CN206456074U - Coating machine - Google Patents
Coating machine Download PDFInfo
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- CN206456074U CN206456074U CN201720157984.3U CN201720157984U CN206456074U CN 206456074 U CN206456074 U CN 206456074U CN 201720157984 U CN201720157984 U CN 201720157984U CN 206456074 U CN206456074 U CN 206456074U
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Abstract
The utility model is related to gel emplastrum process units field, more particularly, to a kind of coating machine.It includes body frame, upper feed frame, lower feed frame, drive device, coating mechanism and cutting tool；Upper feed frame, lower feed frame, drive device, coating mechanism and cutting tool are fixedly installed on body frame；Drive device is connected with coating mechanism and cutting tool respectively, for driving coating mechanism and cutting tool operation；Coating mechanism includes coating cloth deck and compression roller；Coating cloth deck is arranged on side of the compression roller away from cutting tool；Compression roller is connected with lower feed frame and upper feed frame respectively by patch and overlay film.The coating machine that the utility model is provided, simple in construction, high yield rate, production efficiency is high, and manufacturing cost is relatively low.
Description
Technical field
The utility model is related to gel emplastrum process units field, more particularly, to a kind of coating machine.
Background technology
Emplastrum refers to that paste is made with suitable matrix in raw medicinal material, is coated on back lining materials and is sticked for skin,
The class sheet external preparation topically or systemically acted on can be produced.Emplastrum includes rubber emplastrum (former rubber ointment) and gel
Emplastrum (former gel ointment and Babu plaster) etc..
Gel ointment, which refers to after material medicine is mixed with suitable hydrophilic matrix, is coated on the emplastrum being made on back lining materials
Agent.Conventional matrix has Sodium Polyacrylate, carmethose, gelatin, glycerine and superfine silica gel powder etc..The conventional backing material of emplastrum
Material has cotton, non-woven fabrics, paper etc.；Conventional lid lining material has separate paper, plastic sheeting, aluminium foil-polyethylene composite film, hard yarn
Cloth etc..
When producing gel emplastrum, coating machine is inevitably used, paste is coated on base material.
Coating machine is mainly used in the surface coating process production of film, paper etc., and this machine is that coiled base material is coated into one
Wound after glue, coating or ink of layer specific function etc., and drying.It uses special multi-functional coating head, can realize a variety of
The surface coating of form is produced, and the retractable volume of coating machine configures automatic membrane connecting mechanism at full speed, and PLC program tension closed loop is controlled automatically
System.
Existing coating machine can substantially be divided into brush, air-blade type, scraper type, roll-type, spraying coating, curtain coating and narrow
Several major classes such as seam coating.
In existing coating machine, its structure is complex, and production efficiency is relatively low, it is impossible to meet increasingly increased production
Amount demand.
Utility model content
The purpose of this utility model is to provide coating machine, to solve technical problem present in prior art.
The utility model provide coating machine, including body frame, upper feed frame, lower feed frame, drive device, coating mechanism and
Cutting tool；
The upper feed frame, the lower feed frame, the drive device, the coating mechanism and the cutting tool are solid
Surely it is arranged on the body frame；
The drive device is connected with the coating mechanism and the cutting tool respectively, for driving the coating mechanism
With the cutting tool operation；
The coating mechanism includes coating cloth deck and compression roller；
The coating cloth deck is arranged on side of the compression roller away from the cutting tool；
The compression roller is connected with the lower feed frame and the upper feed frame respectively by patch and overlay film.
Further, the coating mechanism also includes receiving side guard；
The receipts side guard is arranged on the coating cloth deck, and is offseted with the compression roller.
Further, the coating mechanism also includes scraping flat structure；
The flat structure of scraping includes bottom roller, scraper and level detector；
The bottom roller is rotatably arranged on the body frame；
The scraper is arranged on the body frame, and gap is provided between the blade of the scraper and the bottom roller；
The level detector is arranged at the compression roller, and is connected with the scraper signal, for being squeezed according to described
Pharmaceutical quantities at pressure roller control the gap between the scraper and the bottom roller.
Further, the compression roller is two pairs, and two pairs of compression rollers are highly identical and horizontal parallel is set.
Further, the upper feed frame includes stock shelf, material axle, locking device and rotating device；
The locking device and the rotating device are separately positioned on the two ends of the stock shelf；
The stock shelf is rotated with one end of the material axle by the rotating device and is connected；
The other end of the material axle is fixedly connected by the locking device with the stock shelf.
Further, the rotating device includes rotating standard shaft；
The rotation standard shaft is rotatably arranged in the crossover port of the stock shelf；
Rotation hole is provided with the rotation standard shaft；
The axis of the rotation hole is vertical with the axis of the rotation standard shaft；
The material axle is rotatably arranged in the rotation hole.
Further, the locking device includes locking bolt；
Latch recess is set on the stock shelf；
The end of the material axle is arranged in the latch recess；
Screwed hole is provided through on the upper side wall of the latch recess；
The locking bolt is offseted through the end of the screwed hole and the material axle, and the material axle is locked in into the lock
Determine in groove；
Bearing is coaxially arranged with the end that the material axle is arranged in the latch recess；
The locking bolt offsets with the bearing.
Further, the cutting tool includes rip cutting mechanism, drive device, moves crossbearer, determines crossbearer, supporting plate and rectangle
Steel disc；
The drive device is connected with the dynamic crossbearer, and the dynamic crossbearer can be driven to rotate；
Height adjustment mechanism is provided with the supporting plate, the height for adjusting the supporting plate；
The dynamic crossbearer and described determine crossbearer and be rotatably arranged between two pieces of supporting plates；
The dynamic crossbearer and described determine crossbearer and be arranged in parallel；
The dynamic crossbearer and it is described determine to be respectively provided with crossbearer be fixed with the rectangle steel disc；
The rip cutting mechanism includes rip cutting frame and multiple rip cutting blades；
Multiple rip cutting blade parallels and it is fixedly installed on the rip cutting frame；
The rip cutting frame is arranged on the side of the dynamic crossbearer, and raw material can be made to pass through crosscutting again by rip cutting；
The supporting plate is connected by height adjusting structure with the body frame, can adjust the supporting plate in the body frame
On height；
The rectangle steel disc is vertically arranged with the rip cutting blade.
