KR100379598B1 - The apparatus of silk screen print - Google Patents

Abstract

The present invention relates to a silkscreen printing apparatus. In detail, it relates to a semi-automatic silk-screen printing device that prints freely while changing only the base, whether the part to be silkscreen printing is curved or flat,

Worktable (1) and vertical axis (3,3 '), horizontal transfer table (100), upper surface fixing plate (4) and worktable (1) for curved surface printing installed on the worktable (1), narrow surface printing support (300), The present invention relates to a silk screen printing apparatus comprising a flat printing support device 400 and the like.

Description

Silkscreen Printing Equipment {The apparatus of silk screen print}

The present invention relates to a silkscreen printing apparatus. In detail, it relates to a semi-automatic silk-screen printing apparatus for printing freely while changing only the pedestal whether the portion to be silkscreen printing is curved or flat.

Silkscreen printing is performed through the process of printing on the upper surface of the printed matter according to the pattern of the film installed on the screen, and drying the printed matter through this process. Such silkscreen printing generally prints various materials. Since it is possible, various things are known, and it is applicable to a feeder and a bottle, and it is widely used also in the textile industry and a packaging industry.

Therefore, various devices such as automated printing device, curved printing device, and flat printing device have been developed and used. However, there is no device that can be printed by using freely curved or flat devices. There has been a problem of having a plurality of devices, and thus there has been a problem of occupying a large space and increasing facility costs.

The Korean Utility Model Publication No. 86-2134 installs a bracket on the rear side of the aircraft to accumulate one end of two shafts, and the front end of the shaft connects and fixes a lever that is operated up and down by a motor. In the middle, the bracket is fixed in inserting the bracket which fixes the stamping plate and the calibration plate, and the screen holder is spoken to the lever so that it can be moved back and forth.

The Korean Utility Model Publication No. 91-5886 can print regularly and vertically by repeating the left and right operation between the left and right operation of lifting and lifting the left and right and up and down by the rotation of the rotating disc and the seesaw. As it was,

Although the above inventions can print curved surfaces, there is a problem that the structure is complicated, expensive, and the curved surfaces and flat surfaces cannot be printed as desired whenever necessary.

In order to solve the above problems, the invention of the present application can move the silk screen holder vertically and horizontally freely using a vertical axis and a horizontal feeder, and if necessary, the surface of the substrate can be replaced to print curved surfaces, flat surfaces, and the like. It is also an object of the present invention to provide a silk screen printing apparatus that can be applied to a small amount of printed matter, takes up little space, and can be distributed at low cost.

1: perspective view of a printing apparatus of the present invention

2 is an enlarged view of the horizontal transfer unit of the present invention

3 is a pedestal for curved surface of the present invention

(A) Side view (B) Top view

4 is a small width for the curved surface of the present invention

(C) Side view (D) Top view

5 is a stand for flat printing of the present invention

(E) Top view (F) Front view (G) Side view

<Sign of Drawing>

(1) Workbench (2) Conveyor (3,3 ') Vertical Axis (4) Upper Mounting Plate (5) First Horizontal Axis

(6,6 ') Flat Support Connector (7,7') Flat Support Fastener (8,8 ') Shanghai East District

(9) Up and down steel plate (10,10 ') Upper roller (11,11') Lower roller (12) Through hole

(13) Second horizontal axis (14) Surface printing sketch connector (15) Surface printing sketch

(16,16 ') curved screen fixing rod

(17,17 ') curved screen fixing fixture (18,18', 18``, 18 '' ')

(19,19 ') Spring (20) Sketch leveling feet for surface printing (21) Spring (22) Nut

(23) Curved printing stand (23`) Narrow curved printing stand

(24) Vertical support for curved surface printing (24`) Vertical support for narrow surface printing (25) Horizontal moving groove

(26,26 ') Horizontal travel (27,27') Bolt (28,28 ') Support roller

(29,29 ', 29``, 29' '') Support Rollers (30) Narrow Curved Printing Rollers

(40) Flat Printing Fixture (41,41 ') Pusher (42,42') Pusher Fastener

(43,43 ') Connecting rod for flat printing (44) Protrusion (45) Spring (50,50') Pull

(51,51 ') Through Hole (52) Lower Scaffold Shaft (53) Scaffolding (100) Horizontal Transport

