JPH05286630A - Printed matter aligning and loading device - Google Patents

Abstract

PURPOSE:To hand over printed matter precisely to the carrier side in the condition that they are piled as if roof tiles accurately at a certain pitch by equipping the device with an aligning part and a loading part, and putting the printed objects discharged from a rotary press, etc., automatically in alignment in a specified orientation. CONSTITUTION:Printed matter 12 carried out from a rotary press, etc., via a printed matter takeout fin A and transported stacked as if roof tiles on a receipt conveyor 3 and a transport conveyor 4 is conveyed in the condition where their trailing edges are held in the inter-pitch middle points of sash-form pieces 17 provided on the transport conveyor 4. Therein the printed matter 12 with the attitude eventually disturbed is subjected to correction of disturbance by aligning plates 5, which are arranged on the two sides to present an angle form plan with the peak opened, and vibrations energized in the direction ahead. The printed matter 12 is handed over to a send-in conveyor 7, wherein it is pressed down by a push roller arranged over in the handover part, and thereby their trailing edges 12b are engaged by sash-form pieces 21 provided on this send-in conveyor 7, and thus the matter is conveyed certainly to the carrier device B side.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an improvement of a loading device for delivering printed matter such as newspapers and magazines to a carrier device, and a printed matter discharged from a rotary press or the like in a state in which folding mouth portions are stacked in a tile shape. By correcting the disorder of the posture and by accurately aligning the intervals between the printed materials to a predetermined size, the folded parts of the printed materials can be quickly and accurately inserted into the gripper on the carrier device side, causing problems such as falling off. Arrangement of printed materials that ensures delivery of printed materials without causing
The present invention relates to a loading device.

[0002]

2. Description of the Related Art In a rotary printing press such as a newspaper printing machine, a bileaflet printed matter (newspaper) folded by a folding machine attached to it is
It is discharged from the delivery fan onto the delivery conveyor in a state where the folded portions are stacked like a tile. Further, the printed matter discharged onto the conveyor is sent to the carrier loading section, where the center of the folding section is partially gripped by the gripper and conveyed to a shipping processing apparatus equipped with a counter stacker and the like.

FIG. 9 shows an example of a loading device of a conventional carrier device of this type (Japanese Patent Laid-Open No. 58-167349).
Etc.). In the figure, 30 is a carrier, 31 is a guide rail, 32 is a link chain, 33 is a gripper, 33a is a fixed claw, 33b is a movable claw, 33c is a support shaft of the movable claw, 33
d is a stopper, 34 is a first belt conveyor, and 35 is a second belt conveyor.
A belt conveyor, 36 is an accelerating member, 37 is a conveying roller, and 38 is a printed matter. The printed matter 38 that has been conveyed at a speed V ₁ in a state where the folding mouths are stacked in a tile shape is first taken over by the second belt conveyor 35 that is being driven at a speed V ₂ = 2V ₁ that is about twice as fast. Further, the printed material 38 transferred to the second belt conveyor 35 has its upper surface side scraped forward by the accelerating member 36 rotating at the same peripheral speed, and at the same time the conveying roller rotating at the same peripheral speed as the conveyor 35. It is pushed forward by 37, and its tip end (folding end) hits the stopper 33d of the gripper 33. On the other hand, the gripper 33 on the carrier side has the operating lever 3
9 is released by abutting on the pre-caulking cam plate 40, and the lever 39 is released from the cam plate 40 at the timing when the folded portion of the printed material 38 hits the stopper 33d. As a result, the movable claw 33b is rotated toward the fixed claw 33a by the elastic force of the spring (not shown), and the folded portion of the printed matter is gripped between the claws 33a and 33b.

By the way, in the loading portion of the carrier, in order to reliably and accurately grasp a predetermined portion of the printed material by the gripper, the end portion of the printed material is accurately inserted into the gripper in the open state. There is a need to. In order to do so, the posture of the printed matter that is loaded into the loading section of the carrier in a tile-like shape by the delivery conveyor is accurately regulated in terms of the posture and the distance between the printed matters. It is necessary that there be no variation in.

FIG. 10 shows an example of a delivery conveyor developed for the purpose of achieving the above-mentioned requirements (Japanese Patent Laid-Open No. 63-106266, etc.). 4 in the figure
1 is a discharge fan attached to the rotary press, 42a, 42b,
43 is a guide body, 44 is a stopper, 45 is a delivery conveyor, 46 is a conveyer conveyor, 47 is a holding jaw, 48 is a holding jaw closing mechanism, 49 is a holding jaw opening mechanism, and 50.
Is a printed matter. The printed matter 50 such as a newspaper folded by a folding machine (not shown) attached to the printing machine is discharged along the guide bodies 42a and 42b with the folding opening 50a facing forward, and is placed in the holding portion 41a of the fan 41. Parts are inserted. When the tip of the printed matter 50 in the holding portion 41a comes into contact with the stopper 44 due to the rotation of the fan 41, the printed matter 5
0 stops moving forward and is discharged onto the delivery conveyor 45 from the fan holder 41a. The rear end portion of the discharged printed matter 50 is inserted into the gripper claw 47 of the delivery conveyor 45 traveling in the direction of the arrow, and is gripped by the gripper claw 47 by operating the gripper claw closing mechanism 48 at a predetermined timing. .. The printed matter 50 gripped by the gripper claws 47 is stacked in a tile shape with the folded portion 50a facing forward, and is carried out by the delivery conveyor 55. Further, at the downstream end of the conveyor 45, the gripper opening mechanism 49 releases the gripper claw 47, so that the printed matter 50 is taken over by the transport conveyor 46 and is transported to a predetermined location.

[0006]

The delivery conveyor 45 shown in FIG. 10 grips the prints 50 part by part by the gripper 47 and forcibly carries them out. Therefore, the interval between the prints stacked in a tile shape is increased. The printed matter 30 is carried out in a relatively orderly posture. Therefore, the printed matter can be accurately delivered to the carrier, and excellent practical effects are achieved. However, the conventional delivery conveyor 45 requires a belt with a gripper claw, and it is necessary to strictly regulate the timing between the discharge of the printed matter 50 from the fan holding portion 41a and the closing of the gripper claw 47. ,
There is a problem that the device becomes complicated and the manufacturing cost rises, and that operation management is troublesome. Further, in the conventional delivery conveyor, the gripper 47 partially grips the rear end of the printed matter 50 and forcibly pushes the gripped printed matter 50 forward.
In addition to the high frequency of damage to the grip of the printed matter 50, if the printed matter 50 is clogged between the fan 41 and the delivery conveyor 45, the operating speed is high. However, there is a problem that the range of damage to the device and the printed matter itself is significantly expanded. Further, the conventional delivery conveyor 45 has a relatively complicated structure, and it is extremely difficult to downsize it. As a result, the installation of the conveyor requires a relatively large installation space in the vicinity of the printed matter discharge port of the rotary press, and there is a problem that it cannot be easily applied to an existing printing factory where the installation space is narrow. is there.

The present invention is intended to solve the above-mentioned problems in the conventional printed matter aligning / loading apparatus,
With a device with a simple structure, the printed matter discharged from the rotary press etc. is automatically aligned in a predetermined posture, and it can be accurately delivered to the carrier side in a state of being accurately stacked in a tile shape at a constant pitch, (EN) Provided is a printed matter arranging / loading device which can be easily installed even in a narrow space.

[0008]

In a printed matter aligning / loading apparatus C including an aligning section D and a loading section E, the aligning section D is provided.
Receiving conveyor 3 provided with crosspieces 17 at a constant pitch P
And a constant pitch P arranged side by side on the receiving conveyor 3
And the aligning plate 5 arranged on the outer sides of the two conveyors 4 with a narrower width on the downstream side in a plan view, and the load section described above is formed on the conveyors 4. The feed conveyor 7 having the crosspieces 21 arranged at the downstream side with the inclination angle α at a constant pitch Q, and the upper side of the printed matter 12 which is arranged at the downstream end of the conveyance conveyor 4 and is taken over by the feed conveyor 7. It is composed of a pressing roller 9 for pressing and a push roller 11 which is arranged at the upstream end of the feeding conveyor 7 and presses the printed material 12 to be taken over by the feeding conveyor 7, and is conveyed in a stack in a tile shape. It is the basic configuration of the invention to transfer all the printed matter 12 coming to the carrier device B one by one.

