KR20070040499A - Apparatus for processing automated payment machine of giro - Google Patents

Abstract

Disclosed is a gyroscope processing apparatus for smoothly transferring a gyroscope from inside without malfunctioning the device. The gyro sheet processing apparatus is temporarily stored including a conveying member, an incoming member including a scanner mounted on the conveying path of the conveying unit to scan the zirconia sheet, a storage plate for temporarily storing the gyro sheet, a side plate of the inner frame, and a lower roller. The member is installed so as to be movable up and down along the side wall plate of the inner frame, the elevating conveying member for transporting the jizo table, and the elevating drive unit mounted on the outside of the side wall plate of the inner frame, the gears interlocked with the elevating driving unit and arranged in parallel with each other. And a lift drive member including a plurality of lift links provided with a rotary bar and one end of which is axially coupled to the rotary bar and the other end of which slides along an upper surface of the lift transfer member. Therefore, the lifting driving member can move up and down while keeping the horizontal.

Jiro table, elevating drive unit, elevating drive member, elevating link

Description

Automatic processing device of Jirojang table {APPARATUS FOR PROCESSING AUTOMATED PAYMENT MACHINE OF GIRO}

1 to 3 is a view for explaining the conventional automatic receiving device of the giro table.

Figure 4 is a perspective view for explaining the automatic girojejang processing apparatus according to an embodiment of the present invention.

FIG. 5 is an exploded perspective view of the automatic giro table processing apparatus of FIG. 4.

6 is a partial perspective view for explaining a link unit of the automatic jizo table processing apparatus according to an embodiment of the present invention.

7 is a partial perspective view for explaining the elevating guide portion.

8 is a cross-sectional view for explaining a link unit of the automatic jizo table processing apparatus according to an embodiment of the present invention.

9 is a partial perspective view for explaining a movement process of the automatic giro table processing apparatus according to an embodiment of the present invention.

FIG. 10 is a side view for explaining the movement of the giro sheet inserted in FIG. 9.

<Explanation of symbols for the main parts of the drawings>

110: An incoming member 120: Temporary storage part

130: lifting conveyance member 140: lifting drive member

150: Return part 160: Storage box

172: Lifting drive unit 174: First rotating bar

176: Second rotation bar 180: Lift guide part

182: Side wall board unevenness 190: Slide guide part

192 ： Flange 194 ： Space

The present invention relates to an automatic processing apparatus for a giro sheet, and more particularly, to an automatic processing apparatus for a giro sheet, which can efficiently carry out the transfer of the Giro sheet.

Generally, giro paper is widely used for paying various utilities, paying taxes, and accepting university applications, and is widely used because of the advantage of being able to quickly process a large amount of giro paper by a computerized processing system.

In particular, financial institutions are increasing the number of automated teller machines (ATMs) in order to maximize the efficiency of the window work, the ATM is being added to the ability to process paper.

Therefore, the paper processing time can be shortened, which eliminates the time-consuming and inconvenience that customers have to wait in line at a limited bank window for paying the bills that are concentrated on specific days. It is necessary to assign a dedicated manpower to solve the problem of manpower consumption.

As a conventional technique, a gyroscope automatic receiving device is disclosed, and FIGS. 1 to 3 are views for explaining a conventional gyroscope automatic receiving device.

1 to 3, the tray 4 is vertically provided with a rack gear 42 of a predetermined length engaged with the pinion gear 65 of the case 6 on both sides of the center of the frame 40.

In the frame 40, a plurality of upper rollers 44 are arranged in multiple rows at equal intervals, and the upper rollers 44 in each row are connected by respective transfer belts 48, and the plurality of upper rollers. A pulley gear 47 is provided on the shaft of the upper roller at the rear end of the 44.

The upper roller 44 and the transfer belt 48 are driven by the drive of the transfer motor 45 by connecting the transfer motor 45 and the connection belt 46 to the pulley gear 47. When the lifting motor 61 installed on one side wall of the case 6 is driven in the forward and reverse directions by a signal output from the configured controller (not shown), the pinion gear 65 meshed with the rack gear 42 is rotated. As a result, as shown in FIGS. 2 and 3, the entire tray 4 is raised and lowered.

Accordingly, a plurality of guide protrusions 43 are formed on the front and rear end outer surfaces of the frame 40 of the tray 4, and the guide protrusions 43 are slidably coupled to the long grooves 66 of the case 6. In addition, the case 6 has a concave inlet portion 62 for mounting the retracting member 2 on the front surface of both side walls, and a supporter into which the rack gear 42 is inserted in the central outer surface of both side walls. 68) is entered. Vertical front grooves 66 into which the guide protrusions 43 of the tray 4 are inserted are formed at the front and rear sides thereof, and the pinion gear 65 meshed with the rack gears 42 on the outer surface of one side wall. And the reduction gear 63 and the lifting motor 61 are engaged with each other.

The lower roller 69 is arranged in a row below the receiving plate 8, but the upper portion of the lower roller 69 protrudes through the through hole 85, and in particular, the shaft of the lower roller 69 is elastic. By supporting the leaf spring 67 having the lower roller 69 and the upper roller 44 is to be lowered by a slight elastic force when the ground is to have a configuration that the grounding force with the jiro table 100 is improved. In addition, both sides of the case 6 had a configuration in which the long holes 64 were formed such that the shafts of the lower rollers 69 were fitted to slide up and down by elastic force.

When explaining the parts necessary for the description of the present invention of the operation of the conventional paper processing apparatus as follows.

When the lifting motor 61 rotates, the reduction gear 63 connected thereto is interlocked. The pinion gear 65 connected to the reduction gear 63 may be rotated to be transmitted to the rack gear 42, and the rotary motion of the elevating motor 61 may be linearly rotated through the rack gear 42 and the pinion gear 65. The tray 4 is moved in a vertical direction by converting the motion. In this case, a plurality of guide protrusions 43 are formed on the front and rear end outer surfaces of the frame 40 of the tray 4, and the guide protrusions 43 are coupled to the long grooves 66 of the case 6 to slide. Therefore, when the tray 4 is raised and lowered, the tray 4 has a configuration capable of moving uniformly by riding the long groove 66 without being biased toward one side.

However, the automatic jiro table processing apparatus according to the prior art has the following problems.

First, a pair of pinion gear and a rack gear is mounted on the opposite side in response to the pinion gear 65 and the rack gear 42 moving by the elevating motor 61, and the pinion gear 65 and the rack connected to the elevating motor 61 are mounted. The pinion gear and the rack gear on the opposite side as the gear 42 also support one side of the tray 4. However, since only one side of the power moves and the other moves passively, the force applied to the tray 4 may be provided unbalanced, which causes the tray 4 to be distorted, thereby smoothly moving up and down the tray 4. Can interfere.

In addition, there is a restriction on the design position of the rack gear 42. For example, if the positional design of the rack gear 42 is incorrect, the level is not maintained, the guide protrusion 43 is rubbing against the long groove 68, the noise and vibration is generated, the reliability of the product is reduced.

Accordingly, an object of the present invention for solving the above-described problems of the present invention is to provide an automatic jizo table processing apparatus including a drive unit for moving up and down while keeping the tray horizontal.

In addition, another object of the present invention is to provide an automatic processing apparatus that can increase the reliability of the product does not change the mechanical performance due to the repeated operation.

In addition, another object of the present invention is to provide an automatic processing apparatus that eliminates the hassle of design for finding the center of gravity of the tray to be transported up and down.

According to a preferred embodiment of the present invention for achieving the objects of the present invention described above, the automatic processing apparatus of the Jiro table is provided with a retracting member, a temporary storage member, a lifting conveying member and a lifting driving member.

The inlet member is formed with an inlet for introducing the gyroscope, and includes a transfer path for transferring the gyroscope inserted into the inlet into the processing apparatus. In addition, the transfer path includes a scanner for scanning a glyph table for transferring information to the computerized processing system, and includes a transfer unit for transferring from the outside of the processing apparatus to the inside.

In addition, the temporary storage member is mounted adjacent to the inlet member, and is temporarily stored by receiving the gyro sheet conveyed from the transport path. At this time, the giro document stored temporarily in the temporary storage unit is moved forward and moved to the return unit in order to be discharged to the outside according to an error of the system or the user's choice. And, if it is processed normally, it can be moved to the storage box by transporting the gyroscope backward.

In order to realize this method, the temporary storage member may include a receiving plate for temporarily storing the transferred giro slip and a lower roller rotatably mounted in a position adjacent to the receiving plate for transferring the giro slip. In addition, the periphery of the housing plate may include a side wall plate of the inner frame forming the side wall.

In addition, the elevating conveying member is installed to be movable up and down along the sidewall plate of the inner frame on the receiving plate, and is positioned higher than the inner end of the conveying path when the gilt is inserted, and moves down after the gilt is inserted. The bill of lading can be conveyed together with the storage plate and the lower roller. In addition, the elevating conveying member may include an upper roller which rotates at a position corresponding to the lower roller, and may further include a conveying guide plate having a roller hole for exposing the upper roller downward. In addition, according to another embodiment, a plurality of belts circulating in the front-rear direction by the elevating conveying member may be installed side by side without using the upper roller and the conveying guide plate, and the belt may be moved to convey the long table in the front-rear direction. have.

In addition, the automatic jiro table processing apparatus according to the present invention further includes a lift drive member. The lifting drive member includes a lifting drive, a first rotating bar, a second rotating bar, and a lifting link.

The lifting drive unit is mounted to the outside of the side wall plate of the inner frame, and the first rotation bar is interlocked with the lifting drive unit and mounted with the first gear. The second rotating bar is disposed parallel to the position adjacent the first rotating bar and is equipped with a second gear that meshes with the first gear to transmit power.

Further, the plurality of lifting links have one end axially coupled to the first and second rotation bars and the other end slides along the upper surface of the lifting transfer member.

The gyroscope automatic processing apparatus according to the prior art first includes a pinion gear and a rack gear which are moved by a lifting motor, and the weight of the tray is concentrated on the gear values of both gears. Therefore, while the operation of moving up and down is repeated, the gear teeth may be worn or damaged, and the case where the gear teeth are not closely engaged with each other is likely to occur. That is, in the conventional giro table automatic processing apparatus there is a problem that the play between the gears or the gears do not move with each other, the sliding occurs. In addition, the tray may not be level, and the guide protrusion may cause severe friction or vibration in the process of moving along the long groove of the case.

In addition, the rack gear should be located on the center of gravity of the tray can be elevated while maintaining the horizontal. Therefore, there is a design hassle to select the center of gravity and attach the rack gear to the position. If the positional design of the rack gear is incorrect, the level is not maintained and the guide protrusion is rubbed into the intestinal groove, causing noise and vibration, resulting in poor reliability of the product.

However, the giro table automatic processing apparatus according to the present invention allows the elevating conveying member to elevate on the receiving plate of the temporary storage member by the elevating drive member.

Therefore, the jirojang automatic processing apparatus according to the present invention moves up and down while the lifting conveying member is horizontal, and the mechanical performance is not changed by wear due to repeated lifting operation, thereby increasing the reliability of the product. In addition, it is possible to eliminate the hassle of design for finding the center of gravity of the lifting and lowering conveying member conveyed up and down.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, but the present invention is not limited or limited by the embodiments.

Figure 4 is a perspective view for explaining the automatic guro table processing apparatus according to an embodiment of the present invention, Figure 5 is an exploded perspective view of the giro table automatic processing apparatus of FIG.

Referring to Figures 4 and 5, the Jirojang automatic processing device is the retracting member 110, the temporary storage member 120, the lifting conveying member 130, the lifting drive member 140, the return unit 150, and the storage box And 160.

The retraction member 110 is mounted on the front surface of the inner frame 105, and the temporary storage member 120 is mounted in the central space of the inner frame 105. In addition, the elevating and transporting member 130 is mounted on the inner frame 105 on the temporary storage member 120.

In addition, an inlet 112 for injecting a long bill is formed on the front surface of the inlet member 110. And, it includes a transfer path for transferring the gyrojeom introduced into the inlet 112 to the temporary storage member 120. The conveyance path uses a plurality of inner rollers 114 and transfers the jizo sheets into the interior by the rotation of the inner rollers 114. In addition, the scanner 116 is mounted at the center of the transfer path to transmit information of the gyro sheet to the processing system inside the gyro sheet automatic processing apparatus.

The temporary storage member 120 is mounted in the central space of the inner frame 105 and is formed adjacent to the lead member 110. Therefore, the giro sheet conveyed through the transfer path of the retracting member 110 is temporarily loaded into the temporary storage member 120, and the giro sheet, which is normally processed afterwards, is transferred to the storage box 160, and the girou sheet having a problem is generated. Is transferred to the return unit 150.

In addition, the temporary storage member 120 may include a receiving plate 122 and a lower roller 124. A plurality of holes are formed in the upper portion of the receiving plate 122 so that the lower roller 124 is partially exposed. Accordingly, the transferred giro sheets are loaded on the receiving plate 122 in order. In addition, a plurality of lower rollers 124 may be provided and inserted into the holes of the accommodation plate 122, and the plurality of lower rollers 124 may be automatically rotated by a motor. Accordingly, the giro slip automatically slides forward and backward on the housing plate 122 by the rotation of the lower roller 124.

The lifting conveying member 130 is mounted on the inner frame 105 and is movable up and down on the upper portion of the temporary storage member 120. At this time, the elevating conveying member 130 is positioned higher than the inner end of the retracting member 110, and if the giro sheet is located on the temporary storage member 120, the elevating conveying member 130 is moved downward so as to be in close contact with the geological sheet Done. Then, when the elevating conveying member 130 is in close contact with the storage plate 122 is loaded with the jijangjang, the lower roller 124 is rotated to move the jijangjang forward or backward. At this time, if the jirojang is moved to the front is moved to the return unit 150, if moved to the rear is moved to the storage box 160.

The lifting conveying member 130 includes an upper roller 132 and a conveying guide plate 134. The upper roller 132 is formed in plural, the upper rollers 132 are rotated by the rotation of the lower rollers.

In addition, a roller hole 134 is formed in the transfer guide plate 134, and the upper roller 132 is inserted into the roller hole 134 to partially expose the lower portion of the transfer guide plate 134. Although not explained in the present embodiment, the roller for conveying the gyroscope can be provided by a belt formed in the direction in which the gyroscope is transferred.

The return unit 150 is formed in front of the inner frame 105, and discharges the gyro sheet to the outside and delivers it back to the user. At this time, the front of the inner frame 105 coincides with the front of the temporary storage member 120, and the return unit 150 receives the giro slip conveyed from the temporary storage member 120. In addition, the storage box 160 is located at the rear of the inner frame 105 to recover the jizo slip into the processing apparatus. At this time, the rear of the inner frame 105 coincides with the rear of the temporary storage member 120, and the storage box 160 receives a normally processed giro slip conveyed from the temporary storage member.

FIG. 6 is a partial perspective view for explaining the elevating driving member of the giro table automatic processing apparatus according to an embodiment of the present invention, FIG. 7 is a partial perspective view for explaining the elevating guide unit of FIG. 6, and FIG. 8 is a slide in FIG. 6. It is sectional drawing which shows the guide part from the I-I direction.

4 and 6 to 8, the elevating driving member 140 further includes an elevating driving unit 172, a first rotating bar 174, a second rotating bar 176, and an elevating link 178. . The lift driver 172 is mounted adjacent to the outside of the temporary storage member 120, and the first rotation bar 174 is interlocked by the lift driver 172 and includes a first gear 174a. The second rotation bar 176 includes a second gear 176a that meshes with the first gear 174a and cooperates with the first gear 174a. The elevating link 178 is fixed to the first rotating bar 174 and the second rotating bar 176 to rotate the first rotating bar 174 and the second rotating bar 176 around the rotation axis, respectively, and the first rotation. Four are connected to be interlocked by the bar 174 and the second rotating bar 176.

The ends of the lifting links 178 protrude to both sides so that they do not leave the slide guide portion 190 to the outside. In more detail, the slide guide portion 190 is positioned above the elevating conveying member 130, and the flanges 192 having a cross-section are formed to face each other to provide an accommodation space 194 therein. The lifting link 178 is movably mounted in the accommodation space 194. At this time, when the lifting link 178 is rotated about the rotation axis, the end of the lifting link 178 is slid left and right along the slide guide portion 190, so that the lifting conveying member 130 is the inner frame It moves up and down 105. Both ends of the elevating link 178 may be equipped with wheels 195 rotatably mounted in the slide direction so that the slide link 178 may slide smoothly.

The temporary storage member 120 includes an elevation guide part 180. The elevating guide part 180 has a side wall plate convex and concave 182 that is provided in a c-shape inside the side wall plate 123 and provided with a groove in the center thereof.

  At this time, the elevating guide part 180 is attached to the inside of the side wall plate 123 up and down, and the elevating portion uneven portion 136 protruding outward to be inserted into the side wall plate unevenness 182 on the side of the elevating conveying member 130. Is connected. Accordingly, the elevating conveyance member 130, in which the elevating portion unevenness 136 and the side wall plate unevenness 182 are bound, moves up and down along the elevating guide portion 180, and the elevating conveying member ( 130) the flow of left and right is limited. Therefore, the lifting transfer member 130 is stably moved by the lifting link 178 (ⓐ).

Therefore, the automatic jiro table processing apparatus according to the present invention is moved up and down while the lifting conveying member 130 is horizontal, so that the weight of the tray is not concentrated on the gear value that is the connection medium between the pinion gear and the rack gear as in the conventional case. The weight of the elevating conveying member 130 is evenly distributed on the elevating link 178 so that even if the elevating conveying member 130 is repeatedly lifted by the elevating links 178 that flutter, the wear and force Since imbalance can be prevented, mechanical performance can be maintained and the reliability of a product can be improved.

In addition, it is possible to eliminate the hassle of design for finding the center of gravity of the elevating conveyance member 130 to be conveyed up and down.

FIG. 9 is a partial perspective view for explaining a movement process of an automatic giro ticket processing apparatus according to an embodiment of the present invention, and FIG. 10 is a side view for explaining the movement of the giro charge sheet inserted in FIG. 9. 9 and 10, the lifting conveying member 130 is moved toward the lower roller 124 of the temporary storage member 120 (ⓑ). In addition, a plurality of holes are formed on the receiving plate 122, and the lower roller 124 is partially exposed to the holes. At this time, the gyroscope is moved forward to the return unit 150 to be discharged to the outside in accordance with the error of the system or the user's choice (ⓓ), if the lower roller is rotated forward to perform this process In conjunction with this, the upper roller 132 is rotated forward. And, if it is processed normally, it can be moved to the storage box 160 by moving the gyro sheet backward (ⓒ), the lower roller and the upper roller 132 is rotated to the rear.

In the case where the giro slip is caught in the hole on the receiving plate 122, or the edge is caught in the lower roller 124, a paper jam may occur. At this time, the conveying guide plate 134 is in close contact with the gyroscope can be moved forward or backward.

Therefore, the giro table automatic processing apparatus according to the present invention can move up and down while the lifting conveying member is horizontal.

In addition, the elevating conveying member of the automatic jiro table processing apparatus according to the present invention is not significantly affected by the wear caused by the repeated elevating operation can increase the reliability of the product without changing the mechanical performance.

In addition, the automatic jirojang table processing apparatus according to the present invention can eliminate the hassle of design for finding the center of gravity of the elevating transfer member to be transferred up and down.

As described above, although described with reference to the preferred embodiment of the present invention, those skilled in the art various modifications and variations of the present invention without departing from the spirit and scope of the invention described in the claims below I can understand that you can.

Claims (6)

In the processing apparatus which processes a jizo list automatically, A retracting member including a conveying unit for conveying a gyroscope to an inside from an outside of a processing apparatus and a scanner mounted on a conveying path of the conveying unit to scan the geological sheet passing through the conveying path; An accommodating plate for temporarily storing the transferred giro slips located below the inlet member, a side wall plate of an inner frame forming a side wall around the accommodating plate, and adjacent to the accommodating plate for transferring the gird slips A temporary storage member comprising a lower roller rotatably mounted in position; It is installed to be movable up and down along the side wall plate of the inner frame on the receiving plate, and is located higher than the inner end of the transfer path when the gijang slip is drawn, and moves down after the gijang slip is inserted An elevating conveying member for conveying the branch table together with the receiving plate and the lower roller; And A lift drive unit mounted on the sidewall plate of the inner frame, a first rotation bar interlocked with the lift drive unit, and equipped with a first gear, and disposed in parallel to a position adjacent to the first rotation bar, and engaged with the first gear to transmit power. A second rotation bar equipped with a second gear, a lift drive member including a plurality of lift links whose one end is axially coupled to the first and second rotation bars and the other end slides along an upper surface of the lift conveying member; Automatic processing device of jirojang comprising a. The method of claim 1, An upper portion of the conveying member is provided with a slide guide portion for guiding the other end of the elevating link, wherein the slide guide portion has an L-shaped cross section and includes flanges facing each other, and the other side of the elevating link is provided by the flange. An automatic processing apparatus of a giro table, characterized in that a receiving space for guiding the end is formed. The method of claim 2, Two sides of the other end of the lifting link comprises a wheel that is rotatably mounted in the sliding direction. The method of claim 1, The elevating conveying member includes an upper roller which rotates at a position corresponding to the lower roller, and further comprises an upper conveying guide plate having a roller hole for exposing the upper roller downward. Automatic processing unit. The method of claim 1, And said first gear and said second gear comprise the same diameter and the same gear tooth. The method of claim 1, A side wall plate unevenness is formed inside the side wall plate of the inner frame, and a lifting part unevenness corresponding to the side wall plate unevenness of the inner frame is formed at the side of the lifting transfer member, and the lifting part unevenness is coupled to the side wall plate unevenness. And the elevating conveying member moves up and down by an elevating guide unit.

Images