CN208469302U - A kind of aluminium foil products retrospect thermal transfer device of two dimensional code - Google Patents
A kind of aluminium foil products retrospect thermal transfer device of two dimensional code Download PDFInfo
- Publication number
- CN208469302U CN208469302U CN201820774298.5U CN201820774298U CN208469302U CN 208469302 U CN208469302 U CN 208469302U CN 201820774298 U CN201820774298 U CN 201820774298U CN 208469302 U CN208469302 U CN 208469302U
- Authority
- CN
- China
- Prior art keywords
- thermal transfer
- dimensional code
- roller
- aluminium foil
- wallboard
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Making Paper Articles (AREA)
Abstract
本实用新型公开了一种铝箔产品追溯用二维码的热转印装置。该装置包括上下设置的上架以及下架，热转印工站包括固定架，固定架固定在下架下侧，固定架内设有热转印盒，热转印盒下端设有打印输出端，热转印盒上固定有数据处理器，上架上依次固定有胶贴工站、圆刀模切机以及分离工站，胶贴工站包括上下设置的第一加压胶辊，圆刀模切机包括上下设置的圆刀模具，分离工站包括分离器，分离工站后侧水平连接产品收集器，分离工站后侧向上倾斜连接第二收卷部。本实用新型具有自动化在线实时连续化喷码，生产效率高，产品的品质高，良品率提高的效果。
The utility model discloses a thermal transfer printing device for two-dimensional codes for traceability of aluminum foil products. The device includes an upper frame and a lower frame arranged up and down. The thermal transfer station includes a fixing frame. The fixing frame is fixed on the lower side of the lower frame. The fixing frame is provided with a thermal transfer box. A data processor is fixed on the transfer box, and a glue sticking station, a circular knife die-cutting machine and a separation station are fixed in sequence on the upper shelf. It includes a circular knife die set up and down, the separation station includes a separator, the rear side of the separation station is horizontally connected to the product collector, and the rear side of the separation station is connected to the second winding part upwards. The utility model has the effects of automatic online real-time continuous coding, high production efficiency, high product quality and improved yield.
Description
Technical field
The utility model relates to die cutting technique field, in particular to a kind of thermal transfer of aluminium foil products retrospect two dimensional code fills
It sets.
Background technique
Present electronic product rapid development, components become more and more accurate, want to the mechanical equipment of production electronic product
Ask higher and higher, aluminium foil class product is die cut using dise knife at present, and pallet collects product, then using spraying under traditional ink jet numbering machine line
Code, retains each product tracked information, finally uses artificial full inspection, it is ensured that two dimensional code good fit, aluminium foil class product is for producing
Energy, quality requirements are very high, and existing dise knife processing and forming bottleneck has a disadvantage in that in coding process: first, under traditional ink jet numbering machine line
Coding inefficiency is unable to satisfy the product demand of batch；Second, problems such as that there are coding grades are relatively low, ink is easy to fall off；
Third, aluminium foil class product is very high to product cleanliness, surface smoothness requirement, coding is easily in product circular flow under traditional wire
In lead to dirty product, impression, bending etc., fraction defective improves, and increases difficulty to the quality control of product.
Utility model content
One or more to solve the above-mentioned problems, the utility model provide a kind of aluminium foil products retrospect two dimensional code
Thermal transfer device.
