KR101459387B1 - Brochures put apparatus of mailing system - Google Patents

Abstract

The present invention relates to a card mailing system. In particular, the present invention provides a continuous notice sheet adding device from among postal sending devices, wherein a card issued from a customer is proofread and classified in order to be adhered on a carrier sheet using double-faced tape, and the same is folded in order to be enveloped along with several notice sheets. To this end, the continuous notice sheet adding device of the present invention comprises: first and second loading zones which are linearly arranged with a height different so that notice sheets are piled thereon; a first notice sheet withdrawing unit which is installed at the bottom of the first loading zone and adsorbs notice sheets piled on the bottommost part thereof under vacuum in order to be forwardly withdrawn; a second notice sheet withdrawing unit which is installed at the bottom of the second loading zone and adsorbs notice sheets piled on the bottommost part thereof under vacuum in order to be forwardly withdrawn; and a notice sheet transferring unit which is installed in the front of the first and second loading zones and forwardly transfers notice sheets, which are withdrawn from the first and second loading zones by means of the first and second notice sheet withdrawing units, one by one.

Description

{Brochures put apparatus of mailing system}

The present invention relates to a card mailing system, and more particularly, to a card mailing system in which a customer applies and issues cards to a carrier sheet using a double-sided tape, folds them, The present invention relates to a continuous invitation card input device without interruption for inputting and ejecting an invitation card.

Generally, companies with large memberships and customers such as banks, credit card companies, brokerage firms, mobile carriers, department stores, and large-scale marts have various event invitations, marketing invitations, Called direct mail (DM), in the form of envelope mail, is sent to the issuance card, such as a discount coupon (coupon), catalog, various printed matter such as a bill or credit card, check card and membership card.

In particular, if a customer applies for a card issuance, the card will be manufactured and checked on quality and design, data verification and confirmation on the card, verification and classification of customer information, We enclose it with various personalization invitations such as terms, brochures, pamphlets, etc. and send them to the customer by mail.

Although envelopes and postal items such as card issuance postal items have a fixed deadline, the amount of such envelopes is large and must be processed in batches. Therefore, by using automated devices such as mailing systems, it is possible to shorten the loading time and reduce manufacturing and shipping costs .

FIG. 1 is a schematic diagram illustrating a mailing system according to the related art. Referring to FIG. 1, the loaded card is transported one by one from the card feeding unit 6, and the reading unit 7 reads the magnetic stripe data , The printer prints the address of the customer and other guidance text, card information, bar code, etc. on the basis of the data of the card read on the carrier paper (paper for attaching the card). The printed carrier paper is transported one by one by the paper feeding unit 1 and then transported through the transporting unit 3 in a state in which a part (1/3) thereof is folded while passing through the folding unit 2. [

At this time, the OCR 4 reads the bar code of the carrier paper and the printed card number and confirms whether or not the card is matched with the card conveyed from the card feeding section 6.

Thereafter, a double-sided tape is attached to the carrier paper in the tape attaching section 5, and a card matching the corresponding carrier paper is attached to the carrier paper in the card attaching section 8 using the double-faced tape.

Subsequently, the card position confirming unit 9 confirms whether the card is correctly attached to the carrier paper, and the direction of the paper is shifted by pushing the card paper with the card attached thereto in the card direction switching unit 10 forward.

Next, the remaining portion (1/3) of the carrier paper is folded in the plow folder portion 11 so that the surfaces of the carrier paper that are in close contact with each other are grounded.

Then, the invitation card input unit 12 selects an invitation card corresponding to the data of the card, and superimposes the invitation card on the carrier paper. At the same time, the envelope loaded in the envelope 13 is transferred one by one.

Next, the carrier paper and the invitation card are inserted into the envelope at the same time, and then the envelope is pulled or watered, and the envelope is closed and pressed to transfer the envelope to the conveyor.

At this time, the camera photographs the invitation card and confirms that it is an invitation card that matches the card data.

