KR200174414Y1 - Sealing system of ink supply hole for ink cartridge - Google Patents

Abstract

The present invention relates to an ink supply sealing system of an ink cartridge for supplying ink to an inkjet printer. The sealing operation can be ensured by automating the operation of inserting a packing into the ink supply port of the ink cartridge and fusing the film thereon. In this way, mass production is possible while reducing the occurrence of defects in packing insertion and film fusion.

The construction of the present invention having the above object is provided in a disc shape to be intermittently rotated by a predetermined angle by the index device 100 on the base A, and the ink cartridge 800 is seated at an evenly divided position of the outer surface portion. Rotating disk 110 is provided with a plurality of seating portion 120 is fixed; At least from the packing feeder 350 in the ink supply port 810 of the ink cartridge 800 provided in the base A of the outer side of the outer side of the rotating disk 110 and seated on the seating portion 120 of the rotating disk 110. A packing inserting device 300 having first and second actuators 310 and 320 moving in a horizontal / vertical direction at an upper portion thereof so as to insert a packing 840 supplied in one or more rows, and an adsorber 330 disposed at a lower portion thereof; Fourth and fifth actuators 410 and 420 are provided at an upper portion of the base A adjacent to the packing inserting device 300 to cut the film p and to contact the cut film p. A film welding apparatus 400 provided with a cutter 430 and a heating element 440 at a lower portion thereof; The film fusion apparatus 500 is provided on one side of the base A in close proximity to the film welding apparatus 400 and provided with a heating element 520 for fusion welding of the welded film p while interlocking with the seventh actuator 510. ; An ink hole is provided on one side of the base A adjacent to the film fusion apparatus 500. The tenth actuator 630 having the tongs 640 is installed at the bottom to insert the packing 840 into the air inlet 810 and to extract the ink cartridge 800 in which the film p is fused thereon. The gist of the present invention consists of an extraction device 600 provided with eighth and ninth actuators 610 and 620 that move in the vertical direction.

Description

Sealing system of ink supply hole of ink cartridge

The present invention relates to a system for sealing an ink supply port of an ink cartridge for supplying ink to an inkjet printer, and more particularly, supplying a packing to an ink supply port of an ink cartridge, cutting the film onto the packing, and then fusion. The present invention relates to an ink cartridge sealing system for an ink cartridge, which can automatically carry out the entire process up to the process of extracting a finished ink cartridge.

An ink cartridge attached to an inkjet printer or the like is provided with an ink supply port 810 distributed to supply ink injected into an ink reservoir 820 inside a cartridge body to a nozzle of a printer head, as shown in FIG. A lid having an ink injection hole 830 is attached to an upper end of the cartridge body to inject ink into the ink storage chamber 820 of the cartridge body 800.

The ink cartridge configured as described above first inserts the packing 840 into the ink supply port 810, and the film P is already cut to a predetermined size on top of the ink supply port 810 into which the packing 840 is inserted. Fusion and then inject a certain amount of ink into the ink reservoir 820 through the ink injection hole 830 of the lid, and fusion film (not shown) on the upper surface of the lid so that the ink injection hole 830 of the lid is closed. It was.

Thus, in manufacturing the ink cartridge seal the conventional ink supply port 810 The method is first put on the work table 850 of the fusion machine 860, and the packing (P) in the ink supply port 810 of the ink cartridge 800 by the operator manually inserted and seated, and then of the ink supply port 810 Put the film P already cut on the surface and operate the actuator 861 to lower the heating element 862 heated to a predetermined temperature, so that the heating element 862 causes the film P to surface the ink supply port 810. It was pressurized to and fused.

However, in the method of sealing the ink supply port 810 of the ink cartridge as described above, as well as inserting and seating the packing P into the ink supply port 810 of the ink cartridge, cutting and placing the film p are all methods. It is made by hand, the operation of the fusion machine 860 to fusion the film (P) is also semi-automatic, there was a problem such as low productivity.

In particular, since the position of placing the film (p) on the top of the ink supply port 810 of the ink cartridge 800 or the degree of fusion of the film (p) is different and not uniform every time according to the operator, the film (P) during storage or transfer. Part of the) is opened or dropped, and because of this can not maintain the proper function of the sealing, there is a problem that can not be secured as the return or exchange frequently occurs from the consumer.

The purpose of the present invention is to research and develop to solve the above problems, and only if the ink cartridge is seated on the mounting portion of the rotating disc to check whether the ink cartridge is properly seated and insert the packing in the ink supply port Number It is to provide an ink cartridge sealing system for ink cartridges which can be automated from the end to the step of cutting the film, and then welding the film again to the film fusion apparatus and extracting the ink cartridge.

In addition, the present invention automates the operation of inserting the packing into the ink supply port of the ink cartridge and fusing the film thereon, so that the accuracy of the sealing operation can be ensured, and accordingly, mass production is possible while reducing the occurrence of defects in the packing insertion and film fusion. To provide an ink supply sealing system of an ink cartridge.

1 is a side view showing a process of sealing an ink supply port of a conventional ink cartridge;

Figure 2 is a plan view schematically showing the ink supply port sealing system of the ink cartridge according to the present invention,

Figure 3 is a perspective view showing an extract of the detection device of the ink cartridge according to the present invention,

4A to 4D are perspective views showing a process of inserting a packing into an ink supply port of an ink cartridge by a packing inserting apparatus according to the present invention;

5a to 5c is a front view showing a process of cutting the film with the film welding apparatus according to the present invention and welded thereto,

Figure 6 is a perspective view showing an extract of the waste film recovery apparatus according to the present invention,

7a to 7b is a perspective view showing a process of fusion film with a film fusion apparatus according to the present invention,

8A to 8C are perspective views illustrating a process of extracting a fusion completed ink cartridge with the ink cartridge extracting apparatus according to the present invention.

<Code Description of Main Parts of Drawing>

A: main body P: film 100: indexing device

110: rotating disc 120: seating portion 130: motor

121: mounting groove 122: fixture 200: detection device

210: sensor 220: vertical bar 230: horizontal bar

240: fixed plate 300: packing inserting device 310: first actuator

320: second actuator 321: diaphragm 330: adsorber

331: suction port 332: air suction line 340, 540: support

341,412,461,721: Guide bar 350: Packing feeder

360: packing supply hole 361: packing supply hole 370: third actuator

380: packing container 390: 400 as the packing guide: film welding apparatus

410: fourth actuator 420: fifth actuator 474: sixth actuator

411: moving pallet 430: cutter 432: heating element installer

451: Cutter through hole 440, 520: Heating element 441: Cooling flow path

442: air suction passage 450: cutting pallet 460: fixed pallet

470: film dispenser 471: roller 472: roller rotation shaft

473: one-way rotary gear 475: rack 480: film winding machine

481: drum 482: motor 500: film fusing device

510: seventh actuator 530: bracket 600: extraction device

610: eighth actuator 620: ninth actuator 630: tenth actuator

640: tongs 700: recovery device 710: recovery table

720: the 11th actuator

In order to achieve the above object, the present invention provides a rotating disc provided with a plurality of seating portions provided with a disc shape to be intermittently rotated by a predetermined angle by the index device on the base, and the ink cartridge is seated and fixed at an equally divided position of the outer surface portion; A first provided on a base outside the outer surface of the rotating disc and moving horizontally and vertically on an upper portion so as to insert a packing supplied from the packing supplier into at least one row from an ink supply port of the ink cartridge seated on the seating portion of the rotating disc; A packing inserting device provided with a second actuator and an adsorber disposed therein; A film welding device provided at one side of the base in close proximity to the packing inserting device, and having fourth and fifth actuators at an upper portion thereof, and a cutter and a heating element provided thereon to cut the film and to weld the cut film; A film fusion device provided on one side of the base adjacent to the film welding device and provided with a heating element for fusion welding the welded film while interworking with the seventh actuator; An ink supply port is provided on one side of the base adjacent to the film fusing device. An extraction device provided with eighth and ninth actuators provided with a tweezer at a lower portion thereof so as to extract ink cartridges in which packing is inserted and fused film thereon, and moved horizontally / vertically in an upper portion thereof. It features.

