CN105564024B - Equipment for inking mechanism ventilation - Google Patents
Equipment for inking mechanism ventilation Download PDFInfo
- Publication number
- CN105564024B CN105564024B CN201510720709.3A CN201510720709A CN105564024B CN 105564024 B CN105564024 B CN 105564024B CN 201510720709 A CN201510720709 A CN 201510720709A CN 105564024 B CN105564024 B CN 105564024B
- Authority
- CN
- China
- Prior art keywords
- inking mechanism
- ventilation
- inking
- blowning installation
- unit
- 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.)
- Active
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41F—PRINTING MACHINES OR PRESSES
- B41F22/00—Means preventing smudging of machine parts or printed articles
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41F—PRINTING MACHINES OR PRESSES
- B41F13/00—Common details of rotary presses or machines
- B41F13/08—Cylinders
- B41F13/42—Guards or covers, e.g. for preventing ingress or egress of foreign matter
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41F—PRINTING MACHINES OR PRESSES
- B41F31/00—Inking arrangements or devices
- B41F31/001—Ink mist preventing means
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Inking, Control Or Cleaning Of Printing Machines (AREA)
Abstract
The present invention relates to a kind of equipment for inking mechanism ventilation, specifically a kind of inking mechanism suction system for paper feeding offset press be equipped at least one be placed in the ventilation blower before inking mechanism, by the ventilation blower air can be made to be carried out from inking mechanism space (R) come.Filter element is disposed with before ventilation blower.The ventilation blower (10) of suction unit (10A) is furthermore associated with inking mechanism blowning installation (12A) of air stream is generated within inking mechanism.Inking mechanism blowning installation (12A) and suction unit (10A) is associated with the region on the top of inking mechanism as structural unit and the inside of printing mechanism's guard member (9) in the printing mechanism containing inking mechanism is associated, wherein the structural unit is swingably fixed at printing mechanism's rack.
Description
Technical field
The present invention relates to a kind of preambles according to claim 1 for inking mechanism ventilation (Farbwerksbel ü
Ftung equipment).
Background technique
It is to be printed in paper feeding offset press (Bogenoffsetdruckmaschinen, sometimes referred to as sheet-fed offset press)
Ink from ink fountain (Farbkasten), with the coefficient duct roller of ink fountain, be arranged in subsequent inking mechanism roller with
And inking roller (Farbauftragwalze) applies on the printing plate being stretched on plate cylinder (Formzylinder).Ten
A large amount of gap position between a single inking mechanism roller serves as generating must for apply the ink overlayed on printing plate
The thickness degree wanted.According to the type of printing ink and feature in each gap position being located between two inking mechanism rollers
There is ink mist or ink splatter object, pollute the machine part of ambient enviroment, desiccation and therefore also only utilizes high place
Reason, which expends, to be purged.
In order to avoid the pollution due to caused by ink mist or ink splatter object it is known as suction unit, i.e. suction dress
The air being pumped within inking mechanism is set together with ink particles with which.Such equipment is for example from file
It is known in DE19617194C2.But in such devices the shortcomings that, is, the equipment relatively high cost carry out building and
Thus the accessibility of printing mechanism's component is limited.
In order to aspirate a kind of suction unit known to ink mist/ink splatter object, which has row's axial ventilation machine,
The one row axial ventilation machine is placed in the guard member of covering inking mechanism roller.Prolong in the dimension width of machine in a row
The ventilation blower for stretching arrangement is associated with filter element, and the air of the inside from inking mechanism space is drawn through this and crosses filtering element
Part.Ventilation blower is thus avoided to be contaminated due to the ink mist that is sucked.
A kind of printing machine known from file EP-A-0591986, is arranged in inking for row's ventilation blower in the printing machine
At the guard block of mechanism.
