EP1943892A4

EP1943892A4 - A taping machine

Info

Publication number: EP1943892A4
Application number: EP06732707A
Authority: EP
Inventors: Bong Ryeol Cha
Original assignee: Individual
Current assignee: Individual
Priority date: 2005-03-25
Filing date: 2006-03-25
Publication date: 2009-03-18
Also published as: WO2006112621A2; WO2006112621A3; EP1943892A2

Abstract

This invention is related to taping device that adhere cover tape to the boundary of the multicolor painting on the case using head unit. The unique feature of this product is that it contains; the die (12) which load the above case (C) and on each side, the jig (10) which is equipped with the detector bar (14) and the sensor bar (16) with the first, second detector (14a)(14a')((16a)(16a'); the variable table (20)(20') with the fist guide rail (24) on a fleet which is located in the vicinity of the above jig (10)'s outside and they are held on their position with the transportation rod (22) and the variable device by transferring it with organic mutuality and clamp device hold it tight; the supplement table (30) which has stalked second rail (33) in the inner direction and the first guide rail (24) of the above variable table (20)(20!) for the straight transfer; and the transferring table (40) equipped on the second guide rail (33) of the above supplement table (30) which is loaded with head unit (H) that makes it move up and down over load rod (48a) and the first, second sensors (44)(46) in the front. Hereupon, the automation of the existing hand operation taping facility of taping cover tape on the boundaries of multicolor painted case by the taping device, the productivity increases and labor cost decreases. This decreases a unit cost therefore it can raise a market competitive power.

Description

Title: A TAPYING MACHINE

Technical Field

The invention is pertaining to taping machine related and to describe in detail, the machine is to automate the process of cover taping over the areas of monitor and other casings where more than one color will be painted.

Background Art

In general, the television and computer monitor cases are fabricated as molded item and is normally painted in fixed single color.

But in recent trend, to enhance product image and with consideration to consumers' various tastes, in addition to single color, the cases sectors have been divided and painted in various colors.

When viewing such multi-color painting process, first the overall case is painted with a single color. Then the area where different coloring is to be painted is covered with painting jig. Here, to precisely differentiate the boundary, covering tape is used.

In previous taping process, it was done as 2 men 1 team where a person places the case on to the work table and manually taped the boundaries where two-tone painting will be done.

However, no matter how experienced the team may be, due to physical

i condition of the covering tape itself, precise taping is not only difficult but such imprecise taping increase the defective rates, resulting in loss of production.

In addition, although process of taping is considered as simple labor, it requires high degree of precision and based on the experience of the employee, there are large difference in quality and output.

Therefore, to maintain stability in quality, the manufacturers must accept the high cost labor and apply high quality labor, which results in increased cost and reduced competitiveness.

In addition to aforementioned problems, the recent trend of various shapes of the cases where there are curves and includes even more varieties of colors, such process takes even longer hours to perform manually, resulting in reduced productivity.

Disclosure of the Invention

The invention is created in order to resolve such existing problems. By automating taping process over the precise boundary where numerous colors will be painted, it not only increase the precision compared to existing manual process but also improves productivity, reduces cost and increases competitiveness, which are the objective of the Taping machine.

Effects of the invention

As aforementioned, when applying the invention to existing manual taping process of covering boundaries of cases, the automation will have advantageous effects of increased precision and improved productivity which will reduce production cost and enhance competitiveness.

Brief Description of the Drawings

Figure 1 is the overall layout of the front section of the invented Taping machine

Figure 2 is the overall layout of the surface section of the invented Taping machine

Figure 3 is the overall layout of the side section of the invented Taping machine

Figure 4 is the enhanced layout of the major sections of the invented Taping machine

Figure 5 is the structural layout showing the operating condition of the invented Taping machine

Figures 6 to 8 is the structural layout of example model of the invented Taping machine

Figures 9 to 11 is the structural layout of modified model of the invented Taping machine

Figures 12 to 14 is the structural layout of different example model of the invented Taping machine

* Supplementary description to key sections of the layout *

10: Jig 12: Die

14: Detection Bar 14a, 14a': Primary Sensor

16: Sensor Bar 16b, 16b': Secondary Sensor 20: Changing Table 24: Primary Guardrail

30: Supplementary Table 33: Secondary Guardrail

40: Transporting Table 42: Detecting Roller

44: Primary Sensor 46: Secondary Sensor

48: Supplementary Block 48a: Load Rod

100: Sensor Plate 110: Detecting Sensor

200: Fixed Table 210: Ball Screw

310: Start Block 320: Sub Roller

330: Main Roller 400: Changing Plate

410: Angler 420: Control Screw

Best Modes of Carrying out the Invention

To realize the objectives stated above, when structuring the setup of the invented Taping machine in order to tape the boundaries where more than one color of painting will be done on a case, a table where above case will be loaded needs to be installed, on the far sides, detection bar and sensor bar line up with jig needs to be installed; it is installed close to aforementioned jig, then transported via transporting rod and changing means then becomes fixed with clamp, on the changing table with primary guard rail; and loaded to primary guardrail and is straightly transported, on the inner side with supplementary table with extruding secondary guardrail, is then installed on above supplementary table and installed on secondary guardrail is then prepped with detector on the lower sides together with primary and secondary sensors, then rides the load rod and includes transporting table that rides up and down. These are the special qualities of the Taping machine.