The seating portion is provided with a fastener to have a mounting groove surrounding the four sides of the ink cartridge, characterized in that the fastener is fixed to the fastening member to be adjustable according to the model of the ink cartridge.

The cutting machine of the film welding apparatus is provided on a moving pallet moved up and down by a fourth actuator so that the film can be taken out in a predetermined shape corresponding to the cutter through hole of the cutting pallet fixed to the fixed pallet, and a heating element penetrates inside the center thereof. Shaped heating element installation hole is formed and the heating element is provided at the rod end of the fifth actuator moved up and down by the fifth actuator in the heating element installation hole of the cutter, the heating element to cool it when the temperature is above the set temperature Cooling flow path is formed and both sides thereof is characterized in that the air suction passage is formed so as to adsorb the film cut by the cutter.

The film welding apparatus includes a pair of rollers installed in contact with each other so as to guide the waste film remaining after being cut by a cutter; A one-way rotary gear which rotates together with the roller when rotating in the direction of the arrow on one of the roller rotating shafts and idles when rotating in the opposite direction of the arrow; A film take-off is provided which comprises a sixth actuator for rotating the one-way rotary gear by operating the rack engaged with the one-way rotary gear up and down, wherein the winding machine comprises: a drum for winding the waste film drawn out to the film take-off; One side of the drum consists of a tension motor which is activated when the tension applied to the waste film is loose and stops when the tension is constant. It is characterized by.

The lower part of the extraction device is provided with a recovery device in which a recovery table having an inclined bottom is moved along the horizontal guide bar by the eleventh actuator so as to receive the ink cartridge from which the film fusion operation is completed from the tongs to guide the recovery box of genuine or defective products. It features.

One base adjacent to the packing inserting device is characterized in that a sensing device for detecting whether or not the ink cartridge is seated on the seating portion of the rotating disc, the position before the packing inserting device is provided.

Hereinafter, the ink supply port sealing system of the ink cartridge according to the present invention will be described in detail with reference to the accompanying drawings of the embodiments.

Figure 2 is a plan view schematically showing the ink supply opening sealing system according to the present invention, Figure 3 is a perspective view showing only the detection device of the ink cartridge in Figure 2, Figure 4a to Figure 8c is a packing inserting device of the present invention , The film welding apparatus, the film fusion apparatus, the drawing showing the operating state of the ink cartridge extraction apparatus.

As shown in the figure, the rotating disc 110 on the base (A) is provided to be rotated intermittently by a predetermined angle (45 °) by the indexing device 100, which is to maintain a constant interval on the outer surface portion of the upper surface A plurality of seating parts 120 on which the ink cartridge 800 is seated is provided, and the seating part 120 is equipped with a fixture 122 to have a mounting groove 121 covering four sides of the ink cartridge 800. . The fixture 122 must be fastened with a fastening member to enable position adjustment according to the model of the ink cartridge 800.

And in the vertical upper portion of the seating portion 120 located on the front side of the seating portion 120 on the rotating disc 110, as shown in Figure 3, the ink cartridge 800 is properly seated on the seating portion 120 There is a detection device 200 for detecting whether there is a horizontal bar 230 is installed on top of the vertical rods 220 standing vertically and the fixed plate 240 mounted at the tip of the horizontal bar 230 A sensor 210 for detecting the ink cartridge 800 is installed.

In addition, the ink seated on the seating portion 120 of the rotating disc 110, as shown in Figure 4a to 4d in the vertical portion of the seating portion 120 of the 45 ° position to maintain a predetermined interval with the sensing device 200 A packing inserting device 300 for inserting and seating the packing 840 in the ink supply port 810 of the cartridge 800 is provided.

The packing inserting device 300 includes a first actuator 310 which is moved along a horizontal guide bar 341 on a supporter 340 of a memory device, and a plate 321 of one side of the first actuator 310. The second actuator 320 which is moved in the vertical direction is installed on the rod end of the second actuator 320, the adsorber 330 is installed to cooperate with the operation of the second actuator 320.

The adsorber 330 is provided with an adsorption port 331 as many as the number of the ink supply ports 810 in the lower portion of the adsorber 330 so as to adsorb the packing 840 as the air is sucked from the adsorption port 331. The air suction line 332 is formed.

In addition, packing packing machine 350 that aligns and supplies the packing 840 to the adsorber 330 is provided with a packing supply cylinder 380 vibrated by an internal vibrator (not shown). At least one packing guide path 390 is dividedly formed in front of the packing supply container 380, and the packing supply holes 361 are provided at the front end of the packing guide path 390 by the number of suction holes 331. The third supply actuator is provided with a packing supply hole (360) having a lower portion of the packing supply hole (360) to push up the packing (840) guided from the packing guide passage (390) to the top of the packing supply hole (361). 370 is mounted.

In addition, the upper portion of the ink supply port 810 where the packing 840 is inserted, as shown in FIGS. 5A to 5C, in the vertical upper portion of the seating part 120 at a 45 ° position while maintaining a predetermined distance from the packing insertion device 300. There is provided a film welding apparatus 400 for gently adhering the film (P) to, the fourth and fifth actuators to move up and down on the top / bottom of the fixed pallet 460 installed on the upper portion of the guide bar (461) 410 and 420 are provided.

The rod end of the fourth actuator 410 installed on the upper surface of the fixed pallet 460 is connected to the moving pallet 411 which is guided by the guide bar 412 and is moved up and down. The end is provided with a cutter 430 that is moved up and down in accordance with the operation of the fourth actuator 410 and the lower portion of the cutter 430 so that the film (P) in accordance with the shape of the cutter 430 can be taken out A cutting pallet 450 having a cutter through hole 451 through which the cutter 430 penetrates is installed.

The cutter 430 has a heating element mounting hole 432 of the shape corresponding to the cross-sectional shape of the heating element 440 is formed in the center thereof.

In addition, the rod end of the fifth actuator 420 installed on the lower surface of the fixed pallet 460 is lifted by the fifth actuator 420 in a state of being fitted into the heating element mounting hole 432 of the cutter 430. And a heating element 440 for supplying power and dissipating predetermined heat is installed, and the heating element 440 has a cooling passage 441 for cooling the heating element 440 when the temperature of the heating element 440 becomes higher than a set temperature. The air suction passage 442 is formed on both sides thereof to adsorb the film P cut by the cutter 430.

At the rear of the cutting pallet 450 is provided a film take-out 470 for guiding the remaining film cut by the cutter 430 to the winding machine 480 as shown in FIG. The film extractor 470 is provided so that two rollers 471 are in contact with each other, and the roller 471 rotates together with the rollers 471 when the roller rotation shaft 472 is rotated in one direction. When rotating in one direction, the one-way rotary gear 473 is idling is provided, the one-way rotary gear 473 is engaged with the rack 475 to rotate while being lifted in accordance with the operation of the sixth actuator (474).

And the winding machine 480 is provided at the lower portion of the film take-out 470 is provided with a drum 481 to wind the waste film, one side of the drum 481 is operated when the tension applied to the waste film is loose and constant The tension motor 482 is stopped when the tension is reached.

In addition, the film welded to the surface of the ink supply port 810 in the vertical upper portion of the mounting portion 120 of the 45 ° position to maintain a predetermined interval in succession with the film welding apparatus 400, as shown in Figure 7a to 7b. Two film fusion apparatuses 500 are provided which melt (P) and bond them completely.

The film fusion apparatus 500 is provided with a seventh actuator 510 on the support 540, The bracket 530 attached to the rod end of the seventh actuator 510 is provided with a heating element 520 for welding the welded film P to the bracket 530, and the heating element 520 is connected to the operation of the seventh actuator 510. When lowered together, the film p pressed on the upper end of the ink supply port 810 of the ink cartridge 800 is pressurized and fused.

In addition, the fusion of the film P to the ink supply port 810 is completed on the vertical portion of the seating portion 120 at a 45 ° position maintaining a predetermined distance from the film fusion apparatus 500. An extraction device 600 for extracting the ink cartridge 800 is provided. The extractor 600 includes an eighth actuator 610 which is moved along a horizontal guide bar 651 provided on the memory support 650, and a plate 660 on one side of the eighth actuator 610. The ninth actuator 620 which is vertically moved in the vertical direction is installed, and at the rod end of the ninth actuator 620, the tenth actuator 630 that lifts and opens the tongs 640 so as to grip the ink cartridge 800. Is provided.

And the lower part of the extraction device 600 is provided with a recovery device 700 for receiving the ink cartridge 800, the fusion operation of the film P is completed from the tongs 640, which is a horizontal guide bar 721 An eleventh actuator 720 is provided to be transported along the eleventh actuator 720, and a recovery table 710 having an inclined bottom is provided, and the recovery table 710 is provided at both ends of the guide bar 721. A recovery box (not shown) of genuine and defective items is provided to be positioned below.

The ink supply opening sealing system of the ink cartridge according to the present invention configured as described above is a worker of the mounting portion 120 arranged at regular intervals along the circumferential direction of the rotating disc 110. Geometrically, the ink cartridge 800 is seated so that the ink supply port 810 faces upwardly at the seating portion (the seating portion located in front of FIG. 2) 120 located at the front portion.

As described above, when the ink cartridge 800 is seated on the seating part 120, the rotating disc 110 is intermittently rotated by an angle of 45 ° by the indexing device 100 having the motor 130 at the lower center thereof. At this time, the ink supply port 810 of the ink cartridge 800 is located in the vertical lower portion of the sensing device 200 as shown in FIG.

The sensor 210 of the sensing device 200 detects the ink cartridge 800 seated on the seating part 120 and transmits the detected signal to a control device (not shown) provided at one side of the main body A. The control device that sends a signal and receives the signal operates the indexing device 100 to intermittently rotate the rotating disc 110 by only 45 degrees.

As such, when the rotating disc 110 is rotated and stopped, the ink cartridge 800 is positioned at the vertical lower position of the packing inserting apparatus 300.

When the ink cartridge 800 is positioned at the vertical lower position of the packing inserting device 300, the second actuator 320 of the packing inserting device 300 is operated by a signal from the control device, so that the adsorber 330 at the end of the rod is inserted. Is lowered from the state of FIG. 4A as in the state of FIG. 4B.

When the adsorption port 331 of the lower portion of the adsorber 330 is completely lowered and positioned on the packing supply hole 361 of the packing supply port 360, the suction port 331 may be provided through the air suction line 332. The packing 840 prepared in the packing supply hole 361 is adsorbed.

When the packing 840 is adsorbed to the adsorption port 331 of the adsorber 330 as described above, the second product Synchronization 320 is again operated in reverse to pull up the adsorber 330 as shown in Figure 4c, so that the packing 840 is pulled up with the adsorber 330 is the first actuator on the guide bar 341 As the 310 is operated, it is moved in the horizontal direction, and the adsorber 330 to which the packing 840 is adsorbed is stopped while being positioned in the vertical portion of the ink supply port 810 of the ink cartridge 800.

