CN209096206U - The compound slitting all-in-one machine of ultrasonic wave filter paper - Google Patents
The compound slitting all-in-one machine of ultrasonic wave filter paper Download PDFInfo
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- CN209096206U CN209096206U CN201821776378.0U CN201821776378U CN209096206U CN 209096206 U CN209096206 U CN 209096206U CN 201821776378 U CN201821776378 U CN 201821776378U CN 209096206 U CN209096206 U CN 209096206U
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Abstract
The utility model provides the compound slitting all-in-one machine of ultrasonic wave filter paper, including rack, and the unreeling material conveying mechanism, guiding flattening welding mechanism and the slitting receiving mechanism that are successively set in the rack；The unreeling material conveying mechanism includes filter paper coil conveying mechanism, fusion spray cloth coil conveying mechanism and nonwoven fabric roll material conveyer structure；The guiding flattening welding mechanism includes guiding mechanism, flattening mechanism and ultrasonic welding institution；The slitting receiving mechanism includes filter paper slitting mechanism and filter paper receiving mechanism, and the first driving mechanism set on the side of the filter paper receiving mechanism；The utility model can be adhesion-molded together by ultrasonic bonding by filter paper, fusion spray cloth and non-woven fabrics by the ultrasonic welding institution, and itemizing process is carried out by filter paper of the filter paper slitting mechanism to forming, realize full-automatic filter paper process, high production efficiency can be effectively improved, processing cost is reduced.
Description
Technical field
The utility model relates to filter paper compounding machine technical fields, and in particular, to the compound slitting all-in-one machine of ultrasonic wave filter paper.
Background technique
Filter paper is a kind of paper with good strainability, and papery is loose, there is strong absorbent properties to liquid.Analysis is real
Testing room often uses filter paper as filter medium, separates solution with solid, and filter paper is mainly used in the ground such as greasy dirt filtering, air filtration
Side.
Structure is complicated for filter paper composite production line in the prior art, inconvenient, energy consumption is higher, in transmission process due to whole
The tightness of a surface is different, keeps surface planarization poor, and process reliability is poor, it is full-automatic to be also difficult to realize simultaneously
The filter paper production process of change, leads to that production efficiency is low, high production cost.
Therefore, it is necessary to the compound slitting all-in-one machine of ultrasonic wave filter paper be designed, to solve defect in the prior art.
Utility model content
In order to overcome the deficiencies of the prior art, the utility model provides the compound slitting all-in-one machine of ultrasonic wave filter paper leads to
Crossing ultrasonic welding institution can be adhesion-molded together by ultrasonic bonding by filter paper, fusion spray cloth and non-woven fabrics, and passes through
Filter paper slitting mechanism carries out itemizing process to the filter paper of forming, realizes full-automatic filter paper process, can effectively mention
High efficiency is high, reduces processing cost.
The technical solution of the utility model is as follows: the compound slitting all-in-one machine of ultrasonic wave filter paper, including rack, and successively sets
Set unreeling material conveying mechanism, guiding flattening welding mechanism and slitting receiving mechanism in the rack；Wherein,
The unreeling material conveying mechanism include be successively set in the rack for place filter paper coil conveying mechanism,
For placing the fusion spray cloth coil conveying mechanism of fusion spray cloth coiled strip, and the non-woven fabrics coil conveying for placing non-woven fabrics coiled strip
Mechanism；
The guiding flattening welding mechanism includes guiding flattening welding mechanism bracket, and is successively set on the guiding exhibition
Guiding mechanism, flattening mechanism and ultrasonic welding institution on flat welded mechanism rack；The ultrasonic welding institution by filter paper,
Fusion spray cloth and non-woven fabrics are bonded by ultrasonic bonding；
The slitting receiving mechanism includes slitting receiving mechanism bracket, is successively set on the slitting receiving mechanism bracket
Filter paper slitting mechanism and filter paper receiving mechanism, and the first driving mechanism set on the side of the filter paper receiving mechanism.
Preferably, filter paper coil conveying mechanism include unreeling material rotating shaft support plate, unreeling material shaft, spring bearing,
First motor fixing seat, first motor, the first driving gear, the first driven gear, the second driven gear and the first guidance set；
The unreeling material rotating shaft support plate is symmetrically set in the rack；The both ends of the unreeling material shaft by the spring bearing with
The unreeling material rotating shaft support plate rotation connection；The side of the unreeling material rotating shaft support plate of one is fixedly installed with described
One motor fixing seat；The first motor is fixedly mounted in the first motor fixing seat, and the shaft of the first motor is solid
Connect first driving gear；First driving gear, first driven gear and second driven gear rotation connect
It connects between the unreeling material rotating shaft support plate and the first motor fixing seat；Described in the first driving gear engagement connection
First driven gear, the first driven gear engagement connect second driven gear；The affixed institute of second driven gear
State one end of unreeling material shaft；First guidance set is mounted in the rack below the unreeling material shaft；Pass through
The first motor drives the rotation of the unreeling material shaft.
Preferably, fusion spray cloth coil conveying mechanism, the nonwoven fabric roll material conveyer structure and the filter paper coiled strip are defeated
Send the structure of mechanism consistent.
Preferably, the guiding mechanism includes non-woven fabrics guiding mechanism, fusion spray cloth guiding mechanism, and with the non-woven fabrics
The consistent filter paper guiding mechanism of guiding mechanism structure；The guiding flattening welding mechanism bracket is successively arranged non-woven fabrics from top to bottom
Guiding mechanism, fusion spray cloth guiding mechanism and filter paper guiding mechanism.
Preferably, the non-woven fabrics guiding mechanism includes first bearing seat, ratchet assembly, third roller, and by two
The guide part of guide post composition disposed in parallel；The ratchet assembly includes ratchet, and with ratchet cooperation constitute it is unidirectional between
It has a rest the pawl of movement；The both ends of the guide part flatten welding mechanism holder pivots by the first bearing seat and the guiding
Connection；The ratchet is also fixedly mounted on one end of the guide part, one end of the pawl and the guiding flatten bonding machine
Structure bracket；The third roller (3213) is rotatably connected on the guiding flattening welding mechanism at the guide part rear
On bracket；The fusion spray cloth guiding mechanism includes the 4th roller, and the 5th roller set on the 4th roller rear.
Preferably, the flattening mechanism includes the first spread rod, the second spread rod, the second motor, gear-box and the first biography
Dynamic component；The first spread rod and the second spread rod are rotatably connected on the guiding flattening welding mechanism bracket；Institute
State the input shaft of the affixed gear-box of shaft of the second motor, the output shaft of the gear-box, the first spread rod and institute
The second spread rod is stated to be sequentially connected by first transmission component.
Preferably, the ultrasonic welding institution includes multiple supersonic generator components, is set to ultrasonic wave generation
Rolling assembly above device assembly, and the second driving assembly set on the side of the supersonic generator component；It is described super
Sonic generator component includes supersonic generator assembly support, supersonic generator, supersonic generator fixed frame, the first gas
Cylinder, fan, the first guide post and the first guide sleeve；First guide post is symmetrically installed on the supersonic generator assembly support,
The supersonic generator fixed frame is slidably connected by first guide sleeve and first guide post；It is solid to state supersonic generator
Determine to be fixedly connected with the supersonic generator and the fan on frame；It installs the lower end of the supersonic generator assembly support
There are first cylinder, the affixed supersonic generator of the piston rod of first cylinder；It is set on the supersonic generator
There is ultrasonic bonding head；Each adjacent supersonic generator component, which is staggered installation of, flattens welding mechanism bracket in the guiding
On.
Preferably, the rolling assembly includes first rotating shaft, the 7th roller, second bearing seat, the second cylinder and oscillating rod；
The first rotating shaft flattens welding mechanism holder pivots with the guiding by the second bearing seat and connect；7th roller
Positioned at the first rotating shaft rear, the both ends of the 7th roller are connect with one end of the oscillating rod respectively, the oscillating rod
The other end and the guiding flattening welding mechanism bracket；The piston rod of second cylinder and the one of the oscillating rod consolidate
It connects, the bottom end of second cylinder is affixed by a rotation seat and guiding flattening welding mechanism bracket；Pass through described second
Cylinder drives the pendulum motion of the 7th roller；The rolling of the first rotating shaft is driven to transport by second driving assembly
It is dynamic；The ultrasonic bonding head can be pushed close to the outer wall of the first rotating shaft by first cylinder, and described in process
Filter paper, fusion spray cloth and the non-woven fabrics of first rotating shaft are bonded together by ultrasonic bonding.
Preferably, filter paper slitting mechanism includes linear guide, multiple cutting members, multiple cutting wheels, slitting shaft,
Two shafts, third shaft, the 8th roller and measurement filter paper length mechanism；It is successively rotatablely installed on the slitting receiving mechanism bracket
There are second shaft, slitting shaft, third shaft and the 8th roller；The slitting receiving mechanism above the slitting shaft
Linear guide is installed on bracket；The cutting member is affixed by a connecting plate and the sliding block of the linear guide；The cutting
Part and the cutting wheel are rotatablely connected, and are installed with the circular support block matched with the cutting wheel in the slitting shaft；Institute
Measurement filter paper length mechanism is stated to be located above third shaft.
Preferably, the filter paper receiving mechanism includes the 4th shaft, the 5th shaft, rewinding shaft, rewinding support frame, the 4th
Cylinder, the second guide post, the second guide sleeve and rewinding shaft connecting plate；The receipts are fixedly installed on the slitting receiving mechanism bracket
Expect support frame, is symmetrically installed with second guide post on the rewinding support frame；The rewinding shaft connecting plate passes through described the
Two guide sleeves are slidably connected with second guide post；The top of the rewinding support frame is fixedly installed with the 4th cylinder, described
The piston rod activity of 4th cylinder passes through the rewinding support frame and the rewinding shaft connecting plate is affixed；The rewinding shaft with
The rewinding shaft connecting plate rotation connection；4th shaft and the 5th shaft are received by fourth bearing and the slitting
Expect mechanism rack rotation connection；The rewinding shaft is located at position between the 4th shaft and the 5th shaft top, and
The rotational motion of the 4th shaft and the 5th shaft is set to drive the rotational motion of the rewinding shaft, to collect filter paper.
The utility model has the following beneficial effects: compared with prior art, the utility model first pass through the guiding mechanism and
The flattening mechanism flattens the surface of filter paper, fusion spray cloth and non-woven fabrics；It can will be filtered by the ultrasonic welding institution again
Paper, fusion spray cloth and non-woven fabrics are adhesion-molded together by ultrasonic bonding, and bond with ultrasonic bonding, make filter paper processing can
, guarantee filter paper processing quality high by property；And itemizing process is carried out by filter paper of the filter paper slitting mechanism to forming, is realized complete
The filter paper process of automation saves manpower, can effectively improve high production efficiency, reduces processing cost.
Detailed description of the invention:
Fig. 1 is the structural schematic diagram of the compound slitting all-in-one machine of ultrasonic wave filter paper described in the utility model；
Fig. 2 is that the decomposition of the filter paper coil conveying mechanism of the compound slitting all-in-one machine of ultrasonic wave filter paper described in the utility model is shown
It is intended to；
Fig. 3 is the enlarged drawing in the compound slitting all-in-one machine Fig. 2 of ultrasonic wave filter paper described in the utility model at A；
Fig. 4 is that the structure of the guiding flattening welding mechanism of the compound slitting all-in-one machine of ultrasonic wave filter paper described in the utility model is shown
It is intended to；
Fig. 5 is the structural representation of the non-woven fabrics guiding mechanism of the compound slitting all-in-one machine of ultrasonic wave filter paper described in the utility model
Figure；
Fig. 6 is the flattening mechanism structural schematic diagram of the compound slitting all-in-one machine of ultrasonic wave filter paper described in the utility model；
Fig. 7 is the structural representation of the ultrasonic welding institution of the compound slitting all-in-one machine of ultrasonic wave filter paper described in the utility model
Figure；
Fig. 8 is the structural representation of the slitting receiving mechanism of the compound slitting all-in-one machine of ultrasonic wave filter paper described in the utility model
Figure；
Fig. 9 is the enlarged drawing in Fig. 8 of the compound slitting all-in-one machine of ultrasonic wave filter paper described in the utility model at A.
Description of symbols:
Rack 10, unreeling material conveying mechanism 20, filter paper coil conveying mechanism 21, unreeling material rotating shaft support plate 211, notch
2111, swing handle 2112, unreeling material shaft 212, spring bearing 213, first motor fixing seat 214, gear guard 2141,
One motor 215, the first driving gear 216, the first driven gear 217, the second driven gear 218, the first guidance set 219,
One roller 2191, second tin roller 2192, fusion spray cloth coil conveying mechanism 22, nonwoven fabric roll material conveyer structure 23, guiding flattening weldering
Connection mechanism 30, guiding flattening welding mechanism bracket 31, guiding mechanism 32, non-woven fabrics guiding mechanism 321, first bearing seat 3211,
Ratchet assembly 3212, ratchet 32121, pawl 32122, third roller 3213, guide part 3214, fusion spray cloth guiding mechanism 322,
Four rollers 3221, the 5th roller 3222, filter paper guiding mechanism 323, flattening mechanism 33, the first spread rod 331, the second spread rod
332, the second motor 333, gear-box 334, the first transmission component 335, the first drive sprocket 3351, the first driven sprocket 3352,
Second driven sprocket 3353 and the first transmission chain 3354, spread rod bearing block 336, the 6th roller 337, ultrasonic welding institution
34, rolling assembly 341, first rotating shaft 3411, the 7th roller 3412, second bearing seat 3413, the second cylinder 3414 and oscillating rod
3415, rotation seat 3416, the 9th roller 3417, supersonic generator component 342, supersonic generator assembly support 3421, super
Sonic generator 3422, supersonic generator fixed frame 3423, the first cylinder 3424, fan 3425, the first guide post 3426,
One guide sleeve 3427, ultrasonic bonding head 3428, the second driving assembly 343, third motor 3431, the second drive sprocket 3432,
Three driven sprockets 3433, third driven gear 3434, the 4th driven gear 3435, the second transmission chain 3436, slitting receiving mechanism
40, slitting receiving mechanism bracket 41, filter paper slitting mechanism 42, linear guide 421, cutting member 422, groove 4221, cutting wheel
423, slitting shaft 424, circular support block 4241, the second shaft 425, third shaft 426, the 8th roller 427, measurement filter paper are long
Spend mechanism 428, connecting plate 429, adjusting block 4291, filter paper receiving mechanism 43, the 4th shaft 431, the 5th shaft 432, rewinding turn
Axis 433, rewinding support frame 434, the 4th cylinder 435, the second guide post 436, the second guide sleeve 437, rewinding shaft connecting plate 438,
Four bearings 439, the first driving mechanism 44, the 4th motor 441, third drive sprocket 442, the 5th driven sprocket the 443, the 6th are driven
Sprocket wheel 444, duplicate sprocket 445, the 7th driven sprocket 446, third transmission chain 447, the 4th transmission chain 448.
Specific embodiment
In order to make the purpose of utility model of the utility model, technical solution and technical effect are more clearly understood, tie below
Specific embodiment is closed to be described further the utility model.It should be understood that specific embodiment described herein, be only used for
It explains the utility model, is not used to limit the utility model.
Referring to Fig.1, the compound slitting all-in-one machine of ultrasonic wave filter paper, including rack 10, and it is successively set on the rack 10
On unreeling material conveying mechanism 20, guiding flattening welding mechanism 30 and slitting receiving mechanism 40.Wherein, described to unreel material conveyer
Structure 20 includes being successively set in the rack 10 to be used to place the filter paper coil conveying mechanism 21 of filter paper coiled strip, for placing
The fusion spray cloth coil conveying mechanism 22 of fusion spray cloth coiled strip, and the nonwoven fabric roll material conveyer structure for placing non-woven fabrics coiled strip
23.The guiding flattening welding mechanism 30 includes guiding flattening welding mechanism bracket 31, and is successively set on the guiding exhibition
Guiding mechanism 32, flattening mechanism 33 and ultrasonic welding institution 34 on flat welded mechanism rack 31.The ultrasonic welding machine
Structure 34 bonds filter paper, fusion spray cloth and non-woven fabrics by ultrasonic bonding.The slitting receiving mechanism 40 includes slitting collecting machine
Structure bracket 41, the filter paper slitting mechanism 42 being successively set on the slitting receiving mechanism bracket 41 and filter paper receiving mechanism 43,
And the first driving mechanism 44 set on the side of the filter paper receiving mechanism 43.
