CN205768019U - Wire mark drying unit - Google Patents
Wire mark drying unit Download PDFInfo
- Publication number
- CN205768019U CN205768019U CN201620467060.9U CN201620467060U CN205768019U CN 205768019 U CN205768019 U CN 205768019U CN 201620467060 U CN201620467060 U CN 201620467060U CN 205768019 U CN205768019 U CN 205768019U
- Authority
- CN
- China
- Prior art keywords
- conducting portion
- air
- wire mark
- conducting
- space
- 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.)
- Withdrawn - After Issue
Links
- 238000001035 drying Methods 0.000 title claims abstract description 38
- 239000000463 material Substances 0.000 claims abstract description 92
- 230000033001 locomotion Effects 0.000 claims abstract description 18
- 230000007246 mechanism Effects 0.000 claims description 44
- 230000004888 barrier function Effects 0.000 claims description 36
- 230000004308 accommodation Effects 0.000 claims description 24
- 238000006073 displacement reaction Methods 0.000 claims description 16
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 16
- 230000008859 change Effects 0.000 claims description 14
- 238000005276 aerator Methods 0.000 claims description 12
- 239000008280 blood Substances 0.000 claims description 2
- 238000003491 array Methods 0.000 claims 1
- 230000001939 inductive effect Effects 0.000 abstract description 3
- 239000007789 gas Substances 0.000 description 15
- 238000010276 construction Methods 0.000 description 11
- 238000010521 absorption reaction Methods 0.000 description 10
- 230000000694 effects Effects 0.000 description 9
- 238000010586 diagram Methods 0.000 description 5
- 238000010438 heat treatment Methods 0.000 description 5
- 230000009471 action Effects 0.000 description 4
- 230000005540 biological transmission Effects 0.000 description 4
- 239000000919 ceramic Substances 0.000 description 4
- 238000012797 qualification Methods 0.000 description 4
- 230000033228 biological regulation Effects 0.000 description 3
- 238000009826 distribution Methods 0.000 description 3
- 238000010981 drying operation Methods 0.000 description 3
- 238000004519 manufacturing process Methods 0.000 description 3
- 238000000034 method Methods 0.000 description 3
- 238000005728 strengthening Methods 0.000 description 3
- 238000005485 electric heating Methods 0.000 description 2
- 230000008569 process Effects 0.000 description 2
- 238000009423 ventilation Methods 0.000 description 2
- 241000208340 Araliaceae Species 0.000 description 1
- 235000005035 Panax pseudoginseng ssp. pseudoginseng Nutrition 0.000 description 1
- 235000003140 Panax quinquefolius Nutrition 0.000 description 1
- 230000015572 biosynthetic process Effects 0.000 description 1
- 230000000740 bleeding effect Effects 0.000 description 1
- 239000012141 concentrate Substances 0.000 description 1
- 230000001186 cumulative effect Effects 0.000 description 1
- 230000007423 decrease Effects 0.000 description 1
- 230000003247 decreasing effect Effects 0.000 description 1
- 230000018044 dehydration Effects 0.000 description 1
- 238000006297 dehydration reaction Methods 0.000 description 1
- 239000000428 dust Substances 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 235000008434 ginseng Nutrition 0.000 description 1
- 230000005484 gravity Effects 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- 238000002955 isolation Methods 0.000 description 1
- 239000007788 liquid Substances 0.000 description 1
- 238000012547 material qualification Methods 0.000 description 1
- 239000000203 mixture Substances 0.000 description 1
- 230000000737 periodic effect Effects 0.000 description 1
- 238000007639 printing Methods 0.000 description 1
- 230000001737 promoting effect Effects 0.000 description 1
- 230000002787 reinforcement Effects 0.000 description 1
- 230000008439 repair process Effects 0.000 description 1
- 238000005096 rolling process Methods 0.000 description 1
- 238000012216 screening Methods 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
- 125000006850 spacer group Chemical group 0.000 description 1
- 238000009987 spinning Methods 0.000 description 1
- 239000007921 spray Substances 0.000 description 1
- 239000002918 waste heat Substances 0.000 description 1
Landscapes
- Drying Of Solid Materials (AREA)
Abstract
This utility model relates to a kind of wire mark drying unit, comprise: case shell, heater, delivery wheel has, driving source and getter device, delivery wheel tool is installed in case shell, there is fixed part and pivot part, and it is collectively forming an inducing QI channel by the inside of fixed part Yu pivot part, driving source connects and drives pivot part, allow part in fixed part air guide channel and in pivot part the inducing QI channel of part be able to periodically convert between conducting state and closed state, and getter device connection turns in air guide channel, and when air guide channel is in the conduction state, wire mark sheet material is floated be affixed on delivery wheel tool surface position, in addition, this utility model wire mark drying unit separately coordinates air-flow governor motion, adjust heated after air contact to the flow of wire mark sheet material.
Description
Technical field
This utility model relates to kind of the device that baking is dried, and espespecially one is applicable to enter seriality laminated structure
The drying unit of row baking dry run.
Background technology
Existing industrially drying operation refers to, in limited working space, it is provided that article carry out the mistake of a dehydration
Journey, the article that the heat energy high temperature utilizing thermal source to produce is intended to dry are dried, and most commonly seen drying side
Formula for fixing formula structure by thermal source, and order about article and carry out moving relative to the displacement of thermal source in particular track
Make.
Wherein, some thermal source is to be provided by heater or electric heating piece, and heater or electric heating piece are often with sheet
The structure kenel of shape or tubulose, and the finite surface area of the air contact surfaces in particular space, and cause temperature and carry
Rise the situation that efficiency is the best, it is impossible to actually reach the effect of article thermally equivalent.
Refer to shown in Fig. 1, disclose one utilize luminous energy as the vertical type oven of thermal source, wherein, luminous energy thermal source
As stationary structure, and article are set to one and are surrounded on inside baking box by roller Ω by printed sheet material, printing
Sheet material is closely adjacent to each other distribution so that thermal cycle utilizes bad, indirectly causes printed sheet material to be averagely heated,
Cause waste heat energy, reduce printed sheet material qualification rate and increase the result of baking box cost on foot.