One aspect according to the present utility model, the device include restocking and undercarriage setting up and down,
Thermal transfer station includes fixed frame, and fixed frame is fixed on the downside of undercarriage, and thermal transfer box, thermal transfer are equipped in fixed frame
Box lower end is equipped with printout end, and data processor is fixed on thermal transfer box, is equipped with the first blowing portion on rear side of fixed frame, and first
Blowing portion continuously exports light coating materials band, and data processor controlled prints out end gauage then table on thermal transfer two dimensional code to light coating materials band
Face,
It is successively fixed with sticker station, dise knife die-cutting machine and separation station, product material strip lower surface in restocking and is equipped with glue
Layer,
Sticker station includes setting up and down first pressurization rubber roller and the first base roller, product material strip and light coating materials band through the
One pressurization rubber roller and the first base roller compression set are integral,
Dise knife die-cutting machine includes dise knife mold and the second base roller setting up and down, the cross cutting processing of dise knife mold, two dimensional code
Diaphragm is detached from light coating materials band, and the first winding portion is further fixed on the downside of undercarriage, and the first winding portion winds light film scrap belt,
Separating station includes separator, horizontal connection product collector on rear side of separation station, to updip on rear side of separation station
The aluminium foil products for posting two dimensional code are detached from product material strip by tiltedly the second winding portion of connection, separator, and the aluminium foil for posting two dimensional code produces
Product continuous regular enters product collector, and the second winding portion continuously winds product scrap belt.The device turns dise knife technique and heat
Print machine combines, and realizes product automation real-time continuousization code spraying technology online, the beneficial effect is that: first, the device
Belong to serialization online production, high production efficiency efficiently solves the problems, such as that coding efficiency is too low, reduces cost of labor and sets
Standby cost；Second, avoiding human factor error, the undesirable risk of manual work is reduced, coding grade is high, and ink is not easy to take off
It falls, improves the quality and production capacity of product；Third, saving the pallet of product process transfer, pallet is avoided to occupy a large amount of raw
Produce space；Fourth, product cleanliness, surface smoothness are high, solve traditional coding causes product dirty in product circular flow
Dirt, impression, bending etc., yields improve.
Further, fibre optical sensor is additionally provided on dise knife die-cutting machine, fibre optical sensor is fixed on the second base roller side, the
Diyl roller outer wall one end is also formed with outstanding by induction part, fibre optical sensor position and corresponding by induction part.It is beneficial to effect
Fruit is: when circular knife machine runs well, it is (every that fiber sensor measurement is incuded the distance between every flake products on cutting die by induction part
Flake products output interval duration) and data processor is fed back information to, data processor passes through analysis fiber optic sensor feed back
Come over delivering instruction control adjustment thermal transfer device coded program, coordinate transfer two dimensional code waiting interval time with
Product interval duration real-time synchronization, thus achieved the effect that two dimensional code transfer and material conveying and product output real-time synchronization,
It is good to be continuously posted effect.
Further, fixed frame lower surface both ends are respectively equipped with one around material axis, and two are in same water around material axis upper end
Plane, rear side are additionally provided with a steering shaft around material axis upper end, and light coating materials band enters through front end around material axis upper surface, printout
Thermal transfer two dimensional code is held, the light diverted axis lower surface of coating materials band enters sticker station.
Further, sticker station includes symmetrically arranged first wallboard in two sides, and the first wallboard bottom end is connected by crossbeam
At frame,
The first sliding groove of rectangular configuration, the first pressurization rubber roller and the sliding of the first base roller both ends are formed among first wallboard
It is connected in first sliding groove, first base roller one end passes through shaft coupling direct connection first reducing motors, the first pressurization rubber roller and first
By gear drive between base roller, the first pressurization rubber roller both ends upside is equipped with the first pressurization part.
Further, dise knife die-cutting machine includes symmetrically arranged second wallboard in two sides, and the second wallboard bottom end is connected by crossbeam
Frame is connected into,
The second sliding slot of rectangular configuration is formed among second wallboard, dise knife mold and the second base roller both ends are slidably connected
In second sliding slot, second base roller one end is by shaft coupling direct connection second reducing motors, between dise knife mold and the second base roller
By gear drive, the second pressurization part is equipped on the upside of dise knife both mold ends.
Further, separation station includes the symmetrically arranged third wallboard in two sides, and third wallboard bottom end is connected by crossbeam
At frame,
The third sliding slot of rectangular configuration is formed among third wallboard,
Second pressurization rubber roller and third base roller both ends are slidably connected in third sliding slot, and third base roller one end passes through shaft coupling
Device direct connection third decelerating motor passes through gear drive, the second pressurization rubber roller both ends between the second pressurization rubber roller and third base roller
Upside is equipped with third pressurization part.