In other words, the process of inspecting and inspecting various items by a sequence control in which each work step sequentially proceeds according to the transfer of a card and a carrier paper, and a process of sorting the card into a desired form by the customer, .

However, in the conventional mailing system as described above, when various kinds of invitation cards are inserted into the envelope, when changing to a specific personalized invitation card, the entire operation is temporarily stopped, the corresponding invitation card is replaced and then restarted. There is a problem that the efficiency and the productivity of the work are remarkably deteriorated as well as frequently disconnected.

In addition, in order to insert a specific personalization invitation exactly matching the information of the card in the envelope, a simple method of setting the thickness of the invitation card to a certain range and displaying an error message when the thickness is out of the range is adopted, There is a limit to the way in which an invitation card of similar thickness that does not match the data of the card is inserted in the envelope, but there is no way to correctly identify and identify it.

Accordingly, the inventor of the present invention has provided a plurality of stacking pads for loading different types of invitation cards having different contents or uses, so that the invitation cards can be continuously fed to the carrier paper And the apparatus has been disclosed in Korean Patent Registration No. 10-1158026.

However, as shown in FIG. 2 and FIG. 3, the stacking units 100 and 100 'are raised or moved forward by the elevating unit 300 and the conveying unit 400 under the control of the controller, The system is complicated in structure, and it is inevitable that it is difficult to utilize space and to secure quick response.

Korean Registered Patent No. 10-1158026 (June 21, 2012) Korean Registered Patent No. 10-1019383 (Mar. Korean Registered Patent No. 10-0531974 (Dec. 1, 2005) Korean Registered Patent No. 10-0556565 (Mar. 2006) Korean Patent Publication No. 10-2011-0085715 (July 27, 2011)

Accordingly, the present inventor has focused on solving the above-mentioned issues in a comprehensive manner and focusing on solving problems, so that invitations matching different personalized card information among different kinds of invitations having different contents or uses can be selected more rapidly and efficiently, As a result of diligent efforts to develop invitation card input devices, the inventors have invented the present invention as a result.

SUMMARY OF THE INVENTION Accordingly, it is a technical object of the present invention to provide a continuous invitation card input device of a mailing system that allows quick selection of invitation cards matching different personalized card information among disparate invitation cards, It is to be.

According to a first aspect of the present invention, there is provided an image forming apparatus comprising first and second stacking pads arranged in a line in a height direction and stacking respective guide paths, A first guide-line draw-out portion provided at a lower portion of the second stacking plate and configured to vacuum-adsorb the guide-line stacked at the lowermost portion of the second guide plate, And an invitation-sheet conveying unit installed forward of the first and second stacking units and forwarding the invitation cards drawn out from the first and second stacking units one by one by the first and second invitation-card draw- The present invention provides a continuous invitation card input device of a mailing system.

Thus, according to the present invention, it is possible to supply and input the invitation card that matches the personalized card information of different types of invitation cards more quickly and efficiently, and to use continuously without replacing the invitation card even when the invitation card is replaced. And productivity can be improved.

In addition, when a single type of invitation card is supplied and inserted, the loading capacity of the invitation card can be further expanded. Therefore, the invitation card can be continuously operated without reloading or replenishing the invitation card for a long time in an unmanned environment, .

According to a preferred embodiment of the present invention, the first and second stacking pads are provided with magazines provided to adjust the stacking width and length corresponding to the guide slots, And a plurality of discharge guides for pressurizing the plurality of discharge guides.

In another preferred embodiment of the present invention, the first and second guide-paper exit portions may include at least one or more adsorption openings for selectively vacuum-sucking the invitation openings, and actuators for reciprocating a position of the adsorption openings.

In another preferred embodiment of the present invention, the invitation conveyance portion includes first and second conveyance belts disposed adjacent to the first and second conveyance belts for selectively conveying the conveyance belts conveyed by the first and second invitation card drawers, respectively, And a third invitation card transfer unit for sequentially transferring the invitation cards that are installed in front of the first and second invitation card conveyance units and drawn out from the first and second invitation card conveyance units one by one.

In the second aspect of the present invention, the third guide-line conveying unit includes a double-belt conveyor in which belt conveyors are vertically disposed at regular intervals and convey the guide lines therebetween, 1 and a second upper belt conveyor, and a bottom belt conveyor installed at a lower portion of the first and second upper belt conveyors, a sorting tray provided on an upper portion of the first upper belt conveyor, And a direction switching guide installed between the upper belt conveyor and the bottom belt conveyor for guiding and guiding the guide sheet to be selectively discharged to the sorting tray.

Thus, according to the present invention, it is possible to select and separate the invitation planes being conveyed by the invitation card conveyance unit interlocked with the first and second invitation card withdrawal units, and to discharge the invitation planes to the separate sorting tray, It is possible to supply another invitation in succession without waiting for the operation to occur before an error or an error due to an incompatible invitation.

According to an aspect of the present invention, there is provided an information processing apparatus including: a plurality of invitation cards having different contents or uses, the invitation cards matching the personalization card information being automatically selected from the first and second loading boards, It is not necessary to stop the operation and operation of the system in order to change or replace the invitation card, so that the efficiency and productivity of the mailing operation can be greatly improved.

Further, according to the present invention, when an invitation card which does not coincide with the personalized card information is present in the invitation card conveying part in the process of withdrawing and conveying the invitation cards stacked on the first and second loading platforms alternately for continuous inputting, It is possible to continuously supply the other invitation card without having to wait until one invitation card of the different invitation cards pass completely through the invitation card conveyance unit, thereby improving the efficiency of the operation.

1 is a block diagram schematically showing an example of a conventional mailing system.
2 is a local perspective view showing an apparatus for inputting an invitation to a mailing system according to a conventional art.
FIG. 3 is a local sectional view showing an operating state of an invitation letter input device of a mailing system according to a conventional technique.
FIG. 4 is a perspective view schematically showing a continuous invitation device input apparatus according to the first embodiment of the present invention.
5 is an enlarged perspective view showing a state in which the stacking table is viewed from the back side of the continuous invitation device throwing apparatus according to the first embodiment of the present invention.
6 is a half sectional view schematically showing a local portion of a continuous invasion device feeding apparatus according to the first embodiment of the present invention.
FIG. 7 is a side view schematically showing a local portion of a continuous invited-article throw-in apparatus according to the first embodiment of the present invention.
Figs. 8 and 9 are local half sectional views for explaining the operating state of the continuous invoice introducing apparatus according to the first embodiment of the present invention. Fig.
FIG. 10 is a side view schematically showing a local part of a continuous invitation device input apparatus according to a second embodiment of the present invention.

Hereinafter, embodiments according to the present invention will be described more specifically with reference to the accompanying drawings.

Before describing the present invention, it is to be understood that the following terms are defined in consideration of the functions of the present invention, and that they should be construed in accordance with the technical idea of the present invention and interpreted in a general sense or commonly understood in the technical field.

In the following description, well-known functions or constructions are not described in detail to avoid obscuring the subject matter of the present invention.

Hereinafter, some of the accompanying drawings disclose an exaggerated or simplified illustration of the local part for convenience and clarity of description and understanding of the structure and operation of the technology, and do not precisely match the actual size.

In addition, when an element includes an element, it means that the element can include other elements, not the other element, unless the context clearly indicates otherwise, and the meaning of the term "part" Means a unit or module type that processes at least one function or operation, and may be implemented as hardware, software, or a combination of hardware and software.

In the following description, the direction in which the invitation card is drawn and conveyed out of the guide-line injecting apparatuses according to the present invention is defined as forward and the direction opposite thereto as the rearward.

≪ Embodiment 1 >

As shown in FIGS. 4 to 7, the continuous invitation device feeding apparatus according to the first embodiment of the present invention mainly includes first and second stacking bases 10 and 20, first and second invitation draw- 30) 40, and an invitation card transferring unit 50. At least one or more of them are arranged side by side at regular intervals along the longitudinal direction on the mailing system, and are controlled by a separate mailing system controller (not shown) Each of which is driven and controlled in its entirety.

≪ First and Second Loading Stands >

The first and second stacking bases 10 and 20 are for stacking and storing various personalization invitation fields AN, such as terms, brochures, and pamphlets, at a predetermined height, and stacking different kinds of invitation cards AN And an annular guide plate (AN) stacked on the lowermost portion is opened so as to be able to be drawn out, and on the lower surface thereof, an annular guide member At least one or more opening grooves 15 and 25 are formed for providing a space in which the bottom face of the anchor AN directly contacts the upper face of the suction holes 31 and 41 of the first and second guide- .

That is, the suction ports 31 and 41 of the first and second guide-path draw-out portions can be adsorbed while being in contact with the bottom surface of the guide surface AN through the opening grooves 15 and 25 of the first and second stacking bases.

The first and second stacking bases 10 and 20 are provided so as to be capable of adjusting the stacking width and length corresponding to the various sizes of the invitation AN, A magazine 11 having at least one open groove 15 and 25 formed on the bottom surface thereof and having a predetermined gap therebetween in front of the magazine 11 to elastically press the upper surface of the AN And a discharge guide 12 for discharging the liquid.

That is, the magazine 11 includes a width adjuster 13 for adjusting the width of the magazine 11 in correspondence with the width direction of the AN AN, a length adjuster 13 for adjusting the length of the magazine 11, (14), it is possible to flexibly cope with various thicknesses of the AN (AN), and it is also possible to draw out the invitation cards of various sizes to the correct positions through the respective position adjustment by the screw fastening method, AN can be easily inserted into or removed from the magazine 11 while the lower end of the discharge guide 12 presses the upper surface of the AN AN by the elastic deformation force naturally, 21 from being drawn out.

Since the first and second stacking bases 10 and 20 are provided so as to be able to stack and stack different kinds of invitation cards AN each having different contents or uses and can selectively supply the invitation AN to be stable, AN) can be implemented and operated as a single system even if there are a large number of kinds and numbers, thereby minimizing the work interruption time due to replacement or re-supply of an invitation (AN).

Meanwhile, the first and second stacking bases 10 and 20 are provided with separate alarms or alarms (not shown) so that the operator or the manager can quickly recognize the ANs stacked on the magazines 11 and 21, Function may be provided.

In addition, although the first and second stacking bases 10 and 20 are shown as being provided in two front and rear positions with a height difference from each other, the present invention is not limited thereto and may be provided at least two.

<First invitation card withdrawal section>

The first guide-line withdrawing portion 30 is installed at a lower portion of the first stacking table 10 and selectively vacuum-adsorbs the guide-sheet AN stacked on the lowermost portion of the first stacking bin 10, An adsorption port 31 provided at least one along the longitudinal direction of the AN to vacuum adsorb the AN and an actuator 32 for reciprocating the position of the suction port 31 in the forward and backward directions And vacuum-adsorbs the ANs one by one under the control of a separate mailing system control unit and draws them out to the first invitation-plane transfer unit 51. [

That is, the suction port 31 of the first guide-path draw-out portion is formed by an annular surface AN stacked on the lowermost portion of the first stacking table 10 through at least one opening groove 15 formed in the lower surface of the first stacking table 10, When the forward end of the guide AN is inserted or positioned in the first guide-member transferring part 51, the vacuum attraction force is removed And the returning position AN is returned to the original position by the backward movement of the actuator 32 by placing the AN on the first invitation-

Therefore, the invitation AN can be drawn out stably and accurately without slip phenomenon that can not escape from the first stacking bin 10.

Here, the adsorption port 31 adsorbs the guide surface AN by a vacuum adsorption force, which is a conventional method in which a vacuum adsorption force generated from a vacuum pump is supplied to the adsorption pad through a vacuum path therein, A detailed description thereof will be omitted.

