CN208748435U - A kind of patterned release paper coating machine - Google Patents

Abstract

The utility model discloses a kind of patterned release paper coating machines, its structure includes strut, driving motor, fixed frame, upper pressure roller, drying box, first motor, button, rotating roller, power lead, operating platform, controller, cabinet, lower compression roller, mounting plate, damping device and lifting device, a kind of patterned release paper coating machine of the utility model, its advantages are, the height of pressure roller must not be automatically adjusted for solution, causing cannot be to the film of different-thickness, the problem of paper is processed, by being provided with lifting device, second motor obtains electric make mechanical movement, bull stick is driven to be driven on the inside of rolling bearing, it is driven rotating block in bull stick upper end, make rotating block that sliding bar be driven to hold on the slide rail simultaneously to be slided, to make rotating block be moved upwards, and then make rotating block that upper pressure roller be driven to carry out upwards It is mobile, reach the height that can automatically adjust pressure roller, it can the beneficial effect processed of film, paper to different-thickness.

Description

A kind of patterned release paper coating machine

Technical field

The utility model relates to coating machine technical fields, and in particular to a kind of patterned release paper coating machine.

Background technique

It is well known that coating machine is mainly used for the surface coating process production of film, paper etc., it is to apply coiled substrate Glue, coating or the ink etc. of upper layer specific function, and wound after drying, most coating machine is worked currently on the market Bigger vibration can be generated when especially transmitting and apply dye in journey, the pedestal of coating machine holds in the case where no glissando There is loose phenomenon between caused pedestal and host easy to damage, or even machinery occurs and is fallen from pedestal, not only seriously affects Production does not have safety and practicability, with the rapid development of science and technology, decorative pattern it could even be possible to safety accident occurs Release paper coating machine has also obtained technological improvement, but the prior art cannot automatically adjust the height of pressure roller, and causing cannot be to not Film, the paper of stack pile are processed, and the shaking force damping effect generated to transmission and when applying and contaminating is poor, lead to coating scribble not Uniformly.

Utility model content

(1) technical problems to be solved

In order to overcome the shortage of prior art, it is proposed that a kind of patterned release paper coating machine, it cannot be certainly to solve the prior art The dynamic height for adjusting pressure roller, cause cannot film, paper to different-thickness process, the shake generated to transmission and when applying and contaminating Dynamic damping effect is poor, leads to the non-uniform problem of coating scribble, has reached the height that can automatically adjust pressure roller, can be to difference Film, the paper of thickness are processed, and can be carried out damping to the shaking force generated when sending and apply dye, be kept coating scribble uneven Beneficial effect.

