KR101334241B1 - Apparatus For Manufacturing Ink Cone - Google Patents

Abstract

An ink cone automatic manufacturing apparatus is disclosed. In an automatic ink cone manufacturing apparatus according to an embodiment of the present invention, a plurality of case chucking units for chucking a case forming an exterior of the ink cone are provided on the circumferential surface along a circumferential direction, and ink An index turntable having a working position for manufacturing an ink cone by inserting and coupling a rubber cap forming an access passage into a case; A case supply unit disposed adjacent to the index turntable and supplying a case to a case chucking unit of the index turntable; A rubber cap supply unit disposed adjacent to the index turntable at a position different from the case supply unit and supplying a rubber cap inserted into the case to a work position; And an ink cone manufacturing module disposed in the work position area and manufacturing an ink cone by inserting a rubber cap into the case.

Description

Ink Cone Automatic Manufacturing Equipment {Apparatus For Manufacturing Ink Cone}

The present invention relates to an ink cone manufacturing apparatus, and more particularly, it is possible to automatically proceed a series of ink cone manufacturing process for manufacturing the ink cone by inserting a rubber cap in the case, it is possible to improve the work efficiency, Accordingly, the present invention relates to an automatic ink cone manufacturing apparatus capable of improving productivity.

Inkcone is one of the components applied to industrial printers. The ink cone has a cone-shaped case forming an outer appearance, and a rubber cap inserted into the case. The rubber cap may form the discharge passage of the ink.

Such an ink cone may be used to discharge ink through a rubber cap by being coupled to one side of an ink storage plastic pack or ink storage container in which ink is stored.

The ink discharged through the rubber cap of the ink cone is transferred to the print head through the ink transfer pipe provided in the industrial printer and transferred to the printing surface.

As such, since the ink cone is a component that is applied to an industrial printer, an industrial printer manufacturer requires an ink cone having a rubber cap coupled to a case, and thus, an ink cone supplier supplies ink to couple the rubber cap to the case. Cone manufacturing work will proceed.

However, until now, a method of manufacturing a single finished ink cone by combining a rubber cap in a case has been performed only by manual labor, and thus, there is a problem that the work efficiency is reduced and the overall productivity is reduced. do.

Korean Patent Office Application No. 10-2007-0121190

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Therefore, the technical problem to be achieved by the present invention, by inserting a rubber cap in the case can automatically proceed a series of ink cone manufacturing process for manufacturing the ink cone can improve the work efficiency, thereby improving productivity It is to provide an ink cone automatic manufacturing apparatus that can be.

According to an aspect of the present invention, a plurality of case chucking units in which the case forming the appearance of the ink cone is chucked are provided on the circumferential surface along the circumferential direction, and a rubber cap forming an access passage of ink. An index turntable in which a working position for manufacturing the ink cone is inserted into and coupled to the case; A case supply unit disposed adjacent to the index turntable and supplying the case to a case chucking unit of the index turntable; A rubber cap supply unit disposed adjacent to the index turntable at a position different from the case supply unit, and supplying the rubber cap inserted into and coupled to the case to the working position; And an ink cone manufacturing apparatus disposed in the work position region and including an ink cone manufacturing module for inserting the rubber cap into the case to manufacture the ink cone.

A rubber cap insertion coupling hole is formed in the case, and the rubber cap is inserted and coupled thereto, and an outer stopper of the rubber cap is formed to extend outward in a radial direction to prevent separation from the rubber cap insertion coupling hole. The ink cone manufacturing module may rotate and pressurize the rubber cap to couple the rubber cap to the rubber cap insertion coupling hole of the case.

The ink cone manufacturing module may include an actuator having a pressure rod having one end contacting the rubber cap to press the rubber cap toward the case; And a rotating motor connected to the actuator to rotate the pressure rod in one direction.

An end portion of the pressure rod may be formed with a rubber cap support for supporting the rubber cap.