The aforementioned detecting bar of the invention goes through the painter and gets installed on the fixed position of the jig but its uniqueness is the ability to be repositioned through elastic springs that are prepped on both sides and control mechanism.

The aforementioned changeable method of the invention is unique through various installation of the rack on the changing table and by making the racks in contact with the pinion, it reacts to each other and effectively transports riding on transporting rod.

The aforementioned clamping method of the invention is unique with a flange supporting the transporting rod for transportation that also has the stopping late that adjusts the elasticity at cut condition on above a flange and has lock/release ability of the stopping plate through the cylinder motion prepped together with passive linkage and active linkage linked to the above stopping plate and a flange.

The aforementioned changing table of the invention is unique with one of two pivots that react to each other is installed on upper section of the changing table.

The aforementioned detecting method of the invention is unique with the jig made to react to the detecting bar through equipped detecting roller and directs taping position of the head unit.

The aforementioned transporting table of the invention is unique with limit sensor to detect the limiting position of back and forth movement by sensing the primary guardrail of the changing table. On lower section of the table prepped with aforementioned jig of the invention, the position fixating bearing is installed to fit into the locking hole set on the outer part of the table, and while set on the supporting roller, its located on the side of the rotating index table and is transported riding on the primary guardrail, and while on the changing table with secondary guardrail prepped with load rod and head unit, it is equipped with detecting roller that detects exterior of the jig, which are the uniqueness of the invention.

The aforementioned supporting roller of the invention is unique with formation of the exterior of the roller for taper and to be inline with the center of the index table, it is slanted and installed to the rotational pivot to allow rotational movement.

The aforementioned table of the invention is fabricated with roller type and the jig linked with the servo motor; and prepped with the head unit that rides up and down on the secondary guardrail which is installed on the side of the transporting table which moves back and forth through load rod with the supporter on the side of the transporting table that rides back and forth with the jig on board on the primary guardrail, which are the uniqueness of the invention.

The detecting bar and the sensor bar on aforementioned jig of the invention are unique with its primary and secondary sensor equipped with minimal width.

The Taping machine shown in other examples of the invention is made to for taping covering tape on the boundaries of the case where more than one color of the painting is to be done. On the table where aforementioned case is to be loaded with jig; installed close to the outer front section of the aforementioned jig, on the fixating table with supplementary table prepped with ball screw that rotates left and right length path through servo motor; and installed close to exterior of the jig other than the aforementioned fixating table, rotating ball screw that spins through servo motor to each of length path and changing table equipped with supplementary table that transports on the ball screw; the left and right sensor plate prepped on inner front section of aforementioned changing table; transporting table with head unit riding up and down on the load rod and equipped with various sensors and detecting methods on the lower part of the aforementioned supplementary table; centered on the aforementioned transporting table, head unit is slightly tilted to link in a slight angle; which are the uniqueness of the invention.

The aforementioned fixating table and changing table of the invention is unique by positioning the fixating table and changing table on upper section of the one of the two pivots which reacts to each other.

The aforementioned detecting method of the invention is unique with the detecting roller prepped to react to the jig and direct the hade unit to the taping position.

The aforementioned transporting table of the invention is unique with various limit sensors that detects the limiting position of the back and forth movement through the ball screw actions positioned on the sides of the fixating table and the changing table.

Settled on the frontal section of the table equipped with the aforementioned jig of the invention, and installed on the locking hole made on the outer part of the table, index table rotating on the pivot on the spindlier while settled on the supporting roller; transported on the primary guardrail of the aforementioned index table, changing table equipped with the secondary guardrail on the hem; transporting table prepped with the head unit and load rod while on the secondary guardrail of aforementioned changing table; the detecting roller prepped on the aforementioned transporting table that detects the exterior of the jig; which are the uniqueness of the invention.

The aforementioned table close to the case is equipped with start block prepped with initial tape, main roller with rotation ability to pressurize and tape comparably small diameter sub roller on the head unit and comparably large diameter on the surface of the case are the uniqueness of the invention

The aforementioned tilting method of the invention is pivoted and supported to allow slight angled rotation of the portion of the transporting table, with changing plate equipped with fan like angler on the side; installed through changing plate on the aforementioned angler of the changing plate, stopper to maintain the changing angles between the changing plate and the transporting table; which are the uniqueness of the invention.

As aforementioned, the uniqueness and structure of the invention and its applicable effectiveness can be comprehended in more detail through detailed description with the diagram in later pages.

Figure 1 is the overall layout of the front section of the invented Taping machine. Figure 2 is the overall layout of the surface section of the invented Taping machine, Figure 3 is the overall layout of the side section of the invented Taping machine, Figure 4 is the enhanced layout of the major sections of the invented Taping machine, and Figure 5 is the structural layout showing the operating condition of the invented Taping machine

The invention is in regards to the Taping machine for taping boundaries of the case requiring various colors of painting using head unit to apply covering tapes.

The head unit (H) of the Taping machine of the invention stores the covering tape (T) in rolled (R) condition and attaches to the case (C) on the surface of the case (C) that requires various colors of painting, in other words, by taping the covering tape (T) on the boundaries without moving off the line and at the same time, once the taping process is complete, the machine also cuts the tape and completes the process of taping effectively.

Here, the Taping machine of the invention is structured with major components of die (12), detecting bar (14), sensor bar (16), jig (10), close to jig (10) is transporting rod (22), changing table (20)(20') equipped with changing and clamping method, the secondary guardrail (33) set on the primary guard rail (24) of the changing table (20)(20') extruding on the supplementary table (30), installed on the secondary guardrail (33) of the supplementary table (30) and prepped with the primary and secondary sensors (44) (46), and transporting table (40) with head unit (H) riding up and down on the load rod (48a).

The jig (10) of the invention is et with the die (12) which the case (C) is loaded and equipped on both sides with primary and secondary detectors (14a) (14a¹) (16a) (16a¹) with detecting bar (14) and sensor bar (16).

On the jig (10), size of the case (C) is considered and die (12) with settling hole (12a) on the surface to support on 3~4 sides of the case (C) and the detecting bar (14) and the sensor bar (16) is prepped close to the die (12).

The detecting bar (14) and the sensor bar (16) detects the taping position and scope of the head unit (H), reacting to the detecting method of the transporting table (40) and to the primary and secondary sensors (44) (46), and on both sides, prepped with primary and secondary detectors (14a) (14a') (16a) (16a¹) and installed flatly with the case (C) loaded on the die (12).

Here, the primary detector (14a) (14a¹) limits the detecting sectors of the primary sensor (44) with narrow width on the upper section of the detecting bar (14) and the secondary detector (16a) (16a¹), detects the case (C) size situated on the die (12) through secondary sensor (46) prepped on both outer sides of the sensor bar (16) and sets the scope of transport for the transporting table (40) and for detailed description of the primary and secondary detectors (14a) (14a¹) (16a) (16a'), refer to description of transporting table (40) to come later.

For example, the detecting bar (14) is installed on the fixed plate (10b) of the jig (10) through space (14b), and its position is adjusted by the movement of the adjusting hole (15) and the elastic spring (15a) positioned on both sides.

The detecting bar (14), as shown in enlarged figure of Figure 1 , goes through the space (14b) and is adjustably fixed with bolt on fixed plate (10b) of the jig (10) and its position is adjusted by the movement of the adjusting hole (15).

The adjusting hole (15) must be installed, using precision measuring tool such as micrometer head (omitted from the drawings) and bolts (omitted from the drawings) attached to the detecting bar (14) and here, since the detecting bar (14) is constantly attached to adjusting hole (15) by the elastic spring (15a), the position adjustment of the adjusting hole (15) is done with high precision.

The jig (10) must be fabricated with consideration of the size of the case (C) which may be changed based on the die (12), and the positioning width and location of the detecting bar (14) and sensor bar (16) and to meet such changes, the jig (10) must be made to be attached and detached on the main body of the Taping machine. And since the setting of the case (C) is detected through the touch sensor (12b) positioned close to the setting hole (12a), when the case (C) is unloaded upon completion of the taping process, the head unit (H) of the Taping machine returns to original position.

The changing table (20) (20') of the invention is close to the outer section of the jig (10) and is effectively transported via transporting rod (22) and changing methods and is fixed with clamping method and on the hem is the primary guardrail (24).

The changing table (20) (20') is positioned on the sides of the jig (10) and installed on set of changing tables (20) (20') parallel to each other and through transporting bar (22) prepped with primary guardrail (24), it moves in and out.

The changing table (20) (20') is fabricated in square plate shape near the outer side of the jig (10) and prepped with, in length direction, at least 2 primary guardrail and is set with supplementary table (30). the changing table (20) (20'), for the setting of the head unit (H), in other words, for the initial setting of the overall size of the case (C) loaded on the jig (10), rides on the transporting rod (22) and slides. Here, the reacting changing tables (20) (20') is mutually connected and operates back and forth movement.

Here, for the changing method, the changing table (20) (20') is installed to meet racks (R) (R') and the racks (R) (R') are prepped with pinion (P) clamping each other so that the changing table (20) (20') is effectively transported riding on the transporting rod (22).

The changing method, as shown in Figure 2, the set of racks (R) (R') is installed to meet the facing changing tables (20) (20') but install pinion (P) between the rack (R) and the rack (R') so that both are effectively connected and operated.

Here, when one of the changing table (20) (20') is transported individually, the changing method formed with racks (R) (R') and pinion (P) and its reacting changing tables (20) (20') is simultaneously transported and the repositioning of the changing tables (20) (20') as per initial setting of the case (C) is made simple and fixed with clamping method.

Here, the clamping method is prepped with transporting rod of the changing table (20) (20') that supports a flange (23), and the stopping plate

\ 'i (23a) is locked/released through functions of the cylinder (S3) and the passive linkage (23b) and active linkage (23c) which is linked on the on the side of the a flange (23), and portion cut and elastic changing stopping plate (23a).

The method of the clamping, as shown in enlargement of Figure 3, a portion on the hem of the a flange (23) is cut and through unique elasticity, the lock/release of the transporting rod is done through transporting of the stopping plate (23a) and passive linkage (23b) through the motion of the cylinder (S3) of the set of active linkage (23b) on the stopping plate (23a).

In addition, the changing tables (20) (20') is installed on one of the two pivots that react to each other. In other words, select one set of changing tables (20) (20') from the facing 20 changing table or 20' changing table and regardless to the length, the width is adjusted and its interference of each other is prevented and comparably larger changing width is obtained so that taping of the various sizes of the case (C) is possible.

In addition, the supplementary table (30) of the invention is set on the primary guardrail (24) of the changing tables (20) (20') and is transported, and extrudes on the sides the secondary guardrail (33). On the upper section of the supplementary table (30), the secondary guardrail (33) is extruded towards the inner side where the jig (10) is installed and on the transporting table (40), it is set to allow slide transport, and is set on the primary guardrail (24) of the changing tables (20) (20') and moves back and forth.

Here, the movement method is done through the force of the servo motor positioned on both sides of the changing tables (20) (20') which rotates with a set of belt pulley (36a) (36b) and with belt (36), or through servo motor linked with screw nut (37a) and screw rod where the transporting of the screw nut (37a) in direct line is related through rotational force of the screw rod (37).

Such movement method should be done by considering the space of the movement and apply selectively so that individually moving changing tables (20) (20') and supplementary table does not interfere with each other when moving back and forth.

The transporting table (40) of the invention is installed on the secondary guardrail (33) of the supplementary table (30) and is prepped with primary and secondary sensors (44) (46) and is set with head unit (H) that rides up and down on the load rod (48a).

The transporting table (40), together with the supplementary table (30) transports back and forth on the changing tables (20) (20') and at same time sets on the secondary guardrail (33) on the supplementary table (30) and through the motion of the cylinder (S1), it slides in and outer direction.

The transporting table (40) is prepped with load rod (48a) length wise on its hem and with the supplementary block (48) set on the head unit (H) on the load rod (48a), it is installed to move up and down via cylinder (S2) and is equipped with primary and secondary sensors (44) (46) and detecting methods on the lower section of the transporting table (40).

Here, for the detecting method, the detecting roller (42) to meet the detecting bar (14) of the jig (10) is equipped and directs the taping position of the head unit (H). The detecting roller (42), extrudes to the lower section of the transporting table (40) through the supporter (42a) and is installed to meet the detecting bar (14) of the jig (10). Here, the taping process should be done through the head unit (H) while it is transported by the supplementary table (30) where the detecting roller (42) of the transporting table (40) is attached to the detecting bar (14) of the jig (10), but here, the taping area by the head unit (H) is controlled by the primary and secondary sensors (44) (46). The primary sensor (44) rides on the primary guardrail (24) of the supplementary table (30) and during transport, detects the primary detecting part (14a) (14a¹) of the detecting bar (14) and raises or lowers the position of the head unit, in other words, detects the actual taping area and the secondary sensor (46) detects the secondary detecting part (16a) (16a') of the detecting bar (14) and detects the back and forth moving area of the supplementary table by detecting the overall size of the case (C) loaded on the jig (10).

In addition, the transporting table (40) detects the primary guardrail of the changing tables (20) (20') positioned on both sides and is equipped with the limit sensors (40b) (40b¹) to detect the limits of back and forth movement. The limit sensor (40b) (4Ob') is prepped on both sides of the transporting table (40) and detects the transporting area of the supplementary table (30), in other words, it detects the limiting position of the transporting table (40) set with the hear unit (H). The large width or the small width in accordance to the size of the case (C) and the changing tables (20) (20') which setting is initialized and limit of the supplementary table's back and forth movement is continuously detected and prevents the crashing of the transporting table.

As shown in the enhancement shown in Figure 4, the load rod (SV) of the cylinder (S1) that transports the transporting table (40) is installed with the elastic spring (E) on the fixating plate (4Oa) of the transporting table (40) and forms small tension section and transports with the detecting roller (42) is in contact with the detecting bar (14) and the movement of the head unit (H) is prevented for precise taping of the covering tape (T).

The movements of the Taping machine of the invention will be explained with reference to the Figures 1 and 5.

First, the jig (10) fabricated to the size of the case (C) is installed on the Taping machine, changing tables (20) (20') is transported and the detecting roller (42) is attached to the detecting bar (14) and by locking the setting clamp (22a), the changing tables (20) (20') is fixed in its position and when the transporting table (40) returns back to its original position, the preparation is finished.

Then by loading the case (C) to interlock with the setting hole (12a) of the die (10), and turning on the start switch (omitted from the drawings), the transporting table will move forward via motion of the cylinder (S 1) and the detecting roller (42), attached to the detecting bar (14) of the jig(10) and transports riding on the primary guardrail (24) of supplementary table (30) and simultaneously, the head unit tapes the covering tape (T) onto the case (C).

For example, on the transporting table (40), the supplementary block (48) is lowered via operation of the cylinder (S2) as the primary and secondary sensors (44) (46) goes through the primary detecting part (14a) and secondary detecting part (16a), and each head unit (H) simultaneously tapes the various sides of the case (C) while transporting.

Then the primary and secondary sensors (44) (46) consecutively detects the primary detecting part (14a) and secondary detecting part (16a) and cuts the covering tape (T) and as the head unit (H) rises, it returns to original position with the transporting table (40). And when the case (C) is unloaded, the touch sensor (12b) detects this and after 3~5 seconds, the head unit (H) returns to starting position and repeats the taping process.

The Taping machine's jig (10), changing tables (20) (20'), supplementary table (30), transporting table (40), head unit (H), and primary moving parts of cylinder (S1) (S2) (S3), touch sensor (12b), fixating clamp (22a), limit sensors (40b) (40b¹), primary and secondary sensors (44) (46) are connected to the control box (omitted from the drawings) via circuits and controlled based on the set sequence. In addition, the on/off power switch, the start switch, and instant stop switch that stops the Taping machine in case of an emergency and other control keys (omitted from the drawings) is equipped.

The Figures 6 and 8 is the layout of an example model of the Taping machine. Here, the Figure 6 is the overall frontal layout of the example model of the Taping machine and Figure 7 is the overall side layout of the Taping machine shown in Figure 6 and Figure 8 is the overall surface layout of the Taping machine shown in Figure 6.

In Figures 6 or 8, installed on the lower section of the table (10a) prepped with the jig (10) and prepared with the setting hole (50a), and install the setting ball (51) to aforementioned setting hole (50a), and while set on the supporting roller (54) on one part of the index table (50) that rotates on the spindle (52) and transports riding on the primary guardrail (56a) and with the changing table (56) with secondary guardrail (56b) on its hem, while on the secondary guardrail (56b) of aforementioned changing table (56), together with the load rod (58a) and with transporting table (58) equipped with head unit (H), the aforementioned transporting table (58) is prepped and the detecting roller (42') is equipped to detect the outer sections of the jig (10).

The index table (50) is fabricated to the original plate shape and on the upper side, the jig (10) and table (10a) is installed and various supporting roller (54) is set, and rotates on the spindle (52) in the center, and prepped with various setting holes (50a) on the outside in fixed intervals.

The setting hole (50a) rotates by position setting ball (51) installed close to the index table (50), here the spinning force of the index table (50) is transferred by the movement gadget (55) linked with passivity gear (52a) on the spindle (52).

Here, the supporting roller (54) is formed to tape on the outer side and rotating pivot (54a) installed with slant on the center of the index table (50) is set so that it is able to rotate. The supporting roller (54) is a taping roller and to support the index table (50) set with the jig (10) and table (10a) is installed in various position in set intervals and rotates centered on rotating pivot (54a)

The rotating pivot (54a) is installed with a slight slant angle (aes)on the center of the index table (50), here, the slant angle (afe) of the rotating pivot (54a) is changed based on the diameter and positioning of the supporting roller (54).

Here, there's an added benefit of preventing slipping friction, of the supporting roller (54) while attached to the lower portion of the index table (50) and in rotation, extending the life span. And install the changing table (56) prepped with a set of primary guardrail (56a) parallel aligned to aforementioned index table (50), and aforementioned changing table (56) moves back and forth through movement parts, and is equipped on the upper side with the secondary guardrail (56b) and transporting table (58).

The transporting table (58) is installed to ride up and down through the motion of the cylinder (S1) and load rod (58a) on the head unit (H) on one side and through movement parts, rides on the secondary guardrail (56b) and moves back and forth.

The transporting table (58) is prepped with detecting roller (42') on its lower section, and the aforementioned detecting roller (42'), as shown in enhancement in Figure 7, rides on the outer part of the jig (10') and detects the taping position and transporting areas of the head unit (H).

Here, the movements is done through rotation of the set of belt pulley (59a) (59b) and the belt (59) moved through force of servo motor, and through force of aforementioned belt (59), the changing table (56) and transporting table (58) is moved back and forth.

In regards to operation, when operating the switch after loading the case (C) to the die (10'), the changing table (56) will move forward.

Then the detecting roller (42') on the transporting table (58) is in contact with the outer parts of the jig (10') and through the motion of cylinder (S1), the head unit (H) lowers and simultaneously, the transporting table rides on the secondary guardrail (56b) and tapes the covering tape (T) onto the case (C).

Then once the taping is complete on one side of the case (C), the head unit (H), returns to original position by changing table (56) and the transporting table (58), then the index table (50) is rotated at fixed angle (for example: 90 degrees) and rotates the case (C), and aforementioned process is repeated and tapes the various sides of the case (C).

As various sides of the case (C) is taped using the head unit (H) and through fixed angle rotation of the index table (50), the cycle time may be increased, reducing productivity, but since the cost of the Taping machine is low, there's effect of reduction in facility investment.

The table (10a) installed on the index table (50) should consider the supplying and delivering process of the case (C), loaded/unloaded by the jig (10'), and fabricate one side in flat shape.

The Figures 9 and 11 is the structural layout of modified model of the invented Taping machine. As per detailed description of aforementioned layout, Figure 9 is the overall layout of the front section of modified model of the invented Taping machine, Figure 10 is the overall layout of the surface section of the Taping machine in Figure 9, and Figure 11 is the overall layout of the side section of the Taping machine in Figure 9.

In Figures 9 or 11 , the die (12') is fabricated in roller shape and servo moter linking to jig (10') and table (60) riding back and forth on the primary guardrail (62) with the jig (10) on board, and by attaching the supporter (64) on one side of the aforementioned table (60), a transporting table (66) moving back and forth via load rod (66a) and the head unit (H) riding up and down on the secondary guardrail installed on the sides of the aforementioned transporting table (66) is formed. Jig (10') is installed on the table (60) that transports back and forth by the cylinder (S1) riding on the primary guardrail (62), with one set of die (12') installed so that it is able to rotate on the hem in roller shape, here the motion force is transferred to die (12') through reducer (R) linked to driving servo motor.

On the upper section of the jig (10'), head unit (H) is installed, here the head unit (H) is set on the transporting table (66) that transports back and forth riding on the load rod (66a) on the supporter (64) attached to a part of the table, and riding on the secondary guardrail (68), it moves up and down via movements of the cylinder (S2).

In regards to operation, after setting the circular shaped case (C") to a set of die (12') and pressing the start switch, the table (60) will ride on the primary guardrail through motions of the cylinder (S1), the head unit (H) will go through the load rod (66a) and the secondary guardrail (68) to taping position, in other words, attach to the surface of the case (C"), and through the motions of the drive servo motor, the reducer (R) will move and set of die (12') will rotate.

Then the circular shaped case (C") will link with the set of die (12') and the taping process will be conducted and once the process is complete, the drive servo motor will halt and when the table (60) rides on the primary guardrail (62) and the covering tape (T) is cut in unloading status, the taping process is complete.

As such, by fabricating the die (12) in roller shape and rotate the case (C") and conduct the taping process, the difficult manual taping process of circular shaped case (C") is automated and increases not only the productivity but prevents the bending (for example, the situation where the taping is done with the covering tape (T) in bent condition) of the covering tape (T) and results in high reduction of the defective rate.

The Figures 12 and 14 is different example model of the invented Taping machine and is described using aforementioned Taping machine and will only describe different sections.

When explaining with reference to the Figures, on the outer front section of the jig (10) set with the die (12) where the case (C) is loaded is prepped with the table (200), and on top of the fixed table (200) in length direction are the ball screw (210), which rotates through servo motor (M) and are the actual parts to move each blocks, and on top of the ball screw (210) is attached operation table (211) to allow movement.

And is installed near the exterior of the jig (10), excluding the fixed table (200), prepped with changing table (20) (20') with ball screw (210), which rotates through servo motor (M) in length direction, and also supplementary table (30) that can move along the ball screw (210).

Unlike the previously mentioned Taping machines, the movement is done not through the belt and pulley motion but through servo motor(M) and the operation table (11) linked to its rotating ball screw (210) which causes various blocks in each directions.

When using the ball screw (210) and the operation table (211) as the force of drive, error caused by slippage when using belt or pulley can be reduced and as a result, more precise control of each part is possible.

On the inner front section of the aforementioned fixed table (200) and changing table (20) (20') are numerous guardrails (110). To detect fixed table (200) and changing table (20) (20') while in motion, numerous sensor plates with various detecting parts are installed.

On the inner side of the changing table (20) (20') is the supplementary table (30) with ball screw (210) that rotates via servo motor (M), and installed on the ball screw (210) of the supplementary table (30), the lower section is prepped with detecting methods and the primary and secondary sensors (44) (46), with transporting table (40) set with the head unit (H) that rides up and down on the limit rail; and centered on the transporting table (40), a tilting method is formed to link the head unit (H) on slight angle of slant.

On top of the aforementioned die (10), in other words, on the section where the case (C) is settled and or is close to, start block (310) is installed, since this start block (310) does not provide stable initial contact when attaching on the case (C) with low adhesiveness through head unit (H), more freer adhesion is achieved through the head unit (H) by taping the case (C) and nearby start block (310) first.

In addition, the head unit (H) has sub roller (320) and main roller (330) that is each able to rotate on its pivot and support, the sub roller (320) conducts slight pressure when adhering the tape onto the case (C), the main roller (330) conducts heavy pressure when adhering the tape, preventing rising or distorting conditions.

When viewing the detailed structure of aforementioned tilting method, it is pivoted and supported to allow slight angled rotation of the portion of the transporting table, with changing plate (400) equipped with fan like angler (410) on the side installed through changing plate (400) on the aforementioned angler of the changing plate, and adjustment screw (420) to maintain the changing angles between the changing plate and the transporting table is installed

Here, same effect can be achieved by using precision controller such as micro meter and not going through the adjustment screw (420).

Therefore, when conducting the taping process with the front section of the case (C) is slightly angled and the angle of the head unit (H) is adjusted using tilting method, stable taping process can be achieved.

To explain in more detail, by fine tuning the angle using adjusting screw (420) and maintaining such angel through setting bolt located on the upper section of the angler (410), overall precise angle adjustment of the head unit (H) is possible.

In other words, the taping process is not only possible on flat surface but also on slightly angled areas as well.

The invention is not only limited to aforementioned examples, and without varying from the idea and scope of the invention, the various ways of adjusting and modifying the invention can be possible to anyone with general knowledge in this technical field. Therefore, such modified examples of the invention should also be included within the scope of the patent.

Above was the description of specific examples of the invention but the invention should not be limited to aforementioned examples and within the demanded scope, without varying from the importance of the invention, anyone with general knowledge in technical field that includes this invention may modify in various ways.

Claims

Claims;

1. In constructing taping equipment to adhere a screened tape at each painting boundaries on the case that is painted more than one color, a taping device contains; the above case (c) is loaded with a die (12) and on the edge, detector bar (14) and sensor bar (16) which are equipped in correspondence with the jig (10); the variable table (20)(20') which is located in the vicinity of the above jig (10)'s outside and they are held on their position with the transportation rod (22) and the variable device by transferring it with organic mutuality and clamp device hold it tight; and they are straightly transferred by the above variable table (20)(20') which is furnished with the first guide rail (24); and the transferring table (40) equipped on the second guide rail (33) of the above supplement table (30) which is loaded with head unit (H) that makes it move up and down over load-rod (48a) and the first, second sensors (44)(46) in the front.

2. In the subsection 1 , the above detection bar, a taping equipment, is equipped through space (14b) on the anchor (10b) of jig (10) and its position is adjustable through elastic spring on each side and adjusting ball (15).

3. In the subsection 1 , the above variable device, a taping equipment, is equipped in correspondence with a rack(R)(R') on the variable table (20)(20') and it has a pinion (P) to be in gear with a rack (R)(R') so the corresponding variable table (20)(20') can move organic mutually over the transportation rod (22).

4. In the subsection 1 , the above clamp device, a taping device, is possessed with flange (23) which support slide transferring of the transportation rod (22) in the variable table (20)(20'), but with stop plate (23a) and passive linkage (23b) that links the above stop plate (23a) and flange, with active linkage (23c) which is possessed in a vertical hem of the above flange (23) which was opened at one side, it is locked or released by cylinder (S3) operation.

5. In the subsection 1 , the above variable table (20)(20') is a taping device that is equipped by one of the correspondence axis to be located on top of the variable table.

6. In the subsection 1, the above detector device, a taping device, is possessed with detecting roller (42) which is in correspondence with detector bar in jig (10) and this detecting roller (42) introduces taping location of head unit (H).