(200) Supporting device for curved surface printing (300) Supporting device for narrow surface printing (400) Supporting device for flat printing

In order to solve the above object, the present invention is configured separately to support the surface of the curved surface, flat substrate, and silk screen printing consisting of a vertical axis, roller, horizontal conveyer, conveyor, etc. to move the screen fixture left and right, up and down To the device,

Two vertical shafts 3, 3 'formed on the worktable 1, Shanghai-dong 8, 8' formed to be movable up and down on the vertical axes 3, 3 ', and the Shanghai-dong 8 8 '), the upper and lower steel plates 9 attached to the upper and lower steel plates 9, the upper and lower steel plate supports 18, 18', 18 &quot; and 18 '&quot; formed on the left and right sides of the upper and lower steel plates 9, and the upper and lower steel plate supports ( It is formed on the rear of the 18,18```, and the springs 19 and 19 'connected to the upper fixing plate 4 so that the upper and lower steel plates 9 can be moved up and down by elastic force, Is installed, the foot plate (53) for raising and lowering the upper and lower plate (9) by the pull string (50, 50 ') and springs (19, 19') connected to the upper and lower plate (9), and the upper and lower plate ( A second horizontal axis 13 formed at the center of the 9),

The curved surface printing sketches 14 formed on the second horizontal axis, the curved surface printing sketches 15 formed at right angles to the screen on the curved surface printing sketches 14,

Is arranged to maintain the horizontal printing sketch connector 14 in the upper portion of the center of the second horizontal axis, the horizontal printing sketch horizontal guide 20 that can be moved up and down through the upper fixing plate 4 of the upper, It is formed between the upper and lower rollers 10, 10 '11, 11' formed in the center of the upper and lower steel plate 9, and is moved left and right by the upper and lower rollers 10, 10 ', 11, 11', The horizontal transfer table 100 vertically moved together with the upper and lower steel plates 9, a plurality of through holes 12 formed on the left and right sides of the horizontal transfer table 100, and fixing the screen printing surface to the through holes 12. Inserting the rods 16 and 16 ', the curved printing screen fixing rods 16 and 16' have a curved printing screen fixing fixture 17 and 17 'formed to be adjusted according to the screen size, and the vertical axis 3, A first horizontal axis 5 is formed at the lower portion of 3 '), and the flat support connectors 6 and 6' are formed on the first horizontal axis 5. Stand flat-fastener (7,7 ') and,

A horizontal printing groove 24 is formed vertically on the upper center portion of the pedestal 23 placed on the working table 1 in the working table 1, and formed on the curved printing vertical support 24 ( 25), horizontal movement intervals 26 and 26 'coupled to the horizontal movement grooves 25 with bolts 27 and 27' and nuts, and a support roller attached to the horizontal movement intervals 26 and 26 'at right angles. Four support rollers 29, 29 ', 29' ', 29' '' formed on the support 28, 28 'and the support roller support 28, 28', which are rotated to support the printed surface portion. Separate surface printing support device consisting of 200 and;

In the workbench 1, a narrow curved surface printing vertical support 24 'is formed vertically in the upper center portion of the narrow curved surface printing support 23' which is placed on the working table 1, and the small curved surface printing vertical support 24 'is formed. Small surface support device 300 composed of a narrow curved printing roller 30 formed in the),

The flat printing support device 400 is inserted into the flat support connector (6, 6 ') formed on the first horizontal axis (5) of the vertical axis (3, 3') to be firmly fixed with the flat support fasteners (7, 7 ') Planar printing connecting rods (43, 43 '), and the planar printing connecting rods (43, 43'), the "c" shaped flat printing fixing rod (40) for fixing the screen, the flat printing fixing rod (40) Press bar fasteners 42 and 42 'formed on the upper side of one side of the press, press bar 41 and 41' formed at the lower part of the press bar fasteners 42 and 42 ', and the flat printing. Using a printing device consisting of a flat printing support device (400) consisting of a flat printing connecting rods (43, 43 ') formed on the rear of the fixed base 40, and a projection (44) formed to fit a spring on the top of the rear center portion. To print.

Hereinafter, the present invention will be described in detail with reference to the following examples.

Example 1

In the case of printing curved surfaces, the curved printing support device 200 is placed on the upper surface of the work table 1 of FIG. 1, the screen is fixed to the curved screen printing fixtures 17, 17 ', and then ink is placed on the upper surface of the screen. Pressing the footrest 53 formed in the lower portion of the workbench 1 with the foot, the upper and lower steel plate 9 is vertically lowered by the pull string 50 connected to the footrest to the screen and the printed matter, At this time, the curved surface printing sketch 15 is pushed down and presses the printed matter. When the horizontal conveyer 100 is moved to the right side, the curved surface printing sketch 15 is conveyed by the upper and lower rollers 10, 10 ', 11, 11', and at the same time the curved surface printing sketch ( 15) is conveyed while pressing the printed material, the support rollers (29, 29 ', 29' ', 29' '') is rotated accordingly, the printed material is rotated along with the fine print, and after the printing is finished When the footrest 53 is put on the upper and lower steel plates 9 By the elasticity of the connected springs (19, 19 '), the upper and lower plates (9) are raised to its original position.

Example 2

In the case of printing a curved surface which cannot be placed on the curved printing support device 200 with a narrow width, a small curved surface printing support device 300 is placed on the upper surface of the work table 1 as shown in FIG. After inserting into the fitting roller 30, the printing may be performed by printing a narrow curved surface in the same manner as in the first embodiment.

Example 3

In the case of printing a plane, a plane printing connecting rod of the plane printing support device 400 of FIG. 5 is formed on a plane support connector 6, 6 'formed on the first horizontal axis 5 of the vertical axis 3, 3' of FIG. 43, 43 ') to tightly tighten with the flat support fasteners (7, 7'), and then insert the screen into the flat printing fixture 40 to tighten the pusher fasteners (42, 42 '). ') Is lowered to fix the screen firmly, the printed material on the upper part of the worktable (1) is to lower the screen by hand and print by sketch. In addition, by connecting the spring to the projection 44 protruding from the rear of the flat printing holder 40 to fix the upper fixing plate 4 in order to work more comfortably, if you release the screen grabbed after printing with the sketch to the elasticity of the spring Because the screen is automatically raised by the screen, silk screen printing is easily performed.

When described in detail with reference to the drawings as follows.

Figure 1 is a perspective view of the printing apparatus of the present invention, Figure 2 is an enlarged view of the horizontal transfer unit of the present invention, Figure 3 is a pedestal for the curved substrate of the present invention, (A) side view, (B) plan view, Figure 4 Is a pedestal for curved printed matter of the present invention, (C) a side view, (D) a plan view, and FIG. 5 is a pedestal for a flat print material of the present invention, (E) a plan view, (F) a front view, ( G) The side view is shown, and the reference numerals of the drawings are the work table 1, the conveyor 2, the vertical shafts 3 and 3 ', the upper fixing plate 4, the first horizontal shaft 5 and the flat support connector 6 and 6'. ), Flat support fasteners (7,7 '), Shanghai East (8,8'), upper and lower steel plates (9), upper rollers (10,10 '), lower rollers (11,11'), through hole (12), Second horizontal axis 13, surface printing sketch connecting rod 14, surface printing sketch 15, surface printing screen fixing rods (16, 16 '), surface printing screen fixing fixtures (17, 17'), upper and lower plate support (18 , 18 ', 18' ', 18' ''), spring (19, 19 '), sketch leveling guide for surface printing (20), spring (21), nuts (22), curved surface printing support (23), curved surface printing vertical support (24), narrow curved surface printing support (23`), narrow surface printing vertical support (24`), horizontal moving groove (25), Horizontal travel (26, 26 '), bolts (27, 27'), support roller support (28, 28 '), support roller (29, 29', 29 '', 29 '' '), narrow curved printing roller (30), flat printing guide (40), presser bars (41, 41 '), push fasteners (42, 42'), flat printing connecting rods (43, 43 '), projection (44), spring (45), Pulling line 50, through hole (51, 51 '), lower scaffold shaft 52, scaffold 53, horizontal feeder 100, curved printing support 200, support for narrow curved printing 300, It can be seen that the flat printing support device (400).

As shown in FIG. 1, the worktable 1, the vertical shafts 3 and 3 ', the horizontal feeder 100, the upper fixing plate 4, and the like, the support for printing the surface 200, the support for printing the narrow curved surface 300, Planar printing support device 400, etc. are configured separately.

The work table 1 forms a conveyor 2 on the upper portion, and forms through holes 51 and 51 'to penetrate the pulling line 50, and one side of the pulling line 50 is provided on the footrest 53. Another side is connected to the second horizontal axis 13, the lower scaffolding shaft 52 is formed in the lower, the lower scaffolding shaft 52 is formed to move the scaffold 53,

The horizontal transfer table 100 is formed to form a vertical axis (3, 3 ') on the upper portion of the work table (1), and to move up and down by inserting Shanghai Donggu (8,8'), the Shanghai Donggu (8 The upper and lower steel plates 9 are formed on the front surface of the upper and lower steel plates, and upper and lower rollers 10 and 10 'and the lower rollers 11 and 11' are attached to the front and upper surfaces of the upper and lower steel plates 9, respectively. 10, 10 ') and the lower rollers (11, 11') to position the horizontal carrier 100 horizontally to move left and right, and then a plurality of through holes on the left and right sides of the horizontal carrier (100) Forms 12,

A first horizontal shaft 5 is formed below the vertical shafts 3 and 3 ', and flat support connectors 6 and 6' and flat support fasteners 7 and 7 'are formed on the first horizontal shaft 5, respectively. ,

Surface printing screen fixing rods (16, 16 ') are inserted into the through hole 12, and the surface printing screen fixing rods (17, 17') to fix the screen to the surface printing screen fixing rods (16, 16 '). And a second horizontal axis 13 formed at an upper center portion of the upper and lower steel plates 9, a curved printing connector 14 on the second horizontal axis, and a curved printing connector 14 on the curved printing plate 14 perpendicular to the screen. The curved surface printing sketch 15 is formed so that it may become like this.

The left and right front and rear plates 9, 18, 18 ', 18' ', 18' '' are formed on the front and left and right sides, and springs 19 and 19 are provided to allow the upper and lower plates 9 to rise and fall by elastic force on the rear side. 19 ') is attached to the center, and the surface printing sketch leveling guide 20 for maintaining the horizontal printing sketch connector 14 in the horizontal portion, and the upper and lower plate support (18, 18', 18 '', 18) '' ', And the surface printing sketch leveling control 20 can be moved up and down through the upper fixing plate 4 of the upper, and the surface printing sketch leveling control 20 is of the upper fixing plate 4 The spring 21 is inserted into the upper portion and fixed with a nut 22 to generate elasticity.

The curved printing support device 200 separately configured as shown in FIG. 3 forms a vertical printing support 24 for curved surface vertically in the upper center portion of the curved printing support 23, and the vertical support 24 is a horizontal moving groove 25. And a horizontal movement interval 26, 26 'to the horizontal movement groove 25 by bolts 27, 27' and a nut so as to move horizontally if necessary, and the horizontal movement interval 26, 26 '. ') Attach the support roller support (28,28') at right angles, and the support roller support (28,28 ') formed four support rollers (29,29', 29 '', 29 '' '). Will,

The narrow curved surface printing support device 300 separately configured as shown in FIG. 4 is used to print a small curved surface that cannot be used in the curved surface printing support device 200, and the narrow curved surface printing support 23 ' A vertical support 24 is formed vertically in the upper center portion, and a narrow curved printing insert roller 30 is formed in the vertical support 24 'for narrow curved printing.

The flat printing support device 400 separately configured as shown in FIG. 5 is used to print a flat surface, and the left and right pressing fasteners 42 on one side upper portion of the flat printing fixing table 40 having a "c" shape for fixing a screen. 42 '), presser bars 41 and 41' are formed at the lower part, flat printing connecting rods 43 and 43 'are formed at the rear side, and protrusions 44 are formed so that the spring can be inserted at the upper part of the rear center part. It is.

In the printing method of the printing apparatus configured as described above, the curved surface, the flat surface, and the like can be freely printed as needed, regardless of the quantity.

As described above, the present invention can print curved surfaces, flat surfaces, and the like as desired with one printing apparatus, occupy a small area, have no power consumption, and can be supplied to consumers at low cost.

Claims (7)

Work surface (1) and vertical axis (3, 3 '), horizontal transfer table (100), upper fixing plate (4) and the surface printing support (200) installed on the work surface (1), narrow surface printing support (300), flat printing In the silk screen printing apparatus composed of a base 400, The work table 1 forms a conveyor 2 on the upper portion, and forms through holes 51 and 51 'to penetrate the pulling line 50, and one side of the pulling line 50 is provided on the footrest 53. Another side is connected to the second horizontal shaft 13, the lower scaffold shaft 52, the lower scaffold 52 is configured to move the scaffold 53, The horizontal transfer table 100 is formed to form a vertical axis (3, 3 ') on the upper portion of the work table (1), and to move up and down by inserting Shanghai Donggu (8,8'), the Shanghai Donggu (8 The upper and lower steel plates 9 are formed on the front surface of the upper and lower steel plates, and upper and lower rollers 10 and 10 'and the lower rollers 11 and 11' are attached to the front and upper surfaces of the upper and lower steel plates 9, respectively. 10, 10 ') and the lower rollers (11, 11') to position the horizontal carrier 100 horizontally to move left and right, and then a plurality of through holes on the left and right sides of the horizontal carrier (100) 12 is formed, The vertical shafts 3 and 3 'form a first horizontal shaft 5 at the bottom, and the flat support connectors 6 and 6' and the flat support fasteners 7 and 7 'are formed on the first horizontal shaft 5, respectively. , Surface printing screen fixing rods (16, 16 ') are inserted into the through hole 12, and the surface printing screen fixing rods (17, 17') to fix the screen to the surface printing screen fixing rods (16, 16 '). And a second horizontal axis 13 formed at an upper center portion of the upper and lower steel plates 9, a curved printing connector 14 on the second horizontal axis, and a curved printing connector 14 on the curved printing plate 14 perpendicular to the screen. The curved surface printing sketch 15 is formed so that The upper and lower steel plate 9 forms upper and lower steel plate supports 18, 18 ', 18 &quot;, 18' &quot; on the left and right front sides, and a spring 19 to allow the upper and lower steel plates 9 to rise and fall by elastic force on the rear side. And 19 '), the center portion is provided with a sketch printing horizontal adjustment guide 20 for maintaining the surface of the sketch printing connector (14) horizontally, the upper and lower plate support (18, 18', 18 '', 18 '' '), and the surface printing sketch leveling control 20 is allowed to go up and down through the upper fixing plate 4 of the upper portion, and the surface printing sketch leveling control 20 is the upper fixing plate 4 The spring 21 is inserted into the upper portion of the nut 22, The separate curved surface printing support device 200, the narrow surface printing support device 300, and the planar printing support device 400, which is placed on the work table (1) to print the surface, characterized in that it comprises a Silkscreen printing machine. delete According to claim 1, wherein the small surface support device 300 is placed on the work table (1), and forms a vertical curved support bed 24` for the narrow curved surface printing support 23` vertically And a narrow curved surface printing fitting roller (30) formed on the small curved surface printing vertical support (24`). In the workbench 1, a narrow curved surface printing vertical support 24 'is formed vertically in the upper center portion of the narrow curved surface printing support 23' which is placed on the working table 1, and the small curved surface printing vertical support 24 'is formed. Silkscreen printing apparatus characterized in that it comprises a small surface support device 300 consisting of a narrow curved surface printing fitting formed in 30). The flat printing support device (400) according to claim 1, wherein the flat printing support device (400) is fitted to the flat support connector (6, 6 ') formed on the first horizontal axis (5) of the vertical axis (3, 3'). The flat printing connecting rods 43 and 43 'of the flat printing support device 400, which is firmly fixed to the flat printing support device 400, and the flat printing connecting rods 43 and 43', and have a flat surface having a shape of "c" to fix the screen. It is formed at the lower portion of the printing fixture 40, the pressing bar fasteners (42, 42 ') formed on the upper side of one side of the flat printing guide (40) and the pressing bar fasteners (42, 42'). Presser (41, 4 '), the flat printing connecting rods (43, 43') formed on the rear of the flat printing guide 40, and the projections (44) formed so as to fit the spring on the top of the rear center portion Silkscreen printing apparatus characterized in that the configuration. delete delete delete