TWM508441U - Block print imprinting device - Google Patents

Description

Print imprinting device

This creation is about a print imprinting device, especially one that can precisely control the imprinting force and make the imprinting force smooth to ensure the imprint quality.

At the time of printmaking, the user mostly imprints with a print imprinting device. The commonly known method of imprinting is mainly to place the works such as gravure, letterpress or flat on the acrylic plate on the printing bed, apply the ink to the work, and then cover the drawings in sequence. And the wool felt, through the movement of the printing bed and the in-situ rolling of the roller on the frame, the roller is rolled on the top of the wool felt, and the pressure is applied to the ink on the drawing, so that the drawing has the effect of unevenness, and the author wants Perfect finished product. Among them, the embossing effect of the print is mainly determined by the amount of rolling pressure of the drum and the average force of the rolling, and the amount of rolling pressure of the drum is determined by the size of the gap between the drum and the printing bed. The degree of rolling pressure generated when the gap is smaller, the larger the amount of rolling pressure generated, and the smaller the gap, the smaller the amount of rolling pressure generated.

Due to the limitation of the structure of the traditional print imprinting device, the user mainly performs the imprinting process by visual means and by personal experience in the imprint process. This type of imprinting is not only difficult to achieve the embossing effect expected by the creator, but also difficult to control the quality of various prints. Therefore, the author proposes the "printing imprinting machine" of the Republic of China Patent Bulletin No. M442274, which allows the user to effectively control the force of imprinting to improve the imprinting efficiency.

However, when the user adjusts the height of the drum, the left and right counters of the printing press are respectively positioned in the missing slots of the left and right wall panels, and the two ends of the roller are respectively connected to the left and right guides. On the sliding seat, the left and right guiding slides are respectively used as the orbits on the left and right sides of the left and right wall panels. Therefore, the counter is prone to errors due to shaking, and the gap between the left and right guide slides on both sides of the slide causes the impression force generated by the drum to be unstable.

In view of this, in order to provide a structure different from the conventional technology and to improve the above-mentioned shortcomings, the creator has accumulated many years of experience and continuous research and development improvements, and this creation has not been produced.

One of the purposes of this creation is to provide a print imprinting device. By fixing the counter to the top of the bracket, it is possible to solve the problem that the counter of the conventional imprinting press is easily swayed, and the counting effect can be more accurate. To control the imprinting force, to ensure the quality of imprinting.

One of the purposes of the present invention is to provide a print imprinting device which can solve the embossing force generated by the drum of the conventional printing press by axially connecting the two sides of the guiding slide to the two rails respectively. The problem of unevenness enables the guide carriage to move smoothly and accurately up and down, so that the impression force generated by the roller is smooth to ensure the quality of the imprint.

For the purpose of the above creation, the print imprint apparatus of the present invention comprises a frame, a left height adjustment component and a right height adjustment component. Wherein, a drum is arranged above the rack, a left bracket is arranged on the left side of the drum, the left bracket has a first left rail and a second left rail, and the right side of the drum is provided with a right bracket, and the right bracket has a first right rail and a second right a track, a printing bed movable relative to the drum is arranged below the drum; the left height adjusting component comprises a left counter and a left adjusting member, the left counter is fixed at the top of the left bracket, and the left adjusting member comprises a left guiding sliding seat and a left rotating member The left guiding slide shaft is connected to the left end of the roller, and the two sides of the left guiding sliding seat are respectively opposite to the first left rail The track and the second left track are vertically and vertically moved on the first left track and the second left track, and the left rotating member passes down the top of the left counter and the left bracket, and the bottom end of the left rotating member is coupled to The left height guide assembly includes a right counter and a right adjustment member, the right counter is fixed to the top of the right bracket, and the right adjustment member includes a right guide slider and a right rotation member, and the right guide slider shaft Connected to the right end of the drum, the two sides of the right guiding slide are respectively axially connected to the first right rail and the second right rail with respect to the upper right rail and the second right rail, and the right rotating member Passing down the right counter and the top end of the right bracket, the bottom end of the right rotating member is coupled to the top end of the right guiding slider.

In implementation, the left rotating member is a screw, and the top end of the left guiding sliding seat has a left screw hole, and the bottom end of the left rotating member is screwed into the left screw hole. The right rotating member is a screw, the top end of the right guiding sliding seat has a right screw hole, and the bottom end of the right rotating member is screwed into the right screw hole.

In implementation, the creation further includes a first left spring and a second left spring, the first left spring sleeves the first left rail, the second left spring sleeves the second left rail, and the first left spring and the second left spring are located at the left Guide the slide below.

In implementation, the creation further includes a first right spring and a second right spring, the first right spring sleeves the first right rail, the second right spring sleeves the second right rail, and the first right spring and the second right spring are located at the right Guide the slide below.

In implementation, the creation further comprises a driving component, the driving component comprises a hand wheel and a reduction gear set, the hand wheel is connected with the reduction gear set, and the reduction gear set is connected to one end of the roller, so as to drive the drum to rotate when the hand wheel is rotated.