Further, steering shaft between sticker station, the second base roller and the first winding portion, separator and second receive
Guide roller is equipped between volume portion.
Further, the first pressurization part includes the first briquetting, and the first briquetting is slidably connected in first sliding groove, first sliding groove
Intermediate upside is equipped with first and adjusts stud, and the first adjusting stud is fixed in the first jacking block, and the first jacking block is fixed on the first wallboard
Upper end is additionally provided with the first adjusting nut between the first adjusting stud and the first jacking block,
Second pressurization part includes the second briquetting, and the second briquetting is slidably connected in second sliding slot, upside among second sliding slot
Stud is adjusted equipped with second, the second adjusting stud is fixed in the second jacking block, and the second jacking block is fixed on the second wallboard upper end, and second
It adjusts and is equipped with the second adjusting nut between stud and the second jacking block,
Third pressurization part includes third briquetting, and third briquetting is slidably connected on third sliding slot, upside among third sliding slot
Stud is adjusted equipped with third, third adjusts stud and is fixed in third jacking block, and third jacking block is fixed on third wallboard upper end, third
It adjusts and is additionally provided with third adjusting nut between stud and third jacking block.
Further, it is handle screw that the first adjusting stud, the second adjusting stud and third, which adjust stud, and first is adjusted
Nut, the second adjusting nut and third adjusting nut are handle nut.The beneficial effect is that: handle screw and handle nut
Facilitate adjusting.
Further, the first winding portion include the first wind-up roll, the first wind-up roll shaft end direct connection first servo motor,
Second winding portion include the second wind-up roll, second wind-up roll shaft end the second servo motor of direct connection,
First blowing portion includes the first emptying roller, the first emptying roller shaft end direct connection third servo motor.The beneficial effect is that:
First servo motor, the second servo motor and the rotation of third servo motor are accurate, mention for cross cutting and the hot high-precision being posted
Good basis is supplied.
Detailed description of the invention
Fig. 1 is a kind of signal of the thermal transfer device of aluminium foil products retrospect two dimensional code of one embodiment of the utility model
Figure；
Fig. 2 is the schematic diagram of thermal transfer station shown in Fig. 1；
Fig. 3 is the schematic diagram of sticker station shown in Fig. 1；
Fig. 4 is the schematic diagram of dise knife die-cutting machine shown in Fig. 1；
Fig. 5 is the schematic three dimensional views of dise knife die-cutting machine shown in Fig. 4；
Fig. 6 is the schematic diagram of separation station shown in Fig. 1；
Fig. 7 is the schematic diagram in the first blowing portion shown in Fig. 1, the first winding portion and the second winding portion；
Fig. 8 is the schematic diagram of the tinfoil paper product after sticker shown in Fig. 1；
Restocking 01, undercarriage 02, light coating materials band 03, product material strip 04, light film scrap belt 05, glue-line 06, aluminium foil products 07,
Product scrap belt 08, thermal transfer station 1, fixed frame 11, thermal transfer box 12 print out end 13, and data processor 14, first puts
Material portion 15, the first emptying roller 151, third servo motor 152, around material axis 16, steering shaft 17, sticker station 2, the first pressurization rubber roller
21, the first base roller 22, the first wallboard 23, first sliding groove 231, first reducing motors 24, the first pressurization part 25, the first briquetting 251,
First adjusts stud 252, the first jacking block 253, the first adjusting nut 254, dise knife die-cutting machine 3, dise knife mold 31, the second base roller
32, by induction part 321, the second wallboard 33, second sliding slot 331, second reducing motors 34, the second pressurization part 35, the second briquetting
351, second adjusts stud 352, the second jacking block 353, and the second adjusting nut 354 separates station 4, separator 40, the second pressurization glue
Roller 41, third base roller 42, third wallboard 43, third sliding slot 431, third decelerating motor 44, third pressurization part 45, third briquetting
451, third adjusting stud 452, third jacking block 453, third adjusting nut 454, the first winding portion 5, the first wind-up roll 51, first
Servo motor 52, product collector 6, idler wheel 61, the second winding portion 7, the second wind-up roll 71, the second servo motor 72, optical fiber pass
Sensor 8, pressure roller 9, guide roller 10.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawing.It should be noted that making in being described below
Word "front", "rear", "left", "right", "up" and "down" refer to that the direction in attached drawing, word "inner" and "outside" respectively refer to
Be directed towards or far from geometric center of specific component direction.
Fig. 1 to Fig. 8 schematically shows a kind of a kind of aluminium foil products retrospect of embodiment according to the present utility model
With the thermal transfer device of two dimensional code.As shown, the device includes restocking 01 and undercarriage 02 setting up and down,
Thermal transfer station 1 includes fixed frame 11, and fixed frame 11 is fixed on 02 downside of undercarriage, is equipped with heat in fixed frame 11 and turns
Seal box 12,12 lower end of thermal transfer box are equipped with printout end 13, are fixed with data processor 14, fixed frame on thermal transfer box 12
11 rear sides are equipped with the first blowing portion 15, and the first blowing portion 15 continuously exports light coating materials band 03, and the control printing of data processor 14 is defeated
The regular thermal transfer two dimensional code of outlet 13 to light 03 upper surface of coating materials band,
Sticker station 2, dise knife die-cutting machine 3 and separation station 4,04 lower surface of product material strip are successively fixed in restocking 01
Equipped with glue-line 06,
Sticker station 2 includes the first pressurization rubber roller 21 and the first base roller 22, product material strip 04 and light film setting up and down
Material strip 03 is integral through the first pressurization rubber roller 21 and 22 compression set of the first base roller,
Dise knife die-cutting machine 3 includes dise knife mold 31 setting up and down and the second base roller 32, and the cross cutting of dise knife mold 31 is processed,
Two dimensional code diaphragm is detached from light coating materials band 03, the first winding portion 5 is further fixed on the downside of undercarriage 02, it is useless that the first winding portion 5 winds light film
Material strip 05,
Separating station 4 includes separator 40, separates 4 rear side horizontal connection product collector 6 of station, 4 rear side of separation station
The aluminium foil products 07 for posting two dimensional code are detached from product material strip 04, post two by the second winding portion 7 of inclination connection upwards, separator 40
07 continuous regular of aluminium foil products of dimension code enters product collector 6, and the second winding portion 7 continuously winds product scrap belt 08.The dress
It sets and combines dise knife technique and heat transfer machine, realize product automation real-time continuousization code spraying technology online, it is beneficial
Effect is: first, the device belongs to serialization online production, high production efficiency efficiently solves the problems, such as that coding efficiency is too low,
Reduce cost of labor and equipment cost；Second, avoiding human factor error, the undesirable risk of manual work, coding are reduced
Grade is high, and ink is not easily to fall off, improves the quality and production capacity of product；Third, saving the pallet of product process transfer, avoid
Pallet occupies a large amount of production space；Fourth, product cleanliness, surface smoothness are high, solve traditional coding and had enough to meet the need in product
Lead to dirty product, impression, bending etc. in the process, yields improves.
Preferably, fibre optical sensor 8 is additionally provided on dise knife die-cutting machine 3, fibre optical sensor 8 is fixed on the second base roller 32 1
Side, 32 outer wall one end of the second base roller are also formed with outstanding by induction part 321,8 position of fibre optical sensor and by 321 phase of induction part
It is corresponding.The beneficial effect is that: when circular knife machine runs well, the measurement of fiber sensor 8 incudes on cutting die every by induction part 321
The distance between product (every flake products output interval duration) simultaneously feeds back information to data processor 14, and data processor 14 is logical
The coded program that analysis fibre optical sensor 8 feeds back the delivering instruction control adjustment thermal transfer device to come is crossed, transfer is coordinated
The waiting interval time of two dimensional code and product interval duration real-time synchronization, to reach two dimensional code transfer and material conveying and production
The effect of product output real-time synchronization, it is good to be continuously posted effect.
