CN106264281B - Stop mechanism for towel machine - Google Patents
Stop mechanism for towel machine Download PDFInfo
- Publication number
- CN106264281B CN106264281B CN201610979022.6A CN201610979022A CN106264281B CN 106264281 B CN106264281 B CN 106264281B CN 201610979022 A CN201610979022 A CN 201610979022A CN 106264281 B CN106264281 B CN 106264281B
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- China
- Prior art keywords
- knife bar
- towel
- cut
- cloth
- casing
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Classifications
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47K—SANITARY EQUIPMENT NOT OTHERWISE PROVIDED FOR; TOILET ACCESSORIES
- A47K10/00—Body-drying implements; Toilet paper; Holders therefor
- A47K10/24—Towel dispensers, e.g. for piled-up or folded textile towels; Toilet-paper dispensers; Dispensers for piled-up or folded textile towels provided or not with devices for taking-up soiled towels as far as not mechanically driven
- A47K10/26—Mechanically-driven towel dispensers, e.g. with storing devices for soiled towels
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- Health & Medical Sciences (AREA)
- Public Health (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
The invention discloses a kind of stop mechanism for towel machine, including casing, spool, yardage roll, the traction cloth guider for being fixedly installed in casing and being located on front side of spool, the knife bar for being rotatably set in casing and being located on front side of traction cloth guider, the first driving device connecting with knife bar, the second driving device connecting with traction cloth guider.The present invention matches arrangement and rotatable knife bar using two upper and lower positions, the blade of knife bar above is assisted to carry out cutting action to the cloth to be cut for being delivered to blade cut surface by following knife bar, realize the continuous rotation cutting in two knife bar rotation processes, so that cutting effect is preferable, cutting efficiency is higher, and service life is longer；Two knife bars are controlled respectively further through two driving devices and draw rotation of the cloth guider in selvage guide cutting process, so that being cut into towel to the cloth to be cut in yardage roll becomes not only controllable but also safety；The stop mechanism for towel machine structure is simpler, and cost is relatively low, operates conveniently, and use is safe, is suitble to promote and apply.
Description
Technical field
The present invention relates to a kind of stop mechanism for towel machine.
Background technique
With the continuous improvement of people's living standards, the promotion of quality of life, the requirement to health care and disease prevention and cure
Also higher and higher.Currently, some public arenas or family have begun using intelligent stop mechanism for towel machine, but existing intelligent stop mechanism for towel machine is general
All over Scissoring device is suffered a disadvantage in that, structure is complicated, and design is not reasonable, and cutting effect is poor, low efficiency, service life
Short, job security is lower.
Summary of the invention
Present invention solves the technical problem that be to overcome the deficiencies of existing technologies, a kind of match using two and can is provided
The stop mechanism for towel machine that the knife bar of rotation is cut.
In order to solve the above-mentioned technical problem, the present invention is addressed by following technical proposals:
Stop mechanism for towel machine is set to volume including the casing being fixedly installed on wall, the spool being fixedly installed in casing, fixing sleeve
Yardage roll in axis, is rotatably fixedly installed on machine at the traction cloth guider for being fixedly installed in casing and being located on front side of spool
It is connect in shell and positioned at the knife bar drawn on front side of cloth guider, the first driving device being connect with knife bar, with traction cloth guider
The second driving device, first driving device trigger shaft rotation, the second driving device driving traction cloth guider rotation, thus
The blade that the cloth to be cut exported in yardage roll is guided through knife bar by drawing the traction guiding role of cloth guider is cut
Until being transported to the towel exit of casing front end, cloth to be cut is cut in the blade cut surface of knife bar by the blade of knife bar in face
At towel, towel skids off outside casing from towel outlet.Using rotatable knife bar, blade by knife bar is to being delivered to blade
The cloth to be cut of cut surface carries out cutting action, the continuous rotation cutting in two knife bar rotary courses is realized, so that cutting
It is preferable to cut effect, cutting efficiency is higher, and service life is longer.Draw cloth guider setting, due to traction cloth guider from
Heart tractive force makes cloth to be cut be directed to the mistake between the first knife bar and the second knife bar through selvage guide compression bar from output in yardage roll
More smooth in journey, working efficiency is higher.