Further, the dynamic crossbearer is column；
Multiple bar-shaped troughs are provided with the dynamic crossbearer；
The central shaft of multiple bar-shaped troughs using the dynamic crossbearer is uniformly arranged as axis；
The rectangle steel disc is fixedly installed on the cell wall of the bar-shaped trough, and one end of the rectangle steel disc is stretched out in institute
State outside bar-shaped trough, can be in contact with the rectangle steel disc determined on crossbearer.
Further, section pressure-regulating device is provided with the rip cutting frame, connected respectively with multiple rip cutting blades
Connect, the height for adjusting the rip cutting blade.
The coating machine that the utility model is provided, provides patch to coating mechanism by upper feed frame and lower feed frame and covers
Film, is got into the medicament on coating cloth deck between patch and overlay film by compression roller, overall gel emplastrum is formed, afterwards by cutting
Cutter tool cuts into it final finished product.The coating machine that the utility model is provided, simple in construction, high yield rate, production efficiency
Height, and manufacturing cost is relatively low.
Brief description of the drawings
, below will be right in order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art
The accompanying drawing used required in embodiment or description of the prior art is briefly described, it should be apparent that, describe below
In accompanying drawing be some embodiments of the present utility model, for those of ordinary skill in the art, do not paying creativeness
On the premise of work, other accompanying drawings can also be obtained according to these accompanying drawings.
Fig. 1 is the structural representation of the utility model coating machine；
Fig. 2 is the structural representation of the blade coating structure of the utility model coating machine；
Fig. 3 be the utility model coating machine in infeed set-up structural representation；
Fig. 4 is the structural representation of cutting tool in the utility model coating machine；
Fig. 5 is the scheme of installation of the lateral adjustments bolt of cutting tool system in the utility model coating machine；
Fig. 6 is the structural representation of upper feed frame in the utility model coating machine；
Fig. 7 is the structural representation of the locking device of upper feed frame in the utility model coating machine；
Fig. 8 is the structural representation of the rotating device of upper feed frame in the utility model coating machine；
Fig. 9 is the stretch fabric in the utility model coating machine on upper feed frame, film, the no-station pole canopy of net formula coiled material or plus tension force
Discharging device structural representation.
Reference：
1：Compression roller；2：Receive side guard；3：Coating cloth deck；4：Body frame；5：Lower feed frame；6：Forming part；7：Upper feed frame；8：
Axis of traction；9：Rip cutting frame；10：Rotating roller；11：Determine crossbearer；12：Dynamic crossbearer；13：Supporting plate；14：Differential mechanism；15：Motor；16：
Scraper；17：Bottom roller；18：Patch；19：Level detector；20：Overlay film；21：Rectangle steel disc；22：Adjustment bolt；23：Fixed mount；
24：Fixing bolt；25：Lateral adjustments bolt；26：Pressure regulator valve；27：Rip cutting blade；28：Air pump；29：Coating machine infeed set-up；
30：Bolt；31：Location-plate；32：Rotating device；33：Stock shelf；34：Locking device；35：Base material is rolled up；36：Expect axle；37：
Bearing；38：Locking bolt；39：Latch recess；40：Compression spring；41：Spring capping；42：Friction plate；43：Rotate standard shaft；
44：Linear velocity is adjustable active beaming roller；45：Driven beaming roller；46：Active force clutch；47：Compensation rate optical flame detector；48：Equalization of strain
Conveyer belt；49：High-precision main frame linear velocity climbs a meter device；50：Linear velocity is adjustable, and beaming roller climbs a meter device；51：Plus tension force doctor roll；52：Put
Expect conveyer belt；53：Rolling elastic force material.
Embodiment
The technical solution of the utility model is clearly and completely described below in conjunction with accompanying drawing, it is clear that described
Embodiment is a part of embodiment of the utility model, rather than whole embodiments.Based on the embodiment in the utility model, sheet
The every other embodiment that field those of ordinary skill is obtained under the premise of creative work is not made, belongs to this practicality
Novel protected scope.
, it is necessary to explanation in description of the present utility model, term " " center ", " on ", " under ", it is "left", "right", " perpendicular
Directly ", the orientation or position relationship of the instruction such as " level ", " interior ", " outer " are, based on orientation shown in the drawings or position relationship, to be only
Described for the ease of description the utility model and simplifying, rather than to indicate or imply that signified device or element must have specific
Orientation, with specific azimuth configuration and operation, therefore it is not intended that to limitation of the present utility model.
In addition, term " first ", " second ", " the 3rd " are only used for describing purpose, and it is not intended that indicating or implying phase
To importance.
, it is necessary to which explanation, unless otherwise clearly defined and limited, term " are pacified in description of the present utility model
Dress ", " connected ", " connection " should be interpreted broadly, for example, it may be fixedly connected or be detachably connected, or integratedly
Connection；Can be mechanical connection or electrical connection；Can be joined directly together, can also be indirectly connected to by intermediary,
It can be the connection of two element internals.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition
Concrete meaning of the language in the utility model.
As shown in accompanying drawing 1-8, the utility model provides a kind of coating machine, including body frame 4, upper feed frame 7, lower feed frame
5th, drive device, coating mechanism and cutting tool；
Upper feed frame 7, lower feed frame 5, drive device, coating mechanism and cutting tool are fixedly installed on body frame 4；
Drive device is connected with coating mechanism and cutting tool respectively, for driving coating mechanism and cutting tool operation；
Coating mechanism includes coating cloth deck 3 and compression roller 1；
Coating cloth deck 3 is arranged on side of the compression roller 1 away from cutting tool；
Compression roller 1 is connected with lower feed frame 5 and upper feed frame 7 respectively by patch 18 and overlay film 20.
In the present embodiment, coating mechanism is arranged on lifting automatic discharge apparatus rear, can be stored using coating cloth deck 3
Lifting automatic discharge apparatus provides the ointment come, and ointment is supplied into compression roller 1, using compression roller 1 by medicine plaster in patch
Between cloth 18 and overlay film 20, the emplastrum of whole of gel is formed.