And a case support module disposed in the work position region, the case supporting module configured to press the case chucked to the case chucking unit on the work position toward the case chucking unit while preventing the detachment of the case. can do.

The case support module may include a case support part formed to be symmetrical with the case chucking unit to support the case together with the case chucking unit.

The case support module may further include a module driver connected to the case support and configured to pressurize the case support toward the case chucking unit.

The case supply unit, a case accommodating rotary feeder in which the cases are accommodated; And a straight case feed feeder connected to the case accommodating rotary feeder and supplying the cases one by one to the case chucking unit of the index turntable from the case accommodating rotary feeder.

The rubber cap supply unit, the rubber cap receiving rotary feeder in which the rubber caps are accommodated; And a straight rubber cap feed feeder connected to the rubber cap receiving rotary feeder and supplying the rubber caps one by one from the rubber cap receiving feeder to the ink cone manufacturing module.

The ink cone may be further provided on one side of the index turntable, and separate the ink cone manufactured by the ink cone manufacturing module from the case chucking unit to collect the ink cone collecting unit.

The ink cone collecting unit may include: an ink cone detachment bar disposed around the index turntable to separate the ink cone from the case chucking unit; And an ink cone collecting box for collecting the ink cone separated from the case chucking unit by the ink cone detaching bar.

The apparatus may further include a case chucking check module disposed in the index turntable region between the case supply unit and the ink cone manufacturing module to check whether the case is chucked to the case chucking unit.

It may further include an ink cone inspection module provided on one side of the ink cone manufacturing module to check whether the rubber cap is correctly inserted into the case.

According to an embodiment of the present invention, by inserting a rubber cap in the case can automatically proceed a series of ink cone manufacturing process for manufacturing the ink cone can improve the work efficiency, thereby improving productivity. .

1 is a perspective view showing the structure of an ink cone.
2 is a perspective view of an automatic ink cone manufacturing apparatus according to an embodiment of the present invention.
3 is a perspective view of the case chucking unit for explaining an operation in which the case is chucked to the case chucking unit.
4 is a front perspective view of the ink cone manufacturing module region.
5 is a rear perspective view of the ink cone manufacturing module region.
6 is a perspective view of the ink cone collecting region;

In order to fully understand the present invention, operational advantages of the present invention, and objects achieved by the practice of the present invention, reference should be made to the accompanying drawings and the accompanying drawings which illustrate preferred embodiments of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Like reference symbols in the drawings denote like elements.

1 is a perspective view showing the structure of an ink cone.

Referring to this figure, the ink cone 100 includes a cone-shaped case 110 forming an appearance and a rubber cap 120 inserted into the case 110 to form an access passage of ink.

1, the case 110 and the rubber cap 120 are separated, but the ink cap 100 is completed by inserting the rubber cap 120 into the case 110. As described above, the ink cone 100 may be applied to an industrial printer or the like to perform a function for transferring ink.

Looking in detail with respect to the case 110, the case 110 is connected to the cylindrical first body 116, the first body 116, but unlike the shape of the first body 116 to form a compressed shape The second body 115 is provided.

On the outer wall of the first body 116, the first locking jaw 111 and the first protruding radially outward from the first groove 112 on both sides with respect to the first groove 112 recessed inward in the radial direction. 2 engaging jaw 113 is formed. In addition, a rubber cap insertion coupling hole 114 to which the rubber cap 120 is inserted and coupled along the axis is formed in the central region of the first body 116.

In addition, a separation preventing barrier 121 extending toward the outer side in the radial direction is formed in the central region of the outer wall of the rubber cap 120. After the rubber cap 120 is inserted into and coupled to the rubber cap insertion coupling hole 114 of the case 110 due to the release prevention jaw 121, it does not easily fall out.

2 to the automatic ink cone manufacturing apparatus of the present embodiment for automatically manufacturing one completed ink cone (100, see Figure 6) by inserting the rubber cap 120 into the case 110 of such a structure. This will be described in detail with reference to FIG. 6.

