KR101341141B1 - Silk-screen printing device - Google Patents

Abstract

The present invention relates to a silk printing apparatus, and more particularly, the main body of the printing table installed on the table is configured to be movable in the front, rear, left, and right directions so that silk printing can be performed by utilizing the upper part of the table widely. To a silk printing machine.
The present invention for achieving the above object is characterized by consisting of a table, a frame portion fixed to the upper portion of the table, and a printing portion provided on the upper portion of the frame portion.

Description

Silk-screen printing device

The present invention relates to a silk printing apparatus, and more particularly, the main body of the printing table installed on the table is configured to be movable in the front, rear, left, and right directions so that silk printing can be performed by utilizing the upper part of the table widely. To a silk printing machine.

Silk printing is applied to various fields, and it is also used to print patterns or functional patterns to provide a manufacturer's logo or aesthetics on the surface of various products.

In the silk screen printing, a mask in which a desired printed pattern is formed on an object to be printed (printed object) is disposed, and the printing ink is passed through the printed pattern of the mask to perform printing on the surface of the object. It is a way.

Such silkscreen printing is suitable for printing on a variety of materials such as glass, cloth, metal, and plastic, in addition to paper.

Silkscreen printing is a suitable method for printing on mobile phones, PDA terminals, etc. among the products for printing.

As a conventional silk printing method, there is a method of performing printing in a state where the silk printing plate 12 is placed on the table 10 as shown in FIG. 1.

However, the conventional silk printing apparatus 12 performs silk printing in a process of performing silk printing by performing silk printing in a state where a worker holds the silk printing plate by hand while the printed matter is placed on the upper portion of the table 10. The device 12 has a problem that the flow is generated to cause a large number of defects of the printed matter, such as overlapping the printing interface.

In addition, by performing a silk printing operation only at a specific position of the table 10, there was a problem that can not make full use of the space of a wide table.

The present invention has been made to solve the above-mentioned conventional problems, by fixing the silk printing apparatus by using a fixing means on the upper portion of the table, to prevent the silk printing apparatus from flowing when performing a silk printing work silk printed matter The purpose of this is to prevent the occurrence of defects.

In addition, by configuring the printing unit of the silk printing apparatus to be able to move freely to the front, rear, left, right, the purpose is to make the silk printing water-cooled utilizing the wide space of the table to the maximum.

In addition, by providing a fixing part to be detachably attached to the table at the lower end of the silk printing apparatus, when the silk printing apparatus is not used, the silk printing apparatus can be separated from the table so that the table can be used for other purposes. The purpose is.

The present invention for achieving the above object is characterized by consisting of a table, a frame portion fixed to the upper portion of the table, and a printing portion provided on the upper portion of the frame portion.

Or, it characterized in that it consists of a table, a support provided on the upper portion of the table, an operating portion provided on the upper portion of the support, and a printing portion provided on the upper portion of the operating portion.

Here, the table is provided with an installation hole in the central portion, the installation hole is characterized in that the plurality of light emitting body is provided, made of a cover plate covering the upper portion of the installation hole.

In addition, the central portion of the cover plate is characterized in that the cylindrical circular plate is further formed.

In addition, the frame portion is formed in a rectangular shape with an open central portion is characterized in that the frame member is provided with a first fixing plate on both sides.

Here, the frame portion is further characterized in that the first moving portion for moving the printing unit in the left, right direction.

Further, the first moving part is provided with a first guide shaft on which both sides are fixed to the first fixing plate formed on the frame member of the frame portion, and is fixed to the first fixing plate of the frame member corresponding to the first guide shaft, with one side being made of the first guide plate. A first screw shaft having a first bevel gear coupled to the end by protruding outwardly through the fixing plate, and having a second bevel gear engaged with the first bevel gear of the first screw shaft, is provided with the first motor. Characterized in that made.

In addition, the first moving unit is further characterized in that the second moving unit for moving the printing unit in the front, rear direction is further provided.

In this case, the second moving part is provided with first and second slide members that are respectively coupled to the first guide shaft and the first screw shaft of the first moving part, and a screw hole is provided inside the second slide member that is coupled to the first screw shaft. And second and third fixing plates on upper portions of the first and second slide members, and second guide shafts on which both sides are fixed to second and third fixing plates respectively formed on the first and second slide members. The second guide shaft is provided to correspond to the second guide shelf, and protrudes to the outside of any one of the second and third fixing plates and includes a second screw shaft having a third bevel gear coupled to an end thereof. It characterized in that the second motor is provided with the fourth bevel gear is engaged.

In addition, a linear motion bearing is further provided on both inner side portions of the first slide member which are coupled to the first guide shaft.

In addition, the printing unit is coupled to the third and fourth slide members respectively coupled to the second guide shaft and the second screw shaft of the second moving portion, the screw hole is formed inside the fourth slide member is coupled to the second screw shaft In addition, between the second and the third slide member, characterized in that the printing stand body is fixed to each side portion is provided.

Here, the linear motion bearing is further provided on both inner side portions of the third slide member which is coupled to the second guide shaft.

In addition, the support is characterized in that the seating hole is formed is bound to the circular plate formed on the upper cover plate of the table, it is made of a single plate formed with a plurality of first fasteners on each upper corner.

And, the operating unit is provided with a pair of support bars to cross the "X" formed, the lower portion is fixed to flow in the first fixture formed in the lower plate of the support, the upper portion is fixed to the second fixture provided in the lower portion of the upper plate of the printing portion It is characterized by.

Here, one side is fixed to the lower plate of the support to flow, the other side is characterized in that the gas spring is further provided to bind so that the rod is fixed to the upper side of the printing portion.

In addition, the printing unit has a second fixing tool is formed in the lower corners, the upper plate is provided with an installation hole in the center, characterized in that the printing unit body is fixed to the installation hole of the upper plate.

On the other hand, the printing unit is characterized in that it is further provided with an elastic portion for elastically supporting the main body of the printing stand.

Here, the expansion and contraction portion is provided with a support plate protruding inward on the outer corresponding surface of the third and fourth slide members of the printing portion, and a pair of seating plates are provided on both side portions of the main body of the printing portion in the lower portion of the supporting plate. And a plurality of fixing bolts fixed through the support plate and the seating plate and fixed by a nut, the elastic members being bound to the fixing bolts and bound to be positioned above the support plate.

Alternatively, the expansion and contraction support plate is formed in the upper plate mounting hole of the printing portion, and the mounting plate located on the lower side of the support plate is provided on both sides of the printing unit main body of the printing portion, it is fixed by a nut through the support plate and the mounting plate Fixing bolts are provided, one side is supported on the head of the fixing bolt, the other side is characterized in that the elastic member is coupled to the fixing bolt to be supported on the upper portion of the support plate.

The present invention configured as described above by fixing the silk printing apparatus using the fixing means on the upper portion of the table, to prevent the silk printing apparatus from flowing when performing a silk printing operation to prevent the occurrence of a defective silk prints It is effective.

In addition, by configuring the printing unit of the silk printing apparatus to be able to move freely to the front, rear, left, right, there is an effect that can utilize the large space of the table to quench the silk printing.

In addition, by providing a fixing part to be detachably attached to the table at the lower end of the silk printing apparatus, when the silk printing apparatus is not used, the silk printing apparatus can be separated from the table so that the table can be used for other purposes. It works.

1 is a view showing a conventional silk printing apparatus.
Figure 2 is a perspective view of a silk printing apparatus according to the present invention.
Figure 3 is a front view showing a silk printing apparatus according to the present invention.
Figure 4 is a plan view showing a silk printing apparatus according to the present invention.
5 is a view showing a first operating part of the present invention.
6 is a view showing a second operation unit of the present invention.
7 is a view showing a fixing part of the present invention.
8 is a view showing the working relationship of the silk printing apparatus according to the present invention.
9 is a view showing another embodiment of the silk printing apparatus according to the present invention.
10a and 10b show another embodiment of the silk printing apparatus according to the present invention.
11a and 11b show another embodiment of the silk printing apparatus according to the present invention.