Referring to Fig. 2 and Fig. 3, filter paper coil conveying mechanism 21 includes unreeling material rotating shaft support plate 211, unreeling material shaft
212, spring bearing 213, first motor fixing seat 214, first motor 215, the first driving gear 216, the first driven gear
217, the second driven gear 218 and the first guidance set 219.The unreeling material rotating shaft support plate 211 is symmetrically set in the rack
On 10.The both ends of the unreeling material shaft 212 pass through the spring bearing 213 and the unreeling material rotating shaft support plate 211.It is described
Unreeling material rotating shaft support plate 211, which is equipped with " u "-shaped notch 2111 and is connected through a screw thread to put in the " u "-shaped notch, to be turned
Dynamic handle 2112, the spring bearing 213 are equipped with 2111 detent of " u "-shaped notch with the unreeling material rotating shaft support plate 211
The annular recessed poor 2131 of connection.And to be fixedly connected on the spring bearing 213 described by the swing handle 2112
In the " u "-shaped notch 2111 of unreeling material rotating shaft support plate 211.Also the branch can be unclamped by rotating the swing handle 2112
Bearing 213 is supportted, the unreeling material shaft 212 is taken out, facilitates the filter paper coiled strip replaced and be finished into the unreeling material shaft 212.
The side of the unreeling material rotating shaft support plate 211 of one is fixedly installed with the first motor fixing seat 214.Described first
Motor 215 is fixedly mounted in the first motor fixing seat 214, and the shaft activity of the first motor 215 passes through described the
One motor fixing seat 214 and first driving gear 216 are affixed.First driving gear 216, first driven gear
217 and second driven gear 218 be rotatably connected on the unreeling material rotating shaft support plate 211 and the first motor fixing seat
Between 214.The engagement of first driving gear 216 connects first driven gear 217, and first driven gear 217 is nibbled
It closes and connects second driven gear 218.One end of the affixed unreeling material shaft 212 of second driven gear 218.It is described
The upper end of unreeling material rotating shaft support plate 211 and the first motor fixing seat 214 is additionally provided with a gear guard 2141, the gear
Shield 2141 can ensure the safety of gear rotation, also can keep off dust for gear.First guidance set 219 is mounted on described
In the rack 10 of 212 lower section of unreeling material shaft.First guidance set 219 is including the first roller 2191 and is set to institute
State the second tin roller 2192 immediately below the first roller 2191.First roller 2191 is fixedly connected on institute by the first roller seat
It states in rack 10, the second tin roller 2192 is fixedly connected in the rack 10 by second tin roller seat.Pass through described first
Motor 215 drives the rotation of the unreeling material shaft 212.
Fusion spray cloth coil conveying mechanism 22, the nonwoven fabric roll material conveyer structure 23 and the filter paper coil conveying machine
The structure of structure 21 is consistent.
Referring to Fig. 4, the guiding mechanism 32 includes non-woven fabrics guiding mechanism 321, fusion spray cloth guiding mechanism 322, Yi Jiyu
The consistent filter paper guiding mechanism 323 of 321 structure of non-woven fabrics guiding mechanism.The guiding flattens welding mechanism bracket 31 from upper
Non-woven fabrics guiding mechanism 321, fusion spray cloth guiding mechanism 322 and filter paper guiding mechanism 323 are successively arranged under.
Referring to Fig. 5, the non-woven fabrics guiding mechanism 321 includes first bearing seat 3211, ratchet assembly 3212, third roller
3213, and the guide part 3214 being made of two guide posts disposed in parallel.The ratchet assembly 3212 includes ratchet 32121,
And the pawl 32122 of unidirectional intermittent movement is constituted with the ratchet 32121 cooperation.The both ends of the guide part 3214 pass through
The first bearing seat 3211 is rotatablely connected with guiding flattening welding mechanism bracket 31.On one end of the guide part 3214
The ratchet 32121 is also fixedly mounted, one end of the pawl and guiding flattening welding mechanism bracket 31 are pivotally connected.Described
Three rollers 3213 flatten welding mechanism branch by the guiding that third roller seat is fixedly connected on 3214 rear of guide part
On frame 31.Non-woven fabrics from the guide part 3214 under with serpentine bypass the guide part 3214, after again from the third
3213 upper end of roller bypasses.By the guiding of the non-woven fabrics guiding mechanism 321, the conveying for making filter paper not relax influences in the past
Subsequent ultrasonic bonding work.Because the filter paper guiding mechanism 323 is consistent with the structure of the non-woven fabrics guiding mechanism 321,
So filter paper is in the winding of winding and non-woven fabrics on the non-woven fabrics guiding mechanism 321 on the filter paper guiding mechanism 323
Equally.
Referring to Fig. 4, the fusion spray cloth guiding mechanism 322 includes the 4th roller 3221, and is set to the 4th roller
5th roller 3222 at 3221 rears.4th roller 3221 is fixedly connected on the guiding flattening weldering by the 4th roller seat
On connection mechanism bracket 31, the 5th roller 3222 is fixedly connected on the guiding by the 5th roller seat and flattens welding mechanism branch
On frame 31.Fusion spray cloth is first bypassed from 3221 lower end of the 4th roller, then is bypassed above the 5th roller 3222.
Referring to Fig. 6, the flattening mechanism 33 includes the first spread rod 331, the second spread rod 332, the second motor 333, tooth
Roller box 334 and the first transmission component 335.First transmission component 335 can be designed as sprocket wheel and chain, belt wheel and transmission belt,
Intermeshing or other drive mechanisms between gear, the utility model herein without limiting one by one.For the utility model, institute
The first transmission component 335 is stated using the drive mechanism of sprocket wheel and chain.First transmission component 335 includes the first drive sprocket
3351, the first driven sprocket 3352, the second driven sprocket 3353 and the first transmission chain 3354.The first spread rod 331 and institute
It states the second spread rod 332 and the rotation connection of welding mechanism bracket 31 is flattened by spread rod bearing block 336 and the guiding respectively.
One end of the first spread rod 331 and one end of the second spread rod 332 pass through the spread rod bearing block 336 and institute
It is affixed with first driven sprocket 3352 and second driven sprocket 3353 respectively to state guiding flattening welding mechanism bracket 31.