(2) technical solution

The utility model is achieved through the following technical solutions: the utility model proposes a kind of patterned release paper coating machine, It is led including strut, driving motor, fixed frame, transmission belt, upper pressure roller, drying box, first motor, button, rotating roller, power supply Line, operating platform, controller, cabinet, lower compression roller, mounting plate, damping device and lifting device, the strut top pass through gasket It is welded with fixed frame bottom left front end, the driving motor is installed on the left of fixed frame front end, the transmission belt position It is pivotally connected in fixed frame middle inside, and by shaft and fixed frame middle inside, the driving motor is by turning Axis is sequentially connected with transmission belt, and the cabinet is located at right end on the inside of fixed frame, and with right end on the inside of fixed frame into Row welding, the damping device are installed on top of the box left end, the mounting plate bottom by gasket and top of the box left end into Row welding, the lifting device are installed on mounting plate middle inside, and the lower compression roller is located at mounting plate inside lower end, and passes through Bearing is pivotally connected with mounting plate inside lower end, and the upper pressure roller is installed on lifting device inner top side, the drying box bottom It is mutually welded with top of the box left end, the first motor bottom is welded by gasket and top of the box right end, the rotation Roller rear end is sequentially connected with first motor front end, is welded on the upside of the operating platform rear end and cabinet front center, The controller bottom is welded with operating platform top center, and upper right side is equipped with button at the top of the controller, described Grafting is carried out in the middle part of power lead left end and operating platform right end, the damping device includes shell, setting-up piece, spring, pressure Plate, placement plate, clump weight, guiding ball, the first magnet and the second magnet, the shell is installed on top of the box left end, described Clump weight is located at interior of shell lower-left end, and carries out be bonded, first magnet lower end and shell with interior of shell lower-left end It is welded in the middle part of interior lower end, the setting-up piece lower end is mutually welded with clump weight upper right side, the lower spring end and fixation Gasket upper end is mutually welded, and the placement plate is located at interior of shell upper end, and carries out grafting, the pressing plate with interior of shell upper end Upper end is mutually welded with placement plate lower end, and the spring upper end is mutually welded with pressing plate lower-left end, second magnet upper end and pressing plate Lower end is mutually bonded, and the guiding ball is installed on the downside of pressing plate right end, and the lifting device includes the second motor, bull stick, protection Frame, rotating block, sliding bar, rolling bearing and sliding rail, the protecting frame are installed on mounting plate middle inside, second motor position It is welded in protecting frame interior lower end, and with protecting frame interior lower end, the rolling bearing is installed in protecting frame upper end Portion, the bull stick lower end are sequentially connected with the second motor upper end, and the bull stick upper end and rolling bearing lower end inside carry out Pivot joint, the bull stick are sequentially connected through rotating block middle part, and with rotating block middle part, and the upper pressure roller, which is installed on, to be turned Motion block front center, the sliding bar is welded through rotating block left end middle part, and with rotating block left end middle part, described Sliding rail left end is mutually welded with left upper end inside protecting frame, is slidably connected on the inside of the sliding bar left end and sliding rail right end, institute It states driving motor, first motor, button and the second motor to be electrically connected with the controller, the controller is by power lead and outside Connect power electric connection.

Further, the first motor and the second motor upper end are provided with bar shaped cooling fin, and the equal edge of cooling fin First motor and the second outer surface of motor are uniformly distributed, and are radiated conducive to first motor and the second motor, and the first electricity is prevented Machine and the second motor overheating.

Further, the placement plate upper end is provided with coating placing groove, and coatings tank is in rectangular parallelepiped structure, is conducive to apply Material is placed on the inside of placement plate, is scribbled.

Further, there are six the spring is arranged altogether, and spring is uniformly distributed at left and right sides of pressing plate lower end, is conducive to Cushioning effect is played, and increases damping efficiency.

Further, the magnetism of first magnet and the second magnet is two opposite magnetism, conducive to opposite magnetic is generated Property, repelled.

Further, the bull stick upper end is provided with helical thread, and screw thread is uniform along bull stick upper end vertical direction Distribution, conducive to driving rotating block to be driven.

Further, the drying box is internally provided with electrothermal tube, and the quantity of electrothermal tube is greater than 2, is conducive to cloth Material is dried, and increases drying efficiency.

Further, the first motor and the second motor are AKM series, and revolving speed is uniform.

Further, the controller is DMX series, and control effect is excellent, and long service life.

Three) beneficial effect

The utility model compared with the existing technology, has the advantages that

1) height that pressure roller, must not be automatically adjusted for solution, cause cannot film, paper to different-thickness process The problem of, by being provided with lifting device, the second motor obtain it is electric make mechanical movement, drive bull stick to carry out on the inside of rolling bearing Transmission, is driven rotating block in bull stick upper end, while making rotating block that sliding bar be driven to hold on the slide rail and being slided, thus It moves rotating block upwards, and then makes rotating block that upper pressure roller be driven to be moved upwards, pressure can be automatically adjusted by having reached The height of roller, can the beneficial effect processed of film, paper to different-thickness.

2) the shaking force damping effect, generated for solution to transmission and when applying and contaminating is poor, causes coating scribble is non-uniform to ask Topic, by being provided with damping device, the shaking force that transmission and while applying dye generate can press placement plate, make placement plate press pressing plate to Lower end is driven, and then pressing plate is made to press spring, and spring generates deformation, absorbs to shaking force, be next oriented to ball Guiding role is played to pressing plate, by shaking force conversion in the power on vertical direction, then the first magnet and the second magnet are due to magnetic Property on the contrary, generate repulsive force, shaking force is further absorbed, wherein clump weight plays the role of fixed installation, reaches Damping can be carried out to the shaking force generated when sending and apply dye, coating be made to scribble non-uniform beneficial effect.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model Sign, objects and advantages will become more apparent upon:

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the damping device schematic diagram of internal structure of the utility model；

Fig. 3 is the lifting device schematic diagram of internal structure of the utility model；

Fig. 4 is the circuit connection diagram of the utility model.

In figure: strut -1, driving motor -2, fixed frame -3, transmission belt -4, damping device -5, lifting device -6, upper pressure Roller -7, drying box -8, first motor -9, button -10, rotating roller -11, power lead -12, operating platform -13, controller -14, Cabinet -15, lower compression roller -16, mounting plate -17, shell -501, setting-up piece -502, spring -503, pressing plate -504, placement plate - 505, clump weight -506, guiding ball -507, the first magnet -508, the second magnet -509, the second motor -601, bull stick -602, Protecting frame -603, rotating block -604, sliding bar -605, rolling bearing -606, sliding rail -607.

Specific embodiment

In the technical program:

Damping device 5, shell 501, setting-up piece 502, spring 503, pressing plate 504, placement plate 505, is matched at lifting device 6 Pouring weight 506, the first magnet 508, the second magnet 509, the second motor 601, bull stick 602, protecting frame 603, turns guiding ball 507 Motion block 604, sliding bar 605, rolling bearing 606 and sliding rail 607 are that the utility model contains the innovative component of essence.

Strut 1, fixed frame 3, transmission belt 4, upper pressure roller 7, drying box 8, first motor 9, button 10, turns driving motor 2 Dynamic roller 11, power lead 12, operating platform 13, controller 14, cabinet 15, lower compression roller 16 and mounting plate 17 are to realize that this is practical new The essential connectivity component of type technical solution.

In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain The utility model is not used to limit the utility model.

Please refer to Fig. 1, Fig. 2, Fig. 3 and Fig. 4, the utility model provides a kind of patterned release paper coating machine: including strut 1, Driving motor 2, fixed frame 3, transmission belt 4, upper pressure roller 7, drying box 8, first motor 9, button 10, rotating roller 11, power supply are led Line 12, operating platform 13, controller 14, cabinet 15, lower compression roller 16, mounting plate 17, damping device 5 and lifting device 6, strut 1 Top is welded by gasket and 3 bottom left front end of fixed frame, and driving motor 2 is installed on the left of 3 front end of fixed frame, is passed Dynamic band 4 is located at 3 middle inside of fixed frame, and is pivotally connected by shaft and 3 middle inside of fixed frame, driving motor 2 Be sequentially connected by shaft and transmission belt 4, cabinet 15 is located at 3 inside right end of fixed frame, and with 3 inside of fixed frame Right end is welded, and damping device 5 is installed on 15 top left of cabinet, and 17 bottom of mounting plate passes through gasket and 15 top left of cabinet End is welded, and lifting device 6 is installed on 17 middle inside of mounting plate, and lower compression roller 16 is located at 17 inside lower end of mounting plate, and It is pivotally connected by bearing and 17 inside lower end of mounting plate, upper pressure roller 7 is installed on 6 inner top side of lifting device, 8 bottom of drying box It is mutually welded with 15 top left of cabinet, 9 bottom of first motor is welded by gasket and 15 top right end of cabinet, rotating roller 11 Rear end is sequentially connected with 9 front end of first motor, is welded, is controlled on the upside of 13 rear end of operating platform and 15 front center of cabinet 14 bottom of device processed is welded with 13 top center of operating platform, and 14 top upper right side of controller is equipped with button 10, and power supply is led Grafting is carried out in the middle part of 12 left end of line and 13 right end of operating platform, damping device 5 includes shell 501, setting-up piece 502, spring 503, pressing plate 504, placement plate 505, clump weight 506, guiding ball 507, the first magnet 508 and the second magnet 509, shell 501 Be installed on 15 top left of cabinet, clump weight 506 is located at 501 inside lower-left end of shell, and with 501 inside lower-left end of shell into It is welded in the middle part of row bonding, 508 lower end of the first magnet and 501 interior lower end of shell, 502 lower end of setting-up piece and clump weight 506 upper right sides mutually weld, and 503 lower end of spring is mutually welded with 502 upper end of setting-up piece, and placement plate 505 is located on 501 inside of shell End, and grafting is carried out with 501 inner upper end of shell, 504 upper end of pressing plate is mutually welded with 505 lower end of placement plate, 503 upper end of spring It is mutually welded with 504 lower-left end of pressing plate, 509 upper end of the second magnet is mutually be bonded with 504 lower end of pressing plate, and guiding ball 507 is installed on pressure On the downside of plate 504 right end, lifting device 6 include the second motor 601, bull stick 602, protecting frame 603, rotating block 604, sliding bar 605, Rolling bearing 606 and sliding rail 607, protecting frame 603 are installed on 17 middle inside of mounting plate, and the second motor 601 is located at protecting frame 603 Interior lower end, and welded with 603 interior lower end of protecting frame, rolling bearing 606 is installed on 603 upper center of protecting frame, 602 lower end of bull stick is sequentially connected with 601 upper end of the second motor, and 602 upper end of bull stick and 606 lower end inside of rolling bearing carry out Pivot joint, bull stick 602 through the middle part of rotating block 604, and be sequentially connected in the middle part of rotating block 604, upper pressure roller 7 is installed on 604 front center of rotating block, sliding bar 605 through in the middle part of 604 left end of rotating block, and in the middle part of 604 left end of rotating block into Row welding, 607 left end of sliding rail are mutually welded with 603 inside left upper end of protecting frame, on the inside of 605 left end of sliding bar and 607 right end of sliding rail It is slidably connected, driving motor 2, first motor 9, button 10 and the second motor 601 are electrically connected with controller 14, controller 14 are electrically connected by power lead 12 with external power supply.

Wherein, the first motor 9 and 601 upper end of the second motor are provided with bar shaped cooling fin, and the equal edge of cooling fin First motor 9 and 601 outer surface of the second motor are uniformly distributed, and are radiated conducive to first motor 9 and the second motor 601, are prevented Only first motor 9 and the second motor 601 overheat.

Wherein, 505 upper end of placement plate is provided with coating placing groove, and coatings tank is in rectangular parallelepiped structure, is conducive to apply Material is placed in 505 inside of placement plate, scribbles.

Wherein, there are six the spring 503 is arranged altogether, and spring 503 uniformly divides at left and right sides of 504 lower end of pressing plate Cloth conducive to cushioning effect is played, and increases damping efficiency.

Wherein, the magnetism of first magnet 508 and the second magnet 509 is two opposite magnetism, conducive to generating on the contrary Magnetism is repelled.

Wherein, 602 upper end of bull stick is provided with helical thread, and screw thread is equal along 602 upper end vertical direction of bull stick Even distribution, conducive to driving rotating block 604 to be driven.

Wherein, the drying box 8 is internally provided with electrothermal tube, and the quantity of electrothermal tube is greater than 2, be conducive to cloth into Row drying, and increase drying efficiency.

Wherein, the first motor 9 and the second motor 601 are AKM series, and revolving speed is uniform.

Wherein, the controller 14 is DMX series, and control effect is excellent, and long service life.

Controller 14 described in this patent refers to the wiring and change for changing main circuit or control circuit according to predetermined order Resistance value enables device to control starting, speed regulation, braking and reversely main of motor in circuit；The spring 503 is a kind of benefit With elasticity come the machine components of work, deformation occurs under external force for the part made of elastic material, after removing external force again It restores to the original state.

Working principle: connecting external power supply by power lead 12 first, provides power supply to patterned release paper coating machine, connects Get off and cloth is placed in 4 upper end of conveyer belt, by cloth one end by 16 middle part of upper pressure roller 7 and lower compression roller, is fixed on rotation 11 upper end of roller, and the coating for applying dye is added inside the coating placing groove of 505 inside of placement plate, next press controller The button 10 of 14 upper ends, start patterned release paper coating machine, driving motor 2 electric drive conveyer belt 4 be transmitted, to cloth into Capable conveying, while first motor 9 electric must moved, and drive rotating roller 11 to be rotated, cloth is rolled, simultaneously It is driven cloth on the inside of upper pressure roller 7 and lower compression roller 16, the painting inside placing groove is contaminated coating scribble and cloth by upper pressure roller 7 Upper end；The shaking force generated when by being provided with damping device 5, transmission and painting dye can press placement plate 505, make placement plate 505 Press pressing plate 504 to be driven to lower end, and then pressing plate 504 made to press spring 503, spring 503 generates deformation, to shaking force into Row absorbs, and is next oriented to ball 507 and plays guiding role to pressing plate 504, by shaking force conversion in the power on vertical direction, so The first magnet 508 and the second magnet 509 further absorb shaking force due to magnetism on the contrary, generate repulsive force afterwards, Middle clump weight 506 plays the role of fixed installation, and damping can be carried out to the shaking force generated when sending and apply dye by having reached, and makes to apply The non-uniform beneficial effect of material scribble；When the gap between upper pressure roller 7 and lower compression roller 16 to be adjusted, by lower button 10, start lifting device 6, the second motor 601 electric must make mechanical movement, and bull stick 602 is driven to carry out on the inside of rolling bearing 606 Transmission, is driven rotating block 604 in 602 upper end of bull stick, while rotating block 604 being made to drive sliding bar 605 on sliding rail 607 End is slided, so that rotating block 604 be made to be moved upwards, and then makes rotating block 604 that upper pressure roller 7 be driven to be moved upwards It is dynamic, reach the height that can automatically adjust pressure roller, it can the beneficial effect processed of film, paper to different-thickness.

The basic principles and main features of the present invention and the advantages of the present invention have been shown and described above, for For those skilled in the art, it is clear that the present invention is not limited to the details of the above exemplary embodiments, and without departing substantially from this In the case where the spirit or essential attributes of utility model, the utility model can be realized in other specific forms.Therefore, no matter From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the utility model is by institute Attached claim rather than above description limit, it is intended that will fall within the meaning and scope of the equivalent elements of the claims All changes are embraced therein.It should not treat any reference in the claims as limiting related right It is required that.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims (7)

1. a kind of patterned release paper coating machine, including strut (1), driving motor (2), fixed frame (3), transmission belt (4), upper pressure Roller (7), drying box (8), first motor (9), button (10), rotating roller (11), power lead (12), operating platform (13), control Device (14), cabinet (15), lower compression roller (16) and mounting plate (17) processed, it is characterised in that: further include damping device (5) and lifting dress It sets (6), is welded at the top of the strut (1) by gasket and fixed frame (3) bottom left front end, the driving motor (2) Be installed on the left of fixed frame (3) front end, the transmission belt (4) is located at fixed frame (3) middle inside, and by shaft and Fixed frame (3) middle inside is pivotally connected, and the driving motor (2) is sequentially connected by shaft with transmission belt (4), institute It states cabinet (15) and is located at right end on the inside of fixed frame (3), and welded with right end on the inside of fixed frame (3), the damping Device (5) is installed on cabinet (15) top left, mounting plate (17) bottom by gasket and cabinet (15) top left into Row welding, the lifting device (6) are installed on mounting plate (17) middle inside, and the lower compression roller (16) is located in mounting plate (17) Side lower end, and be pivotally connected by bearing and mounting plate (17) inside lower end, the upper pressure roller (7) is installed on lifting device (6) inner top side, drying box (8) bottom are mutually welded with cabinet (15) top left, and first motor (9) bottom passes through Gasket is welded with right end at the top of cabinet (15), and rotating roller (11) rear end and first motor (9) front end carry out transmission company It connects, is welded on the upside of operating platform (13) rear end and cabinet (15) front center, controller (14) bottom and behaviour Make platform (13) top center to be welded, upper right side is equipped with button (10) at the top of the controller (14), and the power supply is led Grafting is carried out in the middle part of line (12) left end and operating platform (13) right end, the damping device (5) includes shell (501), fixed pad Piece (502), spring (503), pressing plate (504), placement plate (505), clump weight (506), guiding ball (507), the first magnet (508) and the second magnet (509), the shell (501) are installed on cabinet (15) top left, and the clump weight (506) is located at The internal lower-left end of shell (501), and carry out with shell (501) internal lower-left end it is be bonded, the first magnet (508) lower end with It is welded in the middle part of shell (501) interior lower end, setting-up piece (502) lower end is mutually welded with clump weight (506) upper right side, Spring (503) lower end is mutually welded with setting-up piece (502) upper end, and the placement plate (505) is located on shell (501) inside End, and grafting is carried out with shell (501) inner upper end, pressing plate (504) upper end is mutually welded with placement plate (505) lower end, Spring (503) upper end is mutually welded with pressing plate (504) lower-left end, the second magnet (509) upper end and pressing plate (504) lower end It is mutually bonded, the guiding ball (507) is installed on the downside of pressing plate (504) right end, and the lifting device (6) includes the second motor (601), bull stick (602), protecting frame (603), rotating block (604), sliding bar (605), rolling bearing (606) and sliding rail (607), The protecting frame (603) is installed on mounting plate (17) middle inside, and it is internal that second motor (601) is located at protecting frame (603) Lower end, and welded with protecting frame (603) interior lower end, the rolling bearing (606) is installed on protecting frame (603) upper end Middle part, bull stick (602) lower end are sequentially connected with the second motor (601) upper end, bull stick (602) upper end and rotation Bearing (606) lower end inside is pivotally connected, and the bull stick (602) is through in the middle part of rotating block (604), and and rotating block (604) middle part is sequentially connected, and the upper pressure roller (7) is installed on rotating block (604) front center, the sliding bar (605) In the middle part of through rotating block (604) left end, and welded with rotating block (604) left end middle part, sliding rail (607) left end It mutually welds with the internal left upper end of protecting frame (603), is slided on the inside of sliding bar (605) left end and sliding rail (607) right end Connection, the driving motor (2), first motor (9), button (10) and the second motor (601) are electrically connected with controller (14), The controller (14) is electrically connected by power lead (12) with external power supply.

2. a kind of patterned release paper coating machine according to claim 1, it is characterised in that: the first motor (9) and Two motors (601) upper end is provided with bar shaped cooling fin, and cooling fin along first motor (9) and the second motor (601) outside Surface is uniformly distributed.

3. a kind of patterned release paper coating machine according to claim 1, it is characterised in that: placement plate (505) upper end It is provided with coating placing groove, and coatings tank is in rectangular parallelepiped structure.

4. a kind of patterned release paper coating machine according to claim 1, it is characterised in that: the spring (503) is arranged altogether There are six, and spring (503) is uniformly distributed at left and right sides of pressing plate (504) lower end.

5. a kind of patterned release paper coating machine according to claim 1, it is characterised in that: first magnet (508) and The magnetism of second magnet (509) is two opposite magnetism.

6. a kind of patterned release paper coating machine according to claim 1, it is characterised in that: bull stick (602) upper end is set It is equipped with helical thread, and screw thread is uniformly distributed along bull stick (602) upper end vertical direction.

7. a kind of patterned release paper coating machine according to claim 1, it is characterised in that: set inside the drying box (8) It is equipped with electrothermal tube, and the quantity of electrothermal tube is greater than 2.