Hereinafter, the silk printing apparatus according to the present invention will be described in detail with reference to the accompanying drawings.

2 is a perspective view showing a silk printing apparatus according to the present invention, FIG. 3 is a front view showing a silk printing apparatus according to the present invention, FIG. 4 is a plan view showing a silk printing apparatus according to the present invention, and FIG. 6 is a view showing a first operation part, Figure 6 is a view showing a second operation part of the present invention, Figure 7 is a view showing a fixing part of the present invention.

As shown in FIGS. 2 to 7, the silk printing apparatus 100 according to the present invention includes a table 110 having legs 112 formed at the lower end of each corner, and a frame portion at the top of the table 110. 210 is installed, it is composed of a printing unit 310 installed in the frame portion (210).

Here, the table 110 has an installation hole 114 is formed so that the upper end of the central portion, a plurality of fluorescent lights or LED lighting, such as a light emitting unit 116 is installed in the inner portion of the installation hole 114, the table 110 The upper end of the cover plate 120 is provided to cover the installation hole 114.

Therefore, a specific section of the cover plate 120 covering the upper portion of the installation hole 114 is maintained by the light emitted from the light emitter 116 installed in the installation hole 114 to print a step during the printing operation. It becomes easy to confirm a state.

In addition, although not shown in the drawing, the lamp is provided at a predetermined position of the upper end of the table 110.

In addition, the frame portion 210 has a frame member 212 is formed in a square shape so that the center portion is open, the pair of first fixing plate 214 protruding upward to correspond to each other on both sides.

Further, the lower edge portion of the frame member 212 is provided with a fixing portion 220 for fixing to the table 110.

At this time, the fixing portion 220 is formed in a "c" shape is provided with a clip 222 fixed to the lower end of the frame member 212, the screw shaft 224 is coupled to the lower portion of the clip 222 The upper portion of the screw shaft 224 is provided with a pressing plate 226 positioned inside the clip 222 formed in a "c" shape.

In addition, the frame member 212 of the frame unit 210 is provided with a first moving unit 230 for moving the printing unit 310 in the left and right directions.

Here, the first moving part 230 is provided with a first guide shaft 232 on which both sides are fixed to one side of the pair of first fixing plates 214 formed on both sides of the frame member 212.

Furthermore, it is fixed to the other side of the first fixing plate 214 to correspond to the first guide shaft 232, one side protrudes out of the first fixing plate 214 of any one pair, the protruding one end The first screw shaft 234 is coupled to the first bevel gear 235 is provided.

In addition, a seating plate 216 is provided on the frame member 212, and is seated and fixed to the seating plate 216 to engage the first bevel gear 235 provided on the first screw shaft 234. The first motor 236 to which the bevel gear 238 is coupled is provided.

In addition, a second moving part 240 is installed on the first moving part 230 to move the printing part 310 in the front and rear directions.

Here, the second moving part 240 is provided with a first slide member 242 that is coupled to the first guide shaft 232 of the first moving part 230.

In this case, linear movement bearings 243 are provided at both sides of the inner circumferential surface of the first slide member 242 so that the first slide member 242 can perform the slide operation smoothly.

In addition, a second slide member 244 which is coupled to the first screw shaft 234 of the first moving part 230 is provided, and an inner circumferential surface of the second slide member 244 is connected to the first screw shaft 234. A screw hole 245 is formed to be screwed together.

In addition, second and third fixing plates 242a and 244a corresponding to each other are formed on upper portions of the first and second slide members 242 and 244, and one sides of the second and third fixing plates 242a and 244a, respectively. A second guide shaft 246 having both sides coupled thereto, the second guide shaft 246 being coupled to the other side between the second and third fixing plates 242a and 244a so as to correspond to the second guide shaft 246. A second screw shaft 248 which protrudes outwardly 242a and has a third bevel gear 248a coupled to the protruding end thereof is provided.

In addition, a second motor 249 having a fourth bevel gear 249a engaged with the third bevel gear 248a provided on the second screw shaft 248 is provided, and the second motor 249 is provided. A seating plate 244b is provided on an upper portion of the second slide member 244, and is seated and fixed to the seating plate 244b.