Refer to shown in Fig. 2, disclose one by two ends rotating shaft as the vertical type oven in the source of driving, coordinate simultaneously
Air supporting wheel construction Ф between the rotating shaft of two ends, sets between air supporting wheel construction Ф and air supporting wheel construction Ф respectively
It is placed in upper and lower relative position, printed sheet material is formed the pattern that a U-shaped seriality is unrolled, by air supporting rolling hitch
Structure Ф sprays gas towards the direction of printed sheet material.
But, only carried out the drive operation of printed sheet material by two rotating shafts being positioned at gateway because of vertical type oven,
If the overall length of printed sheet material is long, probably there is the tension force of the printed sheet material of centre portion, with two end in contact
Different in the tension force of the printed sheet material of rotating shaft, cause printed sheet material deformation or depart from predetermined conveying deformation trace,
And if the slewing rate of two ends rotating shaft and air supporting wheel construction Ф is inconsistent, the rate of drying of printed sheet material will be affected
And production qualification rate, if in order to the slewing rate making two ends rotating shaft and air supporting wheel construction Ф is identical, then must be extra
Configuration control module, increases baking box cost, it addition, the sprayed dust from gas of air supporting wheel construction Ф will attach
Pollute in the surface of the most undried printed sheet material.
If additionally, the gas flow that sprayed in each angle of air supporting wheel construction Ф uneven or not enough time, then print
Correspondence appearance one, during by conveying, is floated and departs from the situation of predetermined conveying deformation trace, make by sheet material
Obtaining printed sheet material and increase by a probability contacted with air supporting wheel construction Ф, the surface in turn resulting in printed sheet material is subject to
Air supporting wheel construction Ф contact damage also reduces the production qualification rate of printed sheet material.
Utility model content
Main purpose of the present utility model is, is carried out the work that flaky material object is made transmit by air-breathing wheel
Industry, air-breathing wheel can also carry out periodically aspiratory action simultaneously, and the absorption of flaky material object is positioned air-breathing
The surface of wheel, it is to avoid skidding or the backrush situation of flaky material object occur.
A further object of the present utility model is, by the flow of the warmed air of the inside of control chamber shell and
The distribution of warmed air, reaches the effect so that flaky material object can be heated equably or local strengthening is dried
Really, carry out flaky material object toasting drying operation, promote the drying efficiency of lamellar material object and have
That stablizes to effect lamellar material object produces qualification rate.
Another object of the present utility model is, air-breathing wheel coordinates the drying path, air channel of air-supply to arrange each other
Column position mutual dislocation is distributed, and reaches to avoid flaky material object to take turns with air-breathing, or flaky material object and sheet
Glutinous result it is stained with each other between shape material object.
For reaching described purpose, this utility model wire mark drying unit, it is possible to the ink on a wire mark sheet material is entered
Row baking is dried, and comprises: one case shell, a heater, a delivery wheel tool, driving source and air-breathing
Device.
Described case shell, is internally formed an accommodation space；Described heater, is installed on described accommodation space,
Promote the Inside Air Temperature of described accommodation space；Described delivery wheel has, and is installed in described accommodation space,
Having a pivot part and a fixed part adjacent with described pivot part, the surface of described pivot part forms one
With first conducting portion of ft connection of delivery wheel tool, the inside of described pivot part has one and first conducting portion
And described fixed part connects the second conducting portion of conducting, described fixed part be internally formed one and described second
3rd conducting portion of conducting portion connection, by the first conducting portion of described pivot part, the second conducting portion and described
3rd conducting portion of fixed part is collectively forming an air guide channel；Described driving source, is connected to described delivery wheel tool
Pivot part, and drive described pivot part to rotate, allowing can between described second conducting portion and the 3rd conducting portion
Periodically the closed state in overlapping conducting state with dislocation converts；And described getter device, even
Connect and turn on the 3rd conducting portion in described fixed part, and when described air guide channel is in the conduction state, pass through
Described wire mark sheet material is positioned the surface of described delivery wheel tool by described first conducting portion.
Wherein, inside described case shell, it is provided with a plurality of part that separates, and described delivery wheel tool coordinates described plural number district
Spacing body forms a transmission path moved for described wire mark sheet material, described in separate part and be provided with one with described case shell even
The installing plate connect and a plurality of interval row are located at the contact protuberance on the surface of described installing plate, and by described
The contact protuberance separating part reduces the contact area between described wire mark sheet material.
In a preferable possible embodiments, described pivot part comprise one be connected to the shaft member in described driving source, one
First cover plate and one of the one end being installed on described shaft member is connected between described driving source and the first cover plate
Cylinder, one end of described system body has opening and opposite other end is blind end, and the surface of described cylinder sets
Have plurality of through holes arrangement formed described first conducting portion, the most described cylinder be internally formed a plurality of air bound
Room, and described first cover plate is provided with the plural via that the air bound room with local connects, and by described local gas
Compartment and a plurality of vias are collectively forming described second conducting portion.
And in another preferable possible embodiments, described pivot part comprise a shaft member being connected to described driving source,
One first cover plate and one second cover plate and that are installed on the opposite sides of described shaft member are connected to described first
Body between cover plate and the second cover plate, the two ends of described body are respectively provided with an opening, the table of described body
Face is provided with plurality of through holes arrangement and forms described first conducting portion, and being internally formed of the most described body is a plurality of
Air bound room, and described first cover plate is provided with the plural via that the air bound room with local connects, and by described office
Air bound room, portion and a plurality of vias are collectively forming described second conducting portion.
Furthermore, described fixed part is provided with a sheathed lid being fixed on described pivot part and and coordinates described lid
The conducting element that body is installed, the inner space of described lid is set to a flow-guiding channel, and described conducting element is provided with one
The water conservancy diversion slotted eye connected with described flow-guiding channel, and it is collectively forming institute by described water conservancy diversion slotted eye and flow-guiding channel
State the 3rd conducting portion.
Wherein, described lid have an accommodation space being simultaneously communicated in described case shell and lid water conservancy diversion lead to
The thin gas portion in road, and by one corresponding to described thin gas portion lift closing lid body by described thin gas portion relative to described case
Between the accommodation space of shell and the flow-guiding channel of lid, isolation is closed.
Additionally, described water conservancy diversion slotted eye is respectively provided on two sides with first opening and adjacent with described pivot part
Second opening adjacent with described flow-guiding channel, the size of described first opening is more than described second opening
Size, air by described pivot part enter the first bigger opening enter back into the second less opening,
Air compresses velocity of liquid assets accelerate, in the flow-guiding channel of the lid entering back into described fixed part, finally inhaled
Enter in getter device.
In a preferable possible embodiments, this utility model wire mark drying unit is further provided with described in a cooperation
The circulating device of delivery wheel tool, described circulating device is provided with an aerator and towards heater air-supply
Changing the air-flow governor motion of stream condition, described aerator and air-flow governor motion are all installed on described case shell
Accommodation space in.
Described air-flow governor motion is provided with a barriers and described accommodation space is separated into one first space and
Second space, described heater is installed in described first space, is ordered about by described aerator and added
The air of heat is flowed to the conducting portion of described air flow regulator by described first space, then via described conducting portion
Flow into described second space, to form an air-supply path being dried by described wire mark sheet material.
And described barriers is provided with a conducting portion that can be connected in described first space with second space, and by one
Covering is by the conducting portion partial closure of described barriers, to change the circulation area of described conducting portion.
And, described covering is changed and the relative position between described barriers by a displacement component, and
Described covering is provided with a corresponding conducting portion, when the relative position of described conducting portion with corresponding conducting portion can shape
Become under the conducting state of an overlap or the air-tight state of a dislocation, just can change described first space empty with second
The circulation area of air heated between.
Described displacement component is provided with between a base, and described base and barriers and is provided with one first travel mechanism,
Allow and the relative displacement of a first direction between described base and barriers, can be produced, and described base with cover
It is provided with one second travel mechanism between part, allows and a second direction between described base and covering, can be produced
Relative displacement.
It addition, described first travel mechanism comprises a perforate, a long slot bore and a screw, described perforate and
Long slot bore is respectively arranged at one of them of described base or barriers, and the most described screw is arranged in described perforate
And long slot bore, be positioned at the diverse location of described long slot bore by described screw, so adjust described base with
Relative position between barriers.
Described second travel mechanism comprises two sealed screws and a bolt, and described two sealed screws are respectively provided with
In described base and covering, described bolt is bolted in described two sealed screws, is rotated by described bolt and changes
Become the spacing distance between described two sealed screws, and then adjust the phase para-position between described base and covering
Put.
From preceding description, feature of the present utility model is: when the source of driving drives the pivot of delivery wheel tool
When portion rotates, carrying out the transmission operation of wire mark sheet material, getter device is by the inducing QI of delivery wheel tool simultaneously
Channel is carried out bleeding operation, owing to driving source drives pivot part to make spinning movement relative to fixed part, and then produces
The via of raw one first cover plate is relative to periodicity para-position or mistake between the water conservancy diversion slotted eye of the conducting element of fixed part
Two kinds of phenomenons of position.
When the via position of the first cover plate rotates against to being mutually aligned with the guiding gutter hole site of fixed part
Time, in delivery wheel tool, first conducting portion on pivot part surface turns in the air bound room within pivot part, fixed part
Conducting element, the flow-guiding channel of lid and getter device, getter device just can pass through aforementioned air guide channel,
First conducting portion on the pivot part surface being had by delivery wheel, the local that the first conducting portion is contacted with wire mark sheet material
Absorption location, region, surface, accordingly, the surface of this utility model delivery wheel tool produces one and periodically slightly inhales
Attached strength, wire mark sheet material is by the surface of the adsorbed pivot part being positioned delivery wheel tool.
Therefore, this utility model delivery wheel has while transmission network printingout material, is positioned by wire mark sheet material
In delivery wheel tool is upper will not wire mark sheet material landing or backrush, additionally it is possible to reach the baking of wire mark sheet drying in the lump
Effect.
Additionally, this utility model delivery wheel tool coordinates the air-flow governor motion of circulating device, by adjusting air-flow
Form a relative para-position or two kinds of phenomenons of dislocation between the original paper of governor motion, carry out the first of regulation box shell
It is empty that air heated in space enters to the charge flow rate of second space, Inlet Position and regulation and control second
Interior uniform temperature, stablizes the dry mass of wire mark sheet material, reaches the drying efficiency of wire mark sheet material and has
That stablizes to effect wire mark sheet material produces the effects such as qualification rate.
Accompanying drawing explanation
Fig. 1 is the existing roller schematic diagram as the vertical type oven in the source of driving；
Fig. 2 is the schematic diagram of the existing vertical type oven with air supporting wheel construction；
Fig. 3 is the structural representation of this utility model wire mark drying unit；
Fig. 4 is the partial top view of this utility model wire mark drying unit；
Fig. 5 is the rearview of the partial structurtes of this utility model wire mark drying unit；
Fig. 6 is the exploded view of this utility model ventilation mechanism；
Fig. 7 is the first preferred embodiment and the use view of the second preferred embodiment of Fig. 6；
Fig. 8 is the sectional view of the partial structurtes of this utility model wire mark drying unit；
Fig. 9 is the side schematic view of this utility model delivery wheel tool；
Figure 10 is the exploded view of this utility model delivery wheel tool；
Figure 11 is the partial sectional view of the inside of this utility model delivery wheel tool；
Figure 12 is the conducting state schematic diagram of this utility model delivery wheel tool；
Figure 13 is the closed state schematic diagram of this utility model delivery wheel tool；
Figure 14 is the side schematic view in this utility model air-supply path.
Description of reference numerals: Ω-roller；Ф-air supporting wheel construction；1-wire mark drying unit；2-wire mark sheet material；
20-transmits path；3-case shell；30-accommodation space；31-the first space；32-second space；33-blows path；
34-separates part；340-installing plate；341-contacts protuberance；4-heater；40-ceramic heat mechanism；41-is red
Outside line mechanism；5-circulating device；50-aerator；51-air-flow governor motion；52-barriers；520-dividing plate；
521-transverse slat part；522-conducting portion；53-covering；530-correspondence conducting portion；54-displacement component；At the bottom of 540-
Seat；541-the first travel mechanism；5410-perforate；5411-long slot bore；5412-screw；542-the second moving machine
Structure；The sealed screw of 5420-；5421-bolt；6-delivery wheel has；60-air guide channel；61-pivot part；610-
Shaft member；611A-the first cover plate；611B-the second cover plate；6110-via；612A-cylinder；612B-body；
6120-the first conducting portion；6121-through hole；6122-air bound room；6123-the second conducting portion；62-fixed part；620-
Lid；6200-dredges gas portion；6201-lifts closing lid body；6202-flow-guiding channel；6203-switching part；621-water conservancy diversion
Part；622-water conservancy diversion slotted eye；622A-the first opening；622B-the second opening；623-the 3rd conducting portion；624-
Set apertured；The sheathed part of 624A-first；The sheathed part of 624B-second；7-drives source；8-getter device.
Detailed description of the invention
Hereby for ease of further structure of the present utility model, use and feature thereof are had deeper one layer clearly,
Full and accurate understanding and understanding, hence enumerate preferred embodiment, coordinates diagram to describe in detail as follows:
Refer to shown in Fig. 3 and Fig. 4, this utility model wire mark drying unit 1 is applied to dry flaky material
Dry dry, be particularly suitable for drying the printing-ink on wire mark sheet material 2, be positioned at Fig. 3 by one the rightest
The feeding device of side assists successfully to send in wire mark drying unit 1 described wire mark sheet material 2, refers to Fig. 3
Shown in, when industry actual production operates, as it can be seen, the mechanism on left side and right side is all installed on one case shell 3
In, and graphic middle right side mechanism is shown as being exposed to outside described case shell 3, this is that only expression can foundation
It is intended to the length of the wire mark sheet material 2 transported, the corresponding internal mechanism relative populations increased in described case shell 3
Signal, non-can be as the deciphering of this utility model wire mark drying unit 1 entire perspective view, once by wire mark
After the global procedures that sheet material 2 baking is dried terminates, then by a material collecting device (not shown) by wire mark sheet material 2 again
Reclaiming and dispose, and the mechanism on graphic middle right side is shown as, and is installed on described case shell 3 internal and can be by wire mark
The mechanism of sheet material 2 transport, and two that Fig. 4 is shown as in the mechanism on the left of Fig. 3 being positioned at described case shell 3 are big
Part.
Refer to shown in Fig. 5, this utility model wire mark drying unit 1 consists predominantly of and is dried by wire mark sheet material 2
Dry dry drying mechanism and the conveying mechanism two large divisions carried by wire mark sheet material 2, wherein, described case
The inside of shell 3 is an accommodation space 30 that can aforementioned two big drying mechanisms and conveying mechanism be installed, and
Wire mark sheet material 2 is toasted dry drying mechanism mainly by a rear space being installed on described case shell 3
Heater 4 coordinates a circulating device 5, carries out promoting the Inside Air Temperature of described accommodation space 30,
And the air after heated is accelerated flowing in accommodation space 30.
In earlier figures 3 and Fig. 4, the accommodation space 30 that described circulating device 5 is installed on each case shell 3 is relative
Upside position, and graphic in two in wherein one case shell 3 do not show circulating device 5, be that convenience represents institute
State accommodation space 30 and the conveying mechanism relative position in described accommodation space 30, non-can be as this reality
Deciphering with novel wire mark drying unit 1 entire perspective view.
Separately continue as it is shown in figure 5, described heater 4 and circulating device 5 are installed on the appearance of described case shell 3
Between being empty in 30, described heater 4 comprises ceramic heat mechanism 40 and an infrared ray mechanism 41 (ginseng
Fig. 8), other mechanism in described for cooperation second space 32 is described as follows Fig. 6 by described infrared ray mechanism 41 in the lump
To shown in Fig. 9, described circulating device 5 is provided with an aerator 50 and changes the air-flow regulation of changing the flow of QI-blood stream mode
Mechanism 51, described aerator 50 is blown towards ceramic heat mechanism 40 so that the air after heated is not
Be detained near ceramic heat mechanism 40, and described air-flow governor motion 51 can change heated after
The distribution that flows in described accommodation space 30 of air, flow into described the with the air after controlling heating
The Inlet Position in two spaces 32 and air inflow, adjusted by described heater 4, circulating device 5 and air-flow
Joint mechanism 51 reaches the temperature in the accommodation space 30 of described case shell 3 jointly.
Furthermore, refer to shown in Fig. 6 and Fig. 7, in the first preferable possible embodiments, described heater 4
And aerator 50 is installed in described first space 31, described air-flow governor motion 51 is set to one by described appearance
Between being empty, 30 are divided into the barriers 52 of one first space 31 and second space 32, and described barriers 52 is by one
The upright dividing plate 520 and one being perpendicular to direction, ground is parallel to the common structure of transverse slat part 521 in direction, ground
Becoming, the two ends of described transverse slat part 521 are laterally connected in described dividing plate 520 and the inwall of case shell 3 respectively,
Described dividing plate 520 is made to be collectively forming a L-shaped pattern, the surface of described transverse slat part 521 with transverse slat part 521
Being provided with one or a plurality of conducting portion 522 being rendered as hole pattern, described conducting portion 522 is communicated in described
One space 31 and second space 32 so that by the sky of described heater 4 heating in the first space 31
Gas, is sent to the conducting portion 522 of barriers 52, enters back into second space 32 and wire mark by aerator 50
Sheet material 2 contact carries out toasting drying operation.
In order to avoid heated air in described first space 31 directly to concentrate to blow and touch office
The wire mark sheet material 2 in portion, and the situation that only a part of wire mark sheet material 2 is dried really occurs, this utility model is sent out
A person of good sense is by arranging the air-flow governor motion 51 of described circulating device 5 so that heated air first contacts
To barriers 52, then uniformly flow into described the by being spaced the conducting portion 522 in described barriers 52
In two spaces 32.
In the second preferable possible embodiments, described air-flow governor motion 51 is covered by a barriers 52 and
The covering 53 on the surface being placed on described barriers 52 collectively forms, and the surface of described covering 53 is provided with one
Individual or a plurality of corresponding conducting portions 530 being spaced and being rendered as hole pattern, in a preferable possible embodiments
In, described covering 53 is set to plate-like structure, and, described barriers 52 is relative to described screening
The quantity of shield 53 can be set to one relative to a plurality of or one relative to one or a plurality of relatively
In three kinds of feasible number embodiments of, the conducting portion 522 of described barriers 52 is right with covering 53
The hole distributing position of conducting portion 530 and bore hole size is answered to be sized to be set to identical or different.
In this embodiment, operator the most directly moves adjustment described covering 53 relative to obstruct
The position of part 52, and then have alignment conducting or mistake between described conducting portion 522 and corresponding conducting portion 530
The two states that position is covered, as shown in Figure 7, it is illustrated that the part of the leftmost side is barriers 52 described in one and covers
The pattern of mutual para-position conducting between part 53, and other the other three covering 53 being positioned at right side of icon is
The pattern that between barriers 52 described in one and covering 53, mutual dislocation is covered, aforementioned all turns on or office
Portion's conducting can change air heated in described first space 31 enter with locally covering or all covering
Enter the circulation area of second space 32, it is also possible to the wire mark sheet material 2 for part carries out strengthening what baking was dried
Operation, other technical characteristic is identical with the aforementioned first preferable possible embodiments, does not repeats them here.
Referring again to shown in Fig. 6 and Fig. 7, in the 3rd preferable possible embodiments, described air-flow governor motion
51 by a barriers 52, covering adjacent with described barriers 52 53 and by described barriers
52 and the displacement component 54 that connects of covering 53 groups collectively form, described displacement component 54 is provided with a base 540,
And by one first travel mechanism 541, described base 540 is connected with barriers 52, move by one second
Described base 540 is connected by mechanism 542 with covering 53, and operator can move by adjusting described first
Mechanism 541 makes to produce between described base 540 and barriers 52 relative displacement of a first direction, or adjusts
Whole described second travel mechanism 542 makes to produce a second direction between described base 540 and covering 53
Relative displacement, aforementioned first direction is different from second direction, and it is relative that aforementioned first direction is set to a covering 53
In the left and right transverse horizontal displacement action of barriers 52, and second direction is set to a covering 53 relative to resistance
Transverse horizontal displacement action before and after spacing body 52.
Described first travel mechanism 541 comprises perforate 5410, long slot bore 5411 and a screw 5412,
Described perforate 5410 and long slot bore 5411 are respectively arranged at one of them of described base 540 or barriers 52,
Described perforate 5410 be smaller in size than long slot bore 5411, the most described screw 5412 can be arranged in described simultaneously
The perforate 5410 of base 540 and the long slot bore 5411 of barriers 52, wear entrance by described screw 5412
Left and right in described long slot bore 5411 relative to position, and then adjust described base 540 and barriers 52 it
Between laterally opposed position, left and right.
Described second travel mechanism 542 comprises two sealed screw 5420 and bolts 5421, described two sealed
Screw 5420 is separately positioned on one of them of described base 540 and covering 53, described bolt 5421 spiral shell
It is connected in described two sealed screws 5420, enters described sealed screw 5420 by rotating described bolt 5421
The degree of depth, so change the sealed screw 5420 of described covering 53 and base 540 sealed screw 5420 it
Between spacing distance, laterally opposed position before and after being adjusted between described base 540 and covering 53,
Other technical characteristic is identical with the aforementioned second preferable possible embodiments, does not repeats them here.
Refer to shown in Fig. 8 to Fig. 9, show described second space 32 is provided with wire mark sheet material 2 is carried
Conveying mechanism and described infrared ray mechanism 41, aforementioned comprise the conveying mechanism that wire mark sheet material 2 carries: one
Delivery wheel tool 6, one driving source 7 and a getter device 8, the front side of described each delivery wheel tool 6 and one
Getter device 8 in the front side of the outside of described case shell 3 connects, and the rear side and of each delivery wheel tool 6
It is positioned at driving source 7 pivot joint of the rear side of the outside of described case shell 3.
Between described each delivery wheel tool 6 and another delivery wheel tool 6, left and right is spaced, described delivery wheel tool 6
Between coordinate one to separate part 34, assist to avoid having contact, overlap or ink to be stained with between described wire mark sheet material 2
Glutinous situation occurs, by described delivery wheel tool 6 with separate part 34 and cooperatively form one and move for described wire mark sheet material 2
Dynamic transmission path 20, described in separate part 34 and be located at described second space 32 and be connected with case shell 3, by multiple
Several installing plates 340 are spaced composition relative to described delivery wheel tool 6, in a preferable possible embodiments,
Described installing plate 340 is set to a tabular pattern, and its surface has a plurality of spaced contact protuberance 341,
When separating part 34 described in described wire mark sheet material 2 touches, the most only can there is contact with contacting protuberance 341,
Reduce the contact area separating part 34 with wire mark sheet material 2 significantly so that the ink on described wire mark sheet material 2
Attach the probability decline separating part 34.
And, described infrared ray mechanism 41 arranges the position corresponding to separating part 34, for through described district
The wire mark sheet material 2 of spacing body 34 irradiates infrared ray, increases wire mark sheet material 2 further and engraves on the degree of depth of ink, for
A kind of process strengthening ink traces.
Refer to shown in Fig. 8 to Fig. 9, this utility model delivery wheel tool 6 is installed in described second space 32,
Adjoined each other constituted by a pivot part 61 and a fixed part 62, in one first preferable possible embodiments, institute
State pivot part 61 to comprise a shaft member 610, being connected to described driving source 7 and be installed on described shaft member 610
The first cover plate 611A and one of one end is connected to the cylinder 612A of described first cover plate 611A, described drive
The shaft member 610 in dynamic source 7 drives described pivot part 61 to rotate, and described cylinder 612A is relative to described driving
The one end in source 7 has an opening, by described first cover plate 611A by the sheathed envelope of opening of described cylinder 612A
Close.
As it is shown in figure 9, the surface of described cylinder 612A have one with described delivery wheel tool 6 external connection lead
The first logical conducting portion 6120, described first conducting portion 6120 is spaced by plurality of through holes 6121 and forms.
Refer to shown in Figure 10 to Figure 11, in another preferable possible embodiments of this utility model, described pivot
Transfer part 61 comprises a shaft member 610, being connected to described driving source 7 and is installed on the relative of described shaft member 610
First cover plate 611A of both sides, one second cover plate 611B and a body 612B, described body 612B's
Two ends are respectively provided with an opening, by described first cover plate 611A and the second cover plate 611B respectively by described body
The both ends open of 612B is sheathed airtight.
The inside of described cylinder 612A or body 612B is provided with the air bound room 6122 of a plurality of annular arrangement, its
In, described air bound room 6122 can be set to one by the inwall of described cylinder 612A or body 612B towards cylinder
The center of 612A or body 612B extends the lattice space formed, and described each air bound room 6122 is respectively facing
The two ends of described cylinder 612A or body 612B extend (as shown in figure 11), the shaft member 610 in described driving source 7
Extend to the appearance of described case shell 3 from the driving source 7 of the rear side of the outside of described case shell 3 by described shaft member 610
Between being empty in 30, and run through the center pivot joint of the air bound room 6122 of described cylinder 612A or body 612B,
The end of the shaft member 610 in described driving source 7 and described first cover plate 611A pivot joint.
And, the surface of described first cover plate 611A has a plurality of via 6110, when described pivot part
61 relative to fixed part 62 action for the relative rotation time, the via 6110 of described first cover plate 611A is held
Continuous property ground connects from different and local air bound room 6122, by the air bound room 6122 of described local and plural number
Individual via 6110 is collectively forming described second conducting portion 6123, and described second conducting portion 6123 is led with first
The inside of logical portion 6120 and fixed part 62 connects conducting.
Referring again to shown in Figure 10 to Figure 12, described fixed part 62 sheathed is fixed on described pivot part 61 by one
Lid 620 and a conducting element 621 being embedded in described lid 620 constitute, described lid 620 is corresponding
In the shape of the first cover plate 611A of described pivot part 61, and described first cover plate 611A cover is covered, institute
The surface stating lid 620 has the thin gas portion 6200 of one and the external connection conducting of described delivery wheel tool 6, and
By a closing lid body 6201 that lifts corresponding to described thin gas portion 6200, the end of described delivery wheel tool 6 is covered close
Envelope (as shown in Figure 10).
Being internally formed of described lid 620 one is connected conducting with the second conducting portion 6123 of described pivot part 61
Flow-guiding channel 6202, and the side of described lid 620 be provided with one be connected with described getter device 8 conducting
Switching part 6203, the first conducting portion 6120 connection then forming the surface of pivot part 61 described in turns in institute
State the second conducting portion 6123 of the inside of pivot part 61, then the connection that continues turns in described fixed part 62
The flow-guiding channel 6202 in portion and described getter device 8.
The installation of described conducting element 621 is embedded in the inner side of described lid 620 and (refer to Figure 10 and Figure 12 lead
The stream part 621 generalized section towards body 612B), and it is positioned at described first cover plate 611A and lid 620
Between, described conducting element 621 has certain thickness and in being provided with one towards the side of described pivot part 61
One opening 622A, and it is provided with one second opening 622B towards the side of the lid 620 of described fixed part 62,
The first opening 622A and the second opening 622B of described conducting element 621 both sides are connected with each other conducting, and are formed
The one water conservancy diversion slotted eye 622 being connected conducting with the flow-guiding channel 6202 of the inside of described lid 620, wherein, by
In the opening size size of the described first opening 622A opening size relatively larger than described second opening 622B,
Then the second conducting portion 6123 leaked-in air of the inside of described pivot part 61 will be in entering described second opening
622B is squeezed, and gas flow rate is accelerated, by water conservancy diversion slotted eye 622 and the lid 620 of described conducting element 621
The flow-guiding channel 6202 of inside, be collectively forming the 3rd conducting portion being connected conducting with the second conducting portion 6123
623, the first conducting portion the 6120, second conducting portion 6123 and described fixed part of final described pivot part 61
3rd conducting portion 623 of 62 is collectively forming the air guide channel 60 (Figure 10 arrows) of a delivery wheel tool 6.
Additionally, described lid 620 have one corresponding to shaft member 610 position in described driving source 7 can be sheathed
In the set apertured 624 of described first cover plate 611A, described set apertured 624 is by being positioned at described first cover plate
The first sheathed part 624A and between 611A and lid 620 is positioned at the second set outside described lid 620
If part 624B, tie spacer completes the effect connect with the first cover plate 611A group while reducing frictional force.
When the pivot part 61 of described delivery wheel tool 6 is rotated by described driving source 7, described guiding gutter
The first opening 622A in hole 622 can periodically with the via 6110 of described first cover plate 611A even
Connecing conducting or closing is not turned on, the 3rd conducting portion 623 of the most described fixed part 62 is periodically with described
Turn on or close between second conducting portion 6123 of pivot part 61.
Refer to shown in Figure 12, be shown as when the pivot part 61 of described delivery wheel tool 6 is by described driving source 7
When being rotated, the through hole 6121 on the surface of described cylinder 612A or body 612B rotates, may go to
The angle of described wire mark sheet material 2 contact, when the first cover plate 611A of described pivot part 61 is solid relative to described
Determine the conducting element 621 in portion 62 when carrying out relative rotary motion, if the via 6110 of described first cover plate 611A
Position just rotate the para postion of alignment relative of the overlapping water conservancy diversion slotted eye 622 to described conducting element 621,
Now under conducting state, described getter device 8 just can suck the sky of the air guide channel 60 of delivery wheel tool 6
Gas, and first conducting portion 6120 on surface in described delivery wheel tool 6 produces the absorption of one indirectly further
Strength, i.e. can be positioned by the absorption of described wire mark sheet material 2 for the surface of described delivery wheel tool 6.
It addition, refer to shown in Figure 13, if under not on-state, the first cover plate of described pivot part 61
Between the via 6110 of 611A and the first opening 622A of the conducting element 621 of fixed part 62, not phase
Alignment connects conducting mutually, and described getter device 8 cannot be drawn into the gas in described pivot part 61 so that institute
First conducting portion 6120 on the surface stating delivery wheel tool 6 will be unable to described wire mark sheet material 2 is produced an absorption affinity
Amount.
By the closing not on-state of aforementioned Figure 13, change the state of the conducting air-breathing to Figure 12, reconvert
To the periodic process of the closing not on-state of Figure 13, the first cover plate 611A's of described pivot part 61
Via 6110 enters the through hole 6121 of the water conservancy diversion slotted eye 622 of the conducting element 621 being pointed to described fixed part 62
Quantity, will be during described pivot part 61 be driven rotation, and the quantity of described through hole 6121 is by little
Cumulative so that described getter device 8 absorption produced for described wire mark sheet material 2 strength by little little by little
Become big；And when the partial through holes 6121 of the via 6110 of the first cover plate 611A of described pivot part 61 is opened
Begin the water conservancy diversion slotted eye 622 of conducting element 621 that dislocation is away from described fixed part 62 time, will be in described pivot part
During 61 are driven rotation, through hole 6121 quantity of original para-position conducting will little by little be successively decreased so that
Described getter device 8 adsorb strength produced for described wire mark sheet material 2 is by little by little turning little greatly；Until
The via 6110 of the first cover plate 611A of described pivot part 61 fully misplaces and leaves in described fixed part
The relative position of the water conservancy diversion slotted eye 622 of the conducting element 621 of 62, by formation one closed state, and getter device
8 cannot remake air-breathing operation.
So, when adsorb strength by little little by little become big time, described delivery wheel tool 6 can be by described wire mark sheet
Material 2 absorption is positioned on described delivery wheel tool 6, to be transmitted operation, and when absorption strength is by the most gradually
Ground RPH, then it can be avoided that described wire mark sheet material 2 occurs the situation of a backrush when conveying.
In addition, relative to existing Fig. 1, that shown in Figure 2, this utility model delivery wheel tool 6 is in case shell 3
The mounting means within second space 32 be that described delivery wheel tool 6 is located at the position of relatively upsides of case shell 3,
It is spaced each other, and the local area of described wire mark sheet material 2 contacts with delivery wheel tool 6, described net
On printingout material 2, other part not contacted with delivery wheel tool 6 is rendered as nature hanging pattern by gravity,
With described delivery wheel tool 6, the wire mark sheet material 2 of hanging collectively forms the pattern of a U-shaped cincture.
Refer to shown in Figure 14, arrow represents the flowing of air in the accommodation space 30 of described case shell 3
Track, in the first space 31 of described accommodation space 30, described aerator 50 is by described heater 4
Heat energy blow towards the top of described case shell 3, the most heated air touches the top of described case shell 3
Behind portion, flow downwardly into described second space 32 from the conducting portion 522 of described air-flow governor motion 51,
Heated air just can contact and carry out baking and be dried with described wire mark sheet material 2, and post-heating air
Follow described delivery wheel tool 6 and separate the remaining space that part 34 is constituted each other, touching downwards to institute
Stating the bottom of case shell 3, the flowing trailer of the most heated air is integrally formed an air-supply path
33, the conveying operation of described delivery wheel tool 6 with air-supply path 33, add described in separate part 34 right
Described in Ying Yu delivery wheel tool 6 be spaced set-up mode, three reaches to avoid described wire mark sheet material 2 jointly
Or its curing ink attaches or is stained with the effect sticked to this utility model delivery wheel tool 6.
Consequently, it is possible to this utility model wire mark drying unit 1 is by having the delivery wheel periodically adsorbing strength
Tool 6, drives described wire mark sheet material 2 to reach described wire mark sheet material 2 in the lump while transmitting displacement and adsorbs location
Effect, it is to avoid there is a skidding or skew or situation about dropping in wire mark sheet material 2, additionally, described delivery wheel
Tool 6 is during rotating, and described wire mark sheet material 2 has the relative position of 6 with described delivery wheel can be by institute
State the angle of the adsorbed location of wire mark sheet material 2 and change, and described wire mark sheet material 2 also can be by single conveying
The first conducting portion 6120 absorption location different on wheel tool 6, and then change relative with described delivery wheel tool 6
Position, then it can be avoided that there is the situation of a backrush in described wire mark sheet material 2.
Receive the air of heating lead additionally, regulate and control the inside of described case shell 3 by this utility model ventilation mechanism
Stream touches position and the reinforcement of wire mark sheet material 2 or reduces outside the intensity that gas touches wire mark sheet material 2,
This utility model separately arranges and separates part 34 and air-flow send corresponding to the spaced of described delivery wheel tool 6
Wind path footpath 33, coordinates the delivery wheel tool 6 of periodically absorption location, just it can be avoided that existing printed sheet material with add
Thermal source or local have generation one between the mechanism assembly of higher temperatures and are stained with glutinous phenomenon near heating source.
Described above it is merely exemplary for this utility model, and nonrestrictive, the common skill in this area
Art personnel understand, in the case of the spirit and scope limited without departing from claim, can make many and repair
Change, change or equivalence, but within falling within protection domain of the present utility model.
Claims (10)
1. a wire mark drying unit, for being dried the ink on a wire mark sheet material, it is characterised in that bag
Containing: one case shell, this case shell is internally formed an accommodation space；
One heater, is installed on described accommodation space, promotes the Inside Air Temperature of described accommodation space；
One delivery wheel tool, be installed in described accommodation space, have a pivot part and one with described pivot part
Adjacent fixed part, the surface of described pivot part forms first conducting of one and the ft connection of delivery wheel tool
Portion, the inside of described pivot part has one and is connected second leading of conducting with the first conducting portion and described fixed part
Logical portion, described fixed part be internally formed the 3rd conducting portion connected with described second conducting portion, by described
3rd conducting portion of the first conducting portion of pivot part, the second conducting portion and described fixed part is collectively forming one and leads
Gas passage；
One drives source, is connected to the pivot part of described delivery wheel tool, and drives described pivot part to rotate, and allows institute
Stating can be periodically in the closing of overlapping conducting state with dislocation between the second conducting portion and the 3rd conducting portion
State converts；And
One getter device, connects and turns on the 3rd conducting portion in described fixed part, and at described air guide channel
When conducting state, by described first conducting portion, described wire mark sheet material is positioned described delivery wheel and has
Surface.
Wire mark drying unit the most according to claim 1, it is characterised in that: described screen printer enters one
Step is provided with a circulating device, and described circulating device is provided with an aerator towards heater air-supply and changes
The air-flow governor motion of changing the flow of QI-blood stream mode, described aerator and air-flow governor motion are all installed on described case shell
In accommodation space, described air-flow governor motion is provided with a barriers, and described accommodation space is separated by this barriers
Become one first space and a second space, and described barriers be provided with one can be by described first space and second
The conducting portion of space connection, and by a covering by the conducting portion partial closure of described barriers, to change
State the circulation area of conducting portion.
Wire mark drying unit the most according to claim 2, it is characterised in that: described heater is installed in
In described first space, order about heated air by described aerator and flowed to institute by described first space
State the conducting portion of air flow regulator, then flow into described second space via described conducting portion, to form a general
Described wire mark sheet material carries out the air-supply path that baking is dried.
Wire mark drying unit the most according to claim 2, it is characterised in that: described covering is by one
Move assembly to change and the relative position between described barriers, and described covering be provided with a corresponding conducting portion,
When described conducting portion and corresponding conducting portion can under the air-tight state of the conducting state of an overlap or a dislocation,
Change the circulation area of the described first space air heated with second space.
Wire mark drying unit the most according to claim 4, it is characterised in that: described displacement component is provided with one
Be provided with one first travel mechanism between base, and described base and barriers, allow described base and barriers it
Between can produce the relative displacement of a first direction, and be provided with one second between described base and covering and move
Mechanism, allows and can produce the relative displacement of a second direction between described base and covering.
Wire mark drying unit the most according to claim 5, it is characterised in that: described first travel mechanism's bag
Containing a perforate, a long slot bore and a screw, described perforate and long slot bore are respectively arranged at described base or resistance
One of them of spacing body, described screw is arranged in described perforate and long slot bore, is positioned at described by described screw
Diverse location in long slot bore, and then adjust the relative position between described base and barriers, described second
Travel mechanism comprises two sealed screws and a bolt, described two sealed screws be separately positioned on described base with
Covering, described bolt is bolted in described two sealed screws, rotated by described bolt change described two sealed
Spacing distance between screw, and then adjust the relative position between described base and covering.
Wire mark drying unit the most according to claim 1, it is characterised in that: described pivot part comprises one even
Be connected to the shaft member in described driving source, first cover plate and of the one end being installed on described shaft member is connected to institute
Stating the cylinder between driving source and the first cover plate, the surface of described cylinder is provided with plurality of through holes, and these are a plurality of
Arrays of openings forms described first conducting portion, described cylinder be internally formed a plurality of air bound room, and described
First cover plate is provided with the plural via that the air bound room with local connects, and by air bound room, described local and plural number
Individual via is collectively forming described second conducting portion.
Wire mark drying unit the most according to claim 1, it is characterised in that: described pivot part comprises one even
The shaft member that is connected to described driving source, one first cover plate of the opposite sides being installed on described shaft member and one second lid
Plate and one is connected to the body between described first cover plate and the second cover plate, and the surface of described body is provided with multiple
Several through holes, the arrangement of this plurality of through holes forms described first conducting portion, and being internally formed of described body is multiple
Several air bound rooms, and described first cover plate is provided with the plural via that the air bound room with local connects, and by institute
State air bound room, local and be collectively forming described second conducting portion with a plurality of vias.
Wire mark drying unit the most according to claim 1, it is characterised in that: described fixed part is provided with a set of
If being fixed on the conducting element that the lid of described pivot part and coordinates described lid to install, described lid interior
Portion is provided with a flow-guiding channel, and described conducting element is provided with a water conservancy diversion slotted eye connected with described flow-guiding channel, and
It is collectively forming described 3rd conducting portion by described water conservancy diversion slotted eye and flow-guiding channel.
Wire mark drying unit the most according to claim 9, it is characterised in that: described water conservancy diversion slotted eye both sides
It is respectively equipped with first opening adjacent with described pivot part and adjacent with described flow-guiding channel second to open
Mouthful, the size of described first opening is more than the size of described second opening.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620467060.9U CN205768019U (en) | 2016-05-20 | 2016-05-20 | Wire mark drying unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620467060.9U CN205768019U (en) | 2016-05-20 | 2016-05-20 | Wire mark drying unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205768019U true CN205768019U (en) | 2016-12-07 |
Family
ID=58118273
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620467060.9U Withdrawn - After Issue CN205768019U (en) | 2016-05-20 | 2016-05-20 | Wire mark drying unit |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205768019U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107399160A (en) * | 2016-05-20 | 2017-11-28 | 东远精技工业股份有限公司 | Wire mark drying unit |
| CN109648999A (en) * | 2018-12-13 | 2019-04-19 | 杭州国瑞印务有限公司 | A kind of print system of admission ticket |
-
2016
- 2016-05-20 CN CN201620467060.9U patent/CN205768019U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107399160A (en) * | 2016-05-20 | 2017-11-28 | 东远精技工业股份有限公司 | Wire mark drying unit |
| CN109648999A (en) * | 2018-12-13 | 2019-04-19 | 杭州国瑞印务有限公司 | A kind of print system of admission ticket |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN205768019U (en) | Wire mark drying unit | |
| CN202878897U (en) | Drying equipment | |
| CN203580334U (en) | Drying oven of screen printing machine | |
| CN103708255A (en) | Micro-pressure dust removing and paper feeding device for corrugated board water-based printing machine | |
| CN107399160A (en) | Wire mark drying unit | |
| CN103693468A (en) | Air box set negative-pressure air draft device of paperboard printer and corrugated paperboard water-based printer | |
| CN203957523U (en) | Horizontal bellows mechanism for wallpaper printing machine | |
| CN208736123U (en) | Dry three-dimensional baking room after a kind of field of coating plate coating for plate | |
| CN218309071U (en) | Paperboard glue drying machine | |
| CN106346954B (en) | A kind of full automatic high efficiency integration printing machine | |
| CN102489438B (en) | Drying channel of coating machine | |
| CN110001196A (en) | It is a kind of to utilize the anti-plastic printing device for swinging side adhesion of dry negative pressure | |
| CN203419848U (en) | Grid structure of flat air grid for glass toughening | |
| CN208751169U (en) | A kind of medicinal material drying equipment | |
| CN210234352U (en) | Drying device of PVC decoration pad pasting | |
| CN106364179A (en) | Integrated printing machine with good drying function | |
| CN106346953A (en) | Printing machine with integrated printing and adsorption function | |
| CN102658702A (en) | Small-sized solar assembly laminating machine | |
| CN202115086U (en) | Device for continuous printing and ink drying of flexible circuit board | |
| CN2344737Y (en) | Compound multilayer infrared drying machine | |
| CN202290521U (en) | Drying channel of coating machine | |
| CN205573314U (en) | Printing with a flat screen machine baking house | |
| CN207984296U (en) | Omnipotent 3D colours ink bleed machine | |
| CN203995048U (en) | A kind of multistation transfer device | |
| CN112693205B (en) | Polyurethane fiber board multilayer hot press and polyurethane fiber board production process |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161207 Effective date of abandoning: 20190830 |