Preferably, knife bar include by first driving device driving simultaneously rotation the first knife bar and the second knife bar, first
Knife bar is located at the top of the second knife bar, and blade is linked together with the first knife bar, and first driving device drives the first knife bar to turn to
Blade downward while, first driving device drive the second knife bar turn to the bar side at the top of the second knife bar just with the first knife bar
Knife edge mutually overlap, so that blade cut surface is formed in overlap joint contact surface, so that the cloth to be cut exported in yardage roll is logical
Cross traction cloth guider traction guiding role be guided through overlap joint contact surface between the first knife bar and the second knife bar up to
It is transported to the towel exit of casing front end, cloth to be cut is cut into towel by the blade of the first knife bar in overlap joint contact surface,
Towel skids off outside casing from towel outlet.Wherein, the shape of the first knife bar is round bar shape, and the shape of the second knife bar is square bar
Shape.Arrangement and rotatable knife bar are matched using two upper and lower positions, the blade pair of knife bar above is assisted by following knife bar
The cloth to be cut for being delivered to blade cut surface carries out cutting action, and the continuous rotation realized in two knife bar rotation processes is cut
It cuts, so that cutting effect is preferable, cutting efficiency is higher, and service life is longer
Preferably, first driving device includes the first motor being fixedly connected on casing and first motor axis connection
The first driving gear, engaged with the first driving gear the first driven gear, be connected on the first driven gear first drive
Moving axis, the cam for being set to first drive shaft one end, the first universal driving shaft for being set in the second knife bar both ends end, fixation are set in
The first spring on first universal driving shaft, the first driven gear, cam, are axis connection, cam between the first knife bar at the first drive shaft
Convex surface be connected on the top surface of the second knife bar end；First motor drives the first driving gear to rotate clockwise, and turns clockwise
Dynamic the first driving gear drives the first driven gear to rotate synchronously counterclockwise, and the first driven gear rotated counterclockwise drives the
One drive shaft, cam, the first knife bar rotate synchronously counterclockwise；The abutting that second knife bar, the first universal driving shaft pass through the convex surface of cam
Make to be used as and rotate synchronously clockwise, synchronous counterclockwise turn is changed by rotating synchronously clockwise by the elastic force effect of the first spring
It is dynamic.The first drive shaft, cam and the first knife bar of 360 degree of synchronous rotations realize the continuous cutting action to cloth to be cut.
Preferably, the second knife bar end is equipped with the abutment portion being linked together with the second knife bar, the convex surface of cam is abutted
On the top surface of abutment portion.The setting of abutment portion enables the abutting contact face between the second knife bar and cam to maximize,
So that the cam rotated when work is more smooth more stable to the withstanding effect of the second knife bar.
In the present invention, the blade original state of the first knife bar is to be arranged upward, the initial shape on the bar side at the top of the second knife bar
State is horizontally disposed；When the driven gear rotated counterclockwise drives the first driving axis cam to rotate synchronously counterclockwise, cam
Convex surface pushes abutment portion to rotate clockwise using the first universal driving shaft as pivot center, and the second knife bar synchronizes clockwise with abutment portion
Rotation；When the convex surface of the cam rotated counterclockwise is separated up to the concave surface of cam with abutting part split-phase by abutment portion, by
In not resisted effect by the convex surface of cam, acted on by the elastic force of the first spring, the second knife bar starts to change with abutment portion
It is convex during the second knife bar and abutment portion are restored to initial position to rotate counterclockwise up to being restored to initial position
Wheel continues to rotate counterclockwise until being restored to initial position.Wherein, when the convex surface of the cam rotated counterclockwise and abutting part split-phase
When separation, the knife edge of the first knife bar and the bar side at the top of the second knife bar are just at mutually overlapped state and are separating a flash
Between the blade of the first knife bar complete to the cutting action of cloth to be cut.
Preferably, the second driving device includes the second motor being fixedly connected on casing and the second motor axis connection
The second driving gear, engaged with the second driving gear the second driven gear, be connected on the second driven gear second drive
Moving axis, the second drive shaft are connect with traction cloth guider, and second the second driving gear of motor driven rotates counterclockwise, and are turned counterclockwise
Dynamic the second driving gear drives the second driven gear to rotate synchronously clockwise, and the second driven gear rotated clockwise drives the
Two drive shafts rotate synchronously clockwise, and the second drive shaft rotated clockwise drives traction cloth guider to rotate synchronously, thus cloth
The cloth to be cut exported in volume by rotate traction cloth guider traction guiding role be guided through the first knife bar and
Overlap joint contact surface between second knife bar is until be transported to the towel exit of casing front end, and cloth to be cut is in overlap joint contact surface
Towel is cut by the blade of the first knife bar, towel skids off outside casing from towel outlet.