Therefore, the first screw shaft 234 is rotated by the operation of the first motor 236 to move the second moving part 240 in the left and right directions, the second of the second moving part 240 When the motor 249 is operated, the printing unit 310 installed in the second moving unit 240 is moved in the front and rear directions.

In addition, the printing unit 310 is provided with a third slide member 312 which is coupled to the second guide shaft 246 of the second moving unit 240.

At this time, both ends of the inner side of the third slide member 312 is provided with a linear motion bearing 313 to be able to easily slide in the front, rear direction.

Here, the fourth slide member 314 which is coupled to the second screw shaft 248 of the second moving part 240 is provided to correspond to the third slide member 312.

At this time, the screw hole 315 is formed on the inner side of the fourth slide member 314 to be coupled to the second screw shaft 248 so that the fourth slide member 314 can move when the second screw shaft 248 rotates. Is formed.

Further, between the third and fourth slide members 312 and 314 is provided with a printing table main body 316 is silk printing.

Therefore, when the second motor 249 of the second moving part 240 is operated, the third bevel gear 248a is rotated by the fourth bevel gear 249a provided in the second motor 249. . As the third bevel gear 248a rotates, the second screw shaft 248 rotates, and the fourth slide member 314 coupled to the second screw shaft 248 is screwed and the third slide member is moved. As the 312 slides, the printer stand body 316 is moved forward and backward.

Referring to the working relationship for the silk printing apparatus according to the present invention configured as described above are as follows.

8 is a view showing the working relationship of the silk printing apparatus according to the present invention.

As shown therein, the silk printing apparatus 100 according to the present invention first installs the frame portion 210 on the upper portion of the table 110 by using the fixing portion 220.

That is, when the clip 222 is fastened to the edge of the table 110 and the screw shaft 224 is rotated, the pressing plate 226 provided on the screw shaft 224 moves upward, and the table 110 moves upward. While pressing the lower portion of the will remain firmly fixed.

As such, when the silk printing apparatus 100 is installed on the table 110 and the first motor 236 is operated, the first bevel is rotated by the rotation of the second bevel gear 238 provided in the first motor 236. The gear 235 rotates, and the first screw shaft 234 rotates by the rotation of the first bevel gear 235.

As such, the first screw shaft 234 is rotated so that the second slide member 244 coupled to the first screw shaft 234 is screwed and the first slide coupled to the first guide shaft 232 at the same time. The member 242 slides.

Therefore, the printing unit 310 is movable in the left and right directions by the rotation of the first screw shaft 234, so that the user can move the printing unit 310 in the desired direction.

At this time, the method of performing the print job in the printing unit 310 is made by the same method as in the prior art, the description of the silk print job will be omitted here.

In addition, when the second motor 249 is operated, the fourth bevel gear 249a of the second motor 249 rotates and the third bevel gear 248a meshed with the fourth bevel gear 249a. ) Rotates the second screw shaft 248.

As such, when the second screw shaft 248 is rotated, the fourth slide member 314 of the printing unit 310 bound to the second screw shaft 248 is screwed in the forward and backward directions, and As the fourth slide member 314 is screwed, the third slide member 312 slides along the guide of the second guide shaft 246.

Accordingly, the third and fourth slide members 312 and 314 move forward and backward and at the same time, the main body 316 of the printing stand provided between the third and fourth slide members 312 and 314 is the same. Will be moved in the direction.

In this case, the first and second motors 236 and 249 are provided with forward and reverse motors to move the printing unit 310 in left, right directions and forward and backward directions.

As such, by moving the printing unit 310 in a direction desired by the user in left, right, front and rear directions, silk printing can be performed by utilizing the upper part of the table 110 widely.

In addition, when the silk printing apparatus 100 is configured to be detachable from the table 110 by using the fixing unit 220, the silk printing apparatus 100 is separated when the silk printing apparatus 100 is not used. Table 110 can be used for other purposes, such as a desk.

9 is a view showing another embodiment of the silk printing apparatus according to the present invention.

As shown in this, the fixing part 220 is provided with an adsorption member 228 for adsorbing to the cover plate 120 provided on the upper portion of the table 110.

That is, each corner portion of the lower end of the frame member 212 of the frame portion 210 is provided with an adsorption member 228 to be attached to the cover plate 120 in an adsorption manner.

The working relationship for the silk printing apparatus according to the present invention configured as described above is made by the same method as in the former, and the description of the working relationship is omitted here.

However, the frame portion 210 is installed on the table 110 by installing the frame portion 210 on the table 110 by using the suction members 228 provided at the corners of the lower portion of the frame member 212. It is easy to install the operation, it is possible to easily perform the operation of attaching and removing the frame portion 210 to the table 110 in a short time.

10a and 10b is a view showing another embodiment of the silk printing apparatus according to the present invention.

As shown therein, the printing unit 310 further includes an expansion and contraction unit 410 for raising and lowering the printing unit body 316.

Here, the stretchable portion 410 is provided with support plates 312a and 314a which protrude inwards on corresponding surfaces of the third and fourth slide members 312 and 314 of the printing portion 310, respectively.

Furthermore, a pair of seating plates 316a are provided on both sides of the printing unit body 316 of the printing unit 310 so as to be positioned below the support plates 312a and 314a.

In addition, the mounting plate 316a penetrates through the supporting plates 312a and 314a formed on the third and fourth slide members 312 and 314 and the mounting plates 316a provided on both sides of the printing table body 316. A plurality of fixing bolts (412) are fixed to the nut (412a) at the bottom of the.

And, it is bound to the fixing bolt 412, one side is supported by the head of the fixing bolt 412, the other side support plate 312a (3a) provided in the third and fourth slide members (312, 314) ( An elastic member 414 supported on the upper surface of 314a is provided.

The working relationship for the silk printing apparatus according to the present invention configured as described above is made by the same method as in the former, and the description of the working relationship is omitted here.

However, when the silk printing is to be performed, the printing stand main body 316 is lowered to be in close contact with the upper portion of the printing object, and silk printing is performed.

That is, when the operator rests the printing object on the upper portion of the cover plate 120 and the operator presses the printing stand body 316 from the top, the printing stand body 316 descends to the bottom and at the same time the printing stand body 316. The fixing bolt 412 bound to the seating plate 316a provided in the lowering while pressing the elastic member 414 according to the guide of the support plate (312a) (314a).

In this way, the printing unit main body 316 is lowered to be seated on the printing object and then silk printing can be performed.

After the silk printing of the printing object seated on the upper portion of the cover plate 120 is completed, when the pressing force applied to the main body 316 of the stand is released, the elastic member 414 pressed by the fixing bolt 412 is removed. As the fixing bolt 412 moves upward by the original return, the printing table main body 316 fixed to the fixing bolt 412 rises upward and returns to the original position.

Thus, by performing the raising and lowering operation of the printing unit main body 316, it is possible to perform a silk printing operation on all the printing objects regardless of the end, size and shape of the printing object.

11A and 11B show another embodiment of the silk printing apparatus according to the present invention.

As shown therein, the silk printing apparatus 1000 according to the present invention includes a table 1110 having legs 1112 formed at each corner of the lower portion, a support part 1210 installed at an upper portion of the table 1110, and The operating unit 1310 is installed on the upper portion of the support portion 1210, and the printing portion 1410 is installed on the upper portion of the operating portion (1310).

Here, the table 1110 has an installation hole 1114 formed at its upper end in the center portion, and the inside of the installation hole 1114 is provided with a plurality of fluorescent lamps or light emitters 1116 such as LED lighting, and the table 1110. A cover plate 1120 covering the installation hole 1114 is provided at an upper end of the cover.

Further, a circular plate 1122 having a circular shape is formed at the center of the upper end of the cover plate 1120 to protrude upward.

Therefore, a specific section of the cover plate 1120 covering the upper portion of the installation hole 1114 is maintained by the light emitted from the light emitting unit 1116 installed in the installation hole 1114 to maintain a bright state when printing. It becomes easy to confirm a state.

In addition, although not shown in the figure at a predetermined position of the upper end of the table 1110, a lighting lamp is installed to easily perform a printing operation.

In addition, the support part 1210 is formed with a seating hole 1214 to be pivotally coupled to the circular plate 1122 formed in the upper center portion of the cover plate 1120, a plurality of first fixtures protruding upward in each upper corner portion A bottom plate 1212 having a 1212 formed thereon is provided.

Accordingly, the lower plate 1212 is pivotally bound to the circular plate 1122 formed at the upper center of the cover plate 1120 such that the lower plate 1212 can freely rotate about the circular plate 1122 of the cover plate 1120. do.

And, the operating unit 1310 is composed of a pair of support bars 1312 to cross each other in an "X" shape is installed on both sides of the lower plate 1212, the lower of the pair of support bars 1312 Is rotatably fixed to the first fixture 1216 formed in the lower plate 1212 by a fixing means such as a hinge.

At this time, the pair of support bars 1312 formed in the shape of "X" is formed with a guide protrusion 1312a at any one of the pair of support bars 1312 at the intersection with each other, the other in the longitudinal direction A guide groove 1312b is formed to allow the guide protrusion 1312a to slide.

Therefore, when the printing unit 1410 performs the lifting operation up and down, the pair of support bars 1312 rotate about the position fixed to the first fixing tool 1216 of the lower plate 1212 and at the same time. The guide protrusion 1312a provided at the intersection of the pair of support bars 1312 slides along the guide groove 1312b, so that the lifting operation can be safely performed.

In addition, the printing unit 1410 is provided with a mounting hole 1414 is installed in the center of the printing base body 1420 in the center, the second corner portion of the lower portion corresponding to the first fixing sphere 1216 of the lower plate 1212 A fastener 1416 is formed, and the upper plate having a long hole 1416a in the longitudinal direction is formed in the second fixture 1416 so that the upper portion of the pair of support bars 1312 is slidably coupled by a fixing means such as a hinge so as to be slidable. Is provided.

In addition, the lower plate 1212 of the support part 1210 is further provided with a gas spring 1320 to maintain the lowered or raised state during the lifting, lowering operation of the upper plate 1412 of the printing unit 1410.

Here, the gas spring 1320 is fixed to the lower portion of the lower plate 1212 by a fixing means such as a hinge to the upper portion, and is fixed to the other side fixed to the lower plate 1212 to be slidably sliding, one end of the operation portion A rod 1322 is rotatably coupled to one of the pair of support bars 1312 provided at 1310 by a fixing means such as a hinge.

Therefore, when the operator places the upper plate 1412 at a desired position during the raising and lowering operation of the upper plate 1412, the upper plate 1412 is maintained at a position adjusted by the gas spring 1320. .

In addition, the printing unit 1410 is further provided with an expansion and contraction portion 1430 for elastically supporting the printing unit body 1420.

Here, the expansion and contraction portion 1430 is formed with a support plate 1412a stepped to protrude inward to the upper end of the installation hole 1414 of the upper plate 1412, the support plate 1412a of both sides of the printing base body 1420 A seating plate 1422 is provided to be positioned below.

Furthermore, a fixing bolt 1432 is provided to penetrate the support plate 1412a and the seating plate 1422 and be fixed by the nut 1434.

In addition, the fixing bolt (1432), but one side is supported by the base of the fixing bolt (1432), the other side is provided with an elastic member (1436) supported on the upper support plate (1412a) of the upper plate (1412). do.

Therefore, when the printing stand main body 1420 is pressed from above, the printing stand main body 1420 descends together with the fixing bolt 1432, while lowering the elastic member 1434 when the fixing bolt 1432 descends. When the pressing force of the printing stand main body 1420 is released, the printing stand main body 1420 and the fixing bolt 1432 are returned to their original state by the elastic force of the elastic member 1434.

Referring to the working relationship for the silk printing apparatus according to the present invention configured as described above are as follows.

In the silk printing apparatus according to the present invention, first, the operator in the upper portion of the upper plate (1412) in the state to be seated on the upper portion of the circular plate 1122 formed in the center of the cover plate 1120 of the table 1110 When pressurized, the upper plate 1412 is lowered.

That is, when the upper plate 1412 is lowered downward, the pair of support bars 1312 moves outward along the long groove 1416a of the second fixing tool 1416 formed at the lower portion of the upper plate 1412. The guide protrusion 1312a formed at the intersection point in the shape of "X" moves downward along the guide groove 1312b.

As such, when the upper plate 1412 is lowered and positioned above the lower plate 1212, the upper plate 1412 is maintained in the lowered state by the gas spring 1320.

 When the printing stand main body 1420 is lowered in this state, the printing stand main body 1420 and the fixing bolt 1432 descend and at the same time the fixing bolt 1432 descends while pressing down the elastic member 1434, The seal plate may be positioned on an upper portion of the print object seated on the circular plate 1122 of the cover plate 1120 to perform silt printing.

As such, after the printing unit 1410 is lowered and the printing operation is performed, when the pressing force applied to the main body 1420 of the printing stand is released, the elastic force of the elastic member 1434 pressed by the fixing bolt 1432 is released. The printing base body 1420 is returned to its original shape.

In this state, when the upper plate 1412 is raised upward, a pair of support bars 1312 are operated to rise as opposed to when the upper plate 1412 is lowered, and after the upper plate 1412 is raised by the gas spring 1320. 1412 remains in an elevated state.

On the other hand, the lower plate 1212 of the support portion 1210 is configured to be rotatable around the circular plate 1122 formed on the cover plate 1120, the lower plate of the support portion 1210 according to the shape or size of the silk printed object ( 1212 may be rotated to perform printing.

In the above, a preferred embodiment of the silk printing apparatus according to the present invention has been described, but the present invention is not limited thereto, and various modifications are made within the scope of the claims and the detailed description of the invention and the accompanying drawings. It is possible that this also belongs to the scope of the present invention.

100, 1000: Silk printing device 110, 1110: Table
112, 1114: bridge 114, 1114: mounting hole
116, 1116: light emitter 120, 1120: cover plate
210: frame portion 212: frame member
214, 242a, 244a: 1st, 2nd, 3rd fixed plate
216, 244b: Seating plate 222: Clip
224: screw shaft 226: subscription
228: adsorption member 230, 240: first and second moving parts
232, 246: 1st, 2nd guide shaft 234, 248: 1st, 2nd screw shaft
235, 238, 248a, 249a: 1, 2, 3, 4 bevel gear
236, 249: 1st, 2nd motor
242, 244, 312, 314: first, second, third and fourth slide members
243, 313: Linear motion bearings 245, 315: Thread holes
310, 1410: printing unit 316, 1420: printing stand body
312a, 314a, 1412a: support plate 316a, 1422: mounting plate
410, 1430: expansion and contraction part 412, 1432: fixing bolt
412a, 1434: nuts 414, 1436: elastic member
1122: circular plate 1210: support
1212: Bottom 1214: Seating
1216, 1416: 1st, 2nd fixture 1310: operating part
1312: support bar 1312a: guide protrusion
1312b: guide groove 1320: gas spring
1322: Rod 1412: Tops
1414 installer 1416a

Claims (19)

Table,
A frame portion fixed to an upper portion of the table,
Consists of a printing unit installed on the upper portion of the frame,
The table is provided with a mounting hole in the center, the mounting hole is provided with a plurality of light emitting for checking the printing state,
Silk printing apparatus, characterized in that made of a cover plate for covering the upper portion of the installation hole. Table,
A support part installed at an upper portion of the table,
An operation unit installed on an upper portion of the support unit;
Consists of a printing unit which is installed on top of the operating unit,
The table is provided with a mounting hole in the center, the mounting hole is provided with a plurality of light emitting for checking the printing state,
Silk printing apparatus, characterized in that made of a cover plate for covering the upper portion of the installation hole. delete 3. The method according to claim 1 or 2,
Silk printing apparatus, characterized in that the cylindrical circular plate is further formed in the central portion of the cover plate. The method of claim 1,
The frame part is a silk printing apparatus, characterized in that the frame is formed in a rectangular shape with an open central portion is provided with a frame member having a first fixing plate on both sides. The method of claim 1,
Silk frame printing apparatus, characterized in that the frame portion further comprises a first moving unit for moving the printing unit in the left and right directions. The method according to claim 6,
The first moving part is provided with a first guide shaft fixed to the first fixing plate formed on the frame member of the frame portion on both sides,
The first screw shaft is fixed to the first fixing plate of the frame member to correspond to the first guide shaft, one side portion penetrates through the first fixing plate to the outside, and the first screw shaft is coupled to the end of the first bevel gear.
And a first motor having a second bevel gear meshing with the first bevel gear of the first screw shaft. The method according to claim 6,
Silk printing apparatus, characterized in that the first moving unit further comprises a second moving unit for moving the printing unit in the front, rear direction. The method of claim 8,
The second moving part is provided with first and second slide members respectively coupled to the first guide shaft and the first screw shaft of the first moving part, and a screw hole is formed inside the second slide member connected to the first screw shaft. ,
Second and third fixing plates are provided on upper portions of the first and second slide members,
Second guide shafts having both side portions fixed to second and third fixing plates respectively formed on the first and second slide members are provided.
A second screw shaft is provided to correspond to the second guide shaft, and protrudes to the outside of any one of the second and third fixing plates, and the third bevel gear is coupled to the end thereof.
And a second motor provided with a fourth bevel gear engaged with the third bevel gear. The method of claim 9,
Silk printing apparatus, characterized in that the linear movement bearing is further provided on both inner side portions of the first slide member which is coupled to the first guide shaft. The method according to any one of claims 1 and 5 to 10,
The printing unit is coupled to the third and fourth slide members respectively coupled to the second guide shaft and the second screw shaft of the second moving portion, the screw hole is formed inside the fourth slide member is coupled to the second screw shaft,
Silk printing apparatus, characterized in that between the second and the third slide member is provided with a printing stand body is fixed to both sides. The method of claim 11,
Silk printing apparatus, characterized in that the linear movement bearing is further provided on both inner side portions of the third slide member which is coupled to the second guide shaft. 3. The method of claim 2,
The support portion is a silk printing apparatus, characterized in that the seating hole is formed to be bound to the circular plate formed on the cover plate of the table, a plurality of first fasteners formed in each corner of the upper portion. 3. The method of claim 2,
The operating unit is provided with a pair of support bars to cross the "X" formed, the lower portion is fixed to flow to the first fixture formed on the lower plate of the support, the upper portion is fixed to the second fixture provided on the lower plate of the printing portion Silk printing device characterized in. 15. The method of claim 14,
One side is fixed to the lower plate of the support to flow, the other side of the silk printing apparatus characterized in that the gas spring is further provided to bind so that the rod is fixed to the upper portion of the printing portion is drawn out. 3. The method of claim 2,
The printing unit has a second fixing sphere is formed in the lower corners, the upper plate is provided with an installation hole in the center,
Silk printing apparatus, characterized in that the printing unit body is fixed to the installation hole of the top plate. 3. The method according to claim 1 or 2,
The printing unit silk printing apparatus, characterized in that further provided with an elastic portion for elastically supporting the main body of the printing table. The method of claim 17,
The expansion and contraction portion is provided with a support plate protruding inward on the outer corresponding surface of the third and fourth slide members provided on both sides of the printing unit main body of the printing unit,
A pair of seating plates are provided at both sides of the main body of the printing unit to be positioned below the support plate.
It is provided with a plurality of fixing bolts that are fixed by a nut through the support plate and the seating plate,
Is bound to the fixing bolt, the silk printing apparatus characterized in that it is provided with an elastic member that is bound to be located on top of the support plate. The method of claim 17,
The stretching portion is formed with a stepped support plate in the upper plate installation hole of the printing portion,
Both sides of the printing unit main body of the printing unit is provided with a seating plate located under the support plate,
The fixing bolt is fixed to the nut through the support plate and the seating plate,
One side is supported on the head of the fixing bolt, the other side is silk printing apparatus characterized in that the elastic member is provided to be bound to the fixing bolt to be supported on the upper portion of the support plate.

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