7. In the subsection 1 , the above transferring table (40) is a taping device that has limit sensor (40a)(40b)(40b') to detect position limit of round transferring by sensing the first guide rail (24) of the variable table (20)(20') which is located on each side of the transferring table (40).

8. In the subsection 1 , a taping device is composed of; the index table (50) that rotates in the axes of spins (52) as it is reached in good condition with supporting roller (54) and that is equipped with position- fixing ball (51) which is in gear with the fixing groove (50a) that is located on the side of table (10a) that has jig (10'); the variable table (56) on one side of the above index table (50) which has the second guide rail (56b) on a fleet and transferred over the first guide rail (56a); the transferring table (58) that is possessed with head unit (H) and the load rod (58a) as it is loaded on the second guide rail (56b) of the above variable table (56); and inspection roller (42') that detect the outside of the jig (10') in the above transferring table (58).

9. In the subsection 8, the above supporting roller (54) is a taping device that make it rotate on the inclined axes (54a) corresponding to the center of the index table (50) and the outside is taper.

10. In the subsection 1 , the above die(12'") is a taping device that is composed of; the jig (10") in roller form, is equipped to be linked to sub-motor; the round transferring table (60) with the above jig (10'") over the first guide rail (62); the transferring table (66) that moves in front and in rear by load rod (66a) with anchor (64) on one side of the above table (60); and head unit (H) that moves up and down over the second guide rail (68) located on the side of the above transferring table (66).

11. In constructing taping equipment to adhere a screened tape at each painting boundaries on the case that is painted more than one color, the taping device includes; the jig (10) which the above case (c) is loaded with a die (12); a fixed table (200) which is equipped in the vicinity of outside of the above jig (10) with a supplement table (30) that can slide and ball screw (210) that can rotate by sub motor (M) in the direction of the left and right length; a ball screw (210) that is rotated by the sub motor (M) in the direction of each lengths and located in the vicinity of outside of the jig (10) except the above fixed table (200) and the variable table (20)(20') which has the supplement table (30) that is moved by this ball screw (210); left and right sensor plate on the inner side of the above variable table (20,20'); the ball screw (210) which is rotated by the sub motor (M) in the inner direction and the supplement table (30) that moves along the ball screw (210) and that is transferred by the ball screw (210) of the above variable table (20,20'); the transferring table (40) that is loaded with head unit (H) which moves up and down over the load-rod (48a) and have a detector device and multiple sensors on the front of the above supplement table (30); a tilting device that engage the head unit (H) to incline to certain degree from the center of the above transferring table (40).

12. At paragraph 11 , above fixed table (200) and variable table (20) (20') are taping device characterized by either axial fixed table (200) and variable table (20) (20') of both corresponding axes located at upper part

13. At paragraph 1 , above detection device is taping device characterized by detection ruler (42) corresponding to detection bar (14) of jig(10), guiding taping position of head unit(H).

14. At paragraph 11 , above convey table (40) IS taping device characterized multiple limit sensors to detect limit location according to reciprocating convey by operation of fixed table (200) and variable table (20) (20') at both ends.

15. At paragraph 11 , it is taping device characterized by above jig (10) mounted at rear side of table (10a), fixed groove(50a) at outside, position fixing port (51) geared to above fixed groove(50a), index table (50) rotating and operating at the pivot of spindle (52) stabilized at support roller(54), variable table (56) located at one axis of above index table (50) and conveyed along 1st guide rail (56a), with 2nd guide rail (56b) installed at end, convey table (58) equipped with rod (58a) and head unit (H) mounted on 2nd guide rail (56b) of above variable table (56), detection roller (42') detecting circumference of jig (10')

16. At paragraph 15, above support roller (54) is taping device characterized by circumference formed in a taping manner, and ratable at rotation axis(54a) slantly installed concentric index table (50).

17. At paragraph 11 ,

Taping device characterized by jig (10") with above die (12") made in a roller form, and installed connecting to server motor, table (60) with above jig (10") mounted reciprocating along 1st guide rail (62), convey table (66) with support (64) mount at one axis of above table (60) and conveying by rod(66a), head unit (H) lifting up and down along 1nd guide rail (68) installed at lateral of above convey table (66)

18. At paragraph 11 ,

Taping device characterized by tape stuck start block(310) at die adjacent to above case, small diameter serve roller(320) supported at head unit(H) and relatively large diameter main roller(330) for compressing case surface supported at head unit(H) in a ratable manner.

19. At paragraph 11 , the above tilting means are characterized by taping device variable plate(400) with axis rotating in a fixed angle at one axis of convey table (40), fan-shaped protractor at one axis, control screw (420) installed through variable plate(400) at one axis of variable plate(400) to finely control the angle of variable plate and convey table (40).