2 is a perspective view of an automatic ink cone manufacturing apparatus according to an embodiment of the present invention, Figure 3 is a perspective view of the case chucking unit for explaining the operation of the case chucked to the case chucking unit, Figure 4 is an ink cone Front perspective view of the manufacturing module region, Figure 5 is a rear perspective view of the ink cone manufacturing module region, Figure 6 is a perspective view of the ink cone collecting region.

As shown in these drawings, the automatic ink cone manufacturing apparatus according to an embodiment of the present invention, the case chucking unit 20, the case 110 is chucking (chucking) is provided with a plurality of circumferential surface along the circumferential direction The index turntable 10 and the index turntable 10 having a work position W (see FIG. 2) for manufacturing the ink cone 100 by inserting and coupling the rubber cap 120 into the case 110 are provided at one side. And a case supply unit 30 for supplying the case 110 to the case chucking unit 20 of the index turntable 10, and adjacent to the index turntable 10 at a position different from the case supply unit 30. And a rubber cap supply part 40 for supplying the rubber cap 120 inserted into and coupled to the case 110 to the work position W, and disposed in the work position W region, into the case 110. Inserting the rubber cap 120, including the ink cone manufacturing module 50 for manufacturing the ink cone 100 All.

The index turntable 10 is a disk-shaped rotary table, and is rotated step by step every time the supply of the case 110, the insertion coupling of the rubber cap 120 into the case 110, and the ejection operation of the ink cone 100 are performed.

In order to rotate the index turntable 10 in the direction A of FIG. 2, a lower portion of the index turntable 10 is provided with an apparatus body 11 on which a series of mechanical components for rotating or stopping the index turntable 10 is mounted.

The index turntable 10 is provided with a case chucking unit 20 in which the case 110 is partially chucked. A plurality of case chucking units 20 are provided on the circumferential surface along the circumferential direction of the index turntable 10.

In the vicinity of the index turntable 10, a case supply unit 30 for supplying the case 110 to the case chucking unit 20 of the index turntable 10, and a rubber cap 120 inserted into the case 110 are located in a working position. The rubber cap supply unit 40 for supplying to (W) is disposed at different positions.

The case supply unit 30 directly supplies the case 110 to the case chucking unit 20 of the index turntable 10, whereas the rubber cap supply unit 40 supplies the ink cone manufacturing module 50 at the work position (W). The rubber cap 120 is supplied. In the working position (W) where the linear rubber cap supply feeder 42 and the case chucking unit 20 of the rubber cap supply unit 40 meet, the rubber cap 120 is inserted into the case 110 to allow the ink cone 100. Inkcon manufacturing module 50 for manufacturing the is disposed.

As shown in FIG. 2, a total of eight stations # 1 to # 8 are formed in the index turntable 10, and a case chucking unit 20 is provided in each station. Since one case chucking unit 20 is disposed at each station, in this embodiment, a total of eight case chucking units 20 are provided on the index turntable 10. Of course, the scope of the present invention is not limited to these numerical values.

Referring to each station # 1 to # 8, the first station # 1 is a station where the case 110 is transported by the straight case feed feeder 32 and chucked to the case chucking unit 20. The third station (# 3) is the rubber cap 120 is transferred to the upper portion of the case 110 chucked to the case chucking unit 20 by a straight rubber cap feed feeder 42 and to the ink cone manufacturing module 50 The work cone (W) station where the ink cone 110 is manufactured, and the sixth station (# 6) is a station for removing the collected ink cone 100 from the case chucking unit 20 to collect.

Of course, this is only one embodiment. Therefore, the first, third and sixth stations (# 1, # 3, # 6) can be changed according to the position where the case supply unit 30, the rubber cap supply unit 40 and the ink cone collection unit 90 are arranged. .

