of 5th adjusting screw rod is equipped with the 4th spring base, and the is equipped between the third spring base and the 4th spring base Two springs, the described 4th draws material wheel to be equipped with third bit-avoiding slot.
8. automatic folding breathing mask machine according to claim 1, it is characterised in that: the cover doubling-up device includes successively The 4th on the workbench draws material wheel mechanism, doubling mechanism and vertical material pulling mechanism, the described 4th draw material wheel mechanism with First draws material wheel mechanism structure identical；The doubling mechanism includes third positioner and is obliquely set to the third upwards On positioner to folded plate；The third positioner includes the 7th adjusting screw rod on the workbench, and described The third nutplate and the second slide plate being fixedly arranged in the third nutplate that 7th adjusting screw rod is spirally connected, second slide plate It is equipped with the support rod being rotatablely connected with it, the other end of the support rod is rotatablely connected folded plate with described；Described 7th adjusts It saves screw rod and is equipped with the 4th adjusting handle；It is additionally provided with two the 7th mounting plates being arranged symmetrically on second slide plate, described Seven mounting plates are equipped with the 8th adjusting screw rod, and the bottom surface to folded plate is equipped with several axis fixed blocks, an angular adjustment axis Across the axis fixed block, the both ends of the angular adjustment axis are connect with two the 8th adjusting screw rods respectively, and the described 8th Adjusting screw rod is equipped with the 5th adjusting handle；The vertical material pulling mechanism includes the second installation frame, the 5th drawing material wheel and the 6th Draw material wheel；Described 5th draws the both ends of material wheel to be rotatablely connected respectively with the top and bottom of second installation frame, and described the Five, which draw the end of material wheel to be equipped with, draws material wheel drive shaft；The top plate and bottom plate of second installation frame further respectively have and slide with it 7th sliding block of connection, the described 6th draws the both ends of material wheel to be rotatablely connected respectively with two pieces of the 7th sliding blocks, and the described 7th is sliding It is installed with the 5th spring base on block, the side of second installation frame sets that there are two regulation handle, the ends of the regulation handle End is equipped with the 6th spring base, and third spring is equipped between the 5th spring base and the 6th spring base, and a third is adjusted Axis sequentially passes through two the 7th sliding blocks, and the top plate and bottom plate of second installation frame further respectively have to be spirally connected with it Three snap-gauges, the third adjustment axis are equipped with third notch, and the third snap-gauge is embedded in the third notch；The molding weldering Connection device includes the second guide rail on the workbench, third installation frame on second guide rail and is set to The fusion splicing devices and the 4th ultrasonic transducer of third installation frame two sides are additionally provided with driving described the on the workbench The first screw rod that three installation frames slide on second guide rail is additionally provided with and described first on the third installation frame The nut seat that bar is spirally connected；The fusion splicing devices include the tenth cylinder being fixedly arranged on the third installation frame and are set to described Welding plate on tenth cylinder piston rod.
9. automatic folding breathing mask machine according to claim 1, it is characterised in that: the device for cutting off finished product includes successively Finished product guiding mechanism and vertical cutting flywheel mechanism on the workbench, the finished product guiding mechanism include the 4th installing frame Frame, adjustment axis and finished product guide rack further respectively have connecting plate, the adjusting at the top and bottom of the 4th installation frame Axis sequentially passes through two connecting plates, is set in the adjustment axis there are two the first umbrella gear, the 4th installation frame Top and bottom further respectively have the 9th adjusting screw rod being spirally connected with it, and the both ends of the finished product guide rack are respectively and described in two The connection of 9th adjusting screw rod, the end of the 9th adjusting screw rod are equipped with the second umbrella tooth engaged with first umbrella gear Wheel；The vertical cutting flywheel mechanism includes the 5th installation frame, the second edge bearing wheel, the second slitter wheel and second pressure axis, described The top and bottom of 5th installation frame are successively arranged the 8th sliding block, the 9th sliding block and the tenth sliding block, the second edge bearing wheel Both ends be rotatablely connected respectively with two pieces of the 8th sliding blocks；It is slided respectively with two pieces the described 9th at the both ends of second slitter wheel Block rotation connection；The both ends of the second pressure axis are rotatablely connected with two pieces of the tenth sliding blocks respectively, the 9th sliding block and Tenth sliding block is spirally connected, and the tenth to be spirally connected with it is further respectively had at the top and bottom of the 5th installation frame and adjusts spiral shell Bar, the tenth adjusting screw rod are equipped with the 6th adjusting handle and second pressure sensor, and the second pressure sensor is close to On the end face of the tenth sliding block；Two blocks of corresponding ear band supporting plates are additionally provided on the side of 5th installation frame.
10. automatic folding breathing mask machine according to claim 1, it is characterised in that: the discharging device includes being set to institute It states the material discharging wheel mechanism of workbench end and the drawing waste material mechanism set on the workbench side, the material discharging wheel mechanism includes 6th installation frame, third keep away valve roller and the 4th keeps away valve roller, and the third keeps away valve roller and the described 4th and keeps away the both ends difference of valve roller It is rotatablely connected with the top and bottom of the 6th installation frame；It is respectively equipped on the top and bottom of 6th installation frame 8th mounting plate is equipped with multiple discharge rollers between two piece of the 8th mounting plate；The drawing waste material mechanism includes two piece of the 9th mounting plate And the 7th between two pieces of the 9th mounting plates draws material wheel and the 8th to draw material wheel, the described 7th draws material wheel and described the Eight draw the both ends of material wheel to be rotatablely connected respectively with two pieces of the 9th mounting plates.
CN201811148747.6A 2018-09-29 2018-09-29 Full-automatic folding gauze mask machine Active CN109043699B (en)

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CN105598686A (en) * 2016-01-08 2016-05-25 苏州隆士丹自动化技术有限公司 Assembly machine of breathing valve for mask
CN107009634A (en) * 2017-05-26 2017-08-04 东莞快裕达自动化设备有限公司 Full-automatic cup-shaped mask machine
CN207579123U (en) * 2017-12-12 2018-07-06 东莞市震跃机械有限公司 A kind of auto-folder welds breather valve machine
CN108433213A (en) * 2018-02-05 2018-08-24 东莞快裕达自动化设备有限公司 One-to-two automatic folding machine for fish-shaped mask

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CN111571705B (en) * 2020-05-06 2021-11-12 齐美兰 Folding section equipment of cup-shaped mask
CN111567949A (en) * 2020-06-10 2020-08-25 广东造裕力讯智能科技有限公司 Full-automatic folding mask machine
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CN111730889A (en) * 2020-06-29 2020-10-02 浙江田中精机股份有限公司 Multi-split mask manufacturing machine
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CN111774502A (en) * 2020-07-10 2020-10-16 广东华中科技大学工业技术研究院 Intelligent nose line discharging device and method of mask machine
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