Second motor 333 and the gear-box 334 are fixedly mounted on the guiding flattening welding mechanism bracket 31.Described second
The input shaft of the affixed gear-box 334 of the shaft of motor 333, the output shaft of the gear-box 334 and first drive chain
It is affixed to take turns 3351.First drive sprocket 3351, first driven sprocket 3352 and second driven sprocket 3353 it
Between by first transmission chain 3354 be sequentially connected, make first drive sprocket 3351, first driven sprocket 3352
A closure drive circuit structure is formed between second driven sprocket 3353.The institute at 332 rear of the second spread rod
It states guiding flattening welding mechanism bracket 31 and is equipped with the 6th roller 337.Second motor 333 drives the first spread rod
331 and the second spread rod 332 rotation.331 pairs of the first spread rod non-woven fabrics by the upper end carry out surface flattening,
332 pairs of the second spread rod fusion spray cloths and filter paper by the upper end carry out surface flattening.
Referring to Fig. 7, the ultrasonic welding institution 34 includes multiple supersonic generator components 342, is set to the ultrasound
The rolling assembly 341 of 342 top of wave producer component, and set on the second of the side of the supersonic generator component 342
Driving assembly 343.
Referring to Fig. 7, the supersonic generator component 342 includes supersonic generator assembly support 3421, ultrasonic wave hair
Raw device 3422, supersonic generator fixed frame 3423, the first cylinder 3424, fan 3425, the first guide post 3426 and the first guide sleeve
3427.The supersonic generator assembly support 3421 is fixedly mounted on the guiding flattening welding mechanism bracket 31.It is described
First guide post 3426, the supersonic generator fixed frame are symmetrically installed on supersonic generator assembly support 3421
3423 are slidably connected by first guide sleeve 3427 with first guide post 3426.The supersonic generator fixed frame
The supersonic generator 3422 is fixedly installed on 3423, it is solid that the fan 3425 is fixedly mounted on the supersonic generator
Determine a side of frame 3423.It is radiated by the fan 3425 to the supersonic generator 3422.The supersonic generator
The lower end of assembly support 3421 is equipped with first cylinder 3424, and the piston rod activity of first cylinder 3424 passes through institute
It states supersonic generator assembly support 3421 and the supersonic generator fixed frame 3423 is affixed.The supersonic generator
3422 are equipped with ultrasonic bonding head 3428.Each adjacent supersonic generator component 342 is staggered installation of in the guiding
It flattens on welding mechanism bracket 31.
Referring to Fig. 7, the rolling assembly 341 include first rotating shaft 3411, the 7th roller 3412, second bearing seat 3413,
Second cylinder 3414 and oscillating rod 3415.The first rotating shaft 3411 is flattened by the second bearing seat 3413 with the guiding
Welding mechanism bracket 31 is rotatablely connected.7th roller 3412 is located at 3411 rear of first rotating shaft, the 7th roller
3412 both ends are connect with one end of the oscillating rod 3415 respectively, and the other end of the oscillating rod 3415 and the guiding flatten
Welding mechanism bracket 31 is pivotally connected.The one of the piston rod of second cylinder 3414 and the oscillating rod 3415 is affixed, and described second
The bottom end of cylinder 3414 is affixed by a rotation seat 3416 and guiding flattening welding mechanism bracket 31.Pass through described second
Cylinder 3414 drives the pendulum motion of the 7th roller 3412, and the 7th roller 3412 and the first rotating shaft is adjusted
The distance between 3411.The guiding flattening welding mechanism bracket 31 of 7th roller, 3412 top is additionally provided with rotation connection
The 9th roller 3417.
Referring to Fig. 4, second driving assembly 343 is driven including third motor 3431, the second drive sprocket 3432, third
Sprocket wheel 3433, third driven gear 3434, the 4th driven gear 3435 and the second transmission chain 3436.The third motor 3431 is solid
Surely it is connected on the guiding flattening welding mechanism bracket 31, affixed second drive chain of the shaft of the third motor 3431
Wheel 3432.The third driven sprocket 3433 and the third driven gear 3434 are rotatably connected on described by the second rotation axis
On guiding flattening welding mechanism bracket 31.Pass through institute between second drive sprocket 3432 and the third driven sprocket 3433
State the transmission connection of the second transmission chain 3436.The third driven gear 3434 engages connection with the 4th driven gear 3435；
4th driven gear 3435 is fixedly mounted on one end of the first rotating shaft 3411.Pass through 3431 band of third motor
Move the rolling movement of the first rotating shaft 3411.The first rotating shaft is passed through in filter paper, fusion spray cloth and non-woven fabrics stacking together
3411 lower ends can push the ultrasonic bonding head 3428 close to the first rotating shaft 3411 by first cylinder 3424
Outer wall presses the ultrasonic bonding head 3428 to filter paper, fusion spray cloth and non-woven fabrics with the first rotating shaft 3411, and
Make filter paper, fusion spray cloth by ultrasonic bonding and non-woven fabrics is smooth is bonded together.
Referring to Fig. 8 and Fig. 9, filter paper slitting mechanism 42 includes linear guide 421, multiple cutting members 422, multiple cuttings
Wheel 423, slitting shaft 424, the second shaft 425, third shaft 426, the 8th roller 427 and measurement filter paper length mechanism 428.
Second shaft 425, slitting shaft 424, third shaft 426 and are sequentially installed on the slitting receiving mechanism bracket 41
Eight rollers 427.Second shaft 425, the slitting shaft 424 and the third shaft 426 respectively by 3rd bearing seat,
Slitting bearing block and fourth bearing seat and the slitting receiving mechanism bracket 41 are rotatablely connected.8th roller 427 passes through the
Eight roller seats are fixedly connected with the slitting receiving mechanism bracket 41.The slitting collecting machine of 424 top of slitting shaft
Linear guide 421 is installed on structure bracket 41.The cunning that the cutting member 422 passes through a connecting plate 429 and the linear guide 421
Block is fixedly connected.Adjusting block 4291 is installed on the connecting plate 429, the adjusting block 4291 is equipped with screw, passes through locking
Sliding block can be fixed in the linear guide 421 by the screw；It unclamps the screw and sliding block is adjusted in the linear guide
Position on 421, to adjust the position of the cutting wheel 423.The cutting member 422 is equipped with a plurality of groove 4221, uses
Screw passes through the groove 4221 and is fixedly connected with the connecting plate 429, and the cutting member 422 is fixedly connected on the connection
On plate 429.And position of the screw on the groove 4221 is adjusted, to adjust the height of the cutting member 422.Institute
Cutting member 422 is stated to be rotatablely connected equipped with extension bar, the extension bar and the cutting wheel 423.It is fixed in the slitting shaft 424
There is the circular support block 4241 matched with the cutting wheel 423.The measurement filter paper length mechanism 428 is located at third shaft
426 tops, the length that the filter paper for measuring processing is collected on the filter paper receiving mechanism 43.It is bonding filter paper together, molten
Spraying and non-woven fabrics are smooth successively into excessively described second shaft 425, the slitting shaft 424, the third shaft 426 and described
8th roller 427, and slitting cutting is carried out to it by the cutting wheel 423.The cutting wheel 423 can be in the filter paper processed
On be cut into a cutting trace, it is convenient easily to ribbon filter paper when in use.
Referring to Fig. 8, the filter paper receiving mechanism 43 includes the 4th shaft 431, the 5th shaft 432, rewinding shaft 433, receives
Expect support frame 434, the 4th cylinder 435, the second guide post 436, the second guide sleeve 437 and rewinding shaft connecting plate 438.The slitting is received
It is fixedly installed with the rewinding support frame 434 on material mechanism rack 41, described the is symmetrically installed on the rewinding support frame 434
Two guide posts 436；The rewinding shaft connecting plate 438 is slidably connected by second guide sleeve 437 with second guide post 436.
The top of the rewinding support frame 434 is fixedly installed with the 4th cylinder 435, the piston rod activity of the 4th cylinder 435
It is affixed across the rewinding support frame 434 and the rewinding shaft connecting plate 438.The rewinding shaft 433 passes through 5th bearing
It is rotatablely connected with the rewinding shaft connecting plate 438.4th shaft 431 and the 5th shaft 432 pass through fourth bearing
439 are rotatablely connected with the slitting receiving mechanism bracket 41.The rewinding shaft 433 is located at the 4th shaft 431 and described
Position between 5th shaft, 432 top, and the rotational motion of the 4th shaft 431 and the 5th shaft 432 is made to drive institute
The rotational motion of rewinding shaft 433 is stated, to collect filter paper.
Referring to Fig. 8, first driving mechanism 44 includes the 4th motor 441, third drive sprocket 442, the 5th driven chain
Take turns the 443, the 6th driven sprocket 444, duplicate sprocket 445, the 7th driven sprocket 446, third transmission chain 447 and the 4th transmission chain
448.4th motor 441 is fixedly mounted on the slitting receiving mechanism bracket 41, and the shaft of the 4th motor 441 is solid
Connect the third drive sprocket 442.5th driven sprocket 443 and the 6th driven sprocket 444 are respectively and fixedly installed to described
On one end of 4th shaft 431 and the 5th shaft 432；The duplicate sprocket 445 is fixedly mounted on the third shaft 426
One end on；7th driven sprocket 446 is fixedly mounted on one end of second shaft 425.The third drive chain
The steamboat of 442, the 5th driven sprocket 443, the 6th driven sprocket 444 and the duplicate sprocket 445 is taken turns described in
Third transmission chain 447 is sequentially connected.The bull wheel of the duplicate sprocket 445 and the 7th driven sprocket 446 pass through the described 4th
Transmission chain 448 is sequentially connected.Second shaft 425, the third shaft 426, described is driven by the 4th motor 441
The rotational motion of 4th shaft 431 and the 5th shaft 432.
Utility model works principle and process: filter paper is melted from filter paper coil conveying mechanism 21, fusion spray cloth from described
Spraying coil conveying mechanism 22 and non-woven fabrics are successively led by the guiding mechanism 32 from nonwoven fabric roll material conveyer structure 23
To tensioning, the spread rod by the flattening mechanism 33 is flattened, and passes through ultrasonic bonding by the ultrasonic welding institution 34
Make filter paper, fusion spray cloth and non-woven fabrics is smooth is bonded together, by the cutting wheel 423 in filter paper slitting mechanism 42 to viscous
Filter paper, fusion spray cloth and the non-woven fabrics unified carry out slitting cutting, by the filter paper receiving mechanism 43 filter paper that slitting is good
It collects in the rewinding shaft 433, realizes the compound slitting full-automation process of filter paper.
It, cannot the above content is specific preferred embodiment further detailed description of the utility model is combined
Assert that the specific implementation of the utility model is only limited to these instructions.For the ordinary skill of the utility model technical field
For personnel, without departing from the concept of the premise utility, architectural form cans be flexible and changeable, and can be produced with subseries
Product.Several simple deduction or replace are only made, it is true by the claims submitted all to shall be regarded as belonging to the utility model
Fixed scope of patent protection.
