CN205386979U - Automatic stamp mechanism of calico printing machine - Google Patents
Automatic stamp mechanism of calico printing machine Download PDFInfo
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- CN205386979U CN205386979U CN201521046223.8U CN201521046223U CN205386979U CN 205386979 U CN205386979 U CN 205386979U CN 201521046223 U CN201521046223 U CN 201521046223U CN 205386979 U CN205386979 U CN 205386979U
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- slideway
- platform
- printing machine
- pushing block
- rubber tire
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Abstract
The utility model relates to an automatic stamp mechanism of calico printing machine, including the drive assembly of continuous operation platform, conveying flower membrane and being used for establishing the spout that appears once on the continuous operation platform with spending epimembranal pattern to compress tightly and print to the corresponding rubber tyer of treating on the stamp spare, be provided with the profiling base that is used for the bearing to treat stamp spare in this time shape spout, this profiling base is motion a plurality of and that ability wraparound shape spout goes round and begins again. The utility model discloses the continuous operation platform that the current calico printing machine of cooperation used has been set up, and separate the first platform for adjacent arrangement and ability relative movement with this continuous operation platform, the second platform, because the printing in -process at a pattern, relative movement's first platform, the second platform is unanimous with pressure and temperature that the rubber tyer cooperation makeed the pattern compress tightly on treating stamp spare, consequently, the definition and the degree of consistency of pattern printing have been guaranteed, make the pattern printing pleasing to the eye, and the quality stability is high, compare with the manual operation among the prior art, the qualification rate of product has effectively been improved.
Description
Technical field
This utility model relates to the printing machine frame of a kind of automatic printing machine.
Background technology
In order to make product surface have decorative pattern attractive in appearance or pattern, occur in that many moneys can realize the printing machine of this function in the market.Difference according to operation logic and function, printing machine is also classified into different types, for instance thermal transfer flower machine, digital decorating machine, plain net or circular screen printer, printing machine etc. of walking on stage.Wherein, thermal transfer is the one printing and dyeing new technology risen gradually in the world in recent years.Is first with senior printing technology, the printing and dyeing of aqueous or oiliness are printed onto on the paper of special type required color pattern, make the colored film paper with various patterns, then thermal transfer flower machine on by flower film paper prints figuratum one side closely sealed with printed material after, effect by heat and pressure, the pattern making flower film paper produces sublimation, transfer on printed material, printed material is formed required various patterns.
At present, a lot of articles for use in daily life are all adopt above-mentioned thermal transfer flower machine to carry out stamp, for instance feeding bottle in articles for babies, Pacifier lid etc., such as mobile phone shell, cup, pen container, various pen etc. again, involved product category is various.But, in prior art when using thermal transfer flower machine that product surface is carried out stamp, it is usually the artificial thermal transfer that is placed on by product spend below machine and print figuratum colored film paper registration with prior, then the heat of thermal transfer flower machine and the effect of pressure is utilized to be printed on product by pattern, manually product is removed again, carry out the stamp work of next product.Adopting manual assembly not only production efficiency low, it is necessary to expend substantial amounts of manpower and materials, and due to the unstability of anthropic factor, very easily cause that deviation occurs in the stamp position of individual product, causing the aesthetics of product to reduce even affects product sale；Or the speed sometimes manually throwing in product is unable to catch up with the thermal transfer flower machine speed of imprint to flower film paper, will result in the waste of colored film paper, increases production cost to a certain extent, reduces the productive profit of enterprise.
Therefore it provides one avoids manually-operated automatic printing machine, it appears particularly necessary, and it is also requisite for providing a kind of printing machine frame that can realize automatic printing function.
Utility model content
Technical problem to be solved in the utility model is the present situation for prior art, it is provided that a kind of rational in infrastructure, the printing machine frame of the automatic printing machine of decalcomania definition can be improved.
The technical scheme that the above-mentioned technical problem of this utility model solution adopts is: the printing machine frame of a kind of automatic printing machine, including continuous operation platform, transmit the transmission component of flower film and for being compressed by the pattern on flower film and printing to the rubber tire treating on stamp part accordingly, described transmission component and rubber tire are all located at above continuous operation platform, it is characterised in that:
Described continuous operation platform is provided with a back-shaped chute, is provided with the pattern base treating stamp part for support in this back-shaped chute, and this pattern base is motion that is multiple and that can go round and begin again around back-shaped chute；
Described continuous operation platform includes the first platform and the second platform, described first plateau levels be located on a bearing, described second platform is mobile to be located on described bearing and the upper surface of upper surface and the first platform flushes, the arranging against the first flat edge of table and can move forward and backward on bearing along this edge of the second platform；
A part for described back-shaped chute is located on the first platform, another part of described back-shaped chute is located on the second platform and is spliced to form complete back-shaped chute with the chute on the first platform, flower film compacting is being treated on stamp part under state by described rubber tire, described second platform move relative to the first platform drive on the second platform treat stamp part relative to rubber tire movable so that pattern on flower film is printed on and treats on stamp part.
In such scheme, described back-shaped chute includes end to end the first slideway, the second slideway, the 3rd slideway and the 4th slideway, and the front end of each slideway is respectively equipped with the driving mechanism that can be promoted backward by the pattern base in this slideway.Adopt said structure, driving mechanism is utilized to promote the pattern base in each slideway to be moved rearwards by, so that the motion that each pattern base goes round and begins again in back-shaped chute, constantly will treat that stamp part is transported to printing machine frame place and printed, and the stamp part output constantly will printed, it is achieved the continuous operation of printing machine.
As improvement, the leading portion of described first slideway is located on the first platform, and the back segment of described first slideway is located on the second platform, and described first slideway is for carrying carrying the pattern base treating stamp part to rubber tire direction；Described second slideway is located on the second platform and is positioned at below rubber tire, for coordinating rubber tire to complete stamp work and the stamp part that completed by stamp is carried to the 3rd slideway；The leading portion of described 3rd slideway is located on the second platform, and the back segment of described 3rd slideway is located on the first platform, and described 3rd slideway is carried to the 4th slideway for the stamp part completed by stamp；Described 4th slideway is located on the first platform, and the leading portion near the 4th slideway is provided with the discharging mechanism that can be taken out on pattern base by stamp part, and the back segment near the 4th slideway is provided with and can will treat that stamp part moves to the feeding mechanism on vacant pattern base.
Preferably, the front end of described first slideway is provided with the first pushing block that can slip in the first slideway, the bottom of this first pushing block is provided with the linking arm downwardly extended, corresponding, first platform of described first slide bottom is provided with long mouth that arrange along the first slideway length direction, that can supply linking arm traverse, the upper end of described linking arm is connected with bottom the first pushing block, and the lower end of described linking arm connects through long mouth and by the piston rod of a contiguous block and the second cylinder.The piston rod of the second cylinder stretches out, driving the first pushing block to slip in the first slideway to be promoted backward by the pattern base in the first slideway, the piston rod of the second cylinder shrinks, and drives the first pushing block to exit outside the first slideway, now, the pattern base being available for the 4th slideway rear end slips in the first slideway.
Preferably, the outside of described second slideway front end is provided with the second pushing block that can slip in the second slideway, sidewall corresponding to the second slideway front end has the first socket stretching into for the second pushing block, stretching out, described second pushing block rear portion is connected with the piston rod of the 3rd cylinder, and described 3rd cylinder and the second pushing block are all located on the second platform.The piston rod of the 3rd cylinder drives the second pushing block to stretch in the second slideway and is promoted backward by the pattern base in the second slideway when stretching out, the piston rod of the 3rd cylinder shrinks, driving the second pushing block to exit outside the second slideway, now, the pattern base being available for the first slideway rear end slips in the second slideway.
Preferably, the outside of described 3rd slideway front end is provided with the 3rd pushing block that can slip in the 3rd slideway, sidewall corresponding to the 3rd slideway front end has the second socket stretching into for the 3rd pushing block, stretching out, described 3rd pushing block rear portion is connected with the piston rod of the 4th cylinder, and the 4th cylinder and the 3rd pushing block are all located on the second platform.Drive the 3rd pushing block to stretch in the 3rd slideway when the piston rod of the 4th cylinder stretches out to be promoted backward by the pattern base in the 3rd slideway, the piston rod of the 4th cylinder shrinks, driving the 3rd pushing block to exit outside the 3rd slideway, now, the pattern base being available for the second slideway rear end slips in the 3rd slideway.
Preferably, the outside of described 4th slideway front end is provided with the 4th pushing block that can slip in the 4th slideway, sidewall corresponding to the 4th slideway front end has the 3rd socket stretching into for the 4th pushing block, stretching out, described 4th pushing block rear portion is connected with the piston rod of the 5th cylinder, and the 5th cylinder and the 4th pushing block are all located on the first platform.Drive the 4th pushing block to stretch in the 4th slideway when the piston rod of the 5th cylinder stretches out to be promoted backward by the pattern base in the 4th slideway, the piston rod of the 5th cylinder shrinks, driving the 4th pushing block to exit outside the 4th slideway, now, the pattern base being available for the 3rd slideway rear end slips in the 4th slideway.
In above-mentioned each preferred version, described printing machine frame also includes printing machine body, for the first cylinder driving rubber tire to move up and down and the second cylinder for driving rubber tire to roll, described rubber tire is located at printing machine body side by what a rotating shaft can rotate and is positioned at above back-shaped chute, and the arranged outside of described rubber tire has the electrothermal tube that can rubber tire be heated；Described first cylinder is located at above printing machine body and is connected with rubber tire, and described second cylinder is located on printing machine body and is connected with driving outside rotating shaft.
Preferably, described transmission component includes interval and is arranged in the multiple roll shafts above continuous operation platform and is respectively arranged on the first winding roller of roll shaft both sides, the second winding roller, described first winding roller is used for being wound around the figuratum colored film of printing, described second winding roller uses complete colored film for reclaiming, described colored film stretches out on the first winding roller, stretching through each roll shaft and be wound on the second winding roller after using, the end of described first winding roller and the second winding roller is respectively arranged with the motor that corresponding winding roller can be driven to rotate.
In order to ensure stamp process being treated, stamp part can according to setting the displacement certain relative to rubber tire motion, and there is not unexpected slip, described second platform is provided with and can treat stamp part and be positioned so that and prevent its keeper of movement in stamp process, this keeper includes the 3rd cylinder being located on the second platform, stretches into thus the through hole that compressed by corresponding pattern base corresponding to the piston rod having on the back-shaped chute wall below rubber tire for the 3rd cylinder.
nullCompared with prior art，The utility model has the advantage of: this utility model is rational in infrastructure，It is provided with the continuous operation platform coordinating existing printing machine to use，And this continuous operation platform is divided into adjacently positioned and energy relative movement the first platform、Second platform，During use，Pattern base first will treat that stamp part brings to below rubber tire，The rubber tire of heating to about 70 DEG C moves down to be treated on stamp part accordingly by flower film compacting，Then the second platform moves forward and drives and compacted treats that stamp part moves forward，Simultaneously，Rubber tire rotates backward，Treat on stamp part thus complete pattern is printed on，In the printing process of a pattern，The first platform due to relative movement、Second platform makes pattern be pressed on the pressure treated on stamp part with rubber tire cooperation and temperature is consistent，Thereby ensure that the definition of pattern printing and the uniformity，Make graphic-print attractive in appearance、Quality stability is high，Compared with manual operation of the prior art，It is effectively increased the qualification rate of product.
Accompanying drawing explanation
Fig. 1 is the structural representation of this utility model embodiment；
Fig. 2 is the part-structure schematic diagram of Fig. 1；
Fig. 3 is the structural representation operating continuously platform and bearing in Fig. 1；
Fig. 4 is the part structure for amplifying schematic diagram in Fig. 3；
Fig. 5 is the structural representation operating continuously platform in Fig. 3；
Fig. 6 is the inverse layer structure schematic diagram of Fig. 5.
Detailed description of the invention
Below in conjunction with accompanying drawing embodiment, this utility model is described in further detail.
As shown in figs. 1 to 6, the printing machine frame of the automatic printing machine of the present embodiment include continuous operation platform 1, the printing machine body 31 being located on this continuous operation platform 1 and the transmission component 33 being located on printing machine body 31, rubber tire 32, for the first cylinder 34 driving rubber tire 32 to move up and down, the second cylinder (not shown) for driving rubber tire 32 to roll, transmission component 33 is used for transmitting colored film, and rubber tire 32 is for compressing the pattern on flower film and printing to treating stamp part 100 accordingly.
In the present embodiment, continuous operation platform 1 is provided with a back-shaped chute 5, is provided with, in this back-shaped chute 5, the pattern base 6 treating stamp part 100 for support, and this pattern base 6 is motion that is multiple and that can go round and begin again around back-shaped chute 5.Pattern base in the present embodiment is shaped to square block, the upper surface of pattern base 6 be provided with upwards arrange for positioning the positioning convex portion 61 treating stamp part.
Concrete, rubber tire 32 is located at printing machine body 31 side by what a rotating shaft 321 can rotate and is positioned at above back-shaped chute 5, rubber tire 32 periphery is provided with the protective cover 320 that rubber tire 32 can carry out hide, the bottom of this protective cover 320 has the opening exposed for rubber tire 32, is provided with the electrothermal tube (not shown) arranged near rubber tire 32 and can rubber tire 32 be heated inside protective cover 320.First cylinder 34 is located at above printing machine body 31 and is connected with rubber tire 32 by a fagging 323 being located at above rotating shaft 321, and the second cylinder is located on printing machine body 31 and is connected with driving outside rotating shaft 321.Transmission component 33 includes interval and is arranged in the multiple roll shafts 331 above continuous operation platform 1 and is respectively arranged on first winding roller the 332, second winding roller 333 of roll shaft 331 both sides, first winding roller 332 is used for being wound around the figuratum colored film of printing, second winding roller 333 uses complete colored film for reclaiming, flower film stretches out on the first winding roller 332, stretching through each roll shaft 331 and be wound on the second winding roller 333 after using, the end of the first winding roller 332 and the second winding roller 333 is respectively arranged with the motor that corresponding winding roller can be driven to rotate.The support 310 arranged before and after being provided with on printing machine body 31, each roll shaft 321 is by elongated hole and screw is adjustable is located on above-mentioned support 310, before machine runs, can pass through to regulate the upper and lower of each roll shaft 321 and right position thus the optimum position that film adjusts will be spent, smooth and easy to guarantee stamp process, stamp result is clear.
The continuous operation platform 1 of the present embodiment includes the first platform 11 and the second platform 12, first platform 11 level be fixed on bearing 7, second platform 12 is mobile to be located on bearing 7, and second platform 12 upper surface and the upper surface of the first platform 11 flush, the arranging against the edge of the first platform 11 and can move forward and backward on bearing 7 along this edge of the second platform 12.
Concrete, a part for back-shaped chute 5 is located on the first platform 11, and another part of back-shaped chute 5 is located on the second platform 12 and is spliced to form complete back-shaped chute 5 with the chute on the first platform 11.Flower film compacting is being treated on stamp part 100 under state by the rubber tire 32 of printing machine frame 3, and the second platform 12 moves relative to the first platform 11 to drive treats that stamp part 100 moves relative to the rubber tire 32 of printing machine frame 3 so that pattern on flower film is printed on and treats on stamp part on the second platform 12.By arranging said structure, utilize the first platform 11 and the second platform 12 that back-shaped chute 5 is divided into relatively-movable two parts, rubber tire 32 at printing machine frame moves down when being pressed on the pattern on flower film accordingly until stamp part surface, owing to rubber tire 32 lower surface is not plane, pressure produced by whole pattern on flower film is different, now, utilize the movement of the second platform 12, what drive rubber tire 32 compression treats that stamp part is in 32 times movements of rubber tire, and rubber tire 32 also simultaneously with identical speed to treating that the rightabout that stamp part moves rotates, so that flower film entirety is all printed on identical pressure and treats on stamp part, guarantee that graphic-print is clear, pattern is uniform.
Move relative to the first platform 11 for the ease of the second platform 12, bearing 7 below second platform 12 is provided with the first guide rail 71 being parallel to the first platform 11 side, corresponding, it is provided with the first slide block 121 coordinated that leads with above-mentioned first guide rail 71 bottom second platform 12, bearing 7 is provided with the driving mechanism (not shown) that the second platform 12 can be driven to move forward and backward relative to the first platform 11 along the first guide rail 71.In order to ensure stamp process being treated, stamp part can move certain displacement relative to rubber tire 32 according to setting, and there is not unexpected slip, second platform 12 is provided with and can treat stamp part and be positioned so that the keeper 8 preventing its movement in stamp process, this keeper 8 includes the 3rd cylinder 81 being located on the second platform 12, stretches into thus the through hole 50 that compressed by corresponding pattern base 6 corresponding to the piston rod 811 having on back-shaped chute 5 sidewall below rubber tire 32 for the 3rd cylinder 81.
In the present embodiment, back-shaped chute 5 includes the first end to end slideway the 51, second slideway the 52, the 3rd slideway 53 and the 4th slideway 54, and the front end of each slideway is respectively equipped with the driving mechanism that the pattern base 6 in this slideway can will be had to promote backward.Utilize driving mechanism to promote the pattern base 6 in each slideway to be moved rearwards by, so that the motion that each pattern base 6 goes round and begins again in back-shaped chute 5, constantly will treat that stamp part is transported to printing machine frame 3 place and printed, and the stamp part output constantly will printed.
In the present embodiment, printing machine body 31 is located on the second platform 12 near the 3rd slideway 53.The leading portion of the first slideway 51 is located on the first platform 11, and the back segment of the first slideway 51 is located on the second platform 12, and the first slideway 51 is for carrying carrying the pattern base 6 treating stamp part 100 to rubber tire 32 direction；Second slideway 52 is located on the second platform 12 and is positioned at below rubber tire 32, for coordinating rubber tire 32 to complete stamp work and the stamp part 200 that completed by stamp is carried to the 3rd slideway 53；The leading portion of the 3rd slideway 53 is located on the second platform 12, and the back segment of the 3rd slideway 53 is located on the first platform 11, and the 3rd slideway 53 is carried to the 4th slideway 54 for the stamp part 200 completed by stamp；4th slideway 54 is located on the first platform 11, discharging mechanism 4 is arranged near the leading portion edge of the 4th slideway 54 and is removed by the stamp part 200 on pattern base 6 herein, and feeding mechanism 2 is arranged near the back segment edge of the 4th slideway 54 and will treat that stamp part 200 moves on vacant pattern base 6 herein.
nullConcrete，The front end of the first slideway 51 is provided with first pushing block 511 that can slip in the first slideway 51，The bottom of this first pushing block 511 is provided with the linking arm 512 downwardly extended，Corresponding，The first platform 11 bottom first slideway 511 is provided with along the first slideway 51 length direction setting、Can for the long mouth 5111 of linking arm 512 traverse，The upper end of linking arm 512 is connected with bottom the first pushing block 511，The lower end of linking arm 512 is connected through long mouth 5111 and by a contiguous block 513 with the piston rod of the second cylinder 514，The piston rod of the second cylinder 514 stretches out，Drive the first pushing block 511 to slip in the first slideway 51 to be promoted backward by the pattern base 6 in first slideway 51，The piston rod of the second cylinder 514 shrinks，The first pushing block 511 is driven to exit outside the first slideway 51，Now，The pattern base 6 being available for the 4th slideway 54 rear end slips in the first slideway 51.
The outside of the second slideway 52 front end is provided with second pushing block 521 that can slip in the second slideway 52, sidewall corresponding to the second slideway 52 front end has the first socket stretching into for the second pushing block 521, stretching out, second pushing block 521 rear portion is connected with the piston rod of the 3rd cylinder 522, and the 3rd cylinder 522 and the second pushing block 521 are all located on the second platform 12.The piston rod of the 3rd cylinder 522 drives the second pushing block 521 to stretch in the second slideway 52 and is promoted backward by the pattern base 6 in second slideway 52 when stretching out, the piston rod of the 3rd cylinder 522 shrinks, the second pushing block 521 is driven to exit outside the second slideway 52, now, the pattern base 6 being available for the first slideway 51 rear end slips in the second slideway 52.
The outside of the 3rd slideway 53 front end is provided with the 3rd pushing block 531 that can slip in the 3rd slideway 53, sidewall corresponding to the 3rd slideway 53 front end has the second socket stretching into for the 3rd pushing block 531, stretching out, 3rd pushing block 531 rear portion is connected with the piston rod of the 4th cylinder 532, and the 4th cylinder 532 and the 3rd pushing block 531 are all located on the second platform 12.Drive the 3rd pushing block 531 to stretch in the 3rd slideway 53 when the piston rod of the 4th cylinder 532 stretches out to be promoted backward by the pattern base 6 in the 3rd slideway 53, the piston rod of the 4th cylinder 532 shrinks, the 3rd pushing block 531 is driven to exit outside the 3rd slideway 53, now, the pattern base 6 being available for the second slideway 52 rear end slips in the 3rd slideway 53.
The outside of the 4th slideway 54 front end is provided with the 4th pushing block 541 that can slip in the 4th slideway 54, sidewall corresponding to the 4th slideway 54 front end has the 3rd socket stretching into for the 4th pushing block 541, stretching out, 4th pushing block 541 rear portion is connected with the piston rod of the 5th cylinder 542, and the 5th cylinder 542 and the 4th pushing block 541 are all located on the first platform 11.Drive the 4th pushing block 541 to stretch in the 4th slideway 54 when the piston rod of the 5th cylinder 542 stretches out to be promoted backward by the pattern base 6 in the 4th slideway 54, the piston rod of the 5th cylinder 542 shrinks, the 4th pushing block 541 is driven to exit outside the 4th slideway 54, now, the pattern base 6 being available for the 3rd slideway 53 rear end slips in the 4th slideway 54.
When using the printing machine frame of the present embodiment, pattern base 6 first will treat that stamp part 100 brings to below rubber tire 32, the rubber tire 32 of heating to about 70 DEG C moves down to be treated on stamp part 100 by flower film compacting accordingly, then the second platform 12 moves forward and drives and compacted treats that stamp part 100 moves forward, simultaneously, rubber tire 32 rotates backward with the speed identical with the second platform 12, being printed on by complete pattern treats on stamp part 100, after printing completes, the second platform 12 is moved rearwards by making the reinstatement of back-shaped chute 5, prepares for printing next time.Due in the printing process of a pattern, first platform the 11, second platform 12 of relative movement makes pattern be pressed on the pressure treated on stamp part 100 with rubber tire 32 cooperation and temperature is consistent, ensure that definition and the uniformity that pattern prints so that graphic-print is attractive in appearance, quality stability is high.
Claims (10)
1. the printing machine frame of an automatic printing machine, including continuous operation platform, transmit the transmission component of flower film and for being compressed by the pattern on flower film and printing to the rubber tire treating on stamp part accordingly, described transmission component and rubber tire are all located at above continuous operation platform, it is characterised in that:
Described continuous operation platform is provided with a back-shaped chute, is provided with the pattern base treating stamp part for support in this back-shaped chute, and this pattern base is motion that is multiple and that can go round and begin again around back-shaped chute；
Described continuous operation platform includes the first platform and the second platform, described first plateau levels be located on a bearing, described second platform is mobile to be located on described bearing and the upper surface of upper surface and the first platform flushes, the arranging against the first flat edge of table and can move forward and backward on bearing along this edge of the second platform；
A part for described back-shaped chute is located on the first platform, another part of described back-shaped chute is located on the second platform and is spliced to form complete back-shaped chute with the chute on the first platform, flower film compacting is being treated on stamp part under state by described rubber tire, described second platform move relative to the first platform drive on the second platform treat stamp part relative to rubber tire movable so that pattern on flower film is printed on and treats on stamp part.
2. the printing machine frame of automatic printing machine according to claim 1, it is characterized in that: described back-shaped chute includes end to end the first slideway, the second slideway, the 3rd slideway and the 4th slideway, and the front end of each slideway is respectively equipped with the driving mechanism that can be promoted backward by the pattern base in this slideway.
3. the printing machine frame of automatic printing machine according to claim 2, it is characterized in that: the leading portion of described first slideway is located on the first platform, the back segment of described first slideway is located on the second platform, and described first slideway is for carrying carrying the pattern base treating stamp part to rubber tire direction；Described second slideway is located on the second platform and is positioned at below rubber tire, for coordinating rubber tire to complete stamp work and the stamp part that completed by stamp is carried to the 3rd slideway；The leading portion of described 3rd slideway is located on the second platform, and the back segment of described 3rd slideway is located on the first platform, and described 3rd slideway is carried to the 4th slideway for the stamp part completed by stamp；Described 4th slideway is located on the first platform, and the leading portion near the 4th slideway is provided with the discharging mechanism that can be taken out on pattern base by stamp part, and the back segment near the 4th slideway is located at and can will be treated that stamp part moves to the feeding mechanism on vacant pattern base.
4. the printing machine frame of automatic printing machine according to claim 3, it is characterized in that: the front end of described first slideway is provided with the first pushing block that can slip in the first slideway, the bottom of this first pushing block is provided with the linking arm downwardly extended, corresponding, first platform of described first slide bottom is provided with long mouth that arrange along the first slideway length direction, that can supply linking arm traverse, the upper end of described linking arm is connected with bottom the first pushing block, and the lower end of described linking arm connects through long mouth and by the piston rod of a contiguous block and the second cylinder.
5. the printing machine frame of automatic printing machine according to claim 3, it is characterized in that: the outside of described second slideway front end is provided with the second pushing block that can slip in the second slideway, sidewall corresponding to the second slideway front end has the first socket stretching into for the second pushing block, stretching out, described second pushing block rear portion is connected with the piston rod of the 3rd cylinder, and described 3rd cylinder and the second pushing block are all located on the second platform.
6. the printing machine frame of automatic printing machine according to claim 3, it is characterized in that: the outside of described 3rd slideway front end is provided with the 3rd pushing block that can slip in the 3rd slideway, sidewall corresponding to the 3rd slideway front end has the second socket stretching into for the 3rd pushing block, stretching out, described 3rd pushing block rear portion is connected with the piston rod of the 4th cylinder, and the 4th cylinder and the 3rd pushing block are all located on the second platform.
7. the printing machine frame of automatic printing machine according to claim 3, it is characterized in that: the outside of described 4th slideway front end is provided with the 4th pushing block that can slip in the 4th slideway, sidewall corresponding to the 4th slideway front end has the 3rd socket stretching into for the 4th pushing block, stretching out, described 4th pushing block rear portion is connected with the piston rod of the 5th cylinder, and the 5th cylinder and the 4th pushing block are all located on the first platform.
8. the printing machine frame of the automatic printing machine according to any claim in claim 1～7, it is characterized in that: described printing machine frame also includes printing machine body, for the first cylinder driving rubber tire to move up and down and the second cylinder for driving rubber tire to roll, described rubber tire is located at printing machine body side by what a rotating shaft can rotate and is positioned at above back-shaped chute, and the arranged outside of described rubber tire has the electrothermal tube that can rubber tire be heated；Described first cylinder is located at above printing machine body and is connected with rubber tire, and described second cylinder is located on printing machine body and is connected with driving outside rotating shaft.
9. the printing machine frame of the automatic printing machine according to any claim in claim 1～7, it is characterized in that: described transmission component includes interval and is arranged in the multiple roll shafts above continuous operation platform and is respectively arranged on the first winding roller of roll shaft both sides, second winding roller, described first winding roller is used for being wound around the figuratum colored film of printing, described second winding roller uses complete colored film for reclaiming, described colored film stretches out on the first winding roller, stretch through each roll shaft and be wound on the second winding roller after using, the end of described first winding roller and the second winding roller is respectively arranged with the motor that corresponding winding roller can be driven to rotate.
10. the printing machine frame of the automatic printing machine according to any claim in claim 1～7, it is characterized in that: described second platform is provided with and can treat stamp part and be positioned so that and prevent its keeper of movement in stamp process, this keeper includes the 3rd cylinder being located on the second platform, stretches into thus the through hole that compressed by corresponding pattern base corresponding to the piston rod having on the back-shaped chute wall below rubber tire for the 3rd cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521046223.8U CN205386979U (en) | 2015-12-15 | 2015-12-15 | Automatic stamp mechanism of calico printing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521046223.8U CN205386979U (en) | 2015-12-15 | 2015-12-15 | Automatic stamp mechanism of calico printing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205386979U true CN205386979U (en) | 2016-07-20 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521046223.8U Withdrawn - After Issue CN205386979U (en) | 2015-12-15 | 2015-12-15 | Automatic stamp mechanism of calico printing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205386979U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105415870A (en) * | 2015-12-15 | 2016-03-23 | 宁波隆威婴儿用品有限公司 | Printing mechanism of automatic printing machine |
| CN106079868A (en) * | 2016-08-24 | 2016-11-09 | 厦门市水之森卫浴有限公司 | Curved surface soft matter heat transfer machine and heat-transferring method thereof |
-
2015
- 2015-12-15 CN CN201521046223.8U patent/CN205386979U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105415870A (en) * | 2015-12-15 | 2016-03-23 | 宁波隆威婴儿用品有限公司 | Printing mechanism of automatic printing machine |
| CN106079868A (en) * | 2016-08-24 | 2016-11-09 | 厦门市水之森卫浴有限公司 | Curved surface soft matter heat transfer machine and heat-transferring method thereof |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160720 Effective date of abandoning: 20180119 |