CN208789258U - A kind of energy-conserving drying device for printed matter progress Omnibearing even drying - Google Patents
A kind of energy-conserving drying device for printed matter progress Omnibearing even drying Download PDFInfo
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- CN208789258U CN208789258U CN201821272652.0U CN201821272652U CN208789258U CN 208789258 U CN208789258 U CN 208789258U CN 201821272652 U CN201821272652 U CN 201821272652U CN 208789258 U CN208789258 U CN 208789258U
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- printed matter
- drying
- swingle
- lower frame
- frame
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Abstract
The utility model belongs to printed matter technical field, in particular to a kind of energy-conserving drying device for printed matter progress Omnibearing even drying, after printed matter enters drying room, printed matter overturning is driven by printed matter driving device, promote the heated uniformity coefficient of printed matter, and by the way that multiple printed matter driving devices are arranged, when being in certain part printed matter in drying, disassembly or installation to printed matter is carried out in other printed matter driving devices, make multiple operations that can synchronize progress, saves working efficiency.
Description
Technical field
The utility model belongs to printed matter technical field, in particular to a kind of for carrying out Omnibearing even baking to printed matter
Dry energy-conserving drying device.
Background technique
In the process of manufacture of printed matter, the ink for being printed on printed matter surface typically contains volatile solvent, is
Volatile solvent is set quickly to volatilize, it is necessary to dry to it using printed matter drying unit.
But some drying units are different to the drying degree at each position of printed matter surface at present, especially for surface area
Biggish printed matter causes a part of ink to be oven-dried, and another part ink still has also in dampness
Certain volatility, such printed matter can also persistently volatilize solvent in the later period and generate toxic penetrating odor, polluted ring
Border is unfavorable for the health of user；And if extending drying time, although can dry this part ink, this undoubtedly be will increase
The energy consumption of drying unit, and extend drying time to other positions on printed matter it is also possible to causing excessively to bake, it influences
The quality and service life of product.
Utility model content
In order to solve the above technical problems, the utility model provides a kind of be used for printed matter progress Omnibearing even drying
Energy-conserving drying device offer air inlet, the bottom of inlet air plenum at the top of inlet air plenum including the internal inlet air plenum for being equipped with blower
Portion offers air outlet,
The lower section of inlet air plenum is equipped with heating room, and the top for heating room is connected with the air outlet of inlet air plenum, and heating interior is set
Having heaters, the lower section for heating room are equipped with drying room,
Drying unit further includes sliding rail, and sliding is provided with several printed matter driving devices, printed matter driving device on sliding rail
By sliding rail can from left to right into and out drying room,
Each printed matter driving device includes the sliding block pedestal of activity clamping on the slide rail, and sliding block base upper surface is past from a left side
The right side be disposed with the first rotating electric machine, the first support plate, the first swingle, lower frame, the second swingle, the second support plate,
Second rotating electric machine,
First support plate and the second support plate fix the upper surface for being built in sliding block pedestal vertically,
First rotating electric machine is fixedly mounted in the left side plate face of the first support plate, and the first swingle passes through the first support plate
And one end is fixedly connected with the output end of the first rotating electric machine, and the other end of the first swingle is fixedly connected on a left side for lower frame
End,
Second rotating electric machine is fixedly mounted in the right side plate face of the second support plate, and the second swingle passes through the second support plate
And one end is fixedly connected with the output end of the second rotating electric machine, and the other end of the second swingle is fixedly connected on the right side of lower frame
End,
First swingle and the second swingle are coaxial arrangement, and the first swingle and the second swingle drive lower frame jointly
Overturning,
Each printed matter driving device further includes the upper frame with lower frame same size, and the frame surface of upper frame is detachable
Ground is fitted in completely in the frame surface of lower frame, and frame and lower frame close up integrally in realization.
As preferred: heat indoor heater be heating rod or heater strip,
As preferred: being located above printed matter driving device in drying room and be provided with wind deflector, in the plate face of wind deflector
It offers several through-holes and passes through for carrying out the hot wind of self-heating room；
As preferred: sliding rail is installed with stepper motor, the shaft end of stepper motor on the bottom surface far from one end of drying room
Connection is parallel to the ball-screw of sliding rail bottom surface, and ball-screw extends along the length direction of sliding rail, is socketed on ball-screw
There are several can be along the screw that ball-screw length direction moves back and forth, the quantity phase of screw quantity and printed matter driving device
The bottom of a sliding block pedestal is fixed in Deng, each screw and energy band movable slider pedestal on sliding rail in reciprocatingly sliding,
As preferred: lower frame and upper frame are the rectangular configuration surrounded by four crossbeams, before four crossbeams are respectively
Crossbeam, rear cross beam, left crossbeam, right crossbeam,
The other end of first swingle is fixedly connected on the middle position of the left crossbeam of lower frame,
The other end of second swingle is fixedly connected on the middle position of the right crossbeam of lower frame；
Further, the beam surface upper of lower frame offers several lower screw holes, is offered under on the crossbeam of upper frame
Upper screw hole, bolt pass through upper screw hole and are tightened against the fitting that lower screw hole realizes lower frame and upper frame screw hole correspondingly,
Alternatively, the rear cross beam of the rear cross beam of lower frame and upper frame is linked together by bolt, lower frame and upper is realized
The fitting or opening of frame,
Alternatively, the front beam of the front beam of lower frame and upper frame is linked together by bolt, lower frame and upper is realized
The fitting or opening of frame.
Detailed description of the invention
Fig. 1 is in the utility model for carrying out the structure of the energy-conserving drying device of Omnibearing even drying to printed matter
Schematic diagram (positive cross-sectional view),
Fig. 2 is to realize that the structural schematic diagram of lower frame and the fitting of upper frame is (positive to cut open by bolt in the utility model
View),
Fig. 3 is the structural schematic diagram (top view) for realizing lower frame and the fitting of upper frame in the utility model by bolt,
Wherein, 1-inlet air plenum, 11-blowers, 2-heating rooms, 21-heaters, 3-drying rooms, 31-wind deflectors,
32-through-holes, 4-sliding rails, 5-printed matter driving devices, 51-sliding block pedestals, the 52-the first rotating electric machine, the 53-the first support
Plate, the 54-the first swingle, 55-lower frames, 551-lower screw holes, the 56-the second swingle, the 57-the second support plate, 58-the
Two rotating electric machines, 59-upper frames, 591-upper screw holes, 6-stepper motors, 7-ball-screws, 8-screws, 9-bolts, directly
Line arrow represents the flow direction of wind, and curve arrow represents the direction that the first swingle and the second swingle axially rotate.
Specific embodiment
As shown in Fig. 1, the energy-saving drying for carrying out Omnibearing even drying to printed matter of the utility model fills
Setting main includes the internal inlet air plenum 1 for being equipped with blower 11, and the top of inlet air plenum 1 offers air inlet, and the bottom of inlet air plenum 1 opens up
There is air outlet,
The lower section of inlet air plenum 1 is equipped with heating room 2, and the top of heating room 2 is connected with the air outlet of inlet air plenum 1, heats room 2
The interior heating rod that is equipped with is used as heater 21, and the lower section of heating room 2 is equipped with and heats the drying room 3 that is connected of room 2, in drying room 3
Equipped with the wind deflector 31 laid flat, several downward through-holes 32 are offered in the plate face of wind deflector 31 and supply to carry out the hot wind of self-heating room 2
Pass through,
Drying unit further includes sliding rail 4, and sliding is provided with several printed matter driving devices 5 on sliding rail 4, these printed matters drive
Dynamic device 5 can sequentially enter from left to right by sliding rail 4 and leave drying room 3, and ensure that printed matter driving device 5 enters drying
Behind room 3, it can be passed through below wind deflector 31；
Each printed matter driving device 5 includes the sliding block pedestal 51 that activity is connected on sliding rail 4,51 upper surface of sliding block pedestal
The first rotating electric machine 52, the first support plate 53, the first swingle 54, lower frame 55, second is disposed with from left to right to rotate
Bar 56, the second support plate 57, the second rotating electric machine 58,
First support plate 53 and the vertical fixed upper surface for being built in sliding block pedestal 51 of the second support plate 57,
Lower frame 55 be then surrounded by four crossbeams, middle part be hollow rectangular configuration, four crossbeams be respectively front beam,
Rear cross beam, left crossbeam and right crossbeam (as shown in Fig. 3),
First rotating electric machine 52 is fixedly mounted in the left side plate face of the first support plate 53, and the first swingle 54 passes through first
Support plate 53 and one end is fixedly connected with the output end of the first rotating electric machine 52, the other end of the first swingle 54 is fixedly connected
In the middle position of the left crossbeam of lower frame 55,
Second rotating electric machine 58 is fixedly mounted in the right side plate face of the second support plate 57, and the second swingle 56 passes through second
Support plate 57 and one end is fixedly connected with the output end of the second rotating electric machine 58, the other end of the second swingle 56 is fixedly connected
In the middle position of the right crossbeam of lower frame 55,
First swingle 54 and the second swingle 56 are coaxial arrangement, and the first rotating electric machine 52 drives 54 axis of the first swingle
To rotation, the second rotating electric machine 58 drives the axial rotation of the second swingle 56, and the first swingle 54 and the second swingle 56 are axial
The direction of rotation is consistent and frequency is identical, so that driving lower frame 55 is overturn jointly,
It further include the upper frame 59 with 55 same size of lower frame in each printed matter driving device 5, i.e., upper frame 59
It is the rectangular configuration surrounded by four crossbeams, four crossbeams are respectively front beam, rear cross beam, left crossbeam and right crossbeam, lower frame
55 beam surface upper offers several lower screw holes 551, offers on the crossbeam of upper frame 59 one-to-one with lower screw hole 551
Upper screw hole 591, bolt 9 is across upper screw hole 591 and is tightened against detachable the lower realization lower frame 55 of screw hole 551 and upper frame 59
Ground fits together (as shown in attached drawing 2, attached drawing 3)；
Stepper motor 6 is installed on the bottom surface of the one end of sliding rail 4 far from drying room 3, the shaft end of stepper motor 6 is connected with
It is parallel to the ball-screw 7 of 4 bottom surface of sliding rail, ball-screw 7 extends along the length direction of sliding rail 4, is socketed on ball-screw 7
Several can be along the screw 8 that 7 length direction of ball-screw moves back and forth, the quantity of screw 8 and the quantity of printed matter driving device 5
Equal, each screw 8 is fixed in the bottom of a sliding block pedestal 51 and can drive the sliding block pedestal 51 and be installed on the sliding block
All components on pedestal 51 reciprocatingly slide on sliding rail 4.
Based on above-mentioned drying unit, extraneous wind is introduced heating room 2 and is heated by blower 11, and hot wind continues drying downwards
The printed matter in drying room 3 is dried in the flowing of room 3, and the use of wind deflector 31 can be formed in the printed matter surface of lower section closes
Suitable hot wind wind pressure,
The printed matter of shape and upper and lower frames 59,55 matched cardboard shapes is first fitted in the upper surface of lower frame 55, then
Upper frame 59 is fitted in into printed matter top, upper screw hole 591 is passed through using bolt 9 and is tightened against lower screw hole 551 and realizes lower frame
55 and upper frame 59 fixed fitting, to fix intermediate printed matter, (printed matter can make the boundary of printed matter when placing
Place covers lower screw hole 551, and bolt 9 passes through printed matter when being reinforced with bolt 9, the fixation to printed matter can be made more firm in this way
Gu after drying, then the position worn out to printed matter boundary inner bolt 9 is trimmed), due to depositing for sliding rail 4
, installation, the disassembling section of block tabular printed matter can be carried out outside drying room 3, operation is more convenient, feasible,
Rear printed matter is installed to be pushed into again in drying room 3,
After printed matter driving device 5 enters drying room 3 from left to right by sliding rail 4, one side printed matter is heated, another party
By the first swingle 54 and the second swingle 56, driving upper and lower frames 59,55 is overturn jointly in face, to drive the print of cardboard shape
The overturning of brush product, enables two faces of printed matter to be heated on an equal basis, avoids that " printed matter remains stationary, and hot wind flows from top to down
When to position each on printed matter drying degree it is different " the problem of, can avoid excessively bake caused by energy consumption increase and printed matter
The decline of quality；After necessary drying time, it can be ensured that printed matter surface non-volatility ink residual eliminates printed matter
To the pollution of environment in subsequent use process,
And the opening passed in and out on drying room 3 for printed matter driving device 5, also ensure ventilation, it is ensured that continually have
New hot wind blows to downwards printed matter, is also carrying out drying operation to printed matter while heating；
After the completion of one printed matter drying, drying room 3 is taken away by sliding rail 4 by the printed matter driving device 5, is opened
Upper and lower frames 59,55 removes printed matter, is loaded on moist printed matter, meanwhile, next printed matter driving device 5 incited somebody to action
Another printed matter to be dried brings drying room 3 into and carries out heated drying, and so on.By the way that multiple printed matter drivings are arranged
Device 5, when being in certain part printed matter in drying, can in other printed matter driving devices 5 carry out printed matter disassembly or
Installation, makes multiple operations that can synchronize progress, saves working efficiency；
And slided using 7 structure control printed matter driving device 5 of ball-screw on sliding rail 4, stepper motor 6 drives ball
Lead screw 7 rotates corresponding circle number, and screw 8 also just drives the corresponding distance of 5 transverse shifting of printed matter driving device, realizes to printing
The strict control of 5 position of product driving device avoids during the drying process, since the voluntarily sliding of sliding block pedestal 51 drives printed matter
Dynamic device 5 and printed matter slip away drying room, it is ensured that heated duration.
It should be noted that word "front", "rear", "left", "right" used in the description of the utility model refer to it is attached
Direction in figure, word "inner" and "outside" refer respectively to the direction towards or away from geometric center of specific component.These are only
For ease of description the utility model and simplify description, rather than the device or element of indication or suggestion meaning must have it is specific
Orientation, be constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.
Claims (7)
1. a kind of for carrying out the energy-conserving drying device of Omnibearing even drying to printed matter, it is characterised in that: the baking
Equipment for drying includes the internal inlet air plenum (1) for being equipped with blower (11), offers air inlet at the top of the inlet air plenum (1), it is described into
The bottom of air compartment (1) offers air outlet,
The lower section of the inlet air plenum (1) is equipped with heating room (2), the outlet air at the top and the inlet air plenum (1) of heating room (2)
Mouth is connected, and is equipped with heater (21) in the heating room (2), and the lower section of heating room (2) is equipped with and the heating room (2)
The drying room (3) being connected,
The drying unit further includes sliding rail (4), and sliding is provided with several printed matter driving devices on the sliding rail (4)
(5), several printed matter driving devices (5) can be sequentially entered from left to right by the sliding rail (4) and be left described
Drying room (3),
Each printed matter driving device (5) includes the sliding block pedestal (51) that activity is connected on the sliding rail (4), described
Sliding block pedestal (51) upper surface is disposed with the first rotating electric machine (52), the first support plate (53), the first rotation from left to right
Bar (54), lower frame (55), the second swingle (56), the second support plate (57), the second rotating electric machine (58),
First support plate (53) and the vertical fixation of second support plate (57) are built in the sliding block pedestal
(51) upper surface,
First rotating electric machine (52) is fixedly mounted in the left side plate face of first support plate (53), first rotation
Bull stick (54) passes through first support plate (53) and one end is fixedly connected with the output end of first rotating electric machine (52),
The other end of first swingle (54) is fixedly connected on the left end of the lower frame (55),
Second rotating electric machine (58) is fixedly mounted in the right side plate face of second support plate (57), second rotation
Bull stick (56) passes through second support plate (57) and one end is fixedly connected with the output end of second rotating electric machine (58),
The other end of second swingle (56) is fixedly connected on the right end of the lower frame (55),
First swingle (54) and second swingle (56) are coaxial arrangement, the first rotating electric machine (52) driving
First swingle (54) axially rotates, and second rotating electric machine (58) drives second swingle (56) axially to turn
Dynamic, first swingle (54) is consistent with second swingle (56) direction axially rotated and frequency is identical, thus altogether
It is overturn with the driving lower frame (55),
It further include the upper frame (59) with the lower frame (55) same size in each printed matter driving device (5),
The frame surface of the upper frame (59) can removably fit in completely in the frame surface of the lower frame (55).
2. as described in claim 1 for carrying out the energy-conserving drying device of Omnibearing even drying, feature to printed matter
It is: in the drying room (3) and is located at the position for being higher by the printed matter driving device (5) equipped with wind deflector (31), institute
It states and offers several through-holes (32) in the plate face of wind deflector (31) for passing through from the hot wind for heating room (2).
3. as described in claim 1 for carrying out the energy-conserving drying device of Omnibearing even drying, feature to printed matter
Be: the sliding rail (4) is installed with stepper motor (6) on the bottom surface far from the one end of the drying room (3), the stepping electricity
The shaft end connection of machine (6) is parallel to the ball-screw (7) of the sliding rail (4) bottom surface, and the ball-screw (7) is along the cunning
The length direction of rail (4) extends, and being socketed with several on the ball-screw (7) can be along the ball-screw (7) length direction
The screw (8) moved back and forth, the quantity of the screw (8) is equal with the quantity of the printed matter driving device (5), each institute
The screw (8) stated is fixed in the bottom of a sliding block pedestal (51) and can drive sliding block pedestal (51) the Yu Suoshu sliding rail
(4) it reciprocatingly slides on.
4. as described in claim 1 for carrying out the energy-conserving drying device of Omnibearing even drying, feature to printed matter
Be: the lower frame (55) and the upper frame (59) are the rectangular configuration surrounded by four crossbeams, described in four
Crossbeam be respectively front beam, rear cross beam, left crossbeam, right crossbeam,
The other end of first swingle (54) is fixedly connected on the middle position of the lower frame (55) left crossbeam,
The other end of second swingle (56) is fixedly connected on the middle position of the lower frame (55) right crossbeam.
5. as claimed in claim 4 for carrying out the energy-conserving drying device of Omnibearing even drying, feature to printed matter
Be: the beam surface upper of the lower frame (55) offers several lower screw holes (551), opens on the crossbeam of the upper frame (59)
Equipped with correspondingly upper screw hole (591), bolt (9) passes through the upper screw hole (591) and is tightened against with the lower screw hole (551)
The lower screw hole (551) realizes the fitting of the lower frame (55) and the upper frame (59).
6. as claimed in claim 4 for carrying out the energy-conserving drying device of Omnibearing even drying, feature to printed matter
It is:
The rear cross beam of the lower frame (55) and the rear cross beam of the upper frame (59) are linked together by bolt, described in realization
The fitting or opening of lower frame (55) and the upper frame (59)；
Or the front beam of the lower frame (55) and the front beam of the upper frame (59) are linked together by bolt, are realized
The fitting or opening of the lower frame (55) and the upper frame (59).
7. as described in claim 1 for carrying out the energy-conserving drying device of Omnibearing even drying, feature to printed matter
Be: the heater (21) is heating rod or heater strip.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821272652.0U CN208789258U (en) | 2018-08-08 | 2018-08-08 | A kind of energy-conserving drying device for printed matter progress Omnibearing even drying |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821272652.0U CN208789258U (en) | 2018-08-08 | 2018-08-08 | A kind of energy-conserving drying device for printed matter progress Omnibearing even drying |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208789258U true CN208789258U (en) | 2019-04-26 |
Family
ID=66204885
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821272652.0U Expired - Fee Related CN208789258U (en) | 2018-08-08 | 2018-08-08 | A kind of energy-conserving drying device for printed matter progress Omnibearing even drying |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208789258U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110103585A (en) * | 2019-05-20 | 2019-08-09 | 安徽华康药品包装有限公司 | A kind of colored improvement device of cardboard printing |
-
2018
- 2018-08-08 CN CN201821272652.0U patent/CN208789258U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110103585A (en) * | 2019-05-20 | 2019-08-09 | 安徽华康药品包装有限公司 | A kind of colored improvement device of cardboard printing |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190426 Termination date: 20210808 |
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| CF01 | Termination of patent right due to non-payment of annual fee |