In the present embodiment, patch 18 is set on lower feed frame 5, overlay film 20, upper feed frame 7 are set on upper feed frame 7
Feed direction with lower feed frame 5 is that a lateral opposite side movement of coating cloth deck 3 is provided with from compression roller 1, and in the process,
Ointment extruding is entered between patch 18 and overlay film 20, the emplastrum of whole is ultimately formed.
In the present embodiment, drive device is connected with compression roller 1 and cutting tool respectively, can drive turning for compression roller 1
It is dynamic, while also driving the operation of cutting tool.
In the present embodiment, drive device is motor 15, and by the effect of gear and chain, the rotation of motor 15 is distinguished
Pass to compression roller 1 and cutting tool.
After the emplastrum of whole is entered in the job area of cutting tool, motor 15 drives cutting tool work, will paste
Cream is cut into the piece of suitable size, and the emplastrum of small pieces is easy to use, and is easy to sell.
It is preferred embodiment that coating mechanism also includes receiving side guard 2；
Receive side guard 2 to be arranged on coating cloth deck 3, and offseted with compression roller 1.
In the present embodiment, when being moved due to ointment on coating cloth deck 3, entered in the ointment of the end positions of compression roller 1
When in compression roller 1, it can be influenceed by two ends body frame 4, and the ointment amount caused entry into compression roller 1 is smaller, causes after extruding
Emplastrum in the middle of it is thicker, two ends are relatively thin, and medicament is uneven.
To solve this problem, in the present embodiment, two pieces of receipts side guards 2 are respectively provided with the two ends of coating cloth deck 3, are used
Isolate in by ointment with body frame 4.
It is preferred embodiment that coating mechanism also includes scraping flat structure；
Scraping flat structure includes bottom roller 17, scraper 16 and level detector 19；
Bottom roller 17 is rotatably arranged on body frame 4；
Scraper 16 is arranged on body frame 4, and gap is provided between the blade and bottom roller 17 of scraper 16；
Level detector 19 is arranged at compression roller 1, and is connected with the signal of scraper 16, for according to the medicine at compression roller 1
Dosage controls the gap between scraper 16 and bottom roller 17.
In the present embodiment, it is provided with coating mechanism and scrapes flat structure, by scraping flat structure, first by the medicine on coating cloth deck 3
Cream progress is preliminary to be struck off, and is entered back into afterwards in compression roller 1, can be more conducive to ensure ointment in patch 18 and overlay film 20
Uniformity.
In the present embodiment, scraper 16 is arranged on body frame 4, after by body frame 4, scraper 16 is fixed, by the lower section of scraper 16
Bottom roller 17 is provided with, gap is provided between scraper 16 and bottom roller 17, passing through for ointment is can allow for, afterwards, due to coating cloth deck 3
The accumulation applied ointment, can cause ointment to pass through in the gap between scraper 16 and bottom roller 17, and the ointment passed through can be by scraper
16 are struck off, and then make it that the height by the ointment in gap is identical.
In the present embodiment, the adjustment in gap is controlled according to the pharmaceutical quantities at compression roller 1.At compression roller 1
Pharmaceutical quantities are larger, i.e., when ointment is more, after the level detector 19 being arranged on body frame 4 is detected, and give the signal of scraper 16, make to scrape
Knife 16 is moved down, and reduces the quantity delivered of ointment at compression roller 1 by reducing the gap between scraper 16 and bottom roller 17, it is to avoid ointment
Accumulation at compression roller 1；When pharmaceutical quantities at compression roller 1 are smaller, i.e., when ointment is less, similarly, according to level detector
19 detection, can send a signal to scraper 16, and scraper 16 lifts scraper 16 according to the signal of level detector 19 certain
Highly, to increase the throughput of ointment, and then the pharmaceutical quantities at compression roller 1 are increased.
It is preferred embodiment that compression roller 1 is two pairs, two pairs of compression rollers 1 are highly identical and horizontal parallel is set.
In the present embodiment, compression roller 1 can be set to two pairs, i.e., ointment is carried out just by first pair of compression roller 1
Step extruding, squeezes flat so that the medicament in it is uniform by second pair of compression roller 1 by the preliminary emplastrum formed after preliminary extruding.
In the present embodiment, forming part 6 is provided that after compression roller 1, i.e., by the extruding of forming part 6, cream is puted up by whole
On suppress the position for needing to cut, i.e., medicament is pressed into other positions from cutting position, it is to avoid after dicing, medicament is from emplastrum
Interior outflow.
It is preferred embodiment that upper feed frame 7 includes stock shelf 33, material axle 36, locking device 34 and rotating device 32；
Locking device 34 and rotating device 32 are separately positioned on the two ends of stock shelf 33；
Stock shelf 33 is connected by rotating device 32 with expecting that one end of axle 36 is rotated；
The other end of material axle 36 is fixedly connected by locking device 34 with stock shelf 33.
The rotation bin that the utility model is provided, when in use, first opens the locking device 34 on stock shelf 33, then will
One end of material axle 36 is taken out from locking device 34, by the rotation of rotating device 32, will expect the turn away of axle 36, base material is rolled up
After 35 are enclosed on material axle 36, material axle 36 is gone back on stock shelf 33 by rotating device 32, axle 36 will be expected using locking device 34
Locking.
It is pointed out that in the present embodiment, the locking of 34 pairs of material axles 36 of locking device, be only limitted to its relative to rotation
The rotation of device 32 is locked, that is, material axle 36 can not be rotated further around rotating device 32 after locking, but 36, without prejudice to material axle
The rotation of body, that is to say, that material axle 36 can still rotate after locking around the axis of its own.
In the present embodiment, a kind of stretch fabric, film, the no-station pole canopy of net formula coiled material are additionally provided with upper feed frame or adds tension force
Discharging device, including the adjustable active beaming roller 44 of linear velocity, driven beaming roller 45, blowing conveyer belt 52, active force clutch 46, compensation
Measure optical flame detector 47, equalization of strain conveyer belt 48, plus tension force doctor roll 51, wherein, linear velocity is adjustable active beaming roller 44, driven beaming roller
45 corresponding installation settings, surface suit blowing transmission belt, constitute uncoiling discharge mechanism.Active force clutch 46 can with linear velocity
The coaxial core of active beaming roller 44 is adjusted to install.Compensation rate optical flame detector 47 is arranged on by the adjustable active beaming roller 44 of linear velocity, driven beaming roller 45
The centre of the port of export of the uncoiling discharge mechanism constituted with blowing transmission belt and the arrival end of equalization of strain conveyer belt 48, and with opening
Vacantly installed less than material span transmission plane between volume discharge mechanism and equalization of strain conveyer belt 48, its hanging position is high to be conveyed with material
The distance in face is freely adjustable.The installation position of equalization of strain conveyer belt 48 is in the positive and negative degree angle of elastic force material transmission direction, is appointed
Meaning is adjustable, and equalization of strain conveyer belt 48 is using plane or shallow line embossing antiskid drive band, the transmission line of equalization of strain conveyer belt 48
Speed using the equipment linear velocity of elastic force material with being consistent.
Driven beaming roller 45 realizes Synchronous Transmission with the adjustable active beaming roller 44 of linear velocity by blowing transmission belt, and realizes jointly
System or compacting positioning transmission are dragged to rolling elastic force material 53.Rolling elastic force material 53 is arranged on above blowing transmission belt.It is high-precision
Main frame linear velocity is climbed meter device 49 and is arranged on transmitting linear velocity identical equalization of strain transmission belt with the equipment of its elastic force material
Lower section.Linear velocity is adjustable, and beaming roller climbs meter device 50 below blowing transmission belt, with the implementation of rolling elastic force material 53 transmission and not
The contact surface position for influenceing rolling elastic force material 53 to rotate, accurately measures the actual transmission linear velocity of the adjustable beaming roller of linear velocity.Plus
Tension force doctor roll 51 be arranged on compensation rate optical flame detector 47 normal position and can according to need realize up-regulation locking or from
By floating.Plus tension adjustment roller is light sealed tube body processed, with low-resistance rotation.Material conveyor belt is to play the adjustable master of linear velocity
Power transmission between moving axis roller 44, driven beaming roller 45 is used, while also realizing the friction type gearing to rolling elastic force material 53.
When the present apparatus is run, rolling elastic force material 53 is wrapped on specific charging axle and the adjustable active beaming roller of linear velocity
44th, on the setting position of the uncoiling discharge mechanism for the rolling elastic force material 53 that driven beaming roller 45 and material conveyor belt are constituted, it is made
The uncoiling direction of rolling elastic force material 53 is consistent with the transmission outbound course of uncoiling mechanism, and by the material head of rolling elastic force material 53
The top of compensation rate optical flame detector 47 is vacantly passed over from the port of export of the uncoiling discharge mechanism of rolling elastic force material 53 plus tension force is quantified
The lower section of roller 51, is drawn until the thing in the equipment using elastic force material with support of the state of tiling through equalization of strain conveyer belt 48
Expect on transmission part.Start the device closed electromagnetic clutch using elastic force material, under the transmission with elastic force material equipment,
Equalization of strain conveyer belt 48 and the adjustable active beaming roller 44 of linear velocity are operated therewith, are vacantly passed through on observation compensation rate optical flame detector 47
The sagging speed of elastic force material according to circumstances and climbs meter device 49 and the adjustable beaming roller of linear velocity climbs meter device 50 in high-precision main frame linear velocity
The numerical value measured carries out the adjustment of increase and decrease amount to the linear velocity of the adjustable active beaming roller 44 of linear velocity after being referred to, until vacantly wearing
The elastic force material sag of chain for crossing compensation rate optical flame detector 47 is maintained at suitable sagging scope and is defined, and now whole equipment has been adjusted
Finish and enter normal production run state.Compensation rate optical flame detector 47 is such as because the sag of chain of elastic force material is excessive by blowing amount in operation
And when sensing signal, compensation rate optical flame detector 47 will send electric signal control active force clutch 46 and disconnect the adjustable master of linear velocity
The power of moving axis roller 44, realizes and stops blowing, until the sag of chain of elastic force material is reduced because of use to active force during normal amount
Clutch 46 because receiving the electric signal of compensation rate optical flame detector 47 but also starting adhesive transmission, goes round and begins again not only.Need to be to elastic force
Only tension force doctor roll 51 need to will be added to be compressed on the top of elastic force material and according to required application when material is implemented plus tension force is used
Stretch fabric tension force applied amount is by adding the counterweight of tension force doctor roll 51 to can be achieved to exert a force to the quantitative increasing tension force of elastic force material.
Made by the cooperation of the adjustment of the adjustable active beaming roller 44 of linear velocity, compensation rate optical flame detector 47 plus tension force doctor roll 51
Conveyed with the no-station pole canopy uncoiling blowing for achieving that elastic force material or add tension force uncoiling blowing to convey, and pass through compensation rate optical flame detector
47 monitoring and controlling realizes automatically controlling for whole no-station pole canopy discharging device.
It is preferred embodiment that rotating device 32 includes rotating standard shaft 43；
Standard shaft 43 is rotated to be rotatably arranged in the crossover port of stock shelf 33；
Rotate and be provided with rotation hole on standard shaft 43；
The axis of rotation hole is vertical with the axis for rotating standard shaft 43；
Material axle 36 is rotatably arranged in rotation hole.
In the present embodiment, the set-up mode of rotating device 32 is that one end insertion for rotating standard shaft 43 is arranged on into feeding
On frame 33, axis that can be around itself on stock shelf 33 is rotated, and is set on the other end for rotating standard shaft 43
There is rotation hole, the axis of rotation hole is vertical with the axis for rotating standard shaft 43, material axle 36 is inserted into rotation hole.
It is pointed out that in the present embodiment, rotating device 32 is provided with the setting of rotation hole to rotate on standard shaft 43
Mode, but it is not limited solely to such a set-up mode, and it can also be other and rotates set-up mode, such as can also be
The one end for rotating standard shaft 43 is fixedly connected with stock shelf 33, the other end is inserted into the hole that the end of material axle 36 is set, and makes material
Axle 36 can be rotated around standard shaft 43 is rotated, that is to say, that the set-up mode of rotating device 32 can have many kinds, its
As long as enabling to material axle 36 to be rotated around standard shaft 43 is rotated.