When the first actuator 310 on the guide bar 341 is stopped, the second actuator 320 mounted on the first actuator 310 is operated to lower the adsorber 330 of the rod end as shown in FIG. 4D. As the adsorber 330 is lowered as described above, the packing 840 adsorbed to the adsorption port 331 of the adsorber 330 is inserted into the ink supply port 810. As such, when the insertion of the packing 840 into the ink supply port 810 is completed, the air suction input generated from the air suction line 332 is released, so that the packing 840 is inserted without being removed from the ink supply port 810. Will remain intact.

As such, when the insertion of the packing 840 is completed, the second actuator 320 is operated again to lift only the adsorber 330 upward, and when the process is completed, operate the first actuator 310 on the guide bar 341. To return to the initial position, that is, the position of FIG. 4A.

After the insertion operation of the packing 840 is completed as described above, the rotating disc 110 is intermittently rotated by 45 ° by the index device 100, so that the ink supply port 810 of the ink cartridge 800 is As shown in FIG. 5A, the film is located below the vertical portion of the welding apparatus 400.

The fourth and fifth of the upper and lower surfaces of the fixed pallet 460 constituting the film welding apparatus 400 as described above The actuators 410 and 420 are momentarily operated with extremely minute parallax so that the cutter 430 passes through the cutter through hole 451 in the center of the cutting pallet 450 as shown in FIG. After cutting P), the heat generating element 440 temporarily contacts the upper surface of the ink supply port 810 as shown in FIG. 5C.

In other words, the film P cut by the cutter 430 is heated on the lower surface of the cutter 430 due to the air suction input sucked from the air suction passage 411 formed in the heating element 440. ) And the heating element 440 gently adheres the film P while the heating element 440 contacts the upper surface of the ink supply port 810.

After the cutting machine 430 of the film welding device 400 is raised, the sixth actuator 474 of the film dispenser 470 is operated by the controller and the rack 475 at the rod end of the sixth actuator 474 is operated. As a result, the one-way rotary gear 473 engaged with the rack 475 rotates in the direction of the arrow, thereby rotating the roller 471, so as to pitch the waste film sandwiched between the pair of rollers 471 by the pitch. Pull it backwards.

The waste film pulled by the film extractor 470 is started to operate as the tension motor 482 forming the winder 480 is loosened on the waste film, and the drum 481 is moved by the tension motor 482. As it rotates, the waste film is wound. As such, the tension is wound around the waste film and the tension motor 482 is stopped.

The rack 475, which is raised to pull the waste film sandwiched between the rollers 471, causes the sixth actuator 474 of the film dispenser 470 to be lowered again, and is engaged with the rack 475. Since only one-way rotary gear (473) itself is idling, roller (471) Is not rotated.

After completion of the temporary welding process that gently melts the film p on the ink supply port 840 as described above, the rotating disc 110 is intermittently rotated by an index device 100 by an angle of 45 ° so that the ink cartridge The ink supply port 810 of the 800 is located in the vertical lower portion of the film fusion apparatus 500 as shown in Figure 7a.

As such, when the ink supply port 810 of the ink cartridge 800 in which the film P is welded to the vertical lower portion of the film fusion apparatus 500 is positioned, the seventh actuator 510 on the support 540 by the control device. Since the heating element 520 is lowered and the heating element 520 is pressurized by welding the film (P) welded to the upper end of the ink supply port 810 of the ink cartridge 800 as shown in Figure 7b.

After the primary fusion operation is completed by the film fusion apparatus 500 as described above, the rotating disc 110 is intermittently rotated by an angle of 45 ° by the index apparatus 100 so that the ink supply of the ink cartridge 800 is performed. The sphere 810 is located in the vertical lower portion of another film fusion apparatus 500 as shown in Figure 7a.

This fusion operation is the same as the first fusion operation described above, so a detailed description thereof will be omitted.

After completing the fusion of the film (P) to the top surface of the ink supply port 810 of the ink cartridge 800 in the above manner, the rotating disc 110 is intermittent by only 45 ° angle by the indexing device 100 Since the ink supply port 810 of the ink cartridge 800 is rotated as shown in Figure 8a is located in the vertical lower portion of the extraction device 600.

As such, when the ink cartridge 800 located in the vertical lower portion of the extraction device 600 is positioned, the eighth actuator 610 on the guide bar 651 is operated by the control device, and thus moved along the guide bar 471. At this time, the tongs 640 provided at the rod end of the ninth actuator 620 are positioned above the ink cartridge 800 on the rotating disc 110.

When the tongs 640 are positioned vertically on the ink cartridge 800, the ninth actuator 620 is operated so that the tongs 640 of the rod end are lowered and the tongs 640 reach the ink cartridge 800. As the tongs 640 are retracted by the tenth actuator 630, both sides of the ink cartridge 800 are gripped as shown in FIG. 8B.

As such, when the ink cartridge 800 is held by the tongs 640, the ninth actuator 620 is operated to raise the ink cartridge 800, and thus the ink cartridge 800, which is seated on the seating part 120 of the rotating disc 110, is also raised. As it is withdrawn from the seating unit 120, it is raised together with the forceps 640.

The raised ink cartridge 800 operates the eighth actuator 610 in which the ninth actuator 620 is mounted, and thus, the ink cartridge 800 is positioned on the vertical portion of the recovery device 700 along the guide bar 651 and stopped as shown in FIG. 8C. Subsequently, the ninth actuator 620 is operated and descends toward the recovery table 710 of the recovery device 700 together with the forceps 640 of the rod end. When the descending of the forceps 640 is completed as described above, the ink cartridge 800 held by the forceps 640 is dropped to the recovery stand 710 because the forceps 640 are opened as the tenth actuator 630 is operated. . The tongs 640 are lifted by the ninth actuator 620 as they are opened to wait for the next operation.

In this way, the ink cartridge 800 dropped on the recovery table 710 is received from the control device whether the packing 840 is normally inserted into the ink supply port 810 in the packing insertion device 300, and in the case of the genuine recovery box (Not shown), and in the case of a defective product, the eleventh actuator 720 of the collecting device 700 operates to guide the defective product collecting box (not shown).

As described above, the process of determining whether the packing 840 is normally inserted into the ink supply port 810 is to lower the packing 840 by lowering the adsorption port 331 of the adsorber 330 constituting the packing insertion device 300. If air is continuously sucked from any one of the plurality of adsorption holes 331 at the time of insertion, since the packing 840 is not present in the adsorption holes 331, each ink supply port 810 ), It is determined that the packing 840 is not inserted into any one of them.

On the contrary, if the air is not sucked in the adsorption port 331 of the adsorber 330, all of the packings 840 are present in the adsorption port 331, which is determined as genuine.

Inserting the packing 840 into the ink supply port 810 of the ink cartridge 800 made of the above process and sealing the method for supplying the ink cartridge 800 to the seating portion 120 of the rotating disc 110 In addition to the process, all the work is done automatically by each device.

Sealing the ink supply port of the ink cartridge according to the present invention as described above Unlike the prior art, which relies on manual operation, the system simply checks that the ink cartridge is properly seated in the seat of the rotating disc, and cuts the film from the means for inserting the packing into the ink supply port. After the temporary welding, the film is welded to the film fusion apparatus again, and the ink cartridge has a unique effect that is sequentially performed until the step of extracting the ink cartridge.

In addition, the present invention can ensure the accuracy of the sealing by automating the sealing operation for inserting the packing into the ink supply port and fusing the film thereon, and accordingly, mass production is possible while reducing the incidence of defects in the inserting of the film and the film welding. There is a distinctive effect.

Claims (7)

A plurality of seating portions 120 are provided in a disc shape to be intermittently rotated by a predetermined angle by the index device 100 on the base A, and the ink cartridge 800 is seated and fixed at an evenly divided position of the outer surface portion. A rotating disc 110 provided; The packing disc 350 is provided in the ink supply port 810 of the ink cartridge 800 provided in the base A of the outer surface outer portion of the rotating disc 110 and seated on the seating portion 120 of the rotating disc 110. The packing inserting apparatus 300 having first and second actuators 310 and 320 moving in the horizontal / vertical direction to insert the packing 840 supplied in at least one row and having the adsorber 330 disposed thereon. ; A fourth and fifth actuators 410 and 420 are provided at an upper portion of the base A adjacent to the packing inserting device 300 to cut the film p and to weld the cut film p. And the film welding apparatus 400, the cutter 430 and the heating element 440 is provided at the bottom; The film fusion apparatus 500 is provided on one side of the base (A) in close proximity to the film welding apparatus 400 and provided with a heating element 520 for fusion welding the welded film p while interlocking with the seventh actuator 510. ; It is provided on one side of the base (A) in close proximity to the film fusion apparatus 500, the packing 840 is inserted into the ink supply port 810 and the lower portion to extract the ink cartridge 800 fused film (p) thereon An ink cartridge comprising: an extraction device 600 having an eighth and ninth actuators 610 and 620 installed in the tenth actuator 630 provided with a forceps 640 and moving in a horizontal / vertical direction thereon; Ink Supply Sealing System. According to claim 1, wherein the cutter 430 of the film welding apparatus 400 corresponds to the cutter through-hole 451 of the cutting pallet 450 fixed to the fixed pallet 460 to the film (P) in a predetermined shape A heating element mounting hole 432 is formed on the moving pallet 411 which is moved up and down by the fourth actuator 410 to be pulled out, and a heating element 440 penetrates inside the center thereof, and the heating element 440 is formed. The ink supply opening sealing system of the ink cartridge, characterized in that provided in the rod end of the fifth actuator 420 moved up and down by the fifth actuator 420 in the heating element installation hole 432 of the cutter 430. The film P according to claim 1 or 2, wherein the heating element 440 is provided with a cooling flow passage 441 for cooling the heating element 440 when the temperature becomes higher than the set temperature, and the film P cut by the cutter 430 on both sides thereof. Ink supply port sealing system of the ink cartridge, characterized in that the air suction passage (442) is formed to adsorb. The method of claim 1, wherein the film welding apparatus 400 includes a pair of rollers (473) installed in contact with each other to guide the waste film cut by the cutter (430) to the winding machine (480); A one-way rotary gear 473 which rotates together with the roller 473 when rotating in the direction of the arrow on one roller rotation shaft 472 on the roller 473, and is idle when rotating in the opposite direction of the arrow; A film take-off 470 is provided, which is composed of a sixth actuator 474 for rotating the one-way rotary gear 473 by operating the rack 475 engaged with the one-way rotary gear 473 up and down, and the winding machine 480. The drum 481 winding the waste film drawn out to the film dispenser 470; This drum Ink supply port sealing system of the ink cartridge, characterized in that the one side of the (481) is composed of a tension motor (482) is activated when the tension applied to the waste film is loosened and stopped when a constant tension. The recovery table 710 of claim 1, wherein the lower portion of the extraction device 600 receives an ink cartridge 800, in which a fusion operation of the film P is completed, from the tongs and guides it to a recovery box of genuine or defective products. The ink supply opening sealing system of the ink cartridge, characterized in that the recovery device 700 is moved by the eleventh actuator (720) along the horizontal guide bar (721). According to claim 1, The seating portion 120 is provided with a fastener 122 to have a mounting groove 121 surrounding the four sides of the ink cartridge 800, the fastener 122 is a model of the ink cartridge 800 Ink supply port sealing system of the ink cartridge, characterized in that fixed to the fastening member to be adjusted according to. The ink cartridge 800 of claim 1, wherein the base A adjacent to the packing inserting device 300 is mounted on the seating portion 120 of the rotating disc 110, which is a position before the packing inserting device 300. Ink supply port sealing system of the ink cartridge, characterized in that the sensing device for detecting whether the sensor 200 is seated.