Preferably, 11 lower surface both ends of fixed frame are respectively equipped with one around material axis 16, and two are in same around material 16 upper end of axis
One horizontal plane, rear side are additionally provided with a steering shaft 17 around material 16 upper end of axis, and light coating materials band 03 is through front end around material 16 upper surface of axis
Into printout 13 thermal transfer two dimensional code of end, diverted 17 lower surface of axis of light coating materials band 03 enters sticker station 2.
Preferably, sticker station 2 includes symmetrically arranged first wallboard 23 in two sides, and 23 bottom end of the first wallboard passes through first
Crossbeam 24 connects into frame,
The first sliding groove 231 of rectangular configuration, the first pressurization rubber roller 21 and the first base roller are formed among first wallboard 23
22 both ends are slidably connected in first sliding groove 231, and 22 one end of the first base roller is by shaft coupling direct connection first reducing motors 26, and first
It pressurizes by gear drive between rubber roller 21 and the first base roller 22, the first pressurization 21 both ends of rubber roller upside is equipped with the first pressurization part
25。
Preferably, dise knife die-cutting machine 3 includes symmetrically arranged second wallboard 33 in two sides, and 33 bottom end of the second wallboard passes through the
Two crossbeams 34 connect into frame,
32 liang of the second sliding slot 331 of rectangular configuration, dise knife mold 31 and the second base roller are formed among second wallboard 33
End is slidably connected in second sliding slot 331, and 32 one end of the second base roller passes through shaft coupling direct connection second reducing motors 36, dise knife mold
31 and second between base roller 32 by gear drive, be equipped with the second pressurization part 35 on the upside of 31 both ends of dise knife mold.
Preferably, separation station 4 includes the symmetrically arranged third wallboard 43 in two sides, and 43 bottom end of third wallboard passes through third
Crossbeam 44 connects into frame,
The third sliding slot 431 of rectangular configuration is formed among third wallboard 43,
Second pressurization rubber roller 41 and 42 both ends of third base roller are slidably connected in third sliding slot 431, third base roller 42 1
End passes through gear drive between second pressurization rubber roller 41 and third base roller 42 by shaft coupling direct connection third decelerating motor 46,
Third pressurization part 45 is equipped on the upside of second pressurization 41 both ends of rubber roller.
Preferably, it is equipped with guide roller 10 on front side of the first wallboard 23, the second wallboard 33 and third wallboard 33,
Steering shaft 17 between sticker station 2, the second base roller 32 and the first winding portion 5, separator 40 and second receive
Guide roller 10 is equipped between volume portion 7,
Pressure roller 9 is equipped on rear side of second wallboard 33.
Further, the first pressurization part 25 includes the first briquetting 251, and the first briquetting 251 is slidably connected at first sliding groove 231
On, upside is equipped with first and adjusts stud 252 among first sliding groove 231, and the first adjusting stud 252 is fixed in the first jacking block 253,
First jacking block 253 is fixed on 23 upper end of the first wallboard, is additionally provided with the first tune between the first adjusting stud 252 and the first jacking block 253
Nut 254 is saved,
Second pressurization part 35 includes the second briquetting 351, and the second briquetting 351 is slidably connected in second sliding slot 331, and second
Upside is equipped with second and adjusts stud 352 among sliding slot 331, and the second adjusting stud 352 is fixed in the second jacking block 353, the second top
Block 353 is fixed on 33 upper end of the second wallboard, is additionally provided with the second adjusting nut between the second adjusting stud 352 and the second jacking block 353
354,
Third pressurization part 45 includes third briquetting 451, and third briquetting 451 is slidably connected on third sliding slot 431, third
Upside is equipped with third and adjusts stud 452 among sliding slot 431, and third adjusts stud 452 and is fixed in third jacking block 453, third top
Block 453 is fixed on 43 upper end of third wallboard, and third adjusts and is additionally provided with third adjusting nut between stud 452 and third jacking block 453
454。
Preferably, it is handle screw that the first adjusting stud 252, second, which adjusts stud 352 and third adjusting stud 452,
First adjusting nut 254, the second adjusting nut 354 and third adjusting nut 454 are handle nut.The beneficial effect is that: hand
Handle screw and handle nut facilitate adjusting.
Preferably, the first winding portion 5 includes the first wind-up roll 51,51 shaft end direct connection first servo motor of the first wind-up roll
52,
Second winding portion 7 include the second wind-up roll 71,71 the second servo motor of shaft end direct connection 72 of the second wind-up roll,
First blowing portion 15 includes the first emptying roller 151,151 shaft end direct connection third servo motor 152 of the first emptying roller.The
Three servo motors 152, first servo motor 52 and the second servo motor 72 rotate accurately, for cross cutting and heat be posted it is high-precision
Degree provides good basis.
Further, product collector 6 is uncovered structure, and 6 lower end of product collector is equipped with idler wheel 61.Its advantages
Be: the product collector 6 is moved easily, and production disruption is not present.
Above-described is only some embodiments of the utility model.For those of ordinary skill in the art,
Without departing from the concept of the present invention, various modifications and improvements can be made, these belong to practical
Novel protection scope.
Claims (10)
1. the thermal transfer device that two dimensional code is used in a kind of aluminium foil products retrospect, which is characterized in that including restocking (01) setting up and down
And undercarriage (02),
Thermal transfer station (1) includes fixed frame (11), and the fixed frame (11) is fixed on the downside of the undercarriage (02), the fixation
Thermal transfer box (12) are equipped in frame (11), thermal transfer box (12) lower end is equipped with printout end (13), the thermal transfer box
(12) it is fixed on data processor (14), the first blowing portion (15), first blowing is equipped on rear side of the fixed frame (11)
Portion (15) continuously exports light coating materials band (03), and the data processor (14) controls the regular thermal transfer of the printout end (13)
Two dimensional code to light coating materials band (03) upper surface,
Sticker station (2), dise knife die-cutting machine (3) and separation station (4), product material strip are successively fixed on the restocking (01)
(04) lower surface is equipped with glue-line (06),
The sticker station (2) includes the first pressurization rubber roller (21) and the first base roller (22) setting up and down, the product material
Band (04) and the light coating materials band (03) through described first pressurize rubber roller (21) and the first base roller (22) compression set at
One,
The dise knife die-cutting machine (3) includes dise knife mold (31) and the second base roller (32) setting up and down, the dise knife mold
(31) cross cutting processing, two dimensional code diaphragm are detached from the light coating materials band (03), are further fixed on the first winding on the downside of the undercarriage (02)
Portion (5), first winding portion (5) wind light film scrap belt (05),
The separation station (4) includes separator (40), horizontal connection product collector (6), institute on rear side of the separation station (4)
Inclination connection the second winding portion (7) upwards on rear side of separation station (4) is stated, the separator (40) produces the aluminium foil for posting two dimensional code
Product (07) are detached from the product material strip (04), and the aluminium foil products (07) continuous regular for posting two dimensional code is received into the product
Storage (6), second winding portion (7) continuously winding product scrap belt (08).
2. the thermal transfer device that two dimensional code is used in a kind of aluminium foil products retrospect according to claim 1, which is characterized in that described
It is additionally provided on dise knife die-cutting machine (3) fibre optical sensor (8), the fibre optical sensor (8) is fixed on the second base roller (32) one
Side, described second base roller (32) outer wall one end are also formed with outstanding by induction part (321), fibre optical sensor (8) position
With it is described corresponding by induction part (321).
3. the thermal transfer device that two dimensional code is used in a kind of aluminium foil products retrospect according to claim 1, which is characterized in that described
Fixed frame (11) lower surface both ends are respectively equipped with one around material axis (16), are in same level around material axis (16) upper end described in two
Face, the described of rear side are additionally provided with a steering shaft (17) around material axis (16) upper end, the light coating materials band (03) through described in front end around
Expect that axis (16) upper surface enters, printout end (13) the thermal transfer two dimensional code, the light coating materials band (03) is through the steering
Axis (17) lower surface enters the sticker station (2).
4. the thermal transfer device that two dimensional code is used in a kind of aluminium foil products retrospect according to claim 1, which is characterized in that described
Sticker station (2) includes symmetrically arranged first wallboard (23) in two sides, and the first wallboard (23) bottom end is connected by crossbeam
Frame,
Be formed with the first sliding groove (231) of rectangular configuration among first wallboard (23), first pressurization rubber roller (21) with
And the first base roller (22) both ends are slidably connected in the first sliding groove (231), described first base roller (22) one end passes through
Shaft coupling direct connection first reducing motors (24) pass through tooth between first pressurization rubber roller (21) and the first base roller (22)
Wheel transmission, first pressurization are equipped with the first pressurization part (25) on the upside of rubber roller (21) both ends.
5. the thermal transfer device that two dimensional code is used in a kind of aluminium foil products retrospect according to claim 1, which is characterized in that described
Dise knife die-cutting machine (3) includes symmetrically arranged second wallboard (33) in two sides, and the second wallboard (33) bottom end is connected by crossbeam
At frame,
The second sliding slot (331) of rectangular configuration, the dise knife mold (31) and institute are formed among second wallboard (33)
It states second base roller (32) both ends to be slidably connected in the second sliding slot (331), described second base roller (32) one end passes through shaft coupling
Device direct connection second reducing motors (34) pass through gear drive between the dise knife mold (31) and the second base roller (32),
The second pressurization part (35) are equipped on the upside of dise knife mold (31) both ends.
6. the thermal transfer device that two dimensional code is used in a kind of aluminium foil products retrospect according to claim 5, which is characterized in that described
Second pressurization part (35) includes the second briquetting (351), and second briquetting (351) is slidably connected at the second sliding slot (331)
On, the intermediate upside of the second sliding slot (331) is equipped with second and adjusts stud (352), and described second, which adjusts stud (352), is fixed on
In second jacking block (353), second jacking block (353) is fixed on the second wallboard (33) upper end, and described second adjusts stud
(352) it is additionally provided between second jacking block (353) the second adjusting nut (354).
7. the thermal transfer device that two dimensional code is used in a kind of aluminium foil products retrospect according to claim 6, which is characterized in that described
Second adjusts stud (352) as handle screw, and second adjusting nut (354) is handle nut.
8. the thermal transfer device that two dimensional code is used in a kind of aluminium foil products retrospect according to claim 1, which is characterized in that described
Separating station (4) includes the symmetrically arranged third wallboard (43) in two sides, and third wallboard (43) bottom end is connected by crossbeam
Frame,
The third sliding slot (431) of rectangular configuration is formed among the third wallboard (43),
Second pressurization rubber roller (41) and third base roller (42) both ends are slidably connected in the third sliding slot (431), and described the
Three base roller (42) one end pass through shaft coupling direct connection third decelerating motor (44), second pressurization rubber roller (41) and the third
By gear drive between base roller (42), second pressurization is equipped with third pressurization part (45) on the upside of rubber roller (41) both ends.
9. the thermal transfer device that two dimensional code is used in a kind of aluminium foil products retrospect according to claim 3, which is characterized in that described
Steering shaft (17) between the sticker station (2), the second base roller (32) and first winding portion (5), described point
Guide roller (10) are equipped between device (40) and second winding portion (7).