It is preferred embodiment that locking device 34 includes locking bolt 38；
Latch recess 39 is set on stock shelf 33；
The end of material axle 36 is arranged in latch recess 39；
Screwed hole is provided through on the upper side wall of latch recess 39；
Locking bolt 38, with expecting that the end of axle 36 offsets, material axle 36 is locked in latch recess 39 through screwed hole；
Bearing 37 is coaxially arranged with the end that material axle 36 is arranged in latch recess 39；
Locking bolt 38 offsets with bearing 37.
In the present embodiment, the set-up mode of locking device 34 is that a latch recess 39 is provided with stock shelf 33,
The opening direction of latch recess 39 is the side of stock shelf 33 so that one end of material axle 36 is in the effect by rotating device 32
Under, height can need not be adjusted, can be entered in latch recess 39 simply by rotating.
After the one end for expecting axle 36 is rotated into latch recess 39, the locking spiral shell set on the top of latch recess 39
In the presence of bolt 38, the outer surface for the part that locking bolt 38 is entered in latch recess 39 with material axle 36 offsets, and will expect axle
36 are locked in latch recess 39.
In the present embodiment, the screwed hole being provided through on the upper side wall of latch recess 39, can be with locking bolt 38
Coordinated, to realize the locking to expecting axle 36.
In the present embodiment, locking bolt 38 is arranged on latch recess 39 close to the position of notch, enables to expect axle 36
Completely into after in latch recess 39, expect the axis of axle 36 in locking bolt 38 close to the bottom land direction of latch recess 39,
And then ensure that and material axle 36 can be locked in latch recess 39.
It is pointed out that in the present embodiment, the structure of locking device 34 is matched somebody with somebody for latch recess 39 with locking bolt 38
Locking is closed, but it is not limited solely to such a set-up mode, and it can also be other set-up modes, as it can also be
Following set-up mode：
By locking device, 34 points are that two parts, i.e. locking device 34 include upper locking member and lower locking piece up and down；Lower locking
Locating slot is provided with part；Fixing groove is provided with upper locking member；Fixing groove and locating slot are oppositely arranged；One end of upper locking member
Rotated and be connected by rotary shaft with one end of lower locking piece, rotary shaft is parallel with the central shaft of fixing groove；Upper locking member it is another
End is fixedly connected with the other end of lower locking piece by fixing device.Fixing device includes upper fixed part, lower fixed part and fixation
Bolt 24；Upper fixed part is fixedly installed on the end of upper locking member；Lower fixed part is fixedly installed on the end of lower locking piece；It is upper solid
Determine to be provided with fixing hole in portion；Lower fixed hole is provided with lower fixed part；Upper fixing hole is coaxially disposed with lower fixed hole；It is fixed
Bolt 24 is set through upper fixing hole and lower fixed hole.
To sum up, it can be seen that in the present embodiment, the set-up mode of locking device 34 has many kinds, and it not only limits to
In above two set-up mode, as long as material axle 36 can be locked on stock shelf 33 by it so that material axle 36 can only carry out rotation
And can not be rotated around rotating device 32.
In the present embodiment, bearing 37, locking bolt are provided with the outer wall that material axle 36 is arranged in latch recess 39
38 end and the outer wall of bearing 37 offset so that can either ensure that material axle 36 will not depart from out of latch recess 39, further through
Bearing 37 ensures that material axle 36 can be rotated around the axis of its own, it is ensured that the normal confession of the base material volume 35 on material axle 36
Material.
In the present embodiment, the upper end of locking bolt 38 is provided with anti-slip tank.
By the setting of anti-slip tank, it can conveniently turn locking bolt 38, it is to avoid turn locking in operator
During bolt 38, situation about skidding makes locking bolt 38 be easier to make for lock operation.
In the present embodiment, the groove for being set to set with the diameter parallel of locking bolt 38 of anti-slip tank, and anti-slip tank is
Multiple, axle is uniformly arranged centered on the axis of locking bolt 38.
It is pointed out that anti-skidding setting can be such as the set-up mode of the anti-slip tank in the present embodiment, but it is not only
Such a set-up mode is limited only to, it can also be other kinds of set-up mode, such as can also be and locking bolt 38
The vertical groove of axis or it is raised or set on the outer wall of the end of locking bolt 38 some to play protection raised
Round dot etc., that is to say, that as long as it can be played when turning locking bolt 38, prevents locking bolt 38 from skidding.
In the present embodiment, friction plate 42 is additionally provided between material axle 36 and stock shelf 33, can be increased by friction plate 42
The frictional force fed between axle 36 and stock shelf 33, and then increase base material 35 tension force in feeder process of volume, it is ensured that base material
Stability when volume 35 is fed.
In the present embodiment, friction plate 42 is arranged on material axle 36 close to one end of rotating device 32.
In the present embodiment, friction plate 42 is arranged on side of the rotation standard shaft 43 away from locking device 34.
In the present embodiment, friction plate 42 is set on material axle 36, and its side offsets with rotating standard shaft 43, and then increases material
Friction between axle 36 and rotation standard shaft 43.
In the present embodiment, be provided with tension-adjusting gear on material axle 36, can to friction plate 42 and stock shelf 33 it
Between frictional force be adjusted, and then realize to material axle 36 on base material volume 35 tension force regulation.
Because the tension force of different base material volumes 35 is different, enabled to by tension-adjusting gear of the present utility model
The scope of application for rotating bin is wider, better.
In the present embodiment, tension-adjusting gear includes compression spring 40 and spring capping 41, and the track of spring capping 41 is set
Put on material axle 36, and the position on material axle 36 is adjustable, one end and the side of spring capping 41 of compression spring 40 offset, separately
One end and the side of friction plate 42 offset, and the opposite side of friction plate 42 offsets with rotating standard shaft 43, and then cause by pressure
The gland of spring 40 material axle 36 on position regulation, to adjust the elastic force of compression spring 40, further change friction plate 42 with
The frictional force between standard shaft 43 is rotated, the regulation of the tension force to the base material volume 35 on material axle 36 is realized.
It is pointed out that the connected mode between spring capping 41 and material axle 36 can be threadedly coupled, but it is not only
Threaded connection is limited only to, it can also be that others are adjustable and is fixedly connected with mode, as long as it can be realized to pressure bullet
The elastic force of spring 40 is adjusted.
The rotation bin that the utility model is provided, carries out rotation by rotating device 32 with stock shelf 33 by material axle 36 and sets
Put, when feeding is needed, material axle 36 is turned into side by rotating device 32, by base material volume 35 after expecting on axle 36,
Material axle 36 is rotated back into original position, locked by locking device 34.The rotation bin that the utility model is improved, structure letter
It is single, using more convenient, manpower is greatly saved, it is practical.
It is preferred embodiment that cutting tool includes rip cutting mechanism, drive device, moves crossbearer 12, determines crossbearer 11, support
Plate 13 and rectangle steel disc 21；
Drive device is connected with dynamic crossbearer 12, and dynamic crossbearer 12 can be driven to rotate；
Height adjustment mechanism is provided with supporting plate 13, the height for adjusting supporting plate 13；
Move crossbearer 12 and determine crossbearer 11 and be rotatably arranged between two pieces of supporting plates 13；
Move crossbearer 12 and determine crossbearer 11 and be arranged in parallel；
Move crossbearer 12 and determine to be respectively provided with crossbearer 11 and be fixed with rectangle steel disc 21；
Rip cutting mechanism includes rip cutting frame 9 and multiple rip cutting blades 27；
Multiple rip cutting blades 27 are parallel and are fixedly installed on rip cutting frame 9；
Rip cutting frame 9 is arranged on the side of dynamic crossbearer 12, and raw material can be made to pass through crosscutting again by rip cutting；
Supporting plate 13 is connected by height adjusting structure with body frame 4, can adjust height of the supporting plate 13 on body frame 4；
Rectangle steel disc 21 is vertically arranged with rip cutting blade 27.
In the present embodiment, raw material is to coat the emplastrum after paste to first pass through after rip cutting, then by crosscutting, is finally given into
The gel emplastrum of strip after type.
In the present embodiment, rip cutting frame 9, dynamic crossbearer 12 and determine crossbearer 11 and be arranged on body frame 4 so that rip cutting and crosscutting
Organically it is integrated into a whole system.
In the present embodiment, drive device, dynamic crossbearer 12, determine crossbearer 11, supporting plate 13 and the composition of rectangle steel disc 21 one
Coating machine infeed set-up 29.
In the present embodiment, rip cutting blade 27 is circle, and circular rip cutting blade 27 is rotatably arranged on rip cutting frame 9, energy
It is enough emplastrum by when, carry out rotation while extruding rotating roller 10, emplastrum be cut into strip.
In the present embodiment, rotating roller 10 is also provided with, rotating roller 10 is arranged on to the lower section of rip cutting frame 9, with longitudinal knife
Piece 27 is in contact, and can cut emplastrum under rotating roller 10 and the collective effect of rip cutting blade 27.
It is such to set, it can be more convenient the cutting operation of rip cutting blade 27, and can reduce the abrasion of rip cutting blade 27,
Improve the using effect and service life of rip cutting blade 27.
In the present embodiment, the emplastrum after paste is coated, when carrying out crosscutting, it is necessary to enter dynamic crossbearer 12 and determine crossbearer
Between 11, crossbearer 12 is moved under the drive of drive device, is rotated, and then drives rectangle steel disc 21 to rotate so that dynamic crossbearer
Rectangle steel disc 21 on 12 and the rectangle steel disc 21 determined on crossbearer 11 can produce squeezing action, and then emplastrum is cut off, it is ensured that
The effect of final molding product.
In the present embodiment, as shown in figure 3, height adjustment mechanism includes adjustment bolt 22 and fixing bolt 24, by solid
Determine after supporting plate 13 is fixed on fixed mount 23 by bolt 24, by adjustment bolt 22 come to supporting plate 13 on fixed mount 23
Highly it is adjusted.
In the present embodiment, fixed mount 23 is fixedly installed on body frame 4.It can also be and fixed mount 23 and body frame 4 are set
It is integrated.
In the present embodiment, drive device is motor 15.
In the present embodiment, rectangle steel disc 21 is sheet metal.Sheet metal is as rectangle steel disc 21, and it can utilize itself
Seamed edge completes to cut emplastrum, it is not necessary to polished, and both safety in turn simplify processing technology, reduce production cost.
In the present embodiment, height adjustment mechanism supporting plate 13 can be carried out it is integrally-regulated, i.e., it is supporting plate 13 is overall
Up-regulation is lowered, and then dynamic crossbearer 12 and the relative position for determining crossbearer 11 will not be changed, and then after once to knife,
It need not repeatedly proofread, simplify the check and correction process changed after emplastrum, saved time and cost of labor.
It is preferred embodiment to move crossbearer 12 for column；
Multiple bar-shaped troughs are provided with dynamic crossbearer 12；
Multiple bar-shaped troughs are uniformly arranged using the central shaft for moving crossbearer 12 as axis；
Rectangle steel disc 21 is fixedly installed on the cell wall of bar-shaped trough, and one end of rectangle steel disc 21 is stretched out outside bar-shaped trough,
It can be in contact with the rectangle steel disc 21 determined on crossbearer 11.
In the present embodiment, move crossbearer 12 and be set to column, be provided with multiple bar-shaped troughs, each bar-shaped trough is parallel to be set
Put, rectangle steel disc 21 is fixedly installed on the side wall of bar-shaped trough, and one end of rectangle steel disc 21 is stretched out outside bar-shaped trough, Neng Gouyu
The rectangle steel disc 21 determined on crossbearer 11 is in contact, and then emplastrum is cut.
In the present embodiment, rectangle steel disc 21 is steel plate, now, and one end of steel plate is stretched out from bar-shaped trough so that steel plate energy
Extruding cutting enough is carried out to emplastrum using seamed edge.
In the present embodiment, the shape of bar-shaped trough is not entered to limit, and it can be dovetail groove or rectangular channel, may be used also
To be other kinds of bar-shaped trough, as long as its cell wall with a plane, rectangle steel disc 21 can be fixed.
In the present embodiment, bar-shaped trough is two, is separately positioned on the relative both sides of dynamic crossbearer 12.
It is pointed out that in the present embodiment, bar-shaped trough is two, but it is not limited solely to two, can also be
One, three, four, five etc., or even can also be more.
In the present embodiment, the fixed form of rectangle steel disc 21 and dynamic crossbearer 12 is fixed for bolt, but it not only limits to
There is bolt to fix, it can also be other fixed forms, that is to say, that as long as rectangle steel disc 21 can be fixedly installed on by it
On dynamic crossbearer 12, best mode is to enable to rectangle steel disc 21 to be detachably connected on dynamic crossbearer 12.
In the present embodiment, crossbearer 11 is determined due to that will not be rotated, and it sets a rectangle steel disc 21, thereon
The rectangle steel disc 21 of setting is identical with the rectangle steel disc 21 on dynamic crossbearer 12, and set-up mode can also be identical, i.e., can also
It is that sheet metal is bolted in bar-shaped trough.
In the present embodiment, drive device is connected by differential mechanism 14 with dynamic crossbearer 12, now, can pass through differential mechanism 14
Realize and the cutting position for moving the rectangle steel disc 21 on crossbearer 12 is adjusted, so that cleavage of the rectangle steel disc 21 on emplastrum
It is set to optimum position, it is to avoid leakage is produced to medicament.
In the present embodiment, differential mechanism 14 is turbine and worm structure, and drive device is motor 15 by gear ＆ rack structure
It is connected with worm screw, drives worm screw to rotate, the gear being coaxially fixedly installed by the worm screw other end drives axis of traction 8, passes through worm screw
The rotation of turbine is driven, further moving crossbearer 12 by chain-driving again rotates.
It is preferred embodiment that section pressure-regulating device is provided with rip cutting frame 9, respectively with multiple rip cutting blades 27
Connection, the height for adjusting rip cutting blade 27.
In the present embodiment, the height to rip cutting frame 9 can be adjusted, and then adjust rip cutting blade 27 and rotating roller 10
Between logical material gap size, with ensure cutting tool of the present utility model can be applied to any emplastrum production.
In the present embodiment, section pressure-regulating device is to carry out height adjustment to each rip cutting blade 27.
Integrated regulation is carried out to rip cutting frame 9 it is pointed out that can also be, to reach the purpose of whole height adjustment.
In the present embodiment, section pressure-regulating device include air pump 28 and multiple pressure regulator valves 26, air pump 28 respectively with it is many
Individual pressure regulator valve 26 is connected, and a pressure regulator valve 26 is provided with each rip cutting blade 27, the height for controlling rip cutting blade 27.
In the present embodiment, section pressure-regulating device is to set multiple pressure regulator valves 26, each pressure regulation on an air pump 28
Valve 26 controls a rip cutting blade 27, and then after pressure regulator valve 26 is opened, can pass through height of the air pump 28 to rip cutting blade 27
It is adjusted, after adjustment is finished, closing pressure-regulating valve 26.
In the present embodiment, flow control valve is also set on rip cutting blade 27, that is, controls air pump 28 to drive rip cutting blade
The speed of 27 movements, it is ensured that rip cutting blade 27 will not collide with rotating roller 10, it is ensured that the security of rip cutting blade 27.
In the present embodiment, axis of traction 8 is provided with body frame 4, the painting that can be will go into coating machine by axis of traction 8
The emplastrum for crossing medicament is sent to the lower section of rip cutting frame 9 and the dynamic crossbearer 12 and determines between crossbearer 11, to be easy to the longitudinal knife
Piece 27 and the rectangle steel disc 21 are cut to raw material.
In the present embodiment, axis of traction 8 is also attached with differential mechanism 14, that is to say, that traction to emplastrum and to patch
The power of the cutting of cream, is all from cutter actuating device, so can be cost-effective.
In the present embodiment, axis of traction 8 is linked together with rotating roller 10 by chain, ensure that holding for rotating roller 10
It is continuous to rotate, further give emplastrum tractive force.
In the present embodiment, axis of traction 8 is high frictional force axle, can effectively utilize rubbing between axis of traction 8 and emplastrum
Power is wiped to drive emplastrum to move.
It is pointed out that in the present embodiment, either compression roller 1, or the either bottom roller 17 of rotating roller 10, its is equal
For high frictional roller, effectively emplastrum can be driven to move.
In the present embodiment, rip cutting frame 9 is provided with lateral adjustments bolt 25, can adjust vertical by lateral adjustments bolt 25
The lateral attitude of cutting frame 9.
In the present embodiment, the end of rip cutting frame 9 is provided with screwed hole, is threadedly coupled with lateral adjustments bolt 25, body frame 4
On be provided with location-plate 31, location-plate 31 and be provided with through hole, end spiral shell of the lateral adjustments bolt 25 through through hole and rip cutting frame 9
Line is connected, and is additionally provided with positioning spiro pit in the end of location-plate 31, bolt 30 is provided with positioning spiro pit, to horizontal stroke
It is fixed on the positioning to regulating bolt 25.
In the present embodiment, be provided with graduated scale on rip cutting frame 9, using graduated scale can determine each rip cutting blade 27 it
Between spacing positioned when being adjusted.
The utility model is by the way that supporting plate 13 is adjusted, you can realize the common tune to determining crossbearer 11 and dynamic crossbearer 12
Section, i.e., to dynamic crossbearer 12 and determining after crossbearer 11 is once adjusted in place, it is not necessary to each to be adjusted repeatedly when using, regulation side
Formula simple and fast, greatly saves regulating time, is conveniently adjusted and safeguards, cost is low, and effect is good.
The coating machine that the utility model is provided, the He of patch 18 is provided by upper feed frame 7 and lower feed frame 5 to coating mechanism
Overlay film 20, is got into the medicament on coating cloth deck 3 between patch 18 and overlay film 20 by compression roller 1, forms overall gel emplastrum,
It is cut into final finished product by cutting tool afterwards.The coating machine that the utility model is provided, simple in construction, yield rate
Height, production efficiency is high, and manufacturing cost is relatively low.
Finally it should be noted that：Various embodiments above is only limited to illustrate the technical solution of the utility model, rather than to it
System；Although the utility model is described in detail with reference to foregoing embodiments, one of ordinary skill in the art should
Understand：It can still modify to the technical scheme described in foregoing embodiments, or to which part or whole
Technical characteristic carries out equivalent substitution；And these modifications or replacement, the essence of appropriate technical solution is departed from this practicality newly
The scope of each embodiment technical scheme of type.
Claims (10)
1. a kind of coating machine, it is characterised in that including body frame, upper feed frame, lower feed frame, drive device, coating mechanism and cut
Cutter has；
The fixation of the upper feed frame, the lower feed frame, the drive device, the coating mechanism and the cutting tool is set
Put on the body frame；
The drive device is connected with the coating mechanism and the cutting tool respectively, for driving the coating mechanism and institute
State cutting tool operation；
The coating mechanism includes coating cloth deck and compression roller；
The coating cloth deck is arranged on side of the compression roller away from the cutting tool；
The compression roller is connected with the lower feed frame and the upper feed frame respectively by patch and overlay film.
2. coating machine according to claim 1, it is characterised in that the coating mechanism also includes receiving side guard；
The receipts side guard is arranged on the coating cloth deck, and is offseted with the compression roller.
3. coating machine according to claim 1, it is characterised in that the coating mechanism also includes scraping flat structure；
The flat structure of scraping includes bottom roller, scraper and level detector；
The bottom roller is rotatably arranged on the body frame；
The scraper is arranged on the body frame, and gap is provided between the blade of the scraper and the bottom roller；
The level detector is arranged at the compression roller, and is connected with the scraper signal, for according to the compression roller
The pharmaceutical quantities at place control the gap between the scraper and the bottom roller.
4. coating machine according to claim 3, it is characterised in that the compression roller is two pairs, and two pairs of compression rollers are high
Degree is identical and horizontal parallel is set.
5. coating machine according to claim 1, it is characterised in that the upper feed frame includes stock shelf, material axle, locking dress
Put and rotating device；
The locking device and the rotating device are separately positioned on the two ends of the stock shelf；
The stock shelf is rotated with one end of the material axle by the rotating device and is connected；
The other end of the material axle is fixedly connected by the locking device with the stock shelf.
6. coating machine according to claim 5, it is characterised in that the rotating device includes rotating standard shaft；
The rotation standard shaft is rotatably arranged in the crossover port of the stock shelf；
Rotation hole is provided with the rotation standard shaft；
The axis of the rotation hole is vertical with the axis of the rotation standard shaft；
The material axle is rotatably arranged in the rotation hole.
7. coating machine according to claim 5, it is characterised in that the locking device includes locking bolt；
Latch recess is set on the stock shelf；
The end of the material axle is arranged in the latch recess；
Screwed hole is provided through on the upper side wall of the latch recess；
The locking bolt offsets through the end of the screwed hole and the material axle, and it is recessed that the material axle is locked in into the locking
In groove；
Bearing is coaxially arranged with the end that the material axle is arranged in the latch recess；
The locking bolt offsets with the bearing.
8. coating machine according to claim 1, it is characterised in that the cutting tool include rip cutting mechanism, drive device,
Move crossbearer, determine crossbearer, supporting plate and rectangle steel disc；
The drive device is connected with the dynamic crossbearer, and the dynamic crossbearer can be driven to rotate；
Height adjustment mechanism is provided with the supporting plate, the height for adjusting the supporting plate；
The dynamic crossbearer and described determine crossbearer and be rotatably arranged between two pieces of supporting plates；
The dynamic crossbearer and described determine crossbearer and be arranged in parallel；
The dynamic crossbearer and it is described determine to be respectively provided with crossbearer be fixed with the rectangle steel disc；
The rip cutting mechanism includes rip cutting frame and multiple rip cutting blades；
Multiple rip cutting blade parallels and it is fixedly installed on the rip cutting frame；
The rip cutting frame is arranged on the side of the dynamic crossbearer, and raw material can be made to pass through crosscutting again by rip cutting；
The supporting plate is connected by height adjusting structure with the body frame, can adjust the supporting plate on the body frame
Highly；
The rectangle steel disc is vertically arranged with the rip cutting blade.
9. coating machine according to claim 8, it is characterised in that the dynamic crossbearer is column；
Multiple bar-shaped troughs are provided with the dynamic crossbearer；
The central shaft of multiple bar-shaped troughs using the dynamic crossbearer is uniformly arranged as axis；
The rectangle steel disc is fixedly installed on the cell wall of the bar-shaped trough, and one end of the rectangle steel disc is stretched out in the bar
Outside shape groove, it can be in contact with the rectangle steel disc determined on crossbearer.
10. coating machine according to claim 8, it is characterised in that section pressure regulation dress is provided with the rip cutting frame
Put, be connected respectively with multiple rip cutting blades, the height for adjusting the rip cutting blade.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720157984.3U CN206456074U (en) | 2017-02-21 | 2017-02-21 | Coating machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720157984.3U CN206456074U (en) | 2017-02-21 | 2017-02-21 | Coating machine |
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| Publication Number | Publication Date |
|---|---|
| CN206456074U true CN206456074U (en) | 2017-09-01 |
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ID=59691784
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109732937A (en) * | 2019-01-24 | 2019-05-10 | 江苏谦胜合成材料有限公司 | The manufacturing method of antifatigue ground cushion |
| CN112455056A (en) * | 2020-11-12 | 2021-03-09 | 苏州贝斯珂胶粘科技有限公司 | Coating machine |
-
2017
- 2017-02-21 CN CN201720157984.3U patent/CN206456074U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109732937A (en) * | 2019-01-24 | 2019-05-10 | 江苏谦胜合成材料有限公司 | The manufacturing method of antifatigue ground cushion |
| CN112455056A (en) * | 2020-11-12 | 2021-03-09 | 苏州贝斯珂胶粘科技有限公司 | Coating machine |
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