[0009]

The printed matter 12 stacked on the receiving conveyer 3 and the conveying conveyer 4 in a tile shape has a rear end portion with a crosspiece 17.
It is transferred to the downstream side while being held in the middle part of the pitch P of. Further, the printed matter 12 having a distorted posture is corrected by the aligning plates 5 arranged in a C shape on both sides in a plan view,
As it progresses forward, it is aligned in a predetermined posture. The printed matter 12 transferred while the rear end portion 12b is held by the crosspieces 17 of the conveyor 3 and the conveyor 4 is taken over to the feeding conveyor 7. At this takeover part,
The push roller 11 forcibly presses the printed matter 12 downward, whereby the trailing end portion 12b of the printed matter is pushed.
Securely engages the crosspiece 21 of the feeding conveyor 7. In addition, even if the pitch P of the printed matter is slightly different, the printed matter 12 slips at the take-over portion due to the cooperation of the push roller 11 and the crosspiece 21 of the feeding conveyor 7, and the deviation of the pitch P is caused. Will be fixed. As a result, the rear end portions of all the printed matter are automatically engaged with the crosspiece 21. Printed matter 12 conveyed by the infeed conveyor 7
Are sequentially inserted into the gripper 23 at the folded portion 12a, and are handed over to the carrier device B side.

[0010]

Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is a schematic side view of a case where the printed matter aligning / loading device according to the present invention is arranged between a printed matter take-out fan A and a carrier device B of a rotary press, and FIG. 2 is a plan view of a conveyor section. In this embodiment, the printed matter aligning / loading device is arranged between the printed matter take-out fan A and the carrier device B, but the printed matter supply side is a device other than the fan A, for example, the unloading part of another carrier device. Of course, it may be.

In FIGS. 1 and 2, A is a printed matter take-out fan, B is a carrier device, and C is a printed matter aligning / loading device. The printed matter aligning / loading apparatus C is formed of an aligning section D and a loading section E. The former aligning section D is formed by the receiving conveyor 3, the transport conveyor 4, the aligning plate 5, and the latter loading section E is inclined. It is composed of a feeding conveyor 7, an air box 8, a pressing roller 9, a receiving roller 10, a push roller 11 and the like which are arranged in a shape. That is, the aligning section D is composed of the receiving conveyor 3 and the conveying conveyors 4 and 4 on both sides thereof as shown in FIG.
As shown in FIG. 2, it is formed of a feeding conveyor 7 and air boxes 8 and 8 on both sides thereof, and the upper surface of the air box 8 is a perforated plate 8a. In FIG. 1, 1 is a conveyor driving device and 2 is a roller driving device.

3 and 4 are a side view and a plan view of the aligning section D, respectively. With reference to FIGS. 3 and 4, the print take-out fan A discharges the prints 12 such as newspapers folded in the folding machine of the rotary press onto the receiving conveyor 3 at regular intervals one by one. It is a well-known device. In this example, 60,000 to 75,000 parts / H.
The fan A capable of ejecting a newspaper of about 20 to 40 pages is used, and the printed matter 1 ejected from the fan A is
2 is a receiving conveyor 3 with its folding portion 12a facing forward.
It is piled up like a tile at an interval of about 76 mm.

The receiving conveyor 3 includes a driven roller 13
And a belt with a crosspiece that is wound around the drive roller 14 and the like. Further, on both sides of the receiving conveyor 3, there are respectively arranged conveyors 4 and 4 which are endless belts with crosspieces which are wound around a driven roller 15 and a driving roller 16. The belt with crosspieces forming the receiving conveyor 3 and the conveying conveyor 4 is
As shown in FIG. 5, a bar 17 having a trapezoidal cross section is integrally projected on a belt at a constant pitch P. In this embodiment, the thickness is about 5 to 10 mm and the width is about 100 to 150 mm.
Approximately 4 to 6 mm in height and approximately 4 in width on the synthetic resin belt of
The crosspieces 17 of about 6 mm are integrally formed with a pitch P of about 76 mm. Further, an engagement groove 18 that meshes with drive teeth on the outer peripheral surface of the drive roller 14 is formed on the back surface side of the belt with crosspieces. The receiving belt 3 and the transport belt 4 are driven by the conveyor driving device 1 to drive rollers 14,
It is rotationally driven via 16, and travels at a speed corresponding to the number of the printed matter 12 supplied from the take-out fan A. More specifically, it is rotationally driven at a speed V ₁ such that a predetermined number of printed materials 12 are stacked in a tile shape with a pitch of about 76 mm.
In this embodiment, the crosspiece 17 of the belt with crosspieces is a horizontal crosspiece having a trapezoidal cross section, but the cross section of the crosspiece 17 may be rectangular, triangular or semicircular.