The remaining stations (# 2, # 4, # 5, # 7, # 8) not described above are stations for compensating or otherwise inspecting the time when the index turntable 10 rotates. As described above, the number of stations may be omitted or added in a range that maintains the minimum work position (W). However, as in this embodiment, when the station is provided, there is an advantage that the operation of the apparatus becomes flexible, and thus the manufacturing of the ink cone 100 proceeds organically.

As shown in FIG. 3, the case chucking unit 20 is formed to be symmetrical with the shape of the case 110. That is, if there is a protruding portion of the case 110, the case chucking unit 20 has a groove portion in which the protruding portion of the case 110 is accommodated.

In this regard, the case chucking unit 20 may include a first groove 21 corresponding to the first latching jaw 111 of the case 110 and a first groove 112 corresponding to the first groove 112 of the case 110. The catching jaw 22 and the second groove 23 are provided to correspond to the second catching jaw 113 of the case 110, and the case 110 is attached to the case chucking unit 20 by this structural feature. It can easily be chucked without falling out. In particular, considering that the index turntable 10 is a rotating body that can be said that the above structure to prevent the case 110 is easily removed from the case chucking unit 20 plays an important role.

In the present exemplary embodiment, the inner wall of the case chucking unit 20 on which the case 110 is chucked is manufactured in a semicircular shape, but may be manufactured in a 'U' shape so that the case 110 can be chucked deeper. .

Referring back to FIG. 2, the case supply unit 30 is connected to the case accommodating rotary feeder 31 in which the cases 110 are accommodated and the case accommodating rotary feeder 31 to index the turntable from the case accommodating rotary feeder 31. And a straight case feed feeder 32 for feeding the case 110 one by one to the case chucking unit 20 of (10). The straight case feed feeder 32 extends to one side of the index turntable 10.

The case accommodating rotary feeder 31 has a shape of a cochlea, and the case accommodating rotary feeder 31 is rotated by a rotary vibrator (not shown) provided at a lower portion thereof. Therefore, the case 110 accommodated therein may be guided along the circumferential direction of the case accommodating rotation feeder 31 to the straight case feed feeder 32. At this time, the case 110 is aligned in a row by the vibration and is aligned in the vertical direction by the guide portion at the connection portion with the straight case feed feeder 32.

The linear case feed feeder 32 moves the case 110 provided by the case accommodating rotary feeder 31 in a straight line to supply the case chucking unit 20 that has reached the first station # 1 of FIG. 2. Do it. In order for the straight case feed feeder 32 to move the case 110 in a straight line, a straight line moving part (not shown) is provided at the lower end of the straight case feed feeder 32.

By this structure, the case 110 is supplied to the case chucking unit 20 of the index turntable 10 through the case receiving rotary feeder 31 and the straight case feed feeder 32.

The rubber cap supply unit 40 is connected to the rubber cap receiving rotary feeder 41, in which the rubber caps 120 are accommodated, and the rubber cap receiving rotary feeder 41, as shown in FIG. It comprises a straight rubber cap feed feeder 42 for supplying the rubber cap 120 one by one from the 41 to the ink cone manufacturing module 50 side.

That is, the rubber cap supply unit 40 supplies the rubber cap 120 to the working position W in the same structure and principle as the case supply unit 30. In other words, the rubber cap through the rubber cap receiving rotary feeder 41 and the straight rubber cap feed feeder 42 to the upper portion of the case 110 chucked to the case chucking unit 20 reached to the third station (# 3) 120 is supplied.

On the other hand, the ink cone manufacturing module 50, as shown in Figure 4, one end of the actuator having a pressure rod 51 for contacting the rubber cap 120 to press the rubber cap 120 toward the case 110 52 and a rotation motor 53 connected to the actuator 52 and rotating the pressure rod 51 in one direction.

As described with reference to FIG. 1, since the separation prevention jaw 121 is formed in the center of the rubber cap 120 so as not to be easily removed after being inserted, the rubber cap 120 is directed downward, that is, downward. It is difficult to insert and couple the rubber cap 120 to the case 110 only by the pressing force. In fact, the rubber cap 120 is not inserted into the case 110 only by the pressing force of the lower side.

Therefore, as shown in FIG. 4, the ink cone manufacturing module 50 presses the pressure rod 51 in the B direction by the actuator 52 and simultaneously rotates the pressure rod in the C direction by the rotation motor 53. While pressing the rubber cap 120 while rotating, the rubber cap 120 can be easily inserted into the case 110. The rubber cap 120 can be inserted and coupled to the case 110 only when the rubber cap 120 is rotated while pressurizing the rubber cap 120 to produce an ink cone 100 having excellent quality.

As shown in FIG. 5, a rubber cap support 51a may be formed at the end of the pressure rod 51 to form a seat of the rubber cap 120 while preventing the rubber cap 120 from being separated.

The rubber cap support portion 51a may be manufactured in a concave groove so as to be symmetrical with the upper portion of the rubber cap 120 at the end of the pressure rod 51, or is separately symmetrical with the upper portion of the rubber cap 120. The structure may be manufactured by attaching more, but it does not matter what shape it has as long as it can prevent the rubber cap 120 from being released during the operation of pressing the rubber cap 120.

Meanwhile, while the rubber cap 120 is inserted into the case 110 by the ink cone manufacturing module 50, the case 110 chucked to the case chucking unit 20 is removed from the case chucking unit 20. It is difficult to escape. In order to prevent this phenomenon, the case support module 60 is provided.

As shown in FIG. 4, the case support module 60 is formed to be symmetrical with the case chucking unit 20 to support the case 110 together with the case chucking unit 20, and a case. It is connected to the support portion 61 and includes a module driver 62 for driving the case support portion 61 to the case chucking unit 20.

The case support module 60 may have a symmetrical structure with the case chucking unit 20 while facing the case chucking unit 20 stopped at the work position W of the index turntable 10.

The case support module 60 may be driven by the module driver 62 to approach or space the case support 61 toward the case chucking unit 20 (D direction in FIG. 4), and approach toward the case chucking unit 20. When the case 110 is chucked to the case chucking unit 20 on the work position (W) to press the case chucking unit 20 to prevent the case 110 is separated from the case chucking unit 20. That is, the case support part 61 has a form surrounding the case 110 together with the case chucking unit 20 so that the case 110 is not separated from the case chucking unit 20 during insertion coupling of the rubber cap 120. .

The case supporting module 60 is a case 110 in which the pressure rod 51 of the ink cone manufacturing module 50 approaches the case chucking unit 20 before the rubber cap 120 is inserted into the case 110. Presses toward the case chucking unit 20 and the rubber cap 120 is inserted into the case 110 and then driven apart from the case chucking unit 20. The module driver 62 may be applied to a linear motor or a cylinder.

According to the present exemplary embodiment, the case 110 is chucked in a semicircular shape, and thus the case support part 61 of the case support module 60 is also manufactured in a semicircular shape symmetrically with the case chucking unit 20. As described above, if the chucking part of the case chucking unit 20 is manufactured in a 'U' shape, the shape of the case support part 61 of the case support module 60 may be changed accordingly.

As shown in FIG. 6, the ink cone collecting unit 90 collects the completed ink cone 100 and replaces the ink cone 100 manufactured by the case chucking unit 20 with the case chucking unit 20. The ink cone separation bar 91 for detaching from the ink) and the ink cone collecting container 92 for collecting the ink cone 100 separated from the case chucking unit 20 are included.

The ink cone release bar 91 is provided to be fixed around the index turntable 10. When the index turntable 10 is rotated, the ink cone 100 is pressed against the end of the ink cone release bar 91. The ink cone 100 may be separated from the case chucking unit 20.

Meanwhile, referring back to FIG. 2, the second station # 2 checks whether the case 110 supplied from the case supply unit 30 and chucked to the case chucking unit 20 is properly chucked at the corresponding position. Case chucking inspection module 70 is provided.

The case chucking inspection module 70 may be a camera. Since the case chucking is checked during the rotation operation of the index turntable 10, it is possible to reduce the occurrence of temporal loss.

In the fourth station # 4, the ink cone 100 completed at the working position W in which the ink cone manufacturing module 50 is provided is whether the rubber cap 120 is correctly inserted into the case 110, that is, ink. An ink cone inspection module 80 for inspecting a defective quantity of the cone 100 is provided.

The ink cone inspection module 80 may also be a camera, and since the defect of the ink cone 100 is inspected during the rotation operation of the index turntable 10, it is possible to reduce the occurrence of temporal loss.

As such, if the case chucking inspection module 70 and the ink cone inspection module 80 is equipped with an advantageous effect, they are not necessarily provided in the device.

If the ink cone inspection module 80 is provided, the defective ink cone in which the rubber cap 120 is not correctly inserted into the case 110 may have a defective product collecting portion similar to the ink cone collecting portion 90 (not shown). To establish a system for sorting and collecting finished and defective products.

In this case, the ink cone separation bar 91 of the ink cone collecting unit 90 can be moved to move the ink cone separation bar in the case of a regular product, thereby leaving the ink cone 100, and in the case of a defective product, the ink cone 100 The separation bar 91 may be driven to be spaced apart so as not to leave the ink cone 100.

Hereinafter, a process of manufacturing the ink cone 100 using the automatic ink cone manufacturing apparatus having such a configuration will be described.

First, when the case chucking unit 20 reaches the position of the first station # 1 while the index turntable 10 rotates in the direction A of FIG. 2, the index turntable 10 stops for a while. At this time, one case 110 is supplied toward the index turntable 10 by the straight case supply feeder 32 of the case supply unit 20 and chucked to the case chucking unit 20.

Thereafter, the index turntable 10 is rotated again. At this time, the case chucking inspection module 70 checks whether the case 110 is chucked to the case chucking unit 20. The index turntable 10 may stop during inspection but it is advantageous not to stop.

Next, the index turntable 10 is rotated again so that the case chucking unit 20 reaches the position of the third station # 3 which is the working position W.

In this case, the index turntable 10 stops for a while to manufacture the ink cone 100. First, one rubber cap 120 is transferred to the upper portion of the case 110 chucked to the chucking unit 20 by the linear rubber cap supply feeder 32 of the rubber cap supply unit 20. Then, the case support module 60 is moved toward the case chucking unit 20 to support the case 110 together with the case chucking unit 20.

Then, the pressure rod 51 of the ink cone manufacturing module 50 is in contact with the rubber cap 120 to rotate and press the rubber cap 120 by the action of the rotary motor 53 and the actuator 52, As a result, the rubber cap 120 is inserted into the rubber cap insertion coupling hole 114 of the case 110 to manufacture the ink cone 100.

When the manufacture of the ink cone 100 is completed, the ink cone manufacturing module 50 and the case support module 60 are restored to their original positions, and the index turntable 10 rotates again. As the case chucking unit 20 passes through the position of the fourth station # 4 by the rotation of the index turntable 10, the defectiveness of the ink cone 100 is inspected by the ink cone inspection module 80.

Next, the index turntable 10 is continuously rotated so that the case chucking unit 20 passes through the position of the fifth station # 5 to reach the position of the sixth station # 6, where the index turntable 10 is rotated. As the side surface is pressed to the end of the ink cone separation bar 91 to which the ink cone 100 of the upper portion is fixed, the ink cone 100 is dropped from the position and falls freely into the ink cone collecting container 92.

According to the present embodiment having such a configuration and operation, the rubber cap 120 is inserted into the case 110 to automatically proceed a series of ink cone manufacturing processes for manufacturing the ink cone 100, thereby improving work efficiency. In this way, productivity can be improved.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention. Accordingly, such modifications or variations are intended to fall within the scope of the appended claims.

10: index turntable 11: apparatus body
20: case chucking unit 30: case supply unit
31: rotary case feed feeder 32: straight case feed feeder
40: rubber cap supply part 41: rotary rubber cap feed feeder
42: straight rubber cap feed feeder 50: ink cone manufacturing module
51: pressure rod 51a: rubber cap support
60: case support module 70: case chucking inspection module
80: ink cone inspection module 90: ink cone collecting unit
91: ink cone release bar 92: ink cone collection box
100: ink cone 110: case
120: rubber cap

Claims (13)

A plurality of case chucking units are provided on the circumferential surface along the circumferential direction, and the case forming the exterior of the ink cone is chucked. An index turntable provided at one side of a working position for manufacturing an ink cone;
A case supply unit disposed adjacent to the index turntable and supplying the case to a case chucking unit of the index turntable;
A rubber cap supply unit disposed adjacent to the index turntable at a position different from the case supply unit, and supplying the rubber cap inserted into and coupled to the case to the working position; And
It is disposed in the work position region, including an ink cone manufacturing module for manufacturing the ink cone by inserting the rubber cap into the interior of the case,
A rubber cap insertion coupling hole is formed in the case, and the rubber cap is inserted into and coupled to the outer wall of the rubber cap. ,
The ink cone manufacturing module is an automatic ink cone manufacturing apparatus, characterized in that for coupling the rubber cap to the rubber cap insertion coupling hole of the case by rotating and pressing the rubber cap. delete The method of claim 1,
The ink cone manufacturing module,
An actuator having a pressure rod having one end contacting the rubber cap to press the rubber cap toward the case; And
Ink cone automatic manufacturing apparatus characterized in that it comprises a rotary motor connected to the actuator to rotate the pressure rod in one direction. The method of claim 3,
Ink cone automatic manufacturing apparatus, characterized in that the rubber cap support portion for supporting the rubber cap is formed at the end of the pressure rod. The method of claim 1,
And a case support module disposed in the work position region, the case supporting module configured to press the case chucked to the case chucking unit on the work position toward the case chucking unit while preventing the detachment of the case. Inkcon automatic manufacturing apparatus characterized in that. The method of claim 5,
The case support module, the ink cone automatic manufacturing apparatus characterized in that it is formed symmetrically with the case chucking unit and includes a case support for supporting the case with the case chucking unit. The method according to claim 6,
The case support module, the ink cone automatic manufacturing apparatus further comprises a module driving unit connected to the case support and for driving the case support to the case chucking unit. The method of claim 1,
The case supply unit,
A case accommodating rotary feeder in which the cases are accommodated; And
And a straight case feeder connected to the case receiving rotary feeder and supplying the cases one by one from the case receiving rotary feeder to the case chucking unit of the index turntable. The method of claim 1,
The rubber cap supply unit,
A rubber cap receiving rotary feeder in which the rubber caps are accommodated; And
And a linear rubber cap feed feeder connected to the rubber cap receiving rotary feeder and supplying the rubber caps one by one from the rubber cap receiving feeder to the ink cone manufacturing module. The method of claim 1,
Is provided on one side of the index turntable, the ink cone automatic manufacturing apparatus further comprises an ink cone collecting unit for separating and collecting the ink cone manufactured by the ink cone manufacturing module from the case chucking unit. The method of claim 10,
The ink cone collecting unit,
An ink cone separation bar disposed around the index turntable to separate the ink cone from the case chucking unit; And
And an ink cone collecting device for collecting the ink cone separated from the case chucking unit by the ink cone detaching bar. The method of claim 1,
The ink cone automatic further comprising a case chucking check module disposed on the index turntable area between the case supply unit and the ink cone manufacturing module to check whether the case is chucked to the case chucking unit. Manufacturing equipment. The method of claim 1,
Inkcon automatic manufacturing apparatus further comprises an inkcon inspection module provided on one side of the inkcon manufacturing module to inspect whether the rubber cap is correctly inserted into the case.

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