Become known for the method and system of local ventilation from file WO90/03855A1, uses the print in printing machine
At brush mechanism.System has the blowning installation with nozzle in the side of printing mechanism, is generated by means of these nozzles along print
The roller of brush mechanism reaches the lateral flow of suction unit.Blowning installation should generate air curtain, and the air curtain is around entire print
Brush mechanism.Nuisance (Schadstoff, sometimes referred to as contaminants) should be transported suction unit using air curtain and hindered
Only nuisance leaves from printing machine.The blowing rapidly left from nozzle to bunchy is set by opposite with nozzle, is corresponded to
Beam blow-up is designed to that bigger suction unit receives.
A kind of covering for printing mechanism known from file DE10149843A1.The covering is aspirated equipped with air
Device, the air suction device have the filter of at least two separation arrangements.Intend to realize printing mechanism using covering
The shielding of sealing.Therefore covering has closing cap for safeguarding printing mechanism in the bottom.
It is merely capable of that suction is effectively performed in ink mist under optimal conditions using known equipment.However for certain
Often there is such type and a large amount of ink mist for more specifically printing ink in printing condition, i.e., not using known equipment
The ink mist can effectively be captured.
Furthermore a kind of equipment for inking mechanism suction known from file DE20311534U1.Suction unit wherein
Ventilation blower within inking mechanism generate the inking mechanism blowning installation of air stream it is associated.It can be arranged to, dress of blowing
It sets with one or more axial ventilation machines being arranged in rows, is generated by coupling free gas guide device at rear in inking
The air stream that the side of the determination of mechanism is directed upwards towards.The air stream can be by air guide device towards the roller of inking mechanism
It is directed toward.Device is placed in the guard member before ink organizes roller, to will not influence the special case between printing mechanism.?
Before the axial ventilation machine of inking mechanism blowning installation can it is same before be equipped with filter element, to avoid the air in pressroom
In pollutant be blown into inking mechanism and received by the printing ink on roller surfaces.Inking mechanism blowning installation
Filter element be replaceable.It is preposition to be run in blowing additionally to prevent with the filter element of the ventilation blower of suction unit
In due to caused by the pollution of ventilation blower damage.
Summary of the invention
Therefore task of the invention lies in, so extend preamble according to claim 1 for inking mechanism
Suction unit makes it possible to significantly simplify the manipulation of pumping equipment in method simple in structure technology and improves machine
The accessibility of device.
The task is solved by the feature of the characteristic of claim 1.Improvement project of the invention is by appurtenance
Benefit is learnt in requiring.
It is provided with a kind of equipment for carrying out inking mechanism ventilation for paper feeding offset press, the equipment is at least one pumping
Device is inhaled, wherein there is the suction unit at least one to be placed in the ventilation blower before inking mechanism, make sky by the ventilation blower
Gas is carried out from inking mechanism space to be come.Furthermore the filter element being provided with before being arranged in one or more ventilation blowers.It takes out
It is associated with the inking mechanism blowning installation of air stream is generated within inking mechanism to inhale device.Inking mechanism blowning installation is towards defeated
The roller region of black mechanism roller is directed toward, which implements from being arranged to more connect on the conveying direction of inking mechanism
Movement of the inking mechanism roller of nearly plate cylinder in corresponding interval farther inking mechanism roller.Inking mechanism roller
In region (einstr ngig) of the sub-thread of inking mechanism.It generates radially or cuts by means of inking mechanism blowning installation
The air stream being directed toward up towards the surface of inking mechanism roller.Suction unit and inking mechanism blowning installation are by means respectively of defeated
The axial ventilation machine that the row extended on the width of offset printing of paper machine is juxtaposed to each other is formed.
According to the present invention, suction unit and inking mechanism blowning installation are arranged in inking in inking mechanism space
Between inking mechanism roller and the outside printing mechanism's guard member for limiting inking mechanism space in the region of the sub-thread of mechanism.
Inking mechanism blowning installation with ventilation blower, filter element and air guide element and with ventilation blower and
The suction unit of filter element structural unit formed according to the present invention, the structural unit are configured to ventilation equipment.