The alignment plate 5 has a size of approximately 400 to 600 mm.
It has a length dimension of the order of magnitude, is vertically arranged at the outer position of the conveyors 4 on both sides, and the receiving side of the printed matter is slightly flared in plan view (that is, ,
The downstream side is slightly narrower).

6 and 7 are schematic side views of the loading section E. As described above, the loading section E is formed by the feeding conveyor 7, the air box 8, the pressing roller 9, the receiving roller 10, the push roller 11 and the like. ing. The feeding conveyor 7 is
It is equipped with a belt with one crosspiece arranged at an inclination angle of about 30 °, and air chambers 8 whose inside pressure is reduced on both sides.
8 is disposed in a state where the porous plate 8a on the upper surface is positioned at substantially the same height as the belt.

FIG. 8 is an enlarged sectional view of a belt with crosspieces used in the feeding conveyor 7. The belt with crosspieces of the feeding conveyor 7 is composed of the driving roller 20 and the driven roller 1.
It is stretched obliquely with an inclination angle α of about 30 ° through 9, and the inclination angle α has a structure that can be adjusted according to the thickness of the printed matter 12 (that is, the number of pages of the printed matter). That is,
The feeding conveyor 7 is formed of one endless belt with a crosspiece, and the crosspiece 21 is integrally fixed to the crosspiece belt with a constant pitch Q.
In this embodiment, the claw pitch Q is set to about 114 mm. Reference numeral 22 is an engaging groove.

The feed conveyor 7 is driven by the driving roller 20 at a speed about 1.5 times faster than the receiving conveyor 3 (Q / P =
114/76), which results in about 76
Folding portion 12 of printed matter 12 sent by pitch P of mm
The spacing of a is expanded to a pitch Q of about 114 mm.
The stacking pitch P of the printed matter 12 on the receiving conveyor 3 is increased to the pitch Q = 114 mm by accelerating the feeding conveyor 7, as described later with reference to FIG. Is provided in the arc-shaped curved portion of the carrier device B. That is, in the arcuate curved portion of the carrier device B, the moving speed (peripheral speed) of the gripper 23 is higher than the moving speed in the linear portion. In the case of this embodiment, the carrier device B is provided with the grippers 23 at a pitch of about 76 mm, but in the arc-shaped curved portion, the average peripheral velocity of the gripping portion of the gripper 23 is in the linear portion. This is about 1.5 times the speed, so that the average pitch of the gripping portions of the gripper 23 is also expanded to about 114 mm. Therefore, in the present embodiment, the speed of the feeding conveyor 7 is increased and the conveyance speed of the printed matter 12 is about 1.5.
By doubling the speed and enlarging the pitch Q between the printed materials to about 114 mm, the timing between the opened gripper 23 and the printed material folding portion 12a fed into the gripper 23 is set.

The air boxes 8 provided on both sides of the feeding conveyor 7 support the printed matter 12 and suck the printed matter 12 onto the perforated plate 8a to smooth the movement thereof.
Further, a guide body 24 for guiding the printed matter 12 to the carrier device B side is provided at the leading end of the feeding conveyor 7, and when the printed matter 12 is not delivered to the carrier device B, the guide body 24 is provided along the guide body 24. The printed matter 12 is discharged to the outside of the loading section. Reference numeral 24a is a height position adjusting device for the guide body 24.

The pressing roller 9 receives the printed matter 12 to be taken over from the conveying conveyor 4 to the feeding conveyor 7 and receives the roller 10.
The printed matter 12 is prevented from being misaligned at the downstream end of the conveyer 4 by the cooperation with the presser. The height position of the receiving roller 10 is adjustable so that the pressing force applied by the pressing roller 9 is adjusted according to the thickness of the printed material 12. Further, it goes without saying that both rollers 9 and 10 are rotationally driven at the same peripheral speed as the moving speed of the printed matter 12 on the conveyer 4.

The push roller 11 is provided at the end of the feeding conveyor 7 and holds the printed material 12 taken over from the feeding conveyor 4 to the feeding conveyor 7 from above to prevent the printed material from floating. .. In this embodiment, a roller provided with six rectangular protrusions 11a is used as the push roller 11, and each protrusion 1
The pitch between the front ends of the la is selected to be the same as the bar pitch P of the conveyor 4, and the peripheral portions of the projections 11a are rotationally driven at the same speed as the moving speed of the conveyor 4.

In FIG. 6, reference numeral 25 is a holding belt, which is driven at the same speed as the conveyor 4. The holding belts 25 are respectively arranged on the air boxes 8 and hold down both side portions of the printed matter 12 that has jumped up. The holding belt 25 may be omitted unless the printed material 12 is conveyed at a particularly high speed.

Next, the operation of the present invention will be described. The printed matter 12 discharged from the printed matter take-out fan A is sequentially discharged onto the receiving conveyer 3 and the conveying conveyer 4 at a predetermined pitch of about 76 mm, with the folded portion 12a facing forward. As a result, the printed materials 12 are stacked on the conveyors 3 and 4 in a tile shape with the folded portion 12a facing forward. At this time, the fan A is designed so that the rear end portion 12b of the printed matter 12 is located as near as possible to the front portion of the crosspiece 17 of the conveyors 3 and 4, and is adjusted and operated. When the number of printed materials discharged from the fan A is in a high-speed operation state of about 50,000 to 75,000 copies / H, variations occur in the range of about 10 to 30 mm.

The printed matter 12 stacked on the receiving conveyer 3 and the conveying conveyer 4 in a tile shape is transferred to the downstream side by the traveling of both conveyors 3 and 4, and the printed matter 12 whose rear end portion 12b abuts the crosspiece 17. Moves while being held by the crosspiece 17. Further, the printed matter 12 whose rear end portion 12b has dropped to a position in front of the crosspiece 17 slightly slips on both conveyors 3 and 4 at the time of dropping, so that the front side of the crosspiece 17 and the printed matter rear end portion 12b. The distance between them decreases.

The printed matter 12 that has moved forward while holding the central portion and both ends of the trailing end 12b of the printed matter by the crosspieces 17 is first separated from the printed matter by the crosspieces 17 of the receiving conveyor 3, and the rear end portions of the print conveyors 12 are moved by the conveyors 4 and 4. In the held state, it is taken over by the feeding conveyor 7 of the loading section E. On the other hand, the printed matter 12 discharged onto the receiving conveyor 3 and the conveying conveyor 4 in a slightly oblique posture is aligned in a position matching the center of the receiving conveyor 3 as the alignment plate 5 corrects the irregularity of the posture as it advances.

The printed matter 12 sent by the carrying conveyor 4 at a substantially constant stacking pitch P is pressed by the pressing roller 9
And a conveyer 4 that is pressed by the receiving roller 10
It is taken over by the feeding conveyor 7 at a higher speed, pushed down by the push roller 11, and drawn onto the crossing feeding conveyor 7. The printed matter 12 drawn onto the feeding conveyor 7 is pushed up obliquely at a high speed in a state where the rear end portion 12b is engaged with the front side of the crosspiece 21, and the stacking pitch Q of the folding portion 12a is the pitch P. It is enlarged about 1.5 times. Printed matter 1 on the feeding conveyor 7
2 is pushed out obliquely upward with the rear end 12b held by the crosspiece 21 and is sequentially drawn out to the carrier device B side at an extremely accurate pitch which is the same as the crosspiece pitch Q, and the folded end 12a is opened. Gripper 23 in state
It is sent between both claw members 23a and 23b. It is needless to say that the operation speed and operation start position of the carrier device B and the feeding conveyor 7 are controlled so that the timing between the position of the gripper 23 and the position of the printed material folding portion 12a is matched.

According to the result of the test, when the printed matter 12 is discharged from the fan A and drops onto the receiving conveyor 3, as long as the position of the rear end portion 12b is behind