In order to facilitate a deeper understanding of this creation, it is detailed later:

1‧‧‧ Print Imprinting Device

2‧‧‧Rack

21‧‧‧Roller

22‧‧‧Printing bed

23‧‧‧ left bracket

231‧‧‧First left orbit

232‧‧‧Second left orbit

24‧‧‧right bracket

241‧‧‧First right track

242‧‧‧Second right orbit

3‧‧‧Drive components

31‧‧‧Handwheel

32‧‧‧Reduction gear set

321‧‧‧ Large flat gear

322‧‧‧Small flat gear

4‧‧‧Left height adjustment component

41‧‧‧ left counter

42‧‧‧ Left adjustment piece

421‧‧‧Left guide slide

422‧‧‧left rotating parts

423‧‧‧left screw hole

424‧‧‧handle

43‧‧‧First left spring

44‧‧‧Second left spring

5‧‧‧Right height adjustment component

51‧‧‧Right counter

52‧‧‧right adjustment

521‧‧‧right guide slide

522‧‧‧Right rotating parts

523‧‧‧Right screw hole

524‧‧‧handle

53‧‧‧First right spring

54‧‧‧Second right spring

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a perspective view of a preferred embodiment of the present invention.

Figure 2 is a side elevational view of a preferred embodiment of the present invention.

Figure 3 is a diagram showing the state of use of the preferred embodiment of the present invention.

Referring to FIGS. 1 and 2, which is a preferred embodiment of the creative imprinting apparatus 1, a frame 2, a driving assembly 3, a left height adjusting assembly 4, and a right height adjusting assembly 5 are included.

The frame 2 is substantially rectangular parallelepiped, and a drum 21 is disposed above the drum 21, and a printing bed 22 movable relative to the drum 21 is disposed below the drum 21. A left bracket 23 is disposed on the left side of the drum 21. The left bracket 23 has a first left rail 231 and a second left rail 232. The first left rail 231 and the second left rail 232 are respectively a cylindrical riser. The right side of the drum 21 is provided with a right bracket 24 symmetrical to the left bracket 23. The right bracket 24 has a first right rail 241 and a second right rail 242. The first right rail 241 and the second right rail 242 are respectively cylindrical. Riser.

The driving assembly 3 includes a hand wheel 31 and a reduction gear set 32. The reduction gear set 32 includes a large flat gear 321 and a small flat gear 322 which are coupled to each other. The shaft of the hand wheel 31 is axially coupled to the positioning small flat gear 322, and the large flat gear The shaft 321 is coupled to the right end of the positioning drum 21, whereby the drum 21 is driven to rotate at a low speed when the hand wheel 31 is rotated.

The left height adjustment assembly 4 includes a left counter 41, a left adjustment member 42, a first left spring 43, and a second left spring 44. The left counter 41 is fixed to the top end of the left bracket 23; the left adjusting member 42 includes a left guiding slider 421 and a left rotating member 422, wherein the left guiding slider 421 is pivotally connected to the left end of the drum 21; Each of the two sides of the sliding seat 421 has a cylindrical hole extending through the upper and lower sides, so that after respectively axially passing through the first left rail 231 and the second left rail 232, relative to the first The left rail 231 and the second left rail 232 move up and down; the top end of the left guide slider 421 has a left screw hole 423 with a top opening. The left rotating member 422 is an upright screw having a handle 424 at the top end. The left rotating member 422 passes downwardly through the top ends of the left counter 41 and the left bracket 23. The bottom end of the left rotating member 422 is screwed to the left guiding slide 421. Inside the left screw hole 423. The first left spring 43 is sleeved with the first left rail 231, the second left spring 44 is sleeved with the second left rail 232, and the first left spring 43 and the second left spring 44 are located below the left guide slider 421. The gap generated when the left rotating member 422 is rotated with respect to the left screw hole 423 is eliminated, so that the left guiding slider 421 is smoothly moved up and down.

The right height adjustment assembly 5 includes a right counter 51, a right adjustment member 52, a first right spring 53, and a second right spring 54. The right counter 51 is fixed to the top end of the right bracket 24; the right adjusting member 52 includes a right guiding slider 521 and a right rotating member 522, wherein the right guiding slider 521 is coupled to the right end of the drum 21; Each of the two sides of the sliding block 521 has a cylindrical hole extending through the upper and lower portions, respectively, after being respectively axially passed through the first right rail 241 and the second right rail 242, relative to the first right rail 241 and the second right rail. The 242 moves up and down; the top of the right guide slide 521 has a right-handed right screw hole 523. The right rotating member 522 is an upright screw having a handle 524 at the top end, and the right rotating member 522 passes downwardly through the top ends of the right counter 51 and the right bracket 24. The bottom end of the right rotating member 522 is screwed to the right guiding slide 521. Inside the right screw hole 523. The first right spring 53 is sleeved with the first right rail 241, the second right spring 54 is sleeved with the second right rail 242, and the first right spring 53 and the second right spring 54 are located below the right guiding slider 521. The gap generated when the right rotating member 522 is rotated with respect to the right screw hole 523 is eliminated, so that the right guiding slider 521 is smoothly moved up and down.

Thereby, as shown in FIGS. 1 and 3, when the user rotates the handle 524 at the top end of the right rotating member 522, the right guiding slider can be made via the relative movement of the right rotating member 522 screw and the right screw hole 523. The 521 moves up and down, and drives the right side of the drum 21 to move up and down. At this time, due to the right rotation The rotation of the member 522 can drive the right counter 51 to display the value. Similarly, the left side of the drum 21 can be moved up and down by turning the handle 424 at the top of the left rotating member 422, and the left counter 41 can display the value. In this way, when the left and right sides of the drum 21 are respectively adjusted and fixed in height, the user can precisely control the embossing force of the drum 21 and stabilize the force of the embossing of the drum 21.

Therefore, this creation has the following advantages:

1. The creation department fixes the counter to the top of the bracket, and the counter does not sway when the rotating member is rotated. Therefore, the counting effect can be more accurate, and the user can adjust the value between the roller and the printing bed according to the value of the counter. The gap, which controls the force of the embossing of the cylinder, to improve the embossing efficiency.

2. The creation department connects the two sides of the guiding slide to the two rails respectively, so that the guiding slider can be moved smoothly and accurately up and down, so that the embossing force generated by the drum is stable. To ensure the quality of imprinting.

3. The structure of the creation is simple, therefore, the overall volume and weight can be effectively reduced to facilitate handling and storage.

4. The roller of this creation is used as the driving wheel to drive the printing and the movement of the printing bed during the imprinting. Therefore, the rolling pressure of the roller can be increased to improve the printing quality.

In summary, according to the above disclosure, the creation can achieve the intended purpose, providing a not only can accurately control and enhance the embossing force, the embossing force can be smooth to ensure the embossing quality, and the structure is simple. The print imprinting device, which can be easily transported and stored, is of great value for industrial use, and proposes a new type of patent application according to law.

1‧‧‧ Print Imprinting Device

2‧‧‧Rack

21‧‧‧Roller

22‧‧‧Printing bed

24‧‧‧right bracket

241‧‧‧First right track

242‧‧‧Second right orbit

5‧‧‧Right height adjustment component

51‧‧‧Right counter

52‧‧‧right adjustment

521‧‧‧right guide slide

522‧‧‧Right rotating parts

523‧‧‧Right screw hole

524‧‧‧handle

53‧‧‧First right spring

54‧‧‧Second right spring

Claims (6)

A printing embossing device comprises: a frame, a roller is arranged above the drum, and a left bracket is arranged on the left side of the drum, the left bracket has a first left rail and a second left rail, and the right side of the drum is provided with a right a bracket having a first right rail and a second right rail, and a printing bed movable relative to the drum is disposed under the drum; a left height adjusting component includes a left counter and a left adjusting component, The left counter is fixed to the top end of the left bracket, the left adjusting member includes a left guiding slider and a left rotating member, the left guiding slider is connected to the left end of the roller, and the left guiding slider is on both sides of the sliding bracket Shaking to the first left track and the second left track in a manner movable up and down with respect to the first left track and the second left track, respectively, and the left rotating member passes down the left counter And a top end of the left bracket, the bottom end of the left rotating member is coupled to the top end of the left guiding slide; and a right height adjusting component includes a right counter and a right adjusting member, and the right counter is fixed to the right bracket The top adjustment piece a right guiding slide and a right rotating member, the right guiding sliding shaft is connected to the right end of the roller, and the two sides of the right guiding sliding seat are respectively opposite to the first right track and the second right The track is moved up and down to be coupled to the first right track and the second right track, and the right rotating member passes downwardly through the top of the right counter and the right bracket, and the bottom end of the right rotating member is coupled At the top of the right guide slide. The printing embossing device of claim 1, wherein the left rotating member is a screw, and the top end of the left guiding sliding seat has a left screw hole, and the bottom end of the left rotating member is screwed to the screw Inside the left screw hole. The printing embossing device according to claim 1, wherein the right rotating member is a screw, and the top end of the right guiding sliding seat has a right screw hole, and the bottom end of the right rotating member is screwed to the screw Inside the right screw hole. The print imprint apparatus of claim 1, 2 or 3, further comprising a first left spring and a second left spring, the first left spring sleeved the first left track, the second The left spring sleeves the second left rail, and the first left spring and the second left spring are located below the left guide slide. The print imprint apparatus of claim 1, 2 or 3, further comprising a first right spring and a second right spring, the first right spring sleeved the first right track, the second The right spring sleeves the second right rail, and the first right spring and the second right spring are located below the right guiding slider. The print imprint apparatus of claim 1, 2 or 3, further comprising a drive assembly comprising a hand wheel and a reduction gear set, the hand wheel being coupled to the reduction gear set, the reduction gear The group is connected to one end of the drum, whereby the drum is rotated when the hand wheel is turned.