The actuator 32, which provides the driving force for the forward and backward movement of the suction port 31, is composed of a hydraulic cylinder and a cylinder rod, and a mailing system control unit (controller) transmits a control signal to a driving source such as a compressor, It is needless to say that a conventional actuator mechanism or device having a structure of advancing, retracting, or ascending and descending can be adopted by operating the cylinder rod with air pressure.

&Lt; 2nd invitation card withdrawal part &

The second guide-line withdrawing portion 40 is provided at a lower portion of the second stacking table 20 and selectively vacuum-adsorbs the guide-sheet AN stacked on the lowermost portion of the second stacking bin 20, An adsorption port 41 provided at least one along the longitudinal direction of the AN to vacuum adsorb the AN and an actuator 42 for reciprocating the position of the suction port 41 in the forward and backward directions And vacuum-sucks the invitation AN one by one under the control of a separate mailing system control unit, and draws the invitation AN to the second invitation conveyance unit 52. [

That is, the suction port 41 of the second guide-path draw-out portion sucks the bottom surface of the guide surface AN stacked on the lowermost portion of the second stacking table 20 through the opening groove 25 of the second stacking table 20, When the forward end of the guide path AN is inserted or positioned in the second guide path transferring part 52, the vacuum attraction force is removed and the guide path AN is moved to the second guide path transferring part 52 And is returned to the original position by the backward operation of the actuator 42. [

Therefore, the invitation AN can be reliably and accurately drawn without slip phenomenon that can not escape from the second stacking bin 20. [

Here, the adsorption port 41 adsorbs the guide surface AN by the vacuum adsorption force, which is a conventional method in which a vacuum adsorption force generated from a vacuum pump is provided to the adsorption pad through a vacuum path therein. A detailed description thereof will be omitted.

The actuator 42, which provides the driving force for the forward / backward movement of the suction port 41, is composed of a hydraulic cylinder and a cylinder rod. The mailing system control unit (controller) transmits a control signal to a driving source such as a compressor, It is needless to say that a conventional actuator mechanism or device having a structure of advancing, retracting, or ascending and descending can be adopted by operating the cylinder rod with air pressure.

<Invitation card transfer department>

The invitation conveyance unit 50 is configured to sequentially convey the invitation cards AN drawn out from the first and second stacking bases 10 and 20 by the first and second invitation card withdrawing units 30 and 40 one by one, And the second stacking base 10 (20).

Here, the invitation-plane conveyance unit 50 is disposed adjacent to the conveyance path AN of the first conveyance platform 10 to selectively convey the conveyance AN to be conveyed forward by the first conveyance- (AN) provided adjacent to the conveying path of the AN of the second stacking bin (20) and forwarded by the second conveying-member draw-out portion (40) And the first and second invitation conveyance parts 51 and 52 are provided adjacent to each other on the forward conveyance path AN of the first and second invitation conveyance parts 51 and 52, And a third invitation message transfer unit 53 for sequentially transferring the invitation messages AN drawn out from the invitation messages 52 one by one.

The first and second invitation conveyance units 51 and 52 and the third conveyance conveyance unit 53 are composed of a double belt conveyor having belt conveyors arranged at regular intervals above and below, May be transferred by a frictional force and a rotational force.

That is, the first to third guide conveyor parts 51, 52 and 53 are constructed so that the endless belt is hooked on the belt wheel, and the belt conveyor is rotated by the motor to drive the endless belt. An AN is inserted between the belt conveyor and the belt conveyor, and a certain distance is conveyed by frictional force and rotational force.

Here, the belt conveyor positioned between the upper belt conveyor of the first guide conveyor unit 51 and the lower belt conveyor of the second guide conveyor unit 52 includes a first and a second guide-paper exit unit 30 (40 So that the conveyance path AN stacked on the first and second stacking bases 10 and 20 can be selectively transported.

For example, when the first invitation card withdrawal portion 30 draws the invitation card of the first conveyor belt 10, the control unit of the mailing system controls the upper conveyor belt 51 of the first invitation card conveying portion 51 to rotate clockwise The control unit of the mailing system controls the second conveying unit conveying unit 52 to rotate the lower conveying unit in the counterclockwise direction when the second conveying unit take- That is, the lower belt conveyor of the first invitation-scene transfer unit 51, so as to rotate clockwise, while the lower belt conveyor is controlled to rotate counterclockwise.

The third guide-line conveying unit 53 is composed of a double-belt conveyor having belt conveyors arranged at regular intervals in an up-and-down direction, and conveys the ANs located therebetween by frictional force and rotational force.

The third invitation card conveyance unit 53 moves the invitation card AN one by one to the upper portion of the carrier paper on which the card conveyed through the separate conveyor is attached, and the invitation card conveyed by the conveyor and the carrier paper, (Not shown) for automatically inserting the paper into the envelope.

Here, the plurality of first to third invitation conveyance units 51, 52 and 53 are arranged in parallel with the first and second stacking bases 10 and 20 at regular intervals along the lateral direction But it is needless to say that the present invention may be modified into various other forms.

The first to third guide sheet conveying parts 51, 52, and 53 are driven by the rotational driving force of the electric motor, respectively, so that the guide ANs are sequentially projected one by one with frictional force and rotational force, Since the top and bottom surfaces of the guide AN are in surface contact with the belts of the first to third guide sheet conveying portions 51, 52 and 53 at this time, they are quickly and stably conveyed without sloping or slipping .

An optical character reader (not shown) may be provided on the front upper portion of the first and second stacking bases 10 and 20 to read the information of the AN, which is drawn out from each of the first and second stacking bases 10 and 20. [

These optical character readers optically read letters and numbers engraved on the invitation card, convert the pattern into electrical signals and input them to the computer. In other words, the light and the design printed on the invitation card are illuminated, the reflected light is received, and the character and design are judged. Then, the character and the design are coded and input, and the captured personal card information is read, And checks whether the invitation card matches the corresponding card information. If the invitation card does not match, it calls the alarm message or suspends the operation.

That is, a control function for automatically stopping the operation when an invitation AN that does not match the personalization card information is discharged from the first and second stacking bases 10 and 20 may be performed in connection with the mailing system .

In addition, the optical character reader can determine the operation time from the optical sensor that senses the drawing of the invitation to the received signal, and detects the error state such as the phenomenon of being conveyed by being overlapped with each other by detecting the size of the invitation area, Can be detected.

Here, examples of personalized cards include financial cards such as credit cards, check cards, debit cards, and stock cards, employee cards, membership cards, and the like. The concept can be included.

In addition, the term personalization can be interpreted as a concept that means the private nature of information, that is, non-publicness, rather than the singular meaning that is distinguished from the meaning of group or plural.

The operation of the continuous invitation device input apparatus according to the first embodiment of the present invention will be described below.

8 and 9, the mailing system control unit (not shown) is operated in a state in which different kinds of invitation cards are sequentially stacked on the first and second stacking bases 10 and 20, When the second invitation card withdrawal part 30 (40) and the invitation card conveying part 50 are operated, the mailing system control part controls the first and second invitation cards 50 and 50 to fetch the invitation card AN corresponding to the personalized card information attached to the carrier paper, The magazine of the first and second stacking units in which an invitation AN that matches any one of the first and second invitation card withdrawing units 30 and 40 is stored by controlling the withdrawing units 30 and 40, (41) are attracted to the invitation conveyance part (50) by advancing operation of the actuators (32) and (42) by the vacuum attraction force of the attracting holes (31) and (41) one by one.

For example, if the invitation AN stacked on the first pallet 10 is an invitation AN corresponding to the personalization card information attached to the carrier paper, the actuator 32 of the first invitation card withdrawal portion is shown in Fig. 9 The suction port 31 of the first guide path withdrawal portion is positioned below the guide path AN of the first stacking platform 10 in this state, The actuator 32 is moved forward by advancing the rod as shown in FIG. 8 to withdraw the guide AN from the first loading table 10 And transmits it to the first invitation-scene transfer unit 51.

