CN203854253U - Automatic marking press with blowing air volume regulating device - Google Patents
Automatic marking press with blowing air volume regulating device Download PDFInfo
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- CN203854253U CN203854253U CN201420196786.4U CN201420196786U CN203854253U CN 203854253 U CN203854253 U CN 203854253U CN 201420196786 U CN201420196786 U CN 201420196786U CN 203854253 U CN203854253 U CN 203854253U
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- paper
- feedboard
- regulating device
- impression
- air
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Abstract
An automatic marking press with a blowing air volume regulating device comprises a paper inlet unit and a mark pressing unit; the paper inlet unit comprises paper supplying table side plates, a paper supplying table panel, an air pump and an air guide pipe; an air outlet is formed in the inside surface of one paper supplying table side plate; the paper supplying table panel is arranged between the two paper supplying table side plates; the air pump is connected with the air guide pipe arranged at the inside surface of one paper supplying table side plate; the air guide pipe is provided with an air guide opening corresponding to the air outlet in position; an opening is formed in one end of the air guide pipe; the blowing air volume regulating device is arranged on the paper inlet unit and comprises an airtight part and an air pressure regulating mechanism; the airtight part comprises a support, a sliding rod, a sealing plate and a driving rod; the support is arranged on the paper inlet unit at one end, provided with the opening, of the air guide pipe; the sliding rod is arranged by penetrating through the support; the sealing plate is arranged at one end of the sliding rod and is over against the opening; the driving rod is connected onto the sliding rod; the air pressure regulating mechanism is arranged on the paper inlet unit and acts on the driving rod. The blowing air volume is convenient to regulate due to the structure of the automatic marking press with the blowing air volume regulating device.
Description
Technical field
The utility model relates to automatic impression machine.
Background technology
Existing marking press mainly comprises paper feed unit, impression unit and paper delivery unit, in Indentation Process, the paper that is placed into paper feed unit enters in impression unit, and output in paper delivery unit by impression unit impression, in order to realize the object of quick impression, the normally one-tenth of placing in paper feed unit is stamped paper, and enter into the normally sheet-fed in impression unit, but due between paper because a variety of causes is easy to be attached together, therefore, the inconvenience that fed paper tape, for this reason, there is now the automatic impression machine with blowing device, in paper feed process, first utilize blowing device to separate by paper is frivolous, and then paper feed, so just can solve the technical problem of individual paper feed difficulty, but because quality of paper etc. there are differences, if can not regulate blowing amount, the frivolous height of paper is also different, thereby also can feed paper makes troubles.
Summary of the invention
In order to regulate blowing amount, the utility model provides a kind of automatic impression machine with blowing quantity regulating device.
For achieving the above object, a kind of automatic impression machine with blowing quantity regulating device, comprises paper feed unit and impression unit; Described paper feed unit comprises feedboard for paper side plate, feedboard for paper panel, air pump and guide duct, wherein the medial surface of a feedboard for paper side plate is provided with venthole, feedboard for paper panel is located between two feedboard for paper side plates, air pump connects guide duct, guide duct is located on the medial surface of a feedboard for paper side plate wherein, and guide duct is provided with the air guide hole corresponding with venthole position; One end of guide duct has opening; On paper feed unit, be provided with blowing quantity regulating device; Described blowing quantity regulating device comprises airtight member and Pneumatic adjusting mechanism; Described airtight member comprises support, sliding bar sealing plate and drive rod, support is arranged on the paper feed unit that is positioned at the guide duct one end with opening, and sliding bar is through support setting, and sealing plate is located at one end of sliding bar, and sealing plate is over against opening, and drive rod is connected on sliding bar; Pneumatic adjusting mechanism is located on paper feed unit, and acts on drive rod.
Said structure, when operation Pneumatic adjusting mechanism, drive rod can move, drive rod drives sliding bar axially-movable, the Axially moving belt movable sealing plate motion of sliding bar, when sealing plate to opening near time, from opening air quantity out, reduce, from air guide hole, enter into the air quantity increase of exhaust vent, blowing amount is increased, otherwise, can reduce blowing amount, like this, utilize said structure can regulate easily blowing amount, to be applicable to the demand of different paper, in addition, the structure of above-mentioned blowing quantity regulating device is also simple, and cost is low.
Further, described Pneumatic adjusting mechanism comprises housing, swingle and cam, and housing is arranged on paper feed unit, and swingle is located on housing, and cam is located on swingle, and cam contacts with drive rod.This structure, rotation swingle, cam is followed swingle, and cam wheel is to drive rod, and drive rod drives sliding bar axially-movable, the Axially moving belt movable sealing plate motion of sliding bar, adjusting is got up very convenient, and simple in structure like this.
Further, described support is U-shaped, and support has U-lag, and on sliding bar, being positioned at U-lag inner sleeve has back-moving spring.Described back-moving spring can play reset response, prevents that sealing plate is pressed together on opening part for a long time.
Further, described venthole upper surface is higher than feedboard for paper panel, and at venthole, place is provided with the slide plate that keeps out the wind.When sliding up and down while keeping out the wind slide plate, the size of adjustable venthole, thus reach the requirement of further adjusting air quantity.
Accompanying drawing explanation
Fig. 1 is the automatic impression machine of band blowing quantity regulating device.
Fig. 2 is the automatic impression machine cutaway view that removes band blowing quantity regulating device.
Fig. 3 is the schematic perspective view removing after feedboard for paper panel and feedboard for paper lengthened plate.
Fig. 4 is the enlarged drawing of A in Fig. 3.
Fig. 5 is airtight member schematic diagram.
Fig. 6 is the schematic diagram of Pneumatic adjusting mechanism.
Fig. 7 is the schematic diagram of impression unit.
Fig. 8 is the assembling explosive view of impression knife system, upper pressure beam, lower joist, crossbeam.
Fig. 9 is the schematic diagram at another visual angle, impression unit.
Figure 10 is the schematic diagram at the 3rd visual angle, impression unit.
The specific embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is further elaborated.
As depicted in figs. 1 and 2, the automatic impression machine of band blowing quantity regulating device comprises fan unit 100, paper feed unit 200, impression unit 300, delivery unit 400, control module 500, electronic box 600, head box 700, base cabinet 800, fan unit 100 drives paper feed unit 200 to make paper send into impression unit 300, and paper enters delivery unit 400 after the interior impression in impression unit 300; Electronic box 600 tops are located in paper feed unit 200, and head box 700 is located at a side of electronic box 600, and impression unit 300 is located in head box 700, and base cabinet 800 supports electronic box 600 and head box 700, and fan unit 100 is located in base cabinet 800.
As depicted in figs. 1 and 2, paper feed unit 200 comprises feedboard for paper side plate 21, end plate 21a, feedboard for paper panel 22, feedboard for paper lengthened plate 23, cover 24, the slide plate 25 that keeps out the wind, guide duct 26 and air-suction wheel 27.As shown in Figure 4, the medial surface of feedboard for paper side plate 21 is provided with exhaust vent 211, and the slide plate 25 of keeping out the wind slides is located at exhaust vent 211 places, when the slide plate 25 that keeps out the wind moves up and down, the size of adjustable exhaust vent 211, thus reach the object that regulates blowing amount, so that control the frivolous degree of paper.End plate 21a is located at the rear end of two feedboard for paper side plates.Feedboard for paper panel 22 is located between two feedboard for paper side plates 21, and the upper surface of feedboard for paper side plate 21 is higher than the upper surface of feedboard for paper panel 22; Front end at feedboard for paper panel 22 has the first breach 221, and feedboard for paper panel 22 is for stacking paper.It is upper that feedboard for paper lengthened plate 23 is fastened on end plate 21a, and feedboard for paper lengthened plate 23 rear ends are higher in front end.Cover 24 is located between two feedboard for paper side plates and is positioned at feedboard for paper panel 22 the place aheads, is provided with hole 241 on cover 24; In the rear end of cover plate 24, be provided with second breach 242 corresponding with the first breach 221 positions.Guide duct 25 is arranged on the medial surface of side plate wherein, guide duct is connected with air pump 10 by magnetic valve 11, on guide duct 25, on a side of a close wherein feedboard for paper side plate, have the air guide hole corresponding with venthole, in one end of guide duct 25, have opening 251.As shown in Figure 4, on paper feed unit 200, be provided with blowing quantity regulating device.Described blowing quantity regulating device comprises airtight member 900a and Pneumatic adjusting mechanism 900b, described airtight member 900a comprises support 91a, sliding bar 92 a, sealing plate 93 a, drive rod 94a and back-moving spring 95a, described support 91a is U-shaped, support 91a has U-lag, support 91a is provided with elongate slots 91a1, support 91a is arranged on the end plate 21a that is positioned at the guide duct one end with opening, sliding bar 92a is through support 91a, described sealing plate 93a comprises fixed head 93a1 and is located at the rubber slab sealing plate 93a2 on fixed head, fixed head 93a1 is located at one end of sliding bar 92a, and sealing plate 93a is over against opening 251, drive rod 94a is connected to the middle part of sliding bar 92a through elongate slots, sliding bar is vertical with the axis of drive rod, back-moving spring 95a is enclosed within on sliding bar and is positioned at U-lag, described Pneumatic adjusting mechanism 900b comprises housing 91b, swingle 92b, cam 93b and handwheel 94b, housing 91b has an accommodating cavity 91b1, housing 91b is arranged on wherein on a feedboard for paper side plate, swingle 92b arranges through housing 91b, cam 93b is located at swingle 92b above and is positioned at accommodating cavity, cam 93b contacts with drive rod, and handwheel 94b is arranged on swingle.
One end of air draught axle (not shown) is arranged on the medial surface of a feedboard for paper side plate wherein, and communicate with the inner chamber of this feedboard for paper side plate, the inner chamber of this feedboard for paper side plate communicates with air pump 10 through magnetic valve 11, and air draught axle is hollow shaft, on the periphery of air draught axle, is provided with air vent.Air-suction wheel 27 is arranged on air draught axle by bearing, and the outer face that is positioned at bearing on air draught axle is provided with snap ring, prevents that bearing from outwards moving axially, on the circumference of air-suction wheel 27, be provided with wind inlet, one end at air-suction wheel is provided with belt grooves, paper supply drive motors 213 is installed below feedboard for paper panel 22, belt sleeve is between the output shaft and belt grooves 272 of paper supply drive motors, when 213 work of paper supply drive motors, air-suction wheel 27 rotations, meanwhile, by pipeline, the air vent through air draught axle is transported in air-suction wheel the air draught of the fan unit 100 part magnetic valve 11 that first process is opened again, thereby realizes being fed forward of paper, paper is into being placed on feedboard for paper panel of stamping before conveying, and due to absorption mutually between paper, therefore, for feeding paper, make troubles, for this reason, by air pump through magnetic valve to air feed in guide duct, wind can allow paper in frivolous state through air guide hole and venthole, but the difference due to paper, need suitably to regulate blowing amount, therefore, present embodiment has adopted specific blowing quantity regulating device, when rotating swingle by handwheel, cam is followed swingle rotation, cam wheel is to drive rod, drive rod can move, drive rod drives sliding bar axially-movable, the Axially moving belt movable sealing plate motion of sliding bar, when sealing plate to opening near time, from opening air quantity out, reduce, from air guide hole, enter into the air quantity increase of exhaust vent, blowing amount is increased, otherwise, can reduce blowing amount, like this, utilize said structure can regulate easily blowing amount, to be applicable to the demand of different paper, in addition, the structure of above-mentioned blowing quantity regulating device is also simple, cost is low, separately, by back-moving spring, can allow sliding bar reset.
As shown in Fig. 7 and Fig. 9, impression unit 300 comprises impression knife system 30, vertical plates on both sides 31, upper pressure beam 32, lower joist 33, impression drive unit 34; Impression knife system 30 comprises impression cutter 30a, impression tool rest 30b, bearing pin 30c, tensioning spring 30d, tensioning spring 30d is enclosed within on bearing pin 30c, between impression cutter 30a and impression tool rest 30b, be installed with the bearing pin 30c of impression knife system folding direction, impression cutter 30a is separated up and down by tensioning spring 30d with impression tool rest 30b; Upper pressure beam 32 crossbearers are on two risers 31, and two riser 31 inner sides are provided with slide (not indicating), and lower joist 33 two ends are located in slide and can in slide, be slided up and down; Impression tool rest 30b and upper concavo-convex cooperation of pressure beam 32, impression cutter 30a and lower concavo-convex cooperation of joist 33; Impression drive unit 34 comprises the first motor 34a, synchronizing wheel 34b, camshaft 34c, bearing 34d, synchronizing wheel 34b and bearing 34d are enclosed within on camshaft 34c, the first motor 34a drives synchronizing wheel 34b to rotate, and synchronizing wheel 34b drives camshaft 34c to rotate, camshaft 34c band dynamic bearing 34d rotation; Lower joist 33 lower ends are provided with the bolt 33a of corresponding bearing 34d, bolt 33a is fixedly connected with by screw thread with lower joist 33, when bearing 34d rotatablely moves, by bolt 33a, up push up lower joist 33, lower joist 33 and then up top impression cutter 30a move impression cutter 30a and the chimeric impression that completes of impression tool rest 30b.Lower joist 33 also heads on impression cutter 30a when supporting impression cutter 30a and up moves, and upper pressure beam 32 mainly offsets the impact of impression cutter 30a to impression tool rest 30b when impression.
As shown in Figure 9, Figure 10, vertical plates on both sides 31 bottoms connect by two of front and back connecting rod 31c, between vertical plates on both sides 31, be provided with the motor mounting plate 3000 that the first motor 34a is installed, motor mounting plate 3000 is connected by two tie-beams 4000 with the riser 31 of the first motor 34a mono-side.
Upper pressure beam 32 tops are provided with crossbeam 35, crossbeam 35 crossbearers are in vertical plates on both sides 31, between crossbeam 35 and upper pressure beam 32, be provided with cushion offset plate 36, the impact that crossbeam 35 Main Functions still further produce when payment impression, the effect of resilient sleeper-bearing 36 main its bufferings.
As shown in Fig. 9 to Figure 10, what two risers 31 were provided with relative impression knife system 30 substitutes hole 31a, impression knife system 30 can pack into, detach by substituting hole 31a the whole series, riser 31 outsides are provided with the clamping pad 31b that keeps out impression knife system 30, clamping pad 31b and riser 31 pivot joints, the misalignment of pivot joint center and clamping pad 31b.When impression knife system 30 packs into, substitute in the 31a of hole, rotate clamping pad 31b, clamping pad 31b blocks impression knife system 30; Rotate clamping pad 31b to substituting outside the 31a of hole, impression knife system 30 can a whole set of detach from substituting hole 31a.Impression knife system 30 can pack into easily, detach and substitute hole 31a, is convenient to like this tool changing and toolsetting.
As shown in Figure 9 and Figure 10, between impression unit 300 and paper feed unit 200, be provided with paired intake roller 210, intake roller 210 crossbearers are on two risers 31; Between impression unit 300 and delivery unit 400, be provided with paired exit roller 220, exit roller 220 crossbearers are on two risers 31; Riser 31 outsides are provided with the driving-belt wheels 230 that are connected with intake roller 210, exit roller 220, riser 31 driving-belt wheels 230 belows, outside are provided with rotating band wheels 240, riser 31 inner sides are provided with the second motor 250, the second motor 250 drives rotating band wheels 240 to rotate, rotating band wheels 240 drive driving-belt wheels 230 to rotate, driving-belt wheels 230 drive intake roller 210 and exit roller 220 to rotate, paper enters impression knife system 30 from paper feed unit 200 by intake roller 210, paper and then enter delivery unit 400 by exit roller 220 from impression knife system 30.Intake roller 210 and exit roller 220 are conducive to the steady conveying of paper.
As Fig. 1, shown in Fig. 9 and Figure 10, on riser 31, be positioned at drive pulley group 230 1 sides and be provided with sensor installation seat 1, sensor installation seat 1 is bolted with riser 31, sensor installation seat 1 is provided with the position sensor (not indicating) of corresponding impression unit 300, position sensor is located in head box 700, the outer regulon 2 that is provided with correspondence position sensor of head box 700, regulon 2 comprises controls motor (not indicating), adjustable plate 3, adjustable plate 3 is provided with turning cylinder 3a and limit shaft (not indicating), turning cylinder 3a one end is fixedly connected with impression unit 300, the turning cylinder 3a other end is connected with control motor, head box 700 is provided with the bent hole 700a of corresponding limit shaft, controlling driven by motor adjustable plate 3 rotates, adjustable plate 3 and then drive impression unit 300 swing, make limit shaft swing in bent hole 700a simultaneously.Whether the position that position sensor detects impression unit 300 deflection, if impression unit 300 exists deflection, position sensor produces control signal Input Control Element, by control module control motor and then automatically adjust impression unit 300 to normotopia.
Adjustable plate 3 outsides are provided with the regulating handle 3b with limit shaft coaxial line, spacing by regulating handle 3b rotation adjustable plate 3, and then adjust the deflection of impression unit 300, and this manual adjustments mode can substitute by controlling the automatic regulative mode of Electric Machine Control.
Claims (4)
1. with an automatic impression machine for blowing quantity regulating device, comprise paper feed unit and impression unit; Described paper feed unit comprises feedboard for paper side plate, feedboard for paper panel, air pump and guide duct, wherein the medial surface of a feedboard for paper side plate is provided with venthole, feedboard for paper panel is located between two feedboard for paper side plates, air pump connects guide duct, guide duct is located on the medial surface of a feedboard for paper side plate wherein, and guide duct is provided with the air guide hole corresponding with venthole position; It is characterized in that: one end of guide duct has opening; On paper feed unit, be provided with blowing quantity regulating device; Described blowing quantity regulating device comprises airtight member and Pneumatic adjusting mechanism; Described airtight member comprises support, sliding bar, sealing plate and drive rod, support is arranged on the paper feed unit that is positioned at the guide duct one end with opening, and sliding bar is through support setting, and sealing plate is located at one end of sliding bar, and sealing plate is over against opening, and drive rod is connected on sliding bar; Pneumatic adjusting mechanism is located on paper feed unit, and acts on drive rod.
2. the automatic impression machine of band according to claim 1 blowing quantity regulating device, it is characterized in that: described Pneumatic adjusting mechanism comprises housing, swingle and cam, housing is arranged on paper feed unit, and swingle is located on housing, cam is located on swingle, and cam contacts with drive rod.
3. the automatic impression machine of band blowing quantity regulating device according to claim 1, is characterized in that: described support is U-shaped, and support has U-lag, and on sliding bar, being positioned at U-lag inner sleeve has back-moving spring.
4. the automatic impression machine of band blowing quantity regulating device according to claim 1, is characterized in that: described venthole upper surface is higher than feedboard for paper panel, and at venthole, place is provided with the slide plate that keeps out the wind.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420196786.4U CN203854253U (en) | 2014-04-22 | 2014-04-22 | Automatic marking press with blowing air volume regulating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420196786.4U CN203854253U (en) | 2014-04-22 | 2014-04-22 | Automatic marking press with blowing air volume regulating device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203854253U true CN203854253U (en) | 2014-10-01 |
Family
ID=51604128
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420196786.4U Expired - Fee Related CN203854253U (en) | 2014-04-22 | 2014-04-22 | Automatic marking press with blowing air volume regulating device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203854253U (en) |
-
2014
- 2014-04-22 CN CN201420196786.4U patent/CN203854253U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141001 Termination date: 20160422 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |