CN205800519U - A kind of circulation material conveying Numerical Control Printer - Google Patents
A kind of circulation material conveying Numerical Control Printer Download PDFInfo
- Publication number
- CN205800519U CN205800519U CN201620682480.9U CN201620682480U CN205800519U CN 205800519 U CN205800519 U CN 205800519U CN 201620682480 U CN201620682480 U CN 201620682480U CN 205800519 U CN205800519 U CN 205800519U
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- upper strata
- printing
- printing platen
- lower floor
- transmission
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- Ink Jet (AREA)
Abstract
nullThe utility model discloses a kind of circulation material conveying Numerical Control Printer，Including transmission streamline，Transmission streamline is made up of multiple transmission bodies that can freely dock，Transmission body includes body upper strata and body lower floor，Body upper strata and body lower floor are respectively equipped with the endless-belt transporting printing platen，Being respectively arranged at two ends with for the printing platen on body upper strata being transported to body lower floor and being used for being transported to the printing platen in body lower floor the lowering or hoisting gear on body upper strata of transmission streamline，Body upper strata and body lower floor further respectively have and rest on the positioner that the printing platen of working position carries out positioning on which，Body upper strata and body lower floor further respectively have the upper strata retention device and underlying barrier device that can stop that printing platen thereon advances，And，The printing processing apparatus that the printing medium on printing platen can be processed it is also associated with on each transmission body.This utility model floor space is little, and production efficiency is high, can freely increase and decrease station.
Description
[technical field]
This utility model relates to a kind of jet printer, more specifically a kind of circulation material conveying Numerical Control Printer.
[background technology]
Existing spray printing device is bulky, particularly relates to multistation, and spray printing device will be the longest, therefore, takes up an area
Area is very big, increases the land used Factory Building cost of enterprise.And the shortcoming that spray printing device is bigger at present is exactly non-at plus-minus station
Often difficulty, typically can relate to the operations such as spray, drying, frictioning, ink-jet in jet printing technique, but be situated between for different printings
Matter can use different operations, and the printing medium such as having is made without spray and baking operation in typography, and
Some printing media need not scrape glue process in typography, so for traditional spray printing device, installing at equipment
When be accomplished by installing as much as possible more, more fully station, in order to spray, drying, frictioning, ink-jet etc. may be used
Printing processing apparatus all install and put in place, then can be as desired to by part station in actual printing process
Printing processing apparatus is closed, and therefore, traditional spray printing device area occupied is very big, and when the printing treatment dress of some station
After putting closedown, the transport distance that the spray printing of printing medium sets is elongated, affects production efficiency, increases entreprise cost.
Therefore, this utility model is based on above deficiency and produces.
[utility model content]
This utility model purpose is to overcome the deficiencies in the prior art, it is provided that a kind of simple in construction, and floor space is little, raw
Product efficiency is high, can freely increase and decrease the circulation material conveying Numerical Control Printer of station.
This utility model is achieved through the following technical solutions:
A kind of circulation material conveying Numerical Control Printer, it is characterised in that: include the transmission streamline for transporting printing platen 100
1, described transmission streamline 1 is made up of multiple transmission bodies 2 that can freely dock, and described transmission body 2 includes body
Upper strata 21 and body lower floor 22, described body upper strata 21 and body lower floor 22 are respectively equipped with the annular transporting printing platen 100
Belt 3, being respectively arranged at two ends with for the printing platen 100 on body upper strata 21 is transported to machine of described transmission streamline 1
Body lower floor 22 and for the printing platen 100 in body lower floor 22 being transported to the lowering or hoisting gear 4 on body upper strata 21, described machine
Body upper strata 21 and body lower floor 22 further respectively have and rest on the location dress that the printing platen 100 of working position carries out positioning on which
Putting 5, described body upper strata 21 and body lower floor 22 further respectively have the upper strata that can stop that printing platen 100 thereon advances
Retention device 61 and underlying barrier device 62, and, each described transmission body 2 is also associated with can be to printing platen 100
On printing medium carry out the printing processing apparatus that processes.
Circulation material conveying Numerical Control Printer as above, it is characterised in that: described lowering or hoisting gear 4 includes and transmission body
The lifting support 41 of 2 docking, is provided with the lifting adapting table 42 that can accept printing platen 100, institute in described lifting support 41
The lifting adapting table 42 stated is provided with and printing platen 100 thereon can be transported to body upper strata 21 or the transport of body lower floor 22
Belt 43, is additionally provided with the driving means 44 driving lifting adapting table 42 lifting in described lifting support 41.
Circulation material conveying Numerical Control Printer as above, it is characterised in that: described driving means 44 includes being located at lifting
Transverse axis 441 on support 41, described transverse axis 441 is provided with rotating sprocket 442, and described rotating sprocket 442 is provided with and it
Coordinate chain 443, one end of described chain 443 with lift adapting table 42 be connected, the other end of described chain 443 with set
The piston rod driving cylinder 444 on lifting support 41 connects.
Circulation material conveying Numerical Control Printer as above, it is characterised in that: described positioner 5 includes being respectively provided at machine
The left and right sides, body upper strata 21 and the positioning cylinder 51 of body lower floor 22 left and right sides, the piston rod of described positioning cylinder 51 sets
Having location dop 52, the left and right sides of described printing platen 100 is provided with the locating groove 100c that can engage with location dop 52.
Circulation material conveying Numerical Control Printer as above, it is characterised in that: described location dop 52 inswept rear end width,
The opening width narrow base of described locating groove 100c.
Circulation material conveying Numerical Control Printer as above, it is characterised in that: before and after described printing platen 100, both sides are divided
Not being provided with front limit draw-in groove 100a and rear spacing draw-in groove 100b, described upper strata retention device 61 includes vertically being located at body upper strata
The upper strata of 21 stops that cylinder 611, described upper strata stop that on the piston rod of cylinder 611, connection has and can join with front limit draw-in groove 100a
Close and stop the upper block piece 612 that printing platen 100 moves on body upper strata 21；Described underlying barrier device 62 includes vertically
It is located at the underlying barrier cylinder 621 of body lower floor 22, the piston rod of described underlying barrier cylinder 621 connects have can be with rear limit
Position draw-in groove 100b coordinates and stops the lower block piece 622 that printing platen 100 moves in body lower floor 22.
Circulation material conveying Numerical Control Printer as above, it is characterised in that: described upper block piece 612 is for being connected to upper strata
Stopping the roller on cylinder 611 piston rod, described lower block piece 622 is for be connected on underlying barrier cylinder 621 piston rod
Roller.
Circulation material conveying Numerical Control Printer as above, it is characterised in that: described body upper strata 21 and body lower floor 22
On further respectively have multiple support roller 8 that can support printing platen 100.
Described circulation material conveying Numerical Control Printer, it is characterised in that: described printing processing apparatus includes can be to bearing ink pad
Printing medium on plate 100 carries out the spray equipment 71 sprayed, the baking can dried the printing medium on printing platen 100
Equipment for drying 72, the printing medium on printing platen 100 can be carried out frictioning Frictioning device 73 and can be on printing platen 100
Printing medium carries out the ink discharge device 74 of ink-jet.
Compared with prior art, this utility model has the following advantages:
1, transmission streamline of the present utility model is made up of multiple transmission bodies that can freely dock, and transmission flowing water
The two ends of line are provided with for lifting the lowering or hoisting gear transporting printing platen, and transmission body includes body upper strata and body lower floor, holds
Ink pad plate is at body upper strata and body Lower layer motion, after constituting transmission streamline when the docking of multiple transmission bodies, printing platen
Just at the upper and lower shuttling movement of transmission streamline, and connect on each transmission body and have the printing on printing platen
Medium carries out the printing processing apparatus processed, so working as printing medium on a transmission body by a printing processing apparatus
After reason (such as spray) completes, then move to next transmission body and go to accept the process of next printing processing apparatus (such as
Dry), so operator just can be fixed on a station feeding, then wait that one all after date of printing medium circulation is former
Ground feeding.Owing to printing platen can move in upper and lower two-layer, shorten the length of jet printer, reduce floor space.More
It is essential that each transmission body and the printing processing apparatus being connected to it on are single individualities, enterprise customer can root
Need to carry out freely docking of transmission body according to self.For example, it is desired to during frictioning station, only need to be by the biography with Frictioning device
Motivation body is attached in original transmission streamline according to desired location, if Frictioning device to be cancelled, only needing will be with
The transmission body of Frictioning device is removed from transmission streamline.If during it addition, need to change order before and after operation,
Can also be rearranged by transmission body, operation is very easy.Therefore, transmission streamline is the most right by multiple transmission bodies
Connect and form so that the function combinations of spray printing device is more flexible, reduces the unnecessary Product transport time, is greatly improved production
Efficiency, reduces entreprise cost.
2, lowering or hoisting gear of the present utility model includes that lifting support, lifting support are provided with transverse axis, and transverse axis arranges rotation
Sprocket wheel, sprocket wheel is provided with chain, one end of chain with lifting adapting table be connected, the other end of chain be located on lifting support
Driving cylinder piston rod connects.Therefore, printing medium when a bearing ink pad strip to transport from the body lower floor of a transmission body
After moving lifting adapting table, drive the piston rod of cylinder to retract, thus pull chain, and then pull lifting adapting table by chain
Rising, after lifting adapting table is directed at body upper strata, printing platen is transported to body by the transport belt on lifting adapting table
Upper strata.When printing platen will from body upper layer motion to body lower floor time, drive cylinder piston rod slowly extend, lift adapting table
Then slowly decline because of gravity.The design of whole lifting structure is simple and ingenious, and runs the most reliable.
3, this utility model is in actual production process, when the printing platen of previous operation is also not fully complete printing treatment
Time, in order to avoid printing platen below be expert at into during clash into printing platen above, so setting on transmission body
Put upper strata retention device and the underlying barrier device that printing platen can be carried out spacing stop.Owing to printing platen is on body upper strata
With the traffic direction contrast of body lower floor, so both sides are respectively provided with front limit draw-in groove and rear limit before and after printing platen
Position draw-in groove.When printing platen runs on body upper strata, upper strata stop cylinder piston rod stretch out, the upper block piece on piston rod with
Front limit card slot fit and stop that printing platen travels forward；When printing platen runs in body lower floor, underlying barrier cylinder
Piston rod stretches out, with rear limiting card slot fit, the lower block piece on piston rod stops that printing platen travels forward.Total
Simply, design ingenious, solve the printing platen spacing problem in running well.
4, this utility model simple in construction, floor space is little, and production efficiency is high, can be by increase and decrease transmission body or change
Putting in order and realizing the independent assortment of the actually required function of jet printer of transmission body, is suitable for popularization and application.
[accompanying drawing explanation]
Fig. 1 is this utility model axonometric chart；
Fig. 2 is one of axonometric chart of parts of the present utility model；
Fig. 3 is the zoomed-in view in Fig. 2 at A；
Fig. 4 is the two of the axonometric chart of parts of the present utility model；
Fig. 5 is the three of the axonometric chart of parts of the present utility model；
Fig. 6 is the four of the axonometric chart of parts of the present utility model；
Fig. 7 is the five of the axonometric chart of parts of the present utility model.
[detailed description of the invention]
Below in conjunction with the accompanying drawings this utility model is further described:
As shown in Figure 1 to Figure 3, a kind of circulation material conveying Numerical Control Printer that can freely increase and decrease station, including for transporting
The transmission streamline 1 of printing platen 100, described transmission streamline 1 is made up of multiple transmission bodies 2 that can freely dock,
Described transmission body 2 includes that body upper strata 21 and body lower floor 22, described body upper strata 21 and body lower floor 22 set respectively
There are the endless-belt 3 transporting printing platen 100, being respectively arranged at two ends with for by body upper strata 21 of described transmission streamline 1
On printing platen 100 be transported to body lower floor 22 and for the printing platen 100 in body lower floor 22 is transported to body
The lowering or hoisting gear 4 of layer 21, described body upper strata 21 and body lower floor 22 further respectively have and rest on holding of working position on which
Ink pad plate 100 carries out the positioner 5 positioned, and described body upper strata 21 and body lower floor 22 further respectively have and can stop it
On the upper strata retention device 61 that advances of printing platen 100 and underlying barrier device 62, and, each described transmission body 2
On be also associated with the printing processing apparatus that the printing medium on printing platen 100 can be processed.When multiple transmission bodies 2 are right
After connecing and constituting transmission streamline 1, printing platen 100 is just at the upper and lower shuttling movement of transmission streamline 1, and each biography
All connect on motivation body 2 and have the printing processing apparatus that the printing medium on printing platen 100 is processed, so when printing is situated between
After matter is completed by a printing processing apparatus process (such as spray) on a transmission body 2, then move to next transmission
Body 2 goes to accept the process (such as drying) of next printing processing apparatus, so operator just can be fixed on a work
Position feeding, then waits that one all after date of printing medium circulation is in original place feeding.In actual production, transmission streamline 1
Be provided with multiple printing platen 100, operator at certain station charging & discharging, move when the printing platen 100 of upper material and
After leaving feeding station, the printing medium that just spray printing completes can be taken off again by operator, again in this printing after taking off
Again feeding on platen 100, therefore, whole production technology is the blood circulation of a closed loop.Owing to printing platen 100 can be upper
Lower two-layer is moved, and shortens the length of jet printer, reduces floor space.The more important thing is, each transmission body 2 and being connected to
Printing processing apparatus thereon is all single individuality, enterprise customer can according to self need carry out transmission body 2 from
By docking.For example, it is desired to during frictioning station, only need to the transmission body 2 with Frictioning device be attached to former according to desired location
In the transmission streamline 1 come, if Frictioning device to be cancelled, only need to be by the transmission body 2 with Frictioning device from transmission
Streamline 1 is removed.If during it addition, need to change order before and after operation, it is also possible to transmission body 1 to be carried out weight
New arrangement, operation is very easy.Therefore, transmission streamline 1 is freely docked by multiple transmission bodies 2 and forms so that spray printing device
Function combinations more flexible, reduce the unnecessary Product transport time, be greatly improved production efficiency, reduce entreprise cost.
As shown in Figure 1, Figure 6, Figure 7, described lowering or hoisting gear 4 includes the lifting support 41 docked with transmission body 2, described
Lifting support 41 in be provided with the lifting adapting table 42 that can accept printing platen 100, described lifting adapting table 42 is provided with
Printing platen 100 thereon can be transported to the transport belt 43 of body upper strata 21 or body lower floor 22, described lifting support
The driving means 44 driving lifting adapting table 42 lifting it is additionally provided with in 41.
As shown in Figure 6, Figure 7, described driving means 44 includes the transverse axis 441 being located on lifting support 41, described horizontal stroke
Axle 441 is provided with rotating sprocket 442, and described rotating sprocket 442 is provided with the chain 443 coordinated with it, described chain 443
One end with lifting adapting table 42 be connected, the other end of described chain 443 and the driving cylinder 444 being located on lifting support 41
Piston rod connect.When a printing platen 100 moves to rise from the body lower floor 22 of a transmission body 2 with printing medium
After fall adapting table 42, drive the piston rod of cylinder 444 to retract, thus pull chain 443, and then pull lifting by chain 443
Adapting table 42 rises, and after lifting adapting table 42 is directed at body upper strata 21, the transport belt 43 on lifting adapting table 42 will hold
Ink pad plate 100 is transported to body upper strata 21.When printing platen 100 to move to body lower floor 22 from body upper strata 21, drive
Cylinder 444 piston rod slowly extends, and lifting adapting table 42 then slowly declines because of gravity, then passes through the fortune on lifting adapting table 42
Belt 43 is sent to be transported in body lower floor 22 by printing platen 100.The design of whole lifting structure is simple and ingenious, and runs non-
The most reliable.
As shown in Figures 2 to 5, described positioner 5 includes being respectively provided under the left and right sides, body upper strata 21 and body
The positioning cylinder 51 of layer 22 left and right sides, the piston rod of described positioning cylinder 51 is provided with location dop 52, described printing
The left and right sides of platen 100 is provided with the locating groove 100c that can engage with location dop 52.
As it is shown on figure 3, described location dop 52 inswept rear end width, bottom the opening width of described locating groove 100c
Narrow.When printing platen 100 arrives certain printing processing apparatus position with printing medium, the piston rod of positioning cylinder 51
Elongation, location thereon dop 52 just snaps in locating groove 100c, thus completes location.Due to, position dop 52 inswept
Rear end width, the opening width narrow base of described locating groove 100c, so when positioning dop 52 and coordinating with locating groove 100c,
Location is completed, even if printing platen 100 exists somewhat in location dop 52 can snap onto locating groove 100c easily
Also it doesn't matter in inclination.
As shown in Figures 2 to 6, be respectively provided on two sides with before and after described printing platen 100 front limit draw-in groove 100a and after
Spacing draw-in groove 100b, described upper strata retention device 61 includes that the upper strata being vertically located at body upper strata 21 stops cylinder 611, described
Upper strata stop cylinder 611 piston rod on connect have and can coordinate with front limit draw-in groove 100a and stop that printing platen 100 is at machine
The upper block piece 612 of body upper strata 21 motion；Described underlying barrier device 62 includes the lower floor's resistance being vertically located at body lower floor 22
Gear cylinder 621, the piston rod of described underlying barrier cylinder 621 connects and has and can coordinate with rear spacing draw-in groove 100b and stop and hold
The lower block piece 622 that ink pad plate 100 moves in body lower floor 22.When multiple printing platens 100 run on body upper strata 21, for
Avoid that the printing medium of preceding processes is the most untreated to be completed, and before printing platen 100 below travels forward and clash into
Printing platen 100, it is possible to by upper strata retention device 61, printing platen 100 below is stopped spacing, currently
After the printing platen 100 in face leaves, printing platen 100 below is just let pass by upper strata retention device 61.Stopping printing platen
When 100, upper strata stops that cylinder 611 piston rod stretches out, and the upper block piece 612 on piston rod coordinates with front limit draw-in groove 100a and hinders
Gear printing platen 100 travels forward；When printing platen 100 runs in body lower floor 22, underlying barrier cylinder 621 piston rod is stretched
Going out, the lower block piece 622 on piston rod coordinates with rear spacing draw-in groove 100b and stops that printing platen 100 travels forward.Whole knot
Structure is simple, designs ingenious, solves the printing platen 100 spacing problem in running well.
As shown in Figures 4 to 6, described upper block piece 612 is to be connected to upper strata to stop the rolling on cylinder 611 piston rod
Wheel, described lower block piece 622 is the roller being connected on underlying barrier cylinder 621 piston rod.
As shown in Figures 2 to 6, described body upper strata 21 and body lower floor 22 further respectively have multiple can support hold
The support roller 8 of ink pad plate 100.Support roller 8 to cooperate with endless-belt 3 and complete the transport of printing platen 100, support
Roller 8 is played a supporting role, it is to avoid the gravity of printing platen 100 all focuses on endless-belt 3, therefore, at printing platen
In 100 motor processs, printing platen 100 and to support between roller 8 be rolling friction, and printing platen 100 and endless-belt 3
Between be sliding friction.Therefore, rolling friction concentrates on annular with the combination of sliding friction compared with the whole gravity of printing platen 100
On belt 3 for produced sliding friction, friction is reduced, and therefore, the electric energy that driving endless-belt 3 rotates and consumes obtains
To saving, reduce cost.Further, since support the support of roller 8, the life-span of endless-belt 3 is also extended, it is to avoid zero
The frequent replacing of part.
As it is shown in figure 1, described printing processing apparatus includes to spray the printing medium on printing platen 100
Spray equipment 71, the drying unit 72 printing medium on printing platen 100 can dried, can be to printing platen 100
On printing medium carry out frictioning Frictioning device 73 and the printing medium on printing platen 100 can be carried out ink-jet ink-jet dress
Put 74.
Owing to transmission body 2 is single individuality, so enterprise customer can need to transmission streamline 1 according to self
Carry out free adjustment.Such as when certain printing medium is carried out spray printing, certain the part work on transmission streamline 1 can be selected
Position, and unwanted station is canceled by removing transmission body 2, so that the length of transmission streamline 1 shortens, carry
For the printing platen 100 running efficiency on transmission streamline 1, improve production efficiency, reduce cost.When to certain printing medium
When needing to increase operation, only need to insert the transmission body 2 with printing processing apparatus in original transmission streamline 1.
Therefore, required jet printer station can be formulated easily by increase and decrease transmission body 2 or putting in order of transmission body 2 of change,
Realize the independent assortment of the actually required function of jet printer, improve production efficiency, save space, reduce cost.
Claims (9)
1. a circulation material conveying Numerical Control Printer, it is characterised in that: include the transmission streamline for transporting printing platen (100)
(1), described transmission streamline (1) is made up of multiple transmission bodies (2) that can freely dock, described transmission body (2)
Including body upper strata (21) and body lower floor (22), described body upper strata (21) and body lower floor (22) are respectively equipped with transport and hold
The endless-belt (3) of ink pad plate (100), being respectively arranged at two ends with for by body upper strata (21) of described transmission streamline (1)
On printing platen (100) be transported to body lower floor (22) and for by body lower floor (22) printing platen (100) transport
To the lowering or hoisting gear (4) of body upper strata (21), described body upper strata (21) and body lower floor (22) further respectively have on which
Rest on the positioner (5) that the printing platen (100) of working position carries out positioning, described body upper strata (21) and body lower floor
(22) the upper strata retention device (61) and underlying barrier device that can stop that printing platen (100) thereon is advanced is further respectively had
(62), and, each described transmission body (2) is also associated with can be to the printing medium on printing platen (100) at
The printing processing apparatus of reason.
Circulation material conveying Numerical Control Printer the most according to claim 1, it is characterised in that: described lowering or hoisting gear (4) includes
The lifting support (41) docked with transmission body (2), is provided with in described lifting support (41) and can accept printing platen (100)
Lifting adapting table (42), described lifting adapting table (42) is provided with and printing platen (100) thereon can be transported to body
The transport belt (43) of upper strata (21) or body lower floor (22), is additionally provided with driving lifting adapting table in described lifting support (41)
(42) driving means (44) lifted.
Circulation material conveying Numerical Control Printer the most according to claim 2, it is characterised in that: described driving means (44) includes
The transverse axis (441) being located on lifting support (41), described transverse axis (441) is provided with rotating sprocket (442), described swivel-chain
Wheel (442) is provided with the chain (443) coordinated with it, and one end of described chain (443) is connected with lifting adapting table (42), institute
The other end of the chain (443) stated is connected with the piston rod of the driving cylinder (444) being located on lifting support (41).
4. according to the circulation material conveying Numerical Control Printer described in claim 1 or 2 or 3, it is characterised in that: described positioner
(5) positioning cylinder (51) being respectively provided at (21) left and right sides, body upper strata and body lower floor (22) left and right sides is included, described
The piston rod of positioning cylinder (51) be provided with location dop (52), the left and right sides of described printing platen (100) is provided with energy
The locating groove (100c) engaged with location dop (52).
Circulation material conveying Numerical Control Printer the most according to claim 4, it is characterised in that: described location dop (52) front end
Narrow rear end width, the opening width narrow base of described locating groove (100c).
Circulation material conveying Numerical Control Printer the most according to claim 4, it is characterised in that: described printing platen (100)
Front and back being respectively provided on two sides with front limit draw-in groove (100a) and rear spacing draw-in groove (100b), described upper strata retention device (61) includes
The upper strata being vertically located at body upper strata (21) stops that cylinder (611), described upper strata stop connection on the piston rod of cylinder (611)
Have and can coordinate with front limit draw-in groove (100a) and stop the upper block piece that printing platen (100) moves in body upper strata (21)
(612)；Described underlying barrier device (62) includes the underlying barrier cylinder (621) being vertically located at body lower floor (22), described
Underlying barrier cylinder (621) piston rod on connect have and can coordinate with rear spacing draw-in groove (100b) and stop printing platen
(100) the lower block piece (622) moved in body lower floor (22).
Circulation material conveying Numerical Control Printer the most according to claim 6, it is characterised in that: described upper block piece (612) is
Being connected to upper strata and stop the roller on cylinder (611) piston rod, described lower block piece (622) is for being connected to underlying barrier cylinder
(621) roller on piston rod.
8. according to the circulation material conveying Numerical Control Printer described in claim 1 or 2 or 3 or 6, it is characterised in that: on described body
Multiple support roller (8) that can support printing platen (100) is further respectively had on layer (21) and body lower floor (22).
9. according to the circulation material conveying Numerical Control Printer described in claim 1 or 2 or 3 or 6, it is characterised in that: at described printing
Reason device include the spray equipment (71) that the printing medium on printing platen (100) can be sprayed, can be to printing platen
(100) drying unit (72) that the printing medium on carries out drying, the printing medium on printing platen (100) can be carried out frictioning
Frictioning device (73) and the printing medium on printing platen (100) can be carried out the ink discharge device (74) of ink-jet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620682480.9U CN205800519U (en) | 2016-06-29 | 2016-06-29 | A kind of circulation material conveying Numerical Control Printer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620682480.9U CN205800519U (en) | 2016-06-29 | 2016-06-29 | A kind of circulation material conveying Numerical Control Printer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205800519U true CN205800519U (en) | 2016-12-14 |
Family
ID=57513646
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620682480.9U Withdrawn - After Issue CN205800519U (en) | 2016-06-29 | 2016-06-29 | A kind of circulation material conveying Numerical Control Printer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205800519U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105966066A (en) * | 2016-06-29 | 2016-09-28 | 中山市泰拓数码科技有限公司 | Cyclic feeding digital jet printing machine |
| CN108163276A (en) * | 2018-01-11 | 2018-06-15 | 浙江佑天元包装机械制造有限公司 | A kind of gas-control packing device delivery type mold conveying mechanism |
| CN108528061A (en) * | 2018-06-14 | 2018-09-14 | 深圳市恒艺数码印花有限公司 | A kind of full-automation printing machine and its printing method |
| WO2024038455A1 (en) * | 2022-08-18 | 2024-02-22 | Nur Digital Tex Ltd | System and process for in-line digital printing |
-
2016
- 2016-06-29 CN CN201620682480.9U patent/CN205800519U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105966066A (en) * | 2016-06-29 | 2016-09-28 | 中山市泰拓数码科技有限公司 | Cyclic feeding digital jet printing machine |
| CN108163276A (en) * | 2018-01-11 | 2018-06-15 | 浙江佑天元包装机械制造有限公司 | A kind of gas-control packing device delivery type mold conveying mechanism |
| CN108163276B (en) * | 2018-01-11 | 2023-08-25 | 浙江佑天元包装机械制造有限公司 | Transfer type die conveying mechanism of air-conditioning packaging machine |
| CN108528061A (en) * | 2018-06-14 | 2018-09-14 | 深圳市恒艺数码印花有限公司 | A kind of full-automation printing machine and its printing method |
| WO2024038455A1 (en) * | 2022-08-18 | 2024-02-22 | Nur Digital Tex Ltd | System and process for in-line digital printing |
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