CN205522958U - Screen printing machine of slope swivel feeding - Google Patents
Screen printing machine of slope swivel feeding Download PDFInfo
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- CN205522958U CN205522958U CN201620104126.8U CN201620104126U CN205522958U CN 205522958 U CN205522958 U CN 205522958U CN 201620104126 U CN201620104126 U CN 201620104126U CN 205522958 U CN205522958 U CN 205522958U
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Abstract
The utility model relates to a screen printing machine of slope swivel feeding, it includes the frame, set up in the frame the print head and with the discharging platform of print head looks lock, the discharging platform who places for horizontal tilt when discharging platform includes the pay -off is provided with two at least Y along Z and is A point and C point to locating pin, two Y respectively to locating pin and printed matter contact point to stretching out and drawing back on discharging platform, be connected with the telescoping device of X to the round pin at X to the locating pin lower extreme, the utility model discloses very big reduction intensity of labour practices thrift the manpower, reduce cost, and the counterpoint precision is high, the printing quality gauge height for the pay -off is easy learning simply, reduces training cost, and the reduction in the number of rejects improves work efficiency.
Description
Technical field
This utility model relates to the screen process press of a kind of Sloped rotating feeding.
Background technology
At present, during screen process press work, especially during the work of semi-automatic screen print machine, the para-position of leaflet is all by being positioned manually, and labor intensity is big, and the staffs training cycle is long, blowing precision is low, such as, the YKPB series of the HYB achievements of a ruler serial, the new wire mark equipment company limited of achievements of a ruler screen-printing machine Machinery Co., Ltd. and Linqing, Shandong symphysis silk screen printing machine factory HS800X600 screen process press inefficiency, printing quality is undesirable.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of labor intensity that reduces, the screen process press of the Sloped rotating feeding of saving manpower and reduction cost.
For solving the problems referred to above, technical solution adopted in the utility model is:
This utility model it include frame, the print head being arranged in frame and the blowing platform being interlocked with print head；Blowing platform includes the blowing platform being inclined relative to horizontal placement during feeding,
At least two Y-direction alignment pins on blowing platform, Y-direction alignment pin is arranged along Z-direction is flexible, two Y-direction alignment pins are respectively A point and C point with leaflet contact point, A point and C point along X to setting, blowing platform there is X to alignment pin, X is arranged along Z-direction is flexible to alignment pin, and X is that the upper surface of B point, A point, B point, C point and blowing platform is to leaflet six point location to alignment pin and leaflet contact point；
Connecting in Y-direction alignment pin lower end and have the rotary extension device of Y-direction pin, at X, to alignment pin lower end, connection has the X retractor device to pin；
Blowing platform is when slant setting, and B point intersection point on the A point line with C point is D point, and B point is higher than D point；C point is contour higher than A point, C point and A point or C point is less than A point.
Further, blowing platform is when slant setting, and 2 lines of BD and horizontal plane angle are more than 2 lines of AC and horizontal plane angle.
Further, blowing platform being provided with passage, passage lower end connects airduct.
Further, the rotary extension device of Y-direction pin includes being arranged on the fixed mount of blowing platform lower surface, the guide rail being arranged on fixed mount, the sliding rail rack, the first cylinder being arranged on fixed mount along Z-direction and the motor being arranged on sliding rail rack along Z-direction that are slidably arranged on guide rail along Z-direction；The output shaft of motor is connected and coaxial with Y-direction alignment pin；The piston rod of the first cylinder is connected with sliding rail rack；X is identical with the rotary extension apparatus structure of Y-direction pin to the retractor device of pin.
As malformation, the rotary extension device of Y-direction pin can also include being arranged on the fixed mount of blowing platform lower surface, the guide rail being arranged on fixed mount, the sliding rail rack, the first cylinder being arranged on fixed mount along Z-direction and the motor being arranged on sliding rail rack along Z-direction that are slidably arranged on guide rail along Z-direction；The output shaft of motor is connected and coaxial with Y-direction alignment pin；The piston rod of the first cylinder is connected with sliding rail rack；X includes the second cylinder being arranged on blowing platform lower surface along Z-direction to the retractor device of pin, and the piston rod of the second cylinder is connected to alignment pin with X.
Further, blowing platform is when slant setting, and 2 lines of AC and horizontal plane angle are 05 °, 5 ° 10 ° or 10 ° 36 °, the line that BD is 2 and horizontal plane angle 3 ° 10 ° or 10 ° 35 ° or 35 ° 60 °.
Further, blowing platform is hinged with print head with frame or blowing platform, and print head is fixedly installed.
Further, being equipped with oscillating cylinder at erecting, the piston rod of oscillating cylinder connects connecting shaft, and the upper end thereof of connecting shaft has centering block, and centering block is hinged with the lower end of blowing platform.
Further, being provided with swing link mechanism in frame, the connecting rod of swing link mechanism is connected with blowing platform lower surface.
Further, print head is hinged with frame with blowing platform or print head, and blowing platform inclination is fixedly installed.
Further, blowing platform inclination is arranged, and print head is arranged with blowing platform parallel, is equipped with the guided way vertical with blowing platform inclination face, blowing platform or print head at erecting and arranges along guided way slip.
Further, it is provided with inclination angle regulator between frame and blowing platform or on the supporting leg of frame or at the footing of frame.
Further, inclination angle regulator is screw structure, telescopic cylinder, adjustment pad or latch jack structure.
Further, Y-direction alignment pin it is set with rubber sleeve or is provided with annular knurl.
Use and have the beneficial effects that produced by technique scheme:
This utility model reduces labor intensity greatly, saves manpower, reduces cost, and aligning accuracy is high, and printing quality is high.Realization is automatically positioned, and saves manpower, improves positioning precision, it is to avoid operator bends over the work damage to health always so that feeding is easy to learn, reduces training cost, rate of reducing the number of rejects and seconds, improves work efficiency, reduces cost.It is set with rubber sleeve on Y-direction alignment pin or is provided with annular knurl, thus increasing the frictional force between Y-direction alignment pin and leaflet downside.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of this utility model blowing platform.
Fig. 3 is the structural representation of this utility model blowing platform deformation.
Fig. 4 is the structural representation of this utility model airduct.
Fig. 5 is the structural representation of the rotary extension device of this utility model Y-direction pin.
Fig. 6 is the structural representation of this utility model X retractor device to pin.
Fig. 7 is the structural representation of this utility model print head.
Fig. 8 is the structural representation of this utility model frame.
Fig. 9 is the structural representation that this utility model blowing platform fastens.
Figure 10 is the structural representation of this utility model blowing platform deformation.
Wherein: 1, frame；2, print head；3, blowing platform；5, the first through hole；6, the second through hole；7, passage；8, airduct；9, the rotary extension device of Y-direction pin；10, X is to the retractor device of pin；11, fixed mount；12, guide rail；13, sliding rail rack；14, the first cylinder；15, motor；16, Y-direction alignment pin；17, the second cylinder；18, centering block；19, connecting shaft；20, oscillating cylinder；21, X is to alignment pin.
Detailed description of the invention
As Figure 1-10 shows, this utility model include frame 1, the print head 2 that is arranged in frame 1 and the blowing platform 3 being interlocked with print head 2；Blowing platform 3 includes the blowing platform 3 being inclined relative to horizontal placement during feeding, the first through hole 5 and the second through hole 6 being arranged on blowing platform 3 along Z-direction, first through hole 5 at least two, it is provided with Y-direction alignment pin 16 along Z-direction is flexible at least two the first through hole 5, two Y-direction alignment pins 16 are respectively A point and C point with leaflet contact point, A point and C point along X to setting, it is provided with X to alignment pin 21 along Z-direction is flexible in the second through hole 6, X is B point to alignment pin 21 and leaflet contact point, A point, B point, the upper surface of C point and blowing platform 3 is to leaflet six point location；For convenience of description, on the basis of blowing platform 3, set XYZ tri-coordinate, wherein feed direction be X to, blowing platform 3 upper surface is Y-direction with X to vertical direction, is perpendicular to blowing platform 3(X-Y plane) direction be Z-direction.As distressed structure, the first through hole 5 and the second through hole 6 can be elongated hole, irregular through hole, Common Shape or the structure such as U-shaped groove at blowing platform 3 one side with gap.Y-direction alignment pin 16 can be arranged according to the size of leaflet to the quantity of alignment pin 21 with X, it is apparent from, the most multiple first through holes 5 are the U-shaped groove that the elongated hole connected or one side have gap, and the second through hole 6 is the U-shaped groove that the elongated hole connected or one side have gap.Leaflet is common plastic plate, plastic sheeting, metallic plate, metallic film, plank or glass plate etc..As equivalent and the common knowledge of this area, alignment pin stretch mode can be foldable telescopic, reaches alignment pin and is not higher than Platform Requirements.As the common knowledge of this area with simple replace, when normally feeding, feed direction be X to, certain leaflet can also feed from other direction, such as, tilt charging, from Y-direction blowing, but finally fall on 2 lines of AC, i.e. X to.
As shown in Figure 3,4, this utility model connects in Y-direction alignment pin 16 lower end the rotary extension device 9 of Y-direction pin, and at X, to alignment pin 21 lower end, connection has the X retractor device 10 to pin；By the rotary extension device 9 of Y-direction pin rotarily drive leaflet to X to alignment pin 21 near and contact, realization is automatically positioned, save manpower, improve positioning precision, it is to avoid operator bends over the work damage to health always so that feeding is easy to learn, reduce training cost, reduce the number of rejects and seconds rate, improve work efficiency, reduce cost.
As malformation, X can be the virtual column such as photoswitch, ultrasonic switch, pressure-air to alignment pin 21, and when Y-direction alignment pin 16 shifts material onto photoswitch, ultrasonic switch, airduct 8 air-breathing is complete is fixed into location.
As shown in Figure 2,3, this utility model blowing platform 3 at slant setting time, B point intersection point on the line of A point and C point is D point, and B point intersection point on the line of A point and C point is D point, and B point is higher than D point；C point is contour with A point higher than A point or C point or C point is less than A point；Blowing platform 3 is when slant setting further, and 2 lines of BD and horizontal plane angle are more than 2 lines of AC and horizontal plane angle, and as common knowledge, the angle of two straight lines described here is zero degree, acute angle or right angle, is not obtuse angle；2 lines of AC and horizontal plane angle are 05 °, 5 ° 10 ° or 10 ° 36 °, 2 lines of BD and horizontal plane angle 3 ° 10 ° or 10 ° 35 ° or 35 ° 60 °, leaflet is fallen on AC 2 because of gravity, on Y-direction alignment pin 16, alignment pin 16 rotates shifts X onto on alignment pin 21 by leaflet, completes location.As preferably, this utility model blowing platform 3 is when slant setting, and A point is parallel with horizontal line with the line of C point, and B point is higher than the line of A point with C point.Blowing platform 3 and the angle preferably 3 ° 75 ° of horizontal plane, preferably 10 ° 60 °.Thus reduce the frictional force between the lower surface of leaflet and blowing platform 3, be more beneficial for the rotary extension device 9 of Y-direction pin rotarily drive leaflet to X to alignment pin 21 near and contact.Leaflet is close from each alignment pin of trend under the effect of deadweight, adjust and contact, it is achieved automatically adjusts location, saves manpower, improve positioning precision, avoid operator to bend over the work damage to health always, as preferably, can be with Manual feeding or by mechanical hand feeding.
nullSuch as Fig. 3、Shown in 4，This utility model is by being provided with passage 7 at blowing platform 3，Passage 7 lower end connects airduct 8，When feeding，Alignment pin 16 and X stretches out to alignment pin 21，The lower surface of leaflet is dried by wind regime by airduct 8，Reduce the frictional force between lower surface and the blowing platform 3 of leaflet，Preferably drive leaflet close to alignment pin 21 to X so that the rotary extension device 9 of Y-direction pin rotates and contact，When arriving appointment position，Wind regime passes through the airduct 8 lower surface convulsion to leaflet，Negative pressure is formed between the lower surface and blowing platform 3 of leaflet，The lower surface absorption alignment pin on blowing platform 3 making leaflet is retracted，Blowing platform 3 rising fastens with print head 2，Start printing，When being completed for printing rear discharging，Blowing platform 3 tilts，The lower surface of leaflet is dried by wind regime by airduct 8，Reduce the frictional force between lower surface and the blowing platform 3 of leaflet，Simultaneously，Y-direction alignment pin 16 and X is retracted to alignment pin 21，Leaflet skids off automatically along inclined-plane，Alignment pin automatic telescopic saves manpower greatly，Improve efficiency，Improve quality.Blowing can improve feeding speed, reduces angle of inclination so that thinner leaflet location is possibly realized.
As shown in Figure 5,6, as preferred structure, the rotary extension device 9 of this utility model Y-direction pin includes the fixed mount 11 being arranged on blowing platform 3 lower surface, the guide rail 12 being arranged on fixed mount 11, the sliding rail rack 13 being slidably arranged in along Z-direction on guide rail 12, the first cylinder 14 being arranged on along Z-direction on fixed mount 11 and the motor 15 being arranged on sliding rail rack 13 along Z-direction；The output shaft of motor 15 is connected with Y-direction alignment pin 16 and coaxially；The piston rod of the first cylinder 14 is connected with sliding rail rack 13；X is identical with rotary extension device 9 structure of Y-direction pin to the retractor device 10 of pin or X includes the second cylinder 17 of being arranged on blowing platform 3 lower surface along Z-direction to the retractor device 10 of pin, and the piston rod of the second cylinder 17 is connected to alignment pin 21 with X.As general knowledge known in this field, the deformation of the rotary extension device 9 of Y-direction pin realizes flexible also by common structures such as gear & rack structure, crankshaft-link rod, cam structure or electromagnetic actuation structures, realize rotating by common structures such as motor 15, Pneumatic rotary motors, common knowledge according to those skilled in the art combines this utility model, coordinates, by being combined above-mentioned common rotational structure with common stretching structure being connected, the rotary extension device 9 being to be easy to replace Y-direction pin.As equivalent, the output shaft of motor 15 and Y-direction alignment pin 16 are one.The piston rod of the second cylinder 17 and X are one to alignment pin 21.
Blowing platform 3 is hinged with print head 2 with frame 1 or blowing platform 3, and print head 2 is fixedly installed.
As it is shown in figure 1, as the optimal way of articulated manner, this utility model arranges oscillating cylinder 20 in frame 1, the piston rod of oscillating cylinder 20 connects has connecting shaft 19, the upper end thereof of connecting shaft 19 to have centering block 18, and centering block 18 is hinged with the lower end of blowing platform 3；As deformation such as Fig. 9, brace and connecting rod framework can be driven to realize the hinged fastening of blowing platform 3 and print head 2 by lifting motor, be provided with swing link mechanism in frame 1, the connecting rod of swing link mechanism is connected with blowing platform 3 lower surface；Can also use manually move, cylinder, the common manner such as hydraulic-driven or electromagnetism adhesive.
As deformation, print head 2 is hinged with frame 1 with blowing platform 3 or print head 2, and blowing platform 3 tilts to be fixedly installed, can use manually move, the common manner such as air cylinder driven or electromagnetism adhesive.
As shown in Figure 7,8, this utility model print head 2 be arranged in parallel with blowing platform 3, frame 1 is provided with the guided way vertical with blowing platform 3 inclined plane, blowing platform 3 or print head 2 slide along guided way and arrange, can use manually move, the common manner such as air cylinder driven or electromagnetism adhesive.
As deformation, it is provided with inclination angle regulator between frame 1 and blowing platform 3 or on the supporting leg of frame 1 or at the footing of frame 1, as preferably, inclination angle regulator is screw structure, telescopic cylinder, adjust pad or latch jack structure, i.e. blowing platform 3 can be horizontally disposed with, during feeding, the stroke by screw-nut in adjustment frame 1 or adjusting cylinder or the corresponding corresponding jack position of adjustment latch, make blowing platform 3 the most inconsistent, blowing platform 3 realizes being obliquely installed, certainly, inclined height and angle can also be regulated by articulated manner.
On Y-direction alignment pin 16, suit with rubber sleeve or be provided with annular knurl, thus can increase the frictional force between Y-direction alignment pin 16 and leaflet downside.
Equivalent as structure of the present utility model, feed from opposite side discharging from the side of blowing platform 3 along X to leaflet, along X to leaflet from the charging of the side of blowing platform 3 and from charging side discharging, feed from opposite side discharging along Y-direction leaflet from the side of blowing platform 3, along Y-direction leaflet from the charging of the side of blowing platform 3 and from feeding side discharging or from Y-direction charging X to discharging, it is obvious according to content of the present utility model that the position at angle of inclination and alignment pin is done corresponding adjustment change the most accordingly.As shown in Figure 10, the left side of blowing platform 3 being provided with through hole, be arranged in this through hole to alignment pin 21 by X, Y-direction alignment pin 16 rotates counterclockwise or promotes drive leaflet from right side feeding.
Equivalent as structure of the present utility model, X can be exchanged to Y phase, i.e. X is at least two to alignment pin, and Y-direction alignment pin is at least one, leaflet incline direction by Y-direction change into X to, the gravity making leaflet has X to support to alignment pin, in a word, when tilting feeding, the alignment pin bearing leaflet gravity direction is at least two, it is i.e. the Simple transformed of structure of the present utility model, is apparent from.
Obvious deformation as structure of the present utility model, AC line does not require corresponding with profile sideline or the shape of blowing platform 3, describes for convenience, and location B point is D at the vertical of AC line, line BD is ф with the angle of horizontal plane, and the angle of inclination of blowing platform 3 is б.The angled manner of blowing platform 3 and B line are unrelated with horizontal plane with AC line, the angled manner of blowing platform 3 does not require corresponding with the position relationship of horizontal plane with AC line, and the angled manner of blowing platform 3 does not require corresponding with the position relationship of horizontal plane with BD line；б with ф does not require corresponding, and AC line does not require corresponding with the angle of horizontal plane with б.
The structure of alignment pin can be cylindrical, oval, square, conical, polygon, rhombus, strip structure, linear structure or other common structure shape or combinations thereof, for more preferable feeding, the alignment pin of feeding can be uniform multiple on AC line.
When using this utility model, blowing platform 3 is first placed obliquely, leaflet contacts with Y-direction alignment pin 16 under the effect of deadweight, motor 15 drives Y-direction alignment pin 16 rotation, drive it along X to moving by the frictional force of Y-direction alignment pin 16 with leaflet lower side, in order to reduce the frictional force of leaflet and blowing platform 3, produce malleation by airduct 8, passage 7 to the lower surface blowing of leaflet, reduce frictional force, it is achieved six point locations of 3 one sides；By the airduct 8 lower surface air draught to leaflet, form negative pressure so that leaflet adsorbs on blowing platform 3, and accurate positioning, leaflet is indeformable；Then sliding rail rack 13 is driven to move downward with motor 15 by the first cylinder 14, three location bars are made to be not higher than the upper surface of blowing platform 3, blowing platform 3 is upwards moved and is fastened and connected with brush 2, blowing platform 3 is in level, start printing, after finishing printing, again make blowing platform 3 place obliquely, producing malleation by airduct to the lower surface blowing of leaflet, leaflet landing from blowing platform 3 is got off.
This utility model includes printer, is provided with feeding device and/or at printer discharging side drawing mechanism in printer charging side；
Multiple combination as this utility model structure deforms, drawing mechanism includes first splicing plate corresponding with blowing platform discharging side and/or discharging mechanical hand, thus realize full-automatic assembly line operation, certainly, programmed by PLC or single-chip microcomputer, electronic controller etc. can realize working continuously.
Feeding device is provided with charging mechanical hand and blowing plate in the charging side of blowing platform.
Improving further, the first splicing plate slant setting, connecting in the lower end of the first splicing plate has conveyer belt, and one end of conveyer belt connects dehydrator.
Improving further, drawing mechanism is additionally included in the 3rd splicing plate of blowing platform 3A point and the line side setting of B point.
Improve further, be provided with in the side of discharging mechanical hand and dry frame.
After finishing printing, again making blowing platform 3 place obliquely, produce malleation by airduct to the lower surface blowing of leaflet, leaflet landing from blowing platform 3 is got off, dropping on the first splicing plate, the leaflet being placed on the first splicing plate is delivered in dehydrator by conveyer belt.
Improving further, leaflet is placed into and dries on frame by discharging mechanical hand, it is also possible to the leaflet of blowing platform 3 is directly clamped or is adsorbed onto and dries in frame or dehydrator by discharging mechanical hand.The most standby near printer have the 3rd splicing plate.
Certainly, programmed by PLC or single-chip microcomputer, electronic controller etc. can realize working continuously.This utility model can manually feeding or by mechanical hand feeding.
This utility model reduces labor intensity greatly, saves manpower, reduces cost, and aligning accuracy is high, and printing quality is high.Realization is automatically positioned, and saves manpower, improves positioning precision, it is to avoid operator bends over the work damage to health always so that feeding is easy to learn, reduces training cost, rate of reducing the number of rejects and seconds, improves work efficiency, reduces cost.Rubber sleeve can be set with on Y-direction alignment pin or be provided with annular knurl, thus increasing the frictional force between Y-direction alignment pin and leaflet downside.
Last it is noted that above example is only in order to illustrate the technical solution of the utility model, it is not intended to limit；Although this utility model being described in detail with reference to previous embodiment, it will be understood by those within the art that: the technical scheme described in previous embodiment still can be modified by it, or wherein portion of techniques feature is carried out equivalent；It is combined being apparent to multiple technical schemes of the present utility model as those skilled in the art.And these amendments or replacement, do not make the essence of appropriate technical solution depart from the spirit and scope of this utility model embodiment technical scheme.
Claims (10)
1. the screen process press of a Sloped rotating feeding, it is characterized in that: it includes frame (1), the print head (2) that is arranged in frame (1) and be inclined relative to horizontal the blowing platform (3) of placement during feeding, and print head (2) fastens with blowing platform (3)；
At least provided with two Y-direction alignment pins (16) on blowing platform (3), Y-direction alignment pin (16) is arranged along Z-direction is flexible, two of which Y-direction alignment pin (16) and leaflet contact point are respectively A point and C point, A point and C point along X to setting, blowing platform (3) is provided with X to alignment pin (21), X is arranged along Z-direction is flexible to alignment pin (21), X is B point to alignment pin (21) and leaflet contact point, and the upper surface of A point, B point, C point and blowing platform (3) is to leaflet six point location；
B point intersection point on the A point line with C point is D point, and blowing platform (3) is when slant setting, and B point is higher than D point；C point is contour higher than A point, C point and A point or C point is less than A point；Connecting in Y-direction alignment pin (16) lower end and have the rotary extension device (9) of Y-direction pin, at X, to alignment pin (21) lower end, connection has the X retractor device (10) to pin；
Blowing platform (3) is provided with passage (7), and passage (7) lower end connects airduct (8).
The screen process press of a kind of Sloped rotating feeding the most according to claim 1, it is characterised in that: the rotary extension device (9) of Y-direction pin includes the fixed mount (11) being arranged on blowing platform (3) lower surface, the guide rail (12) being arranged on fixed mount (11), the sliding rail rack (13) being slidably arranged in along Z-direction on guide rail (12), the first cylinder (14) being arranged on along Z-direction on fixed mount (11) and the motor (15) being arranged on sliding rail rack (13) along Z-direction；The output shaft of motor (15) and the output shaft that Y-direction alignment pin (16) is coaxially connected or Y-direction alignment pin (16) is motor (15)；The piston rod of the first cylinder (14) is connected with sliding rail rack (13).
The screen process press of a kind of Sloped rotating feeding the most according to claim 2, it is characterized in that: X is identical with rotary extension device (9) structure of Y-direction pin to the retractor device (10) of pin or X includes being arranged on second cylinder (17) of blowing platform (3) lower surface along Z-direction to the retractor device (10) of pin, and the piston rod of the second cylinder (17) is coaxially connected to alignment pin (21) with X or X is to the piston rod that alignment pin (21) is the second cylinder (17).
4. according to the screen process press of a kind of Sloped rotating feeding described in any one of claim 1-3, it is characterized in that: blowing platform (3) is hinged with print head (2) with frame (1) or blowing platform (3), and print head (2) is fixedly installed.
The screen process press of a kind of Sloped rotating feeding the most according to claim 4, it is characterised in that: being provided with swing link mechanism in frame (1), the connecting rod of swing link mechanism is connected with blowing platform (3) lower surface.
6. according to the screen process press of a kind of Sloped rotating feeding described in any one of claim 1-3, it is characterized in that: print head (2) is hinged with frame (1) with blowing platform (3) or print head (2), blowing platform (3) tilts to be fixedly installed.
7. according to the screen process press of a kind of Sloped rotating feeding described in any one of claim 1-3, it is characterized in that: print head (2) be arranged in parallel with blowing platform (3), blowing platform (3) guide rail, print head (2) and blowing platform (3) parallel fastening it is provided perpendicular in frame 1.
The screen process press of a kind of Sloped rotating feeding the most according to claim 1 and 2, it is characterized in that: blowing platform (3) is when slant setting, 2 lines of AC and horizontal plane angle are 05 °, 5 ° 10 ° or 10 ° 36 °, 2 lines of BD and horizontal plane angle 3 ° 10 ° or 10 °--35 ° or 35 °---60 °.
The screen process press of a kind of Sloped rotating feeding the most according to claim 1 and 2, it is characterised in that: between frame (1) and blowing platform (3) or on the supporting leg of frame (1) or at the footing of frame (1), it is provided with inclination angle regulator.
The screen process press of a kind of Sloped rotating feeding the most according to claim 1, it is characterised in that: on alignment pin (21), it is set with rubber sleeve at Y-direction alignment pin (16) or X or is provided with annular knurl.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620104126.8U CN205522958U (en) | 2016-02-02 | 2016-02-02 | Screen printing machine of slope swivel feeding |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620104126.8U CN205522958U (en) | 2016-02-02 | 2016-02-02 | Screen printing machine of slope swivel feeding |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205522958U true CN205522958U (en) | 2016-08-31 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620104126.8U Withdrawn - After Issue CN205522958U (en) | 2016-02-02 | 2016-02-02 | Screen printing machine of slope swivel feeding |
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| Country | Link |
|---|---|
| CN (1) | CN205522958U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107042684A (en) * | 2017-05-27 | 2017-08-15 | 张永胜 | A kind of screen printing platform being automatically positioned |
| CN108177425A (en) * | 2018-02-09 | 2018-06-19 | 石家庄鸿业网印机械有限公司 | Level puts screen printing platform, printing machine and the method for drawing rule automatic aligning |
-
2016
- 2016-02-02 CN CN201620104126.8U patent/CN205522958U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107042684A (en) * | 2017-05-27 | 2017-08-15 | 张永胜 | A kind of screen printing platform being automatically positioned |
| CN108177425A (en) * | 2018-02-09 | 2018-06-19 | 石家庄鸿业网印机械有限公司 | Level puts screen printing platform, printing machine and the method for drawing rule automatic aligning |
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