If the invitation card AN corresponding to the personalization card information attached to the carrier paper is the invitation card of the second pallet 20, the actuator 42 of the second invitation card withdrawal portion is moved backward So that the adsorption port 41 of the second guide path withdrawal portion is positioned below the guide path AN of the second stacking table 20. In this state, the adsorption port 41 is supplied with a vacuum adsorption force by an external vacuum pump, The actuator 42 advances the rod as shown in FIG. 9 to draw out the AN AN from the second stacking bin 20, and at the same time, (52).

Thereafter, the invitation AN transmitted to the invitation conveyance unit 50 is sequentially transferred one by one by the frictional force and the rotational force of the invitation conveyance unit 50 interlocked with the first and second invitation card withdrawing units 30 and 40, (Not shown) that transports the attached carrier paper.

By repeating this process, invitation cards that match the personalized card information can be automatically selected and continuously supplied and inserted into the line in the subsequent process without interruption.

The invitation AN injected into the separate conveyor is conveyed to a subsequent processing section, that is, a paper insert section (not shown), for the envelope enveloping process together with the carrier paper with the card attached thereto.

On the other hand, if the optical character reader is provided, the unique image of the AN is taken, and after reading out the stored data, the corresponding mail envelope may be selected and bypassed in the subsequent process if it is inconsistent with the setting data such as the personalization card information .

Therefore, since different types of invitation cards (AN) having different contents and uses can be loaded on the first and second stacking bases 10 and 20, the mailing system can be shut down and the other invitation cards Can be selectively supplied and continuously supplied.

In addition, the optical text reader can accurately identify and identify the personalized invitation card that matches the card information, and then enclose it in an envelope, which improves reliability and minimizes shipping errors, resulting in rework and shipping costs, And so on.

&Lt; Embodiment 2 >

Hereinafter, among the constituent elements of the continuous invitation device input apparatus according to the second embodiment of the present invention, constituent elements having the same or similar operational effects as those of the first embodiment described above are denoted by the same reference numerals, A detailed description thereof will be omitted.

10, the continuous invitation device input device according to the second embodiment of the present invention mainly includes first and second stacking bases 10 and 20, first and second invitation- 40, and an invitation conveyance unit 50. At least one or more of them are arranged side by side on the mailing system, and their respective driving and operation are generally controlled by a separate mailing system control unit (not shown) .

Particularly, as in the first embodiment described above, the invitation-state transferring unit 50 is disposed adjacent to the AN transfer path of the first loading stand 10 and is forwarded by the first invitation- (AN) conveying path of the second stacking bin 20, and is conveyed forward by the second invitation-sheet drawing-out section 40 (AN) conveying path of the first and second invitation-matter conveying sections 51 and 52, and a second conveying-unit conveying section 52 provided adjacent to the conveying path of the first conveying- And a third invitation message transfer unit 53 for sequentially transferring the invitation messages AN drawn out from the two invitation message conveying units 51 and 52 one by one.

Here, the third invitation conveyance unit 53 is provided in a double-belt conveyor system in which belt conveyors are arranged at regular intervals up and down, and conveys the AN AN between them, which is arranged in a line First and second upper belt conveyors 53a and 53b and a bottom belt conveyor 53c provided below the first and second upper belt conveyors 53a and 53b at regular intervals.

The first upper belt conveyor 53a is provided with a sorting tray 60 for storing an AN and a second upper belt conveyor 53b and a conveying belt 53c conveyed by the bottom belt conveyor 53c. The direction changing guide 70 for guiding and guiding the normal AN to be directed toward the discriminating tray 60 by changing the normal traveling direction is disposed between the first and second upper belt conveyors 53a and 53b and the bottom belt conveyor 53c, So as to be rotatable within a certain angle range in the vertical direction without contact interference.

That is, the first and second invitation card withdrawing units 30 and 40 and the invitation card transferring unit 50 operate in an interlocking manner with each other so that the invitation card AN does not match the personalization card information, 50, where the direction change guide 70 is operated by the sensing and actuation signals of the control section of the mailing system to move the second upper belt conveyor 53b and the bottom belt conveyor 53c, (AN) conveyed by the conveying path is discharged toward the sorting tray 60, whereby an incongruous AN is inconsistent with the personalized card information is fed to the upper portion of the carrier paper on which the card in the subsequent process is attached Can be prevented.

For example, when an invitation AN that does not match the personalized card information is located on the third invitation card transfer section 53, the control section of the mailing system rotates the direction change guide 70 according to the signal of the sensor And an invitation field (AN) conveyed by the second upper belt conveyor (53b) and the bottom belt conveyor (53c) is guided to be directed toward the sorting tray (60) (AN) is prevented from being introduced into the upper portion of the carrier paper on which the card in the subsequent process is attached.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments or constructions. Various changes and substitutions may be made without departing from the spirit and scope of the invention. It will be obvious to those skilled in the art that the present invention can be widely applied to other embodiments.

Therefore, it is to be understood that modifications and variations of the features of the present invention are intended to be included within the spirit and scope of the present invention.

10: 1st loading zone 11: Magazine
12: Discharge guide 13: Width adjuster
14: length adjuster 20: second stack
21: Magazine 22: Discharge guide
23: width adjuster 24: length adjuster
30: first guide-line withdrawal portion 31:
32: Actuator 40: Second invitation card draw-
41: suction port 42: actuator
50: invoice transfer part 51: first invitation transfer part
52: second invitation route transfer section 53: third invitation route transfer section
53a: first upper belt conveyor 53b: second upper belt conveyor
53c: Bottom belt conveyor 60: Sorting tray
70: Turning Guide

Claims (5)

First and second stacking pads arranged in a line with a height difference therebetween to stack respective invitation cards;
A first guide-paper draw-out unit installed at a lower portion of the first loading stand and vacuum-sucking the guide-sheets stacked at the lowermost part of the first loading stand and drawing them forward;
A second guide-path draw-out unit installed at a lower portion of the second stacking stand and vacuum-sucking the guide-lines stacked on the lowermost portion of the second stacking stand to draw them forward; And
An invitation conveyance unit installed forward of the first and second conveyance units and forwarding the invitation cards drawn out from the first and second conveyance units one by one by the first and second invitation card drawers;
Wherein the invitation-
A first and a second invitation conveyance unit installed adjacent to the first and second stacking units and selectively conveying an invitation to be conveyed by the first and second invitation card drawers;
First and second upper belt conveyors arranged in parallel in a row at a predetermined interval in front of the first and second guide conveyor sections so as to sequentially convey the guide belts drawn out from the first and second guide conveyor sections, 1 and a bottom belt conveyor installed at a lower portion of the second upper belt conveyor;
/ RTI &gt;
A sorting tray for containing an invitation surface is provided on an upper portion of the first upper belt conveyor,
And a direction switching guide for guiding and guiding the guide path between the first and second upper belt conveyors and the bottom belt conveyor to be selectively discharged to the sorting tray.
The apparatus according to claim 1, wherein the first and second stacking plates
A magazine in which a stacking width and a length corresponding to the invitation plane are adjustable, a lower side of the magazine is opened to allow the guide slot to be drawn out, and at least one opening groove is formed in the bottom surface;
A plurality of discharge guides provided at predetermined intervals in front of the magazine to elastically press the upper surface of the guide member;
Each of which is a continuous invitation card input device of a mailing system.
2. The apparatus according to claim 1, wherein the first and second invitation-
At least one adsorption port for selectively vacuum-adsorbing the invasion area;
An actuator reciprocating a position of the suction port;
Each of which is a continuous invitation card input device of a mailing system.
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