Inking mechanism blowning installation with ventilation blower, filter element and air guide element and with ventilation blower and
The ventilation unit for being contained at common supporting element, and being thusly-formed to the suction unit bilateral of filter element is by means of support
Part can be arranged in locking in the inking mechanism space of printing mechanism in the supporting member being fixed at rack.
The ventilation equipment formed by inking mechanism blowning installation and suction unit are as the structure list for forming ventilation unit
Member is arranged in printing mechanism at machine rack pluggable in supporting portion, swingable by supporting element and can be taken off.
Furthermore it is arranged to, the ventilation blower of suction unit and/or the ventilation blower of inking mechanism blowning installation are implemented as can be single
It ground and/or is controlled in groups.Thus volume flow accurately can mutually be coordinated with corresponding printing condition.Herein more particularly to
It is arranged to, the theoretical value depending on zonal ink feed design for ventilation blower loads, i.e., compared to defeated with a small amount of ink amount
In the section sent with it is larger ink amount section in generate enter in inking mechanism go and/or from inking mechanism come out
Biggish volume flow.
It can equally be arranged to, can will be used for the adjustment of suction unit and/or inking mechanism blowning installation ventilation blower
Value is saved, so that in iterative task or similar print job corresponding value can be adjusted or pre-adjustment again.
Therefore time-consuming matching is eliminated when printing and starting.The ventilation blower of suction unit and/or inking mechanism blowning installation
Adjustment and theoretical value load are preferably carried out by the console of printing machine.The phase for the print job that can also be implemented at this
The preservation answered.
The present invention can apply at the inking mechanism of printing mechanism, but can also apply in glazing equipment
(Lackiereinrichtung), the glazing mechanism (Lackwerk) of printing machine or independent finisher
(Veredelungsmaschine) at.The same present invention can be (anhydrous in the inking mechanism without Shu Shi mechanism (Feuchtwerk)
Offset printing) in use.
Detailed description of the invention
Illustrate the embodiment of the present invention with reference to the accompanying drawings.
Wherein:
Fig. 1 shows printing mechanism's synoptic diagram,
Fig. 2 shows the apparatus according to the invention in first position, and
Fig. 3 shows the apparatus according to the invention in the second position.
List of numerals
1 ink fountain
2 duct rollers
3 inking mechanism rollers
3.1 inking mechanism rollers
3.2 inking mechanism rollers
4 inking rollers
5 plate cylinders (Formzylinder)
6 wettings, which are applied, covers roller (Feuchtauftragwalze, sometimes referred to as dampening roller)
7 defeated wet mechanism rollers (Feuchtwerkwalze)
8 bridge joint rollers
9 printing mechanism's guard members
10 axial ventilation machines (suction)
10A suction unit
11 filter elements
12 axial ventilation machines
12A inking mechanism blowning installation
13 filter elements
14 air guide elements
15 supporting elements
16 stopper sections
17 crossbeams
18 crossbeams
19 swinging axles
20 ventilation units
R inking mechanism space.
Specific embodiment
Fig. 1 shows the inking mechanism with suction unit 10A in the R of inking mechanism space.Ink to be printed is from ink
Bucket 1 applies to by duct roller 2, the inking mechanism roller 3 being arranged in after duct roller 2 and by inking roller 4
It is tightened on the printing plate on plate cylinder 5.In the rotation direction (counter clockwise direction) of plate cylinder 5 before inking roller 4 cloth
It is equipped with wetting and applies and cover roller 6.Defeated wet 7 collective effect of roller for covering roller 6 Yu Shu Shi mechanism is applied in wetting.By bridge joint roller 8 into
The connection for the first inking roller 4 for covering roller 6 and inking mechanism is applied in row wetting.The side of the feeder never shown passes through can
Passage, swingable and turnover printing mechanism's guard member 9 covers the inking mechanism roller 3 of inking mechanism.In printing machine
Row's axial ventilation machine 10 is disposed at structure guard member 9 in a manner of extending in the dimension width in printing machine, passes through a row
Axial ventilation machine makes air be sucked out from the inside of inking mechanism space R.Axial ventilation machine 10 in the flowing direction
Filter element 11 before being arranged in is associated.These filter elements, which receive, passes through axial ventilation machine 10 from inking mechanism space R
The pollutant of the air of middle absorption more specifically ink splatter object/ink mist.It is oily to thus avoid axial ventilation machine 10 itself
Black splash/ink mist pollution.
There is another row's axial ventilation machine 12 to be used as inking mechanism blowning installation in the arranged beneath of this row's axial ventilation machine 10
12A, another row's axial ventilation machine 12 are equally associated with the filter element 13 before being arranged in the flowing direction.Pass through axis
It can produce the air stream entered in the R of inking mechanism space to ventilation blower 12.Air stream passes through 14 court of air guide element herein
It is directed toward on one surface into inking mechanism roller 3.
Ventilation unit 20 is collectively formed for improving on top in inking mechanism blowning installation 12A and pumping equipment 10A
The working condition of ink layer on inking mechanism roller.
Preferably so arrangement air guide element 14, i.e., so that blowing air flow with respect to inking mechanism roller 3.1 tangentially on
Or it is directed toward radially.Inking mechanism roller 3.1 is preferably able to for the use of ventilation unit 20 together with inking mechanism
Roller 3.2 is inserted into inking mechanism at position shown in FIG. 1.So give for by 20 use of ventilation unit defeated
Best premise in black mechanism.
Inking mechanism roller 3.1 is suitable for working together with inking mechanism blowning installation 12 in a particular manner.Inking machine
Structure roller 3.1 is located in the region of the sub-thread of inking mechanism according to Fig. 1, i.e., all ink conveyings are implemented as only in this region
Only from an inking mechanism roller to a nearest inking mechanism roller, and roller column (Walzenzug) are divided into two later
A roller stock.Furthermore inking mechanism roller 3.1 is so arranged in its rotation direction, i.e., so that in inking mechanism roller
It is moved upwards on the side of the 3.1 air guide element 14 towards inking mechanism blowning installation 12A.That is defeated
Soaking medium in black mechanism in this region may be transported upwards.Thus wetting medium can be particularly advantageously prevented at this
It is transported in inking mechanism or this conveying is at least reduced to bottom line, to prevent printing ink and to soak the mixed of medium
It closes.
Filter element 11,13, and can be very preferably by being fabricated by plastics or by the non-woven material that paper is formed
Simply takes out or replace from casing member at axial ventilation machine 10,12.
Inking mechanism blowning installation 12A and suction unit 10A is arranged in arrangement in the R of inking mechanism space according to the present invention
Between printing mechanism's guard member 9 at the region in the region and outside limitation inking mechanism of the inking mechanism roller of sub-thread.?
This inking mechanism blowning installation 12A and suction unit 10A are formed together ventilation unit 20.Ventilation unit 20 passes through following mode
Support is respectively received in formation, i.e. inking mechanism blowning installation 12A and the common bilateral of suction unit 10A in its end regions
On part 15.Ventilation unit 20 is parallel to inking mechanism roller orientation, and bilateral it is solid by one in supporting element 15 respectively
It is scheduled at the rack of the printing mechanism comprising inking mechanism, and can be in the substantially vertical orientation of the extension of its plane
Carry out locking.
By axial ventilation machine 12 direct into inking mechanism and especially radially or tangentially on direct into inking mechanism
Air stream on roller surfaces combine by axial ventilation machine 10 aspirate inking mechanism air obtain in an improved way by ink mist/
Ink splatter object is transported from the inside of inking mechanism.This be in following situations it is especially important, i.e., when using in inking machine
When different ink film thicknesses is worked on structure roller, wherein preferably generating ink splatter when ink film thickness is larger
Object, the ink splatter object must be removed using the air circulation improved.Axial ventilation machine 10,12 additionally can its with it is defeated
It is also adjusted or is connected by group in the association of black mechanism blowning installation 12A or suction unit 10A, to consider ink mist or oil
The different distributions of black splash.
The adverse effect that speed of production formed to ink mist or printed the splashing of ink can be with advantageous approach determining
It is coped in velocity interval by means of the axial ventilation machine 10 of turn on automatically suction unit 10A.
Another application situation is to soak the different distributions on the width of printing mechanism of medium.The another application situation
It can be coped with by accordingly connecting the axial ventilation machine 12 of at least inking mechanism blowning installation 12A by group.
It is also feasible that the axial ventilation machine 12 of inking mechanism blowning installation 12A and the axial ventilation machine of suction unit 10A
10 are connected with being separated from each other.Thus, it is possible to prevent due to through bridge joint caused by roller 8 inking mechanism and water delivery part it
Between connection unnecessarily will largely soak medium and be transported in inking mechanism.
It additionally can be by adjustable axial ventilation machine 12 also also directed to property by the moisture of collection from inking mechanism
Top region in emit.
The ventilation list formed by suction unit 10A and inking mechanism blowning installation 12A is further illustrated in figs 2 and 3
The arrangement according to the invention scheme of member 20.
The ventilation unit 20 formed in Fig. 2 by suction unit 10A and inking mechanism blowning installation 12A is in inking mechanism sky
Between shown in the orientation of near vertical before inking mechanism roller 3.1 in R.The position is closed in printing mechanism's guard member 9
In the case where also be ventilation unit 20 operating position.
The position carries out stop by the supporting member of the receiving portion of carrying ventilation unit 20, is printing to the supporting member bilateral
It is arranged at mechanism rack in the region of swinging axle 19 of ventilation unit 20.
Printing mechanism's guard member 9 removes (abfahren) and if being possible to turn over herein before inking mechanism upwards herein
Incline, to release to inking mechanism and to the close of ventilation unit 20.Ventilation unit 20 can pass through in the operating position
Its supporting element 15 is locked at the rack of printing mechanism.Thus printing mechanism's guard member 9 can be not over ventilation unit 20
It is opened and closed in the case where obstruction.
Fig. 2 also shows the arrangement side in the simple safe practice (sicherheitstechnisch) of ventilation unit 20
Case.Ventilation unit 20 in bilateral is arranged in the supporting member at printing mechanism's rack and is trapped in supporting element 15 in swinging axle 19
Place and can be easily inserted at this or also simply from this take out.In vertical position ventilation unit 20 close to
In the region 21 of crossbeam 17.Herein in order to which the position of stop ventilation unit 20 is mounted with lock piece, the lock piece is by ventilation unit
20 releasably connect with crossbeam 17.Simple permanent magnet or clamping lock equipment are for example considered this.
It is on the upside of inking mechanism in printing mechanism's rack and is provided with another crossbeam 18.Another crossbeam is responsible for ventilation
Unit 20 unintentionally can not take out or jump out from the supporting member for swinging axle 19 upwards.
It is shown as by the ventilation unit 20 that suction unit 10A and inking mechanism blowning installation 12A are formed in approximation in Fig. 3
It is stretched from the R of inking mechanism space before inking mechanism roller 3.1 and 3.2 to the right in horizontal orientation.Because of printing machine
Structure guard member 9 is removed before inking mechanism upwards and is accordingly released to the close of ventilation unit 20, therefore the ventilation unit
It can be turned to from the vertical operating position within printing mechanism in printing mechanism's profile at its supporting element 15 at this time
In assembly before or maintenance position.Swinging axle 19 is so placed herein, i.e., so that ventilation unit 20 is stretched out from printing mechanism
As far as possible, so as to execute operation as well as possible.The lower section for being arranged in supporting element 15 is utilized in this ventilation unit 20
The stopper section 16 of end againsts the crossbeam 17 to work as the stopper section being fixed at rack, which is fixed on printing
The side-walls of mechanism.Therefore ventilation unit 20 can be best approached in all areas in the position routed up.In the position
In can carry out cleaning.More particularly to by filter element 11,13 from suction unit 10A and inking mechanism blowning installation 12A
It is middle to take out and be replaced by new filtering built-in fitting.
Ventilation unit 20 can also fully be taken out from printing mechanism from the position.Being provided with to this well to grasp
The plug of the vertical power supply for the ventilation blower 10 and 12 at ventilation unit connect, the plug connect can simply with machine
Power grid is separated.
Hereafter paper feeding offset press can also continue to run, wherein prior printing mechanism's guard member 9 is moved into inking machine again
Before structure.The related thing in all safe practices is so met, thus even if in the case where no ventilation unit 20
It can start machine operation.Fairly simply eliminate the manipulation of the ventilation blower 10 and 12 of ventilation unit 20.
The apparatus according to the invention has the advantages that various.
Ventilation unit 20 can be safeguarded in a most simple approach in the position routed up.
It is furthermore possible to easily by inking mechanism roller 3.1 and be arranged in the inking machine after taking out ventilation unit 20
Inking mechanism roller 3.2 that is on structure roller 3.1 and connecting with the inking mechanism roller 3.1 takes out from inking mechanism, from
And generate shorter roller column.Correspondingly simple ground inking mechanism roller 3.1 and 3.2 is gone back for the use of ventilation unit 20
It can be easily inserted into inking mechanism.
Form gives the simplification of printing mechanism's guard member 9 with this configuration, and printing mechanism's guard member is at this time in paper feeding
It equally can be simply designed in all regions of offset press and built-in fitting can be not provided with.
Printing mechanism's guard member 9 can be operated more simply from now on, because impost is not present.
The access between printing mechanism is improved, because no longer there is protrusion (ü at printing mechanism's guard member 9
berstände)。
In order to which the controllability of the ventilation equipment including ventilation unit 20 is additionally provided with the console of paper feeding offset press
Data connectors.Thus in view of speed dependence, ink distribution and printing ink (the ultraviolet light solidification for using moisture-sensitive
Ink (UV-Farbe), metal ink) and ventilation blower 10 and 12 in ventilation unit 20 for certain adjustment for carrying out
Adjustment that is that single is carried out and optimizing in view of printing process can store and be called in iterative task and make again
With.
Claims (10)
1. a kind of equipment for carrying out inking mechanism ventilation for paper feeding offset press, has at least one suction unit (10A), should
Suction unit inking mechanism is placed in by least one before ventilation blower (10) and be arranged in one or more ventilation blowers
(10) before filter element (11) formation, by the ventilation blower air can be made to be carried out from inking mechanism space (R) come,
Described in suction unit (10A) the one or more ventilation blowers (10) with air stream is generated within the inking mechanism
Inking mechanism blowning installation (12A) is associated, wherein the inking mechanism blowning installation (12A) is towards inking mechanism roller (3.1)
Roller region be directed toward, which implements from being arranged closer to plate cylinder (5) on the conveying direction of inking mechanism
Inking mechanism roller (3) arrive the movement of in corresponding interval farther inking mechanism roller (3), and the inking mechanism
Roller (3.1) is located in the region (3) of the sub-thread of the inking mechanism, wherein by means of the inking mechanism blowning installation
(12A) can produce radially or cut the air stream of the surface direction up towards the inking mechanism roller (3.1), and the pumping
It inhales device (10A) and the inking mechanism blowning installation (12A) extends by means respectively of on the width of the paper feeding offset press
Axial ventilation machine (10, the 12) formation that is juxtaposed to each other of a row, which is characterized in that the suction unit (10A) and described
Inking mechanism blowning installation (12A) is arranged in the region of the sub-thread of the inking mechanism in inking mechanism space (R)
In inking mechanism roller and limit the inking mechanism space (R) outward printing mechanism's guard member (9) between.
2. inking mechanism suction system according to claim 1, which is characterized in that have ventilation blower (12), filter element
(13) and the inking mechanism blowning installation (12A) of air guide element (14) and with ventilation blower (10) and mistake filtering element
The suction unit (10A) of part (11) forms structural unit, which is configured to ventilation unit (20).
3. inking mechanism suction system according to claim 1 or 2, which is characterized in that with ventilation blower (12), cross filtering element
It the inking mechanism blowning installation (12A) of part (13) and air guide element (14) and with ventilation blower (10) and filters
It is contained at common supporting element (15) to the suction unit (10A) bilateral of element (11), and the ventilation being thusly-formed
Unit (20) can be arranged in printing mechanism to locking in the supporting member being fixed at rack by means of the supporting element (15)
In the inking mechanism space (R).
4. inking mechanism suction system according to claim 3, which is characterized in that the ventilation unit (20) is by means of institute
It states supporting element (15) to be arranged in the supporting member being fixed at rack in the inking mechanism space (R), and being arranged to can
It is locked in its position, and/or is stopped to prevent nothing in the case where being connected with the crossbeam of the printing mechanism (17 18)
The offset of meaning.
5. according to claim 1 to the inking mechanism suction system described in any one of 4 or multinomial, which is characterized in that by having
Ventilation blower (12), the inking mechanism blowning installation (12A) of filter element (13) and air guide element (14) and band
The ventilation unit (20) for having the suction unit (10A) of ventilation blower (10) and filter element (11) to be formed is as structure list
Member be arranged in the printing mechanism the supporting element (15) be in supporting portion by swinging axle (19) can be inserted into and
It can be taken off.
6. according to claim 1 to the inking mechanism suction system described in any one of 5 or multinomial, which is characterized in that by having
Ventilation blower (12), the inking mechanism blowning installation (12A) of filter element (13) and air guide element (14) and band
The ventilation unit (20) for having the suction unit (10A) of ventilation blower (10) and filter element (11) to be formed is as structure list
Member is arranged in the printing mechanism to be in supporting portion in the supporting element (15) can be from vertical by swinging axle (19)
Position in swing from the inking mechanism space (R) and come out in substantially horizontal maintenance position.
7. inking mechanism suction system according to claim 5, which is characterized in that by having ventilation blower (12), crossing filtering element
It the inking mechanism blowning installation (12A) of part (13) and air guide element (14) and with ventilation blower (10) and filters
The ventilation unit (20) that the suction unit (10A) of element (11) is formed is equipped with separable power supply as structural unit
Part and data connectors, the power supply part and data connectors can be attached at the energy supply part and data system of paper feeding offset press
And connection can be disconnected.
8. according to any one of preceding claims or the multinomial inking mechanism suction system, which is characterized in that described defeated
Black mechanism blowning installation (12A) and the suction unit (10A) are associated with common filter element (11,13).
9. according to any one of preceding claims or the multinomial inking mechanism suction system, which is characterized in that described defeated
Black mechanism blowning installation (12A) so has air guide element (14), i.e., so that can produce radially or cut up towards described
The air stream that the surface of inking mechanism roller (3.1) is directed toward.
10. according to any one of preceding claims or the multinomial inking mechanism suction system, which is characterized in that the pumping
The ventilation blower (10,12) of suction device (10,11) the and/or described inking mechanism blowning installation (12,13,14) can be individually
And/or jointly manipulated in groups, and the suction unit (10,11) and/or the inking mechanism blowning installation
The regulated value of the ventilation blower (10,12) of (12,13,14) can carry out saving and can giving again implementing, wherein the pumping
Inhale device (10A) and/or the inking mechanism blowning installation (12A) the ventilation blower (10,12) can by with the paper feeding
The associated console of offset press is controlled.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| DE102014115866.0A DE102014115866A1 (en) | 2014-10-31 | 2014-10-31 | Device for inking unit ventilation |
| DE102014115866.0 | 2014-10-31 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105564024A CN105564024A (en) | 2016-05-11 |
| CN105564024B true CN105564024B (en) | 2019-05-10 |
Family
ID=55753604
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510720709.3A Active CN105564024B (en) | 2014-10-31 | 2015-10-30 | Equipment for inking mechanism ventilation |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN105564024B (en) |
| DE (1) | DE102014115866A1 (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE102017201720A1 (en) | 2017-02-03 | 2018-08-09 | Koenig & Bauer Ag | Printing machine with housing and a method for operating a printing press |
| DE102020105967A1 (en) * | 2019-04-09 | 2020-10-15 | Heidelberger Druckmaschinen Aktiengesellschaft | Paint mist extraction with humidity sensor |
Family Cites Families (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DK555788D0 (en) | 1988-10-05 | 1988-10-05 | Josef Alois Joergensen | PROCEDURES AND APPLICATION SYSTEM FOR LOCAL VENTILATION |
| JP2599074Y2 (en) | 1992-10-09 | 1999-08-30 | 株式会社小森コーポレーション | Water rise control device for printing press |
| DE19617194C2 (en) | 1996-04-29 | 2000-09-14 | Ltg Lufttechnische Gmbh | Air extraction device for printing machines |
| CA2392429C (en) * | 2001-07-23 | 2006-10-10 | Mitsubishi Heavy Industries, Ltd. | Sheet-fed press and intermediate cylinder for sheet-fed press |
| DE10149843A1 (en) | 2001-10-10 | 2003-04-17 | Hermeling Gerhard | Covering hood for printing device has stagelessly adjustable air suction device, at least two separate filters in a single receiver, and closing cover to protect printing device |
| DE20311534U1 (en) * | 2003-07-26 | 2003-10-09 | Roland Man Druckmasch | Device for inking unit extraction |
| CN203637330U (en) * | 2013-11-07 | 2014-06-11 | 浙江彩通印刷包装有限公司 | Dedusting system for playing card gravure |
-
2014
- 2014-10-31 DE DE102014115866.0A patent/DE102014115866A1/en active Pending
-
2015
- 2015-10-30 CN CN201510720709.3A patent/CN105564024B/en active Active
Also Published As
| Publication number | Publication date |
|---|---|
| CN105564024A (en) | 2016-05-11 |
| DE102014115866A1 (en) | 2016-05-04 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN105564024B (en) | Equipment for inking mechanism ventilation | |
| JP2005522328A (en) | Equipment for keeping the cold strip dry on the exit side of the strip rolling facility | |
| CN103862857A (en) | Printing machine with cladding | |
| JPH09136401A (en) | Delivery conveyor having device for ventilating and exhausting by control window | |
| JP2008173986A (en) | Apparatus for exhausting inking apparatus | |
| EP2828080B1 (en) | A method and a system for cleaning printing parts | |
| JP2008044369A5 (en) | ||
| DE102013214454A1 (en) | Sheet guiding cylinder with a pneumatic sheet holding device | |
| CN113211988B (en) | Printing machine with ink-jet printing head, radiation dryer and at least one light trap | |
| CN104108235B (en) | A kind of gas cell device and method of work thereof | |
| DE102013217663B4 (en) | Direct printing machine with two cooling systems | |
| CN209738574U (en) | UV printing machine with powder pumping device | |
| DE102016200448B3 (en) | Printing machine with ventilated housing | |
| JP2009119704A (en) | Ink-jet recording device and method | |
| DE102009054865B4 (en) | dryer | |
| DE102022103858A1 (en) | Sheet-fed printing machine with a hot air dryer | |
| DE10023435B4 (en) | Guide in convertible printing presses | |
| CN108569026A (en) | Environment-friendly type pair roller type printing machine | |
| EP1066160A1 (en) | Offset printing method and an offset printing machine | |
| CN219621573U (en) | Pavement marking device | |
| CN215751311U (en) | Automatic protection mechanism of single-color offset press | |
| US6912957B2 (en) | Printing press with a temperature control unit for a plate cylinder | |
| JP2008018725A (en) | Sucking mechanism for paper delivery device of sheet-fed press | |
| CN208558671U (en) | A kind of hybrid dryer structure for packing box printing | |
| CN114714778A (en) | Printing method of ink-jet printer |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant |