KR20120050422A

KR20120050422A - Apparatus for collecting of automatic cards punch

Info

Publication number: KR20120050422A
Application number: KR1020120045072A
Authority: KR
Inventors: 이경구
Original assignee: (주)씨지엠코리아
Priority date: 2012-04-30
Filing date: 2012-04-30
Publication date: 2012-05-18

Abstract

PURPOSE: A card collecting apparatus of a credit card punching machine is provided to conveniently collect cards by sorting and stacking the same kinds of cards in a loading box. CONSTITUTION: A card collecting apparatus of a credit card punching machine comprises a carrier, a worktable(200), and a loading box(300). The carrier is installed under a punch press(40). Cards cut off a sheet(S) are placed on a plurality of supporters that are lifted by a cylinder and slid on a pair of guides by a fan belt. The worktable is connected to the guides and collects the cards transferred on the carrier. The worktable has a through hole having a size to pass the supporters. The loading box has a plurality of compartments(310) with openings in which the cards placed on the supporters are divided and stacked.

Description

Card recovery device of credit card punching machine {Apparatus for collecting of automatic cards punch}

The present invention relates to a card recovery device of a credit card puncher, and more particularly, a sheet printed by arranging a plurality of credit cards on a thin PVC sheet through a punching press to be cut along an outer line of each card. The cards in each row are horizontally dropped to align and wait until a certain quantity is reached. The cards are transferred to the lower part of the loading box provided on one side of the aircraft, and then stacked upward by entering the loading box. The stacking of the cards is completed. When a new stack is automatically moved to the card's entry position, the stacked stacker is switched to the standby position where cards can be easily withdrawn. As a result, several types of credit cards are printed on a single sheet of PVC. In this case, the cut cards are sorted and sorted for easy sorting and arrangement. It relates to a multiple card system for recovering a credit card puncher possible to improve the loading efficiency of the operation by the variable loading area.

Generally, credit cards or public telephone cards (hereinafter referred to as 'cards') are generally made of PVC or PET sheet with a thickness of 0.1 to 0.9 mm, and are typically 85.45 × 54.50 mm in length and width. In order to increase the efficiency of mass production and work, the card is printed on a single sheet of PVC and arranged in a plurality of rows in which 3 to 4 cards are arranged in a horizontal direction of 8 to 10 in a vertical direction to produce a standardized sheet. The sheet was then cut through the punching machine and cut along the outer lines of each card to obtain individual pieces.

In the related art, as an example of a punching machine for automatically cutting a sheet in which a card is arranged in a plurality of rows, a card automatic punching machine of Publication No. 2001-74622 has been proposed.

The card automatic punching machine allows the card stock loaded on the first transfer plate to enter the right substrate, which is the cutting standby position, and then gradually moves the punch provided in the press, while gradually passing through the press that operates the card stock separately. The card is cut to be loaded onto the loading unit through a collection box in a state where it is seated on a conveyor belt at a lower portion thereof, and the fabric sack which has been cut while passing through the press machine is placed on the opposite side of the first transfer plate at the boundary of the loading unit. It is structured to be recycled by being loaded on the provided second transfer plate.

However, in the conventional art, when cutting cards one by one while gradually passing through card presses in which the cards are arranged in a plurality of rows in the horizontal and vertical directions, the cut cards are seated on a conveyor belt located at the lower portion thereof. Since it was transported and remained in the first collection box and then loaded again in the stacking unit, the process until the cards cut individually are loaded into the stacking structure is not only complicated structure but also the card is filled in the stacking unit to replace the stacking unit. When the operation of the press machine is temporarily stopped, there is a problem in that the productivity is lowered.

In particular, since the cards cut one row from the card source are randomly transported by the conveyor belt and remain in the collection box, when the patterns of the cards cut one row are printed differently, the cards are collected in the collection process and placed in the stacking unit. In the process of mixing the cards of each pattern was mixed, and thus there was a problem in that the inconvenience and hassle of having to arrange the cards of each pattern separately when recovering the cards loaded in the stack.

The present invention has been invented in view of the problems of the conventional automatic card punching machine as described above, the object of which is to cut each card when cutting the credit card sheet printed in a row of cards arranged in a number of rows on a suitable size of PVC sheet The card of the credit card punching machine which can be collected and stacked by separating the cards by cutting position by transferring them to the lower part of the loading box in a state where a certain number is reached and falling to the lower part of the location. It is to provide a recovery device.

Another object of the present invention is to provide a plurality of compartments in the stacking box for each card is cut and stacked individually cut cards transported by separating the cut position in the individual space, and on one side of the stacking box is stacked It is to provide a card retrieval apparatus of a credit card punching machine to be provided with a pre-loading box to quickly change the position of each other.

In order to achieve the above object, the present invention provides a credit card sheet printed with one or more types of cards arranged in a plurality of rows, passing through a punching press from a supply stand through a first substrate, which is a cutting standby position, one row along the outer line of the card. In the credit card punching machine which cuts and cuts completed scraps to be stacked on a collecting stand via a second substrate, each cut card is placed at the bottom of the punching press to recover the cut cards. Carrier is installed, the workbench is installed on the front side of the punching machine to collect the cards conveyed by the carrier, and the through-hole penetrates up and down on the workbench, and has a plurality of compartments at the top to communicate with it. Lay out multiple cards to be stacked and retrieved by carrier The sex characterized.

Such a card recovery device of the credit card puncher of the present invention, even when cutting a variety of cards in a row of a number of cards printed on a single credit card sheet by sorting the same type of carts printed in the rows to be loaded in the compartment The work according to the recovery is very easy, and in particular, the stacking of the stacked stacker and the new stacker can be quickly performed during the cutting process, thereby improving the cutting efficiency.

Figure 1a and 1b is a perspective view showing the front and back of the card recovery device of the credit card punching machine of the present invention,
Figure 2 is a plan view of the card recovery device of the credit card punching machine,
Figure 3 is a perspective view showing an extract of the punching press and the card loading portion of the present invention,
Figure 4a and 4b is a perspective view and a side cross-sectional view showing a state that the card is cut to the carrier of the present invention,
Figure 5a and 5b is a perspective view and a side cross-sectional view showing a state in which the card seated on the carrier is loaded into the loading box,
Figure 6a and 6b is a cross-sectional view showing a partially enlarged process of loading the card and the stop state after loading the card in the loading box of the present invention,
Figure 7 is a perspective view showing a variable state of the stack to recover the card loaded in the stack of the present invention.

Hereinafter, the card recovery apparatus of the credit card puncher of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1a and 1b is a perspective view showing the front and back of the card recovery device of the credit card punching machine of the present invention, Figure 2 is a plan view of the card recovery device of the credit card punching machine, the present invention is PVC or PET By printing one or more types of cards arranged in multiple rows on a thin sheet of material, a credit card sheet (S) made in a rectangular standard form is automatically passed through a punching machine to cut along the outer line of each card and recover the cut cards. It is to be done.

The credit card sheet (S) is installed on one side of the front of the punching machine in a large amount on the supply table 10 which is moved up and down in the guide rod 12 is installed vertically in accordance with the rotation direction of the spiral rod 11 that the power of the motor is transmitted And the supply table 10 is finely lifted up to a point where the top surface of the sheet S loaded thereon can reach the suction port 31 operated from the top, thereby supplying the sheet continuously. .

At the rear of the feeder 10 is provided a first substrate 20 on which the sheets adsorbed by the suction hole 31 are transported and seated, and the suction hole 31 is provided with the feeder 10. The sheet adsorbed from the supply table 10 is slidably installed on the rail 30 provided over the first substrate 20 and operated by the belt 33 to which the power of the motor 32 is transmitted. After allowing the substrate 20 to be seated at the predetermined position, the sliding operation is returned to the upper portion of the supply table.

One side of the first substrate 20 is provided with a punching press 40 for cutting row by row along the outer line of the card when the waiting sheet (S) enters, the first punching press 40 to the boundary On the opposite side of the substrate 20 is provided a second substrate 50 on which the scrap S ', which is the outer edge portion except the card C, is seated when the sheet S is cut.

The first 20 is formed with a pair of slots 21 facing the punching press 40 is operated horizontally by the linear motor 23 to push the sheet into the punching press 40 to enter An actuating tool 22 is installed, and the second motor 50 passes through the punching press 40 and pulls the scrap S 'separated from the sheet to the linear motor 53 in the pair of slots 21. Actuating openings 52 which are operated by () are provided respectively.

In front of the second substrate 50 is provided with a collecting stand 60, which is transported by a clamp 61 slid from the rail 62 and the scrap S 'seated through the punching press 40 is stacked. It is.

Therefore, the credit card putting machine of the present invention includes a supply table 10 in which a credit card sheet S is loaded, and a scrap S 'formed by cutting the sheet and the first substrate 20 on which the sheet is seated at a cutting standby position. The standby substrate 2 and the collecting stand 60 in which the scraps are stacked are stacked, as shown in the plan view of FIG. 2, each component is arranged in a counterclockwise direction starting from the supply stand 10. The continuous process is automatic.

Figure 3 is a perspective view showing the punching press and the card loading portion of the present invention, Figures 4a and 4b is a perspective view and a side cross-sectional view showing a state that the card is cut on the carrier of the present invention, Figures 5a and 5b Is a perspective view showing a state in which a card seated on the carrier is loaded and loaded into a loading box, and a side cross-sectional view thereof, and a card C cut one row from the sheet S at the lower portion of the punching press 40 respectively. Carrier 100 is provided.

The carrier 100 is provided with a plurality of supports 110, which are lifted by the cylinder 111 and is slid from the pair of guides 120 by the fan belt 130 to which the power of the motor 131 is transmitted. The guide 120 is installed to be connected to the work table 200 installed on the front side of the punching machine to recover the card transferred to the carrier 100.

A through portion 210 having a size through which the support 110 is passed is formed at a portion where the carrier of the work table 200 arrives, and the upper surface of the through portion is formed by dividing a card seated on each support. Each of the compartments 310, each having an opening 311, is provided with a stacker 300 integrally formed.

That is, when the card C is cut from the seat S by row by the operation of the punching press 40, the support 110 of the carrier 100 located below is lifted by the operation of the cylinder 111. When the cutting of all the cards arranged on one sheet is finished after waiting at the falling point of the cut card, the support 110 is lowered by the cylinder 111 and exits to the lower part of the carrier 100. The seated card is seated on the carrier 110, and then the carrier 100 is slid from the pair of guides 120 by the fan belt 130 to which the power of the motor 131 is transmitted. After arriving at the bottom surface of the penetrating portion 210 is prepared to load the card upward from the lower portion in the loading box 300 is installed in the upper portion in accordance with this.

Figure 6a and 6b is a cross-sectional view showing a partially enlarged process of loading the card and the stop state after loading the card in the loading box of the present invention, Figure 7 is a variable state of the loading box to recover the card loaded in the loading box of the present invention As shown in the perspective view, the stacking box 300 is provided with a plurality of compartments 310 to accommodate the card (C) each seated by a plurality of supports 110 in isolation from each other, each of the compartments 310 A locking piece 320 protruding from the inner side of the hinge by elasticity is provided.

That is, the engaging piece 320 provided on both inner lower sides of the compartment 310 maintains the state protruding from the passage of the compartment 310, and the card C seated on the plurality of supports 110 is the cylinder 111. The card is pushed back by being pushed by the card when entering the compartment 310 via the penetrating portion 210 of the work table 200 by the operation of the table 200, and as shown in FIG. It can be stacked upward, when the entry of the card is completed and the support 110 is pulled out of the compartment, it is projected as shown in Figure 6b by the elastic force applied to the locking piece 320 and the compartment 310 of the upper already Since the bottom surface of the stacked cards are supported, the cards are sequentially stacked from the bottom of the stacking box 300 toward the top.

It is preferable to install a plurality of loading boxes 300 installed in the upper portion of the work table 200.

The plurality of stacking boxes 300 are installed so that the openings 311 formed in the compartment 310 face each other outwardly, and the plurality of stacking boxes 300 slides on the upper surface of the work table 200. It is fixed integrally by the frame 330 but sliding along the guide 220 provided on the workbench 200 by the operation of the cylinder 221 installed on one side of the workbench 200, wherein the plurality of loading boxes Any one of the 300 is to be always matched with the penetrating portion 210 formed on the worktable 200 to maintain the ready state to stack the cards and to change the position of the new stacking box 300 and the mutual position as needed It is possible to prevent the delay time when the card is collected when the cards are completely stacked.

When the stacking of the cards is completed in the compartment 310 provided in the loading box 300, the opening 311 formed in the compartment 310 and the retracting groove 331 formed in the frame 330 at the lower end thereof. Reach out and lift the card through the opening.

Therefore, the present invention as described above is to recover the card by having the same type of carts printed in the column to be stacked in the stacking box, even when cutting by printing a plurality of cards of various types in one credit card sheet (S) The operation is very simple, and the replacement of the stacked stacker and the new stacker can be performed quickly during the cutting process, thereby improving the cutting efficiency.

S: Sheet
S ': Scrap
C: card
10: supply stand 11: spiral bar
12: guide rod 20: first substrate
21, 51: slot 22, 52: operating port
23, 53: linear motor 30, 62: rail
31: suction port 32, 131: motor
33: belt 40: punching press
50: second substrate 60: collection stand
61: clamp 100: carrier
110: support 111, 221: cylinder
120, 220: guide 130: fan belt
200: work table 210: through part
300: loading box 310: compartment
311: opening 320: locking piece
330: frame 331: inlet groove

Claims

The credit card sheet S printed with one or more types of cards arranged in a plurality of rows is stacked in a large quantity on a feed table 10 which is operated to ascend so as to reach the suction port 31 from the top, and is adsorbed on one side of the feed table. The first substrate 20 to seat the sheet conveyed by the sphere 31 is provided, the sheet is passed through the punching press 40 installed on its side and cut one row along the outer line of the card to complete the cutting In the credit card punching machine in which the scrap S 'is drawn out to the second substrate 50 and then stacked on the collection stand 70 provided at the side thereof, the cards cut by row are recovered in an aligned state.
A plurality of supports 110 are provided at the lower portion of the punching press 40 and lifted by the cylinder 111 so that the cards C cut in rows from the seat S are seated, respectively, and the motor 131. A carrier 100 which is slid from the pair of guides 120 by a fan belt 130 through which power is transmitted;
A worktable 200 connected to the guide 120 in which the carrier 100 is slid and installed at the front of a punching machine to recover a card transferred to the carrier 110;
A through part 210 having a size through which the support 110 is passed is formed at a site where the carrier of the work table 200 arrives, and is installed on the upper surface of the through part so as to separate and stack the cards seated on each support. Card recovery apparatus of a credit card punching machine, characterized in that the configuration including a stacking box 300 is formed integrally with a plurality of compartments 310 each having an opening 311.

The card C of claim 1, wherein the engaging pieces 320 are provided at both sides of the inner bottom of the compartment 310 provided in the stacking box 300, respectively, so that the cards C seated on the plurality of supports 110 are provided in the work table ( After entering through the penetrating portion 210 of the 200 is retracted and enters the card after entering the support 110 when the support 110 is ejected from the lower portion of the compartment 310 to support the card is stacked up Card recovery device of a credit card punching machine characterized in that.

According to claim 1, A plurality of stacking box 300 is installed on the upper portion of the workbench 200, the openings 311 formed in the compartment 310 are facing outward to each other, the plurality of stacking box 300 Integrally fixed to the frame 330 so as to slide along the guide 220 provided on the workbench 200 by the operation of the cylinder 221, at least any one of the stacking box 300 is formed in the workbench 200 Card recovery device of a credit card punching machine, characterized in that the configuration of the mutual position variable to match the 210.