Claims (10)
1. the compound slitting all-in-one machine of ultrasonic wave filter paper, which is characterized in that including rack (10), and be successively set on the rack
(10) unreeling material conveying mechanism (20), guiding flattening welding mechanism (30) and slitting receiving mechanism (40) on；Wherein,
The unreeling material conveying mechanism (20) includes the filter for being used to place filter paper coiled strip being successively set on the rack (10)
Paper roll material conveyer structure (21), the fusion spray cloth coil conveying mechanism (22) for placing fusion spray cloth coiled strip, and for placing nothing
The nonwoven fabric roll material conveyer structure (23) of woven fabric coiled strip；
Guiding flattening welding mechanism (30) includes guiding flattening welding mechanism bracket (31), and is successively set on described lead
Guiding mechanism (32), flattening mechanism (33) and ultrasonic welding institution (34) in flattening welding mechanism bracket (31)；It is described
Ultrasonic welding institution (34) bonds filter paper, fusion spray cloth and non-woven fabrics by ultrasonic bonding；
The slitting receiving mechanism (40) includes slitting receiving mechanism bracket (41), is successively set on the slitting receiving mechanism branch
Filter paper slitting mechanism (42) and filter paper receiving mechanism (43) on frame (41), and it is set to the one of the filter paper receiving mechanism (43)
The first driving mechanism (44) of side.
2. the compound slitting all-in-one machine of ultrasonic wave filter paper as described in claim 1, which is characterized in that the filter paper coil conveying machine
Structure (21) includes unreeling material rotating shaft support plate (211), unreeling material shaft (212), spring bearing (213), first motor fixing seat
(214), first motor (215), the first driving gear (216), the first driven gear (217), the second driven gear (218) and
One guidance set (219)；The unreeling material rotating shaft support plate (211) is symmetrically set on the rack (10)；The unreeling material turns
The both ends of axis (212) are rotatablely connected by the spring bearing (213) and the unreeling material rotating shaft support plate (211)；One
The side of the unreeling material rotating shaft support plate (211) is fixedly installed with the first motor fixing seat (214)；The first motor
(215) it is fixedly mounted on the first motor fixing seat (214), the shaft affixed described first of the first motor (215)
Driving gear (216)；First driving gear (216), first driven gear (217) and second driven gear
(218) it is rotatably connected between the unreeling material rotating shaft support plate (211) and the first motor fixing seat (214)；Described
One driving gear (216) engagement connects first driven gear (217), the first driven gear (217) engagement connection institute
State the second driven gear (218)；One end of the affixed unreeling material shaft (212) of second driven gear (218)；Described
One guidance set (219) is mounted in the rack (10) below the unreeling material shaft (212)；Pass through the first motor
(215) rotation of the unreeling material shaft (212) is driven.
3. the compound slitting all-in-one machine of ultrasonic wave filter paper as described in claim 1, which is characterized in that the fusion spray cloth coil conveying
Mechanism (22), the nonwoven fabric roll material conveyer structure (23) are consistent with the structure of filter paper coil conveying mechanism (21).
4. the compound slitting all-in-one machine of ultrasonic wave filter paper as described in claim 1, which is characterized in that guiding mechanism (32) packet
Include non-woven fabrics guiding mechanism (321), fusion spray cloth guiding mechanism (322), and with non-woven fabrics guiding mechanism (321) structure one
The filter paper guiding mechanism (323) of cause；Guiding flattening welding mechanism bracket (31) is successively arranged non-woven fabrics guiding from top to bottom
Mechanism (321), fusion spray cloth guiding mechanism (322) and filter paper guiding mechanism (323).
5. the compound slitting all-in-one machine of ultrasonic wave filter paper as claimed in claim 4, which is characterized in that the non-woven fabrics guiding mechanism
It (321) include first bearing seat (3211), ratchet assembly (3212), third roller (3213), and it is disposed in parallel by two
The guide part (3214) of guide post composition；The ratchet assembly (3212) includes ratchet (32121), and with the ratchet
(32121) cooperation constitutes the pawl (32122) of unidirectional intermittent movement；The both ends of the guide part (3214) pass through the first axle
Hold seat (3211) and guiding flattening welding mechanism bracket (31) rotation connection；It is also solid on one end of the guide part (3214)
Dingan County fills the ratchet (32121), one end of the pawl and guiding flattening welding mechanism bracket (31) pivot joint；Described
Three rollers (3213) are rotatably connected in guiding flattening welding mechanism bracket (31) at the guide part (3214) rear；Institute
Stating fusion spray cloth guiding mechanism (322) includes the 4th roller (3221), and is set to the 5th of the 4th roller (3221) rear
Roller (3222).
6. the compound slitting all-in-one machine of ultrasonic wave filter paper as described in claim 1, which is characterized in that flattening mechanism (33) packet
Include the first spread rod (331), the second spread rod (332), the second motor (333), gear-box (334) and the first transmission component
(335)；The first spread rod (331) and the second spread rod (332) are rotatably connected on the guiding flattening welding mechanism
On bracket (31)；The input shaft of the affixed gear-box (334) of the shaft of second motor (333), the gear-box (334)
Output shaft, the first spread rod (331) and the second spread rod (332) pass through first transmission component (335) pass
Dynamic connection.
7. the compound slitting all-in-one machine of ultrasonic wave filter paper as described in claim 1, which is characterized in that the ultrasonic welding institution
It (34) include multiple supersonic generator components (342), the rolling assembly above the supersonic generator component (342)
(341), and be set to the supersonic generator component (342) side the second driving assembly (343)；The ultrasonic wave hair
Raw device assembly (342) include that supersonic generator assembly support (3421), supersonic generator (3422), supersonic generator are solid
Determine frame (3423), the first cylinder (3424), fan (3425), the first guide post (3426) and the first guide sleeve (3427)；The ultrasound
First guide post (3426), the supersonic generator fixed frame are symmetrically installed on wave producer assembly support (3421)
(3423) it is slidably connected by first guide sleeve (3427) with first guide post (3426)；The supersonic generator is fixed
The supersonic generator (3422) and the fan (3425) are fixedly installed on frame (3423)；The supersonic generator group
The lower end of part bracket (3421) is equipped with first cylinder (3424), and the piston rod of first cylinder (3424) is affixed described
Supersonic generator fixed frame (3423)；The supersonic generator (3422) is equipped with ultrasonic bonding head (3428)；Each phase
The adjacent supersonic generator component (342) is staggered installation of in guiding flattening welding mechanism bracket (31).
8. the compound slitting all-in-one machine of ultrasonic wave filter paper as claimed in claim 7, which is characterized in that the rolling assembly (341)
Including first rotating shaft (3411), the 7th roller (3412), second bearing seat (3413), the second cylinder (3414) and oscillating rod
(3415)；The first rotating shaft (3411) flattens welding mechanism bracket by the second bearing seat (3413) and the guiding
(31) it is rotatablely connected；7th roller (3412) is located at the first rotating shaft (3411) rear, the 7th roller (3412)
Both ends connect respectively with one end of the oscillating rod (3415), the other end of the oscillating rod (3415) and guiding flattening
Welding mechanism bracket (31) pivot joint；One end of the piston rod and the oscillating rod (3415) of second cylinder (3414) is affixed,
The bottom end of second cylinder (3414) is affixed by a rotation seat (3416) and guiding flattening welding mechanism bracket (31)；
The pendulum motion of the 7th roller (3412) is driven by second cylinder (3414)；Pass through second driving assembly
(343) rolling movement of the first rotating shaft (3411) is driven；The ultrasonic wave can be pushed by first cylinder (3424)
Plumb joint (3428) close to the first rotating shaft (3411) outer wall, and to the filter paper, molten by the first rotating shaft (3411)
Spraying and non-woven fabrics are bonded together by ultrasonic bonding.
9. the compound slitting all-in-one machine of ultrasonic wave filter paper as described in claim 1, which is characterized in that filter paper slitting mechanism
It (42) include linear guide (421), multiple cutting members (422), multiple cutting wheels (423), slitting shaft (424), the second shaft
(425), third shaft (426), the 8th roller (427) and measurement filter paper length mechanism (428)；The slitting receiving mechanism bracket
(41) second shaft (425), slitting shaft (424), third shaft (426) and the 8th roller are successively rotatably equipped on
(427)；Linear guide (421) are installed on the slitting receiving mechanism bracket (41) above the slitting shaft (424)；Institute
It is affixed by a connecting plate (429) and the sliding block of the linear guide (421) to state cutting member (422)；The cutting member (422) with
The cutting wheel (423) is rotatablely connected, and is installed with the circle matched with the cutting wheel (423) on the slitting shaft (424)
Shape supporting block (4241)；The measurement filter paper length mechanism (428) is located above third shaft (426).
10. the compound slitting all-in-one machine of ultrasonic wave filter paper as described in claim 1, which is characterized in that the filter paper receiving mechanism
It (43) include the 4th shaft (431), the 5th shaft (432), rewinding shaft (433), rewinding support frame (434), the 4th cylinder
(435), the second guide post (436), the second guide sleeve (437) and rewinding shaft connecting plate (438)；The slitting receiving mechanism bracket
(41) it is fixedly installed with the rewinding support frame (434) on, is symmetrically installed with described second on the rewinding support frame (434) and leads
Column (436)；The rewinding shaft connecting plate (438) is connected by second guide sleeve (437) and second guide post (436) sliding
It connects；The top of the rewinding support frame (434) is fixedly installed with the 4th cylinder (435), the work of the 4th cylinder (435)
Stopper rod activity passes through the rewinding support frame (434) and the rewinding shaft connecting plate (438) is affixed；The rewinding shaft
(433) it is rotatablely connected with the rewinding shaft connecting plate (438)；4th shaft (431) and the 5th shaft (432) are logical
It crosses fourth bearing (439) and the slitting receiving mechanism bracket (41) is rotatablely connected；The rewinding shaft (433) is located at described the
Position between above four shafts (431) and the 5th shaft (432), and make the 4th shaft (431) and 5th turn described
The rotational motion of axis (432) drives the rotational motion of the rewinding shaft (433), to collect filter paper.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821776378.0U CN209096206U (en) | 2018-10-30 | 2018-10-30 | The compound slitting all-in-one machine of ultrasonic wave filter paper |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821776378.0U CN209096206U (en) | 2018-10-30 | 2018-10-30 | The compound slitting all-in-one machine of ultrasonic wave filter paper |
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| Publication Number | Publication Date |
|---|---|
| CN209096206U true CN209096206U (en) | 2019-07-12 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201821776378.0U Active CN209096206U (en) | 2018-10-30 | 2018-10-30 | The compound slitting all-in-one machine of ultrasonic wave filter paper |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111602885A (en) * | 2020-05-18 | 2020-09-01 | 哈尔滨飞诺科技有限责任公司 | Processing equipment with fragrant smell gauze mask |
| CN112869958A (en) * | 2021-03-08 | 2021-06-01 | 陈万钧 | Medical treatment dressing production is with dividing strip coiling material device |
| CN117124691A (en) * | 2023-09-18 | 2023-11-28 | 河北德科斯汽车零部件有限公司 | Ultrasonic pressing device for multi-layer filter cloth |
-
2018
- 2018-10-30 CN CN201821776378.0U patent/CN209096206U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111602885A (en) * | 2020-05-18 | 2020-09-01 | 哈尔滨飞诺科技有限责任公司 | Processing equipment with fragrant smell gauze mask |
| CN112869958A (en) * | 2021-03-08 | 2021-06-01 | 陈万钧 | Medical treatment dressing production is with dividing strip coiling material device |
| CN117124691A (en) * | 2023-09-18 | 2023-11-28 | 河北德科斯汽车零部件有限公司 | Ultrasonic pressing device for multi-layer filter cloth |
| CN117124691B (en) * | 2023-09-18 | 2024-04-09 | 河北德科斯汽车零部件有限公司 | Ultrasonic pressing device for multi-layer filter cloth |
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