Preferably, traction cloth guider includes the row's idler wheel being set in the second drive shaft, row's idler wheel is equidistant
Be distributed in the second drive shaft, contacted between the top surface and cloth to be cut of row's idler wheel of rotation for scratch type, clockwise
Second drive shaft of rotation drives row's idler wheel to rotate synchronously clockwise, so that the cloth to be cut exported in yardage roll passes through up time
The overlap joint that the scratch type effect of the top surface of one row's idler wheel of needle rotation is guided through between the first knife bar and the second knife bar contacts
Until being transported to the towel exit of casing front end, cloth to be cut is cut into overlap joint contact surface by the blade of the first knife bar in face
Towel, towel skid off outside casing from towel outlet.Due to rotation row's idler wheel centrifuge draft force to cloth to be cut
Scratch type effect, so that cloth to be cut is directed between the first knife bar and the second knife bar from output in yardage roll through row's idler wheel
More smooth in the process, working efficiency is higher.
Preferably, traction cloth guider further includes the second universal driving shaft being rotatably fixedly connected on casing, fixation
The second bullet for being set in the selvage guide compression bar outside the second universal driving shaft, being fixedly connected respectively with the second drive shaft and the second universal driving shaft
Spring, selvage guide compression bar are located at the underface of row's idler wheel, and cloth to be cut passes through the top surface of row's idler wheel and the bottom surface of selvage guide compression bar
Between and be scratch type contact, the second drive shaft rotated clockwise drives the second linkage by the effect of the elastic force of second spring
Axis rotates synchronously counterclockwise, and the second universal driving shaft rotated counterclockwise drives selvage guide compression bar to rotate synchronously counterclockwise, thus in yardage roll
The cloth to be cut of output pass through the top surface of row's idler wheel rotated clockwise and the selvage guide compression bar rotated counterclockwise bottom surface it
Between scratch type effect be guided through overlap joint contact surface between the first knife bar and the second knife bar until being transported to casing front end
Towel exit, cloth to be cut is cut into towel by the blade of the first knife bar in overlap joint contact surface, and towel is exported from towel
It skids off outside casing.During continuous cutting work, selvage guide compression bar due to rotation is to passing through the to be cut of selvage guide compression bar bottom
Cloth had not only had draw but also had had the effect of overlaying, and has both improved the fluency of cloth conveying to be cut, has in turn avoided to be cut
It cuts during cloth is directed between the first knife bar and the second knife bar from output in yardage roll through selvage guide compression bar and fold or folding occurs
Folded situation, to improve cutting effect and working efficiency that cloth to be cut is cut into towel.The idler wheel of rotation and rotation
Compress bar due on the tractive force that centrifugal action generates acts on cloth to be cut so that cloth to be cut is taken advantage of a situation along tractive force
By on the continuous continual blade cut surface being transported between the first knife bar and the second knife bar, continual treated thus continuous
Cutting cloth carries out cutting action and obtains towel.Since row's idler wheel of rotation is under the cooperation of the selvage guide compression bar of rotation, into
One step strengthens the scratch type effect to cloth to be cut, is directed to so that cloth to be cut is exported from yardage roll through row's idler wheel
More smooth during between first knife bar and the second knife bar, working efficiency is higher.
Preferably, traction cloth guider further includes the fender bracket being fixedly connected on casing, it is ellipse that fender bracket is equipped with a row
Round hole, row's idler wheel inlay card is in corresponding row slotted eye, and idler wheel top surface is prominent on slotted eye aperture, rolling
The ellipse that the diameter of wheel is less than slotted eye is long.Wherein, the panel that fender bracket is linked together by two pieces forms, between two pieces of panels
Angle be obtuse angle and junction be it is arc-shaped, panel two sides are equipped with the fixed column being linked together with panel, and panel passes through solid
Fixed column fixation is fastened in mounting rack.The setting of fender bracket improves safety when idler wheel rotation work.
Preferably, mounting rack is fixed in casing, first motor, the first driving gear, the first driven gear, first
Drive shaft, the first universal driving shaft, the first knife bar, the second knife bar, cam, the first spring, the second motor, the second driving gear, second
Driven gear, the second drive shaft, the second universal driving shaft, selvage guide compression bar, fender bracket are fixedly connected on mounting rack.
Preferably, mounting rack is fixed with clamping block, the upper and lower part of clamping block is respectively equipped with the upper card being connected
Slot and lower bayonet slot, the mobilizable fixation of selvage guide compression bar are fastened in card slot or lower bayonet slot.When stop mechanism for towel machine prepares booting work,
If selvage guide compression bar is toggled it in lower bayonet slot by stirring selvage guide compression bar in upper card slot, makes to lead by selvage guide compression bar fixing card
The bottom surface of cloth compression bar can touch the top surface of row's idler wheel；When stop mechanism for towel machine shutdown and shutdown for a long time, by stirring selvage guide pressure
Bar toggles it to selvage guide compression bar in upper card slot from lower bayonet slot, to avoid selvage guide compression bar is not pushed down for a long time in the course of work for a long time
One row's idler wheel and the service life for influencing idler wheel.
The present invention is had significant technical effect: being matched using two upper and lower positions due to using above technical scheme
Arrangement and rotatable knife bar are closed, by the blade of following knife bar auxiliary knife bar above to being delivered to the to be cut of blade cut surface
Cloth carries out cutting action, realizes the continuous rotation cutting in two knife bar rotation processes, so that cutting effect is preferable, cutting
Efficiency is higher, and service life is longer；Two knife bars and traction cloth guider are controlled respectively in selvage guide further through two driving devices
Rotation in cutting process, so that being cut into towel to the cloth to be cut in yardage roll becomes not only controllable but also safety；The stop mechanism for towel machine
Structure is simpler, and cost is relatively low, operates conveniently, and use is safe, is suitble to promote and apply.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of stop mechanism for towel machine embodiment of the present invention.
Fig. 2 is the structural schematic diagram that casing internal of the present invention assembles embodiment.
Fig. 3 is the partial enlarged view of the wherein side in Fig. 2.
Fig. 4 is the partial enlarged view of the wherein other side in Fig. 2.
Fig. 5 is the front view of Fig. 2.
Fig. 6 is the partial enlarged view of the wherein side in Fig. 5.
Fig. 7 assembles the structural schematic diagram of embodiment between the second knife bar of the invention, the first universal driving shaft, the first spring.
Fig. 8 is that the first knife bar of the invention matches the section that towel embodiment is cut into cloth to be cut with the second knife bar
Structural schematic diagram.
Fig. 9 is the structural schematic diagram of fender bracket embodiment of the present invention.
Specific embodiment
Present invention is further described in detail with embodiment with reference to the accompanying drawing.
Stop mechanism for towel machine, as shown in figs 1-9, including the casing 2 being fixedly installed on wall, the volume being fixedly installed in casing 2
Yardage roll that axis 1, fixing sleeve are set in spool 1, the traction cloth guider for being fixedly installed in casing 2 and being located at 1 front side of spool, can
The knife bar for being fixedly installed in casing 2 and being located on front side of traction cloth guider of rotation, the first driving device being connect with knife bar,
The second driving device connecting with traction cloth guider, the rotation of first driving device trigger shaft, the driving of the second driving device are led
Cloth apparatus rotation is guided, so that the cloth to be cut 23 exported in yardage roll is drawn by the traction guiding role of traction cloth guider
The blade cut surface across knife bar is led until being transported at the towel outlet 5 of 2 front end of casing, knife of the cloth 23 to be cut in knife bar
Sword cut surface is cut into towel 24 by the blade 30 of knife bar, and towel 24 skids off 2 outside of casing from towel outlet 5.
In the present embodiment, knife bar includes the first knife bar 3 and the second knife bar 4 for being driven while being rotated by first driving device,
First knife bar 3 is located at the top of the second knife bar 4, and blade 30 is linked together with the first knife bar 3, and first driving device drives the first knife
While bar 3 turns to blade 30 downward, first driving device drives the second knife bar 4 to turn to the bar side at the top of the second knife bar 4
It is just mutually overlapped with 30 edge of blade of the first knife bar 3, so that blade cut surface is formed in overlap joint contact surface, thus defeated in yardage roll
Cloth to be cut 23 out is guided through the first knife bar 3 and the second knife bar 4 by drawing the traction guiding role of cloth guider
Between overlap joint contact surface until being transported at the towel outlet 5 of 2 front end of casing, cloth 23 to be cut is in overlap joint contact surface by the
The blade 30 of one knife bar 3 is cut into towel 24, and towel 24 skids off 2 outside of casing from towel outlet 5.
In the present embodiment, first driving device includes the first motor 20 being fixedly connected on casing 2 and first motor 20
First driving gear 10 of axis connection, is connected to the first driven gear at the first driven gear 9 engaged with the first driving gear 10
The first drive shaft 21 on 9, is set in the of 4 both ends end of the second knife bar at the cam 17 for being set to 21 one end of the first drive shaft
One universal driving shaft 18, fixed the first spring 19 being set on the first universal driving shaft 18, it is the first driven gear 9, the first drive shaft 21, convex
Taking turns between the 17, first knife bar 3 is axis connection, and the convex surface of cam 17 is connected on the top surface of 4 end of the second knife bar；First motor 20
The first driving gear 10 is driven to rotate clockwise, the first driving gear 10 rotated clockwise drives 9 inverse time of the first driven gear
Needle rotates synchronously, and the first driven gear 9 rotated counterclockwise drives the first drive shaft 21, cam 17, the first knife bar 3 same counterclockwise
Step rotation；Second knife bar 4, the first universal driving shaft 18 are made to rotate synchronously clockwise by the withstanding effect on the convex surface of cam 17, pass through
The elastic force of first spring 19, which is acted on, is changed into synchronous rotation counterclockwise by rotating synchronously clockwise.
In the present embodiment, 4 end of the second knife bar is equipped with the abutment portion 40 being linked together with the second knife bar 4, cam 17
Convex surface is connected on the top surface of abutment portion 40.
In the present embodiment, the second driving device includes the second motor 22 being fixedly connected on casing 2 and the second motor 22
Second driving gear 13 of axis connection, is connected to the second driven tooth at the second driven gear 14 engaged with the second driving gear 13
The second drive shaft 6 on wheel 14, the second drive shaft 6 are connect with traction cloth guider, and the second motor 22 drives the second driving gear
13 rotate counterclockwise, and the second driving gear 13 rotated counterclockwise drives the second driven gear 14 to rotate synchronously clockwise, up time
Second driven gear 14 of needle rotation drives the second drive shaft 6 to rotate synchronously clockwise, 6 band of the second drive shaft rotated clockwise
Dynamic traction cloth guider rotates synchronously, so that the cloth to be cut 23 exported in yardage roll passes through leading for the traction cloth guider of rotation
Draw the overlap joint contact surface that guiding role is guided through between the first knife bar 3 and the second knife bar 4 until being transported to 2 front end of casing
At towel outlet 5, cloth 23 to be cut is cut into towel 24 by the blade 30 of the first knife bar 3 in overlap joint contact surface, towel 24 from
Towel outlet 5 skids off 2 outside of casing.
In the present embodiment, traction cloth guider includes the row's idler wheel 11 being set in the second drive shaft 6, row's idler wheel 11
It is distributed at equal intervals in the second drive shaft 6, is scratch type between the top surface and cloth to be cut 23 of row's idler wheel 11 of rotation
Contact, the second drive shaft 6 rotated clockwise drives row's idler wheel 11 to rotate synchronously clockwise, so that is exported in yardage roll is to be cut
The scratch type effect for cutting the top surface that cloth 23 passes through the row's idler wheel 11 rotated clockwise is guided through the first knife bar 3 and second
Overlap joint contact surface between knife bar 4 is until be transported at the towel outlet 5 of 2 front end of casing, cloth 23 to be cut is contacted in overlap joint
Face is cut into towel 24 by the blade 30 of the first knife bar 3, and towel 24 skids off 2 outside of casing from towel outlet 5.
In the present embodiment, traction cloth guider further include the second universal driving shaft 16 being rotatably fixedly connected on casing 2,
The fixed selvage guide compression bar 7 for being set in 16 outside of the second universal driving shaft is fixedly connected with the second drive shaft 6 and the second universal driving shaft 16 respectively
Second spring 15, selvage guide compression bar 7 is located at the underface of row's idler wheel 11, and cloth 23 to be cut passes through the top surface of row's idler wheel 11
It between the bottom surface of selvage guide compression bar 7 and is that scratch type contacts, the second drive shaft 6 rotated clockwise passes through second spring 15
Elastic force effect drives the second universal driving shaft 16 to rotate synchronously counterclockwise, and the second universal driving shaft 16 rotated counterclockwise drives selvage guide compression bar 7
Rotate synchronously counterclockwise, thus the cloth to be cut 23 exported in yardage roll pass through the top surface of row's idler wheel 11 that rotates clockwise with
Scratch type effect between the bottom surface of the selvage guide compression bar 7 rotated counterclockwise is guided through between the first knife bar 3 and the second knife bar 4
Overlap joint contact surface until be transported to 2 front end of casing towel outlet 5 at, cloth 23 to be cut overlap joint contact surface by the first knife
The blade 30 of bar 3 is cut into towel 24, and towel 24 skids off 2 outside of casing from towel outlet 5.
In the present embodiment, traction cloth guider further includes the fender bracket 12 being fixedly connected on casing 2, and fender bracket 12 is equipped with
One row's slotted eye 120, for 11 inlay card of row's idler wheel in corresponding row slotted eye 120,11 top surface of idler wheel is prominent ellipse
Above 120 aperture of round hole, the diameter of idler wheel 11 is less than the transverse of slotted eye 120.Wherein, fender bracket 12 is by two pieces of companies
The panel 121 that is integrated forms, the angle between two pieces of panels 121 be obtuse angle and junction be it is arc-shaped, 121 two sides of panel are equal
Equipped with the fixed column 26 being linked together with panel 121, panel 121 is fastened in mounting rack 25 by the fixation of fixed column 26.
In the present embodiment, mounting rack 25 is fixed in casing 2, first motor 20, the first driving gear 10, first are driven
Gear 9, the first drive shaft 21, the first universal driving shaft 18, the first knife bar 3, the second knife bar 4, cam 17, first the 19, second electricity of spring
Machine 22, the second driving gear 13, the second driven gear 14, the second drive shaft 6, the second universal driving shaft 16, selvage guide compression bar 7, fender bracket
12 are fixedly connected on mounting rack 25.
In the present embodiment, mounting rack 25 is fixed with clamping block 8, and the upper and lower part of clamping block 8, which is respectively equipped with, to be connected
Upper card slot 82 and lower bayonet slot 81, the mobilizable fixation of selvage guide compression bar 7 is fastened in card slot 82 or lower bayonet slot 81.
In short, the foregoing is merely presently preferred embodiments of the present invention, it is all according to equalization made by scope of the present invention patent
Variation and modification, shall all be covered by the patent of the invention.
Claims (8)
1. stop mechanism for towel machine, it is characterised in that: including the casing (2) being fixedly installed on wall, the volume being fixedly installed in casing (2)
Yardage roll that axis (1), fixing sleeve are set in spool (1) is fixedly installed in casing (2) and the traction being located on front side of spool (1) is led
Cloth apparatus, the knife bar for being rotatably fixedly installed in casing (2) and being located on front side of traction cloth guider, connect with knife bar the
One driving device, the second driving device being connect with traction cloth guider, the rotation of first driving device trigger shaft, the second driving
Device driving traction cloth guider rotation, thus traction of the cloth to be cut (23) exported in yardage roll by traction cloth guider
Guiding role is guided through the blade cut surface of knife bar at the towel outlet (5) for being transported to casing (2) front end, to be cut
Cloth (23) is cut into towel (24) in the blade cut surface of knife bar by the blade (30) of knife bar, and towel (24) is exported from towel
(5) it skids off outside casing (2)；Knife bar includes the first knife bar (3) and the second knife bar for being driven while being rotated by first driving device
(4), the first knife bar (3) is located at the top of the second knife bar (4), and blade (30) is linked together with the first knife bar (3), the first driving dress
Driving the first knife bar (3) is set while turn to blade (30) downward, first driving device driving the second knife bar (4) turns to the
Bar side at the top of two knife bars (4) is just mutually overlapped with blade (30) edge of the first knife bar (3), to be formed in overlap joint contact surface
Blade cut surface, so that the cloth to be cut (23) exported in yardage roll is guided by drawing the traction guiding role of cloth guider
Overlap joint contact surface across the first knife bar (3) and the second knife bar (4) is until be transported to the towel outlet of casing (2) front end
(5) at, cloth (23) to be cut is cut into towel (24), towel by the blade (30) of the first knife bar (3) in overlap joint contact surface
(24) it is skidded off outside casing (2) from towel outlet (5)；The shape of first knife bar is round bar shape, and the shape of the second knife bar is square bar
Shape；First driving device includes the first motor (20) being fixedly connected on casing (2), the with first motor (20) axis connection
One driving gear (10), is connected to the first driven gear (9) at the first driven gear (9) engaged with the first driving gear (10)
On the first drive shaft (21), be set to the first drive shaft (21) one end cam (17), be set in the second knife bar (4) both ends end
First universal driving shaft (18) in portion, fixed the first spring (19) being set on the first universal driving shaft (18), the first driven gear (9),
First drive shaft (21), cam (17) between the first knife bar (3) are axis connection, and the convex surface of cam (17) is connected to the second knife bar
(4) on the top surface of end；First motor (20) driving the first driving gear (10) rotates clockwise, and first rotated clockwise is main
Moving gear (10) drives the first driven gear (9) to rotate synchronously counterclockwise, and the first driven gear (9) for rotating counterclockwise drives the
One drive shaft (21), cam (17), the first knife bar (3) rotate synchronously counterclockwise；Second knife bar (4), the first universal driving shaft (18) are logical
The withstanding effect for crossing the convex surface of cam (17) is made to rotate synchronously clockwise, is acted on by the elastic force of the first spring (19) by clockwise
Synchronous rotation is changed into synchronous rotation counterclockwise；The blade original state of first knife bar is to be arranged upward, at the top of the second knife bar
The original state on bar side is horizontally disposed；When the driven gear rotated counterclockwise drives the first driving axis cam is synchronous counterclockwise to turn
When dynamic, the convex surface of cam pushes abutment portion to rotate clockwise using the first universal driving shaft as pivot center, and the second knife bar is with abutting part
Divide and rotates synchronously clockwise.
2. stop mechanism for towel machine according to claim 1, it is characterised in that: the second knife bar (4) end is equipped with the second knife bar (4) even
The abutment portion (40) being integrated, the convex surface of cam (17) are connected on the top surface of abutment portion (40).
3. stop mechanism for towel machine according to claim 2, it is characterised in that: the second driving device includes being fixedly connected on casing (2)
On the second motor (22), nibble with second driving gear (13) of the second motor (22) axis connection, with the second driving gear (13)
The second driven gear (14) closed, the second drive shaft (6) for being connected on the second driven gear (14), the second drive shaft (6) with
Cloth guider connection is drawn, the second motor (22) driving the second driving gear (13) rotates counterclockwise, second rotated counterclockwise
Driving gear (13) drives the second driven gear (14) to rotate synchronously clockwise, the second driven gear (14) band rotated clockwise
Dynamic second drive shaft (6) rotate synchronously clockwise, and the second drive shaft (6) rotated clockwise drives traction cloth guider is synchronous to turn
It is dynamic, so that the cloth to be cut (23) exported in yardage roll is guided to wear by the traction guiding role of the traction cloth guider rotated
The overlap joint contact surface crossed between the first knife bar (3) and the second knife bar (4) is until be transported to the towel outlet (5) of casing (2) front end
Place, cloth (23) to be cut are cut into towel (24) in overlap joint contact surface by the blade (30) of the first knife bar (3), towel (24) from
Towel outlet (5) skids off outside casing (2).
4. stop mechanism for towel machine according to claim 3, it is characterised in that: traction cloth guider includes being set in the second drive shaft
(6) row's idler wheel (11) on, row's idler wheel (11) are distributed at equal intervals on the second drive shaft (6), row's idler wheel of rotation
(11) it is contacted between top surface and cloth to be cut (23) for scratch type, the second drive shaft (6) rotated clockwise drives a row
Idler wheel (11) rotates synchronously clockwise, so that the cloth to be cut (23) exported in yardage roll passes through the row's idler wheel rotated clockwise
(11) the scratch type effect of top surface be guided through overlap joint contact surface between the first knife bar (3) and the second knife bar (4) up to
It is transported at the towel outlet (5) of casing (2) front end, cloth (23) to be cut is in overlap joint contact surface by the knife of the first knife bar (3)
Sword (30) is cut into towel (24), and towel (24) skids off outside casing (2) from towel outlet (5).
5. stop mechanism for towel machine according to claim 4, it is characterised in that: traction cloth guider further includes rotatably being fixedly connected
On casing (2) the second universal driving shaft (16), the fixed selvage guide compression bar (7) being set in outside the second universal driving shaft (16), respectively with
The second spring (15) that second drive shaft (6) is fixedly connected with the second universal driving shaft (16), selvage guide compression bar (7) are located at row's idler wheel
(11) underface, cloth (23) to be cut are across the top surface of row's idler wheel (11) and the bottom surface of selvage guide compression bar (7) and equal
For scratch type contact, the second drive shaft (6) rotated clockwise drives the second linkage by the elastic force effect of second spring (15)
Axis (16) rotates synchronously counterclockwise, and the second universal driving shaft (16) rotated counterclockwise drives selvage guide compression bar (7) to rotate synchronously counterclockwise,
Cloth to be cut (23) to export in yardage roll passes through the top surface of the row's idler wheel (11) rotated clockwise and rotates counterclockwise
Selvage guide compression bar (7) bottom surface between scratch type effect be guided through taking between the first knife bar (3) and the second knife bar (4)
Contact surface is connect until being transported at the towel outlet (5) of casing (2) front end, cloth (23) to be cut is in overlap joint contact surface by first
The blade (30) of knife bar (3) is cut into towel (24), and towel (24) skids off outside casing (2) from towel outlet (5).
6. stop mechanism for towel machine according to claim 4 or 5, it is characterised in that: traction cloth guider further includes being fixedly connected on machine
Fender bracket (12) on shell (2), fender bracket (12) are equipped with row's slotted eye (120), and row's idler wheel (11) inlay card is corresponding
Row's slotted eye (120) in, idler wheel (11) top surface is prominent on slotted eye (120) aperture, the diameter of idler wheel (11)
Less than the transverse of slotted eye (120).
7. stop mechanism for towel machine according to claim 6, it is characterised in that: be fixed with mounting rack (25) in casing (2), the first electricity
Machine (20), the first driving gear (10), the first driven gear (9), the first drive shaft (21), the first universal driving shaft (18), the first knife
Bar (3), the second knife bar (4), cam (17), the first spring (19), the second motor (22), the second driving gear (13), second from
Moving gear (14), the second drive shaft (6), the second universal driving shaft (16), selvage guide compression bar (7), fender bracket (12) are fixedly connected with and are pacifying
It shelves on (25).
8. stop mechanism for towel machine according to claim 7, it is characterised in that: mounting rack (25) is fixed with clamping block (8), clamping block
(8) upper and lower part is respectively equipped with the upper card slot (82) and lower bayonet slot (81) being connected, selvage guide compression bar (7) mobilizable fixation
It is fastened in card slot (82) or lower bayonet slot (81).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610979022.6A CN106264281B (en) | 2016-11-08 | 2016-11-08 | Stop mechanism for towel machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610979022.6A CN106264281B (en) | 2016-11-08 | 2016-11-08 | Stop mechanism for towel machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106264281A CN106264281A (en) | 2017-01-04 |
| CN106264281B true CN106264281B (en) | 2019-04-30 |
Family
ID=57721215
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610979022.6A Expired - Fee Related CN106264281B (en) | 2016-11-08 | 2016-11-08 | Stop mechanism for towel machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106264281B (en) |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN204561967U (en) * | 2015-04-20 | 2015-08-19 | 雷庆诚 | Novel intelligent stop mechanism for towel machine |
| CN205975144U (en) * | 2016-07-20 | 2017-02-22 | 雷庆诚 | Towel machine |
| CN206729824U (en) * | 2016-11-08 | 2017-12-12 | 雷庆诚 | Stop mechanism for towel machine |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TW431879B (en) * | 1999-08-26 | 2001-05-01 | Jung Nak Won | An automatic wet tissue machine |
| JP2001299635A (en) * | 2001-03-26 | 2001-10-30 | Jiin Gu | Moistured towel automatic supply device |
-
2016
- 2016-11-08 CN CN201610979022.6A patent/CN106264281B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN204561967U (en) * | 2015-04-20 | 2015-08-19 | 雷庆诚 | Novel intelligent stop mechanism for towel machine |
| CN205975144U (en) * | 2016-07-20 | 2017-02-22 | 雷庆诚 | Towel machine |
| CN206729824U (en) * | 2016-11-08 | 2017-12-12 | 雷庆诚 | Stop mechanism for towel machine |
Also Published As
| Publication number | Publication date |
|---|---|
| CN106264281A (en) | 2017-01-04 |
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Granted publication date: 20190430 Termination date: 20211108 |