10. the thermal transfer device that two dimensional code is used in a kind of aluminium foil products retrospect according to claim 1, which is characterized in that institute
It states the first winding portion (5) and includes the first wind-up roll (51), the first wind-up roll (51) shaft end direct connection first servo motor (52),
Second winding portion (7) includes the second wind-up roll (71), the second wind-up roll (71) shaft end the second servo of direct connection electricity
Machine (72),
First blowing portion (15) includes the first emptying roller (151), the first emptying roller (151) shaft end direct connection third servo
Motor (152).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820774298.5U CN208469302U (en) | 2018-05-23 | 2018-05-23 | A kind of aluminium foil products retrospect thermal transfer device of two dimensional code |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820774298.5U CN208469302U (en) | 2018-05-23 | 2018-05-23 | A kind of aluminium foil products retrospect thermal transfer device of two dimensional code |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208469302U true CN208469302U (en) | 2019-02-05 |
Family
ID=65218673
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820774298.5U Expired - Fee Related CN208469302U (en) | 2018-05-23 | 2018-05-23 | A kind of aluminium foil products retrospect thermal transfer device of two dimensional code |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208469302U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111942006A (en) * | 2020-08-11 | 2020-11-17 | 台州市彩之源新材料科技股份有限公司 | Comprehensive transfer printing equipment for bar codes and two-dimensional codes on reagent bottles |
| CN112478891A (en) * | 2020-11-19 | 2021-03-12 | 领胜城科技（江苏）有限公司 | Circular knife processing and stripping all-in-one machine |
-
2018
- 2018-05-23 CN CN201820774298.5U patent/CN208469302U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111942006A (en) * | 2020-08-11 | 2020-11-17 | 台州市彩之源新材料科技股份有限公司 | Comprehensive transfer printing equipment for bar codes and two-dimensional codes on reagent bottles |
| CN112478891A (en) * | 2020-11-19 | 2021-03-12 | 领胜城科技（江苏）有限公司 | Circular knife processing and stripping all-in-one machine |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN103971151B (en) | A kind of manufacture method and equipment of separated antennae RFID label tag | |
| CN109130329B (en) | Five-layer corrugated paper production line | |
| CN208469302U (en) | A kind of aluminium foil products retrospect thermal transfer device of two dimensional code | |
| CN102267174A (en) | Automatic honeycomb ceramic wet blank cutting and forming device | |
| CN108045066A (en) | A kind of no base material adhesive tape prints product processing technique without knife | |
| CN210501409U (en) | Inflation film manufacturing machine with line printing function | |
| CN201307465Y (en) | A forming machine | |
| CN208758421U (en) | Reinforcement steel disc rushes the coiled production equipment of patch automatically | |
| CN201300579Y (en) | Equipment capable of continuously producing aluminum composite decorative plate | |
| CN113002108A (en) | Die-cutting product transferring device and transferring process applying same | |
| CN206446901U (en) | A kind of double mark platform device for labeling | |
| CN107757050A (en) | A kind of compound automatic producing device of New colorful film paper | |
| CN208948441U (en) | A kind of Full-automatic glue index labelling machine | |
| CN209583156U (en) | A kind of punching material collecting device | |
| CN218286777U (en) | Light guide film production equipment | |
| CN205311014U (en) | Automatic laminator | |
| CN108357144B (en) | Element box apparatus for producing | |
| CN201261278Y (en) | Adhesion forming machines for paper pallet paper standing foot panel | |
| CN216031999U (en) | Casting device with constant temperature effect for producing solar EVA (ethylene vinyl acetate) adhesive film | |
| CN214727174U (en) | Cross cutting product changes device of subsides | |
| CN213353995U (en) | Linear glue sprayer and linear glue spraying composite slicing machine | |
| CN215589919U (en) | Heating type eight-cutter integrated molding press | |
| CN220784917U (en) | Device for guaranteeing gumming stability of copper-clad laminate | |
| CN209775921U (en) | automatic forming machine for inner page of name card book | |
| CN209700255U (en) | A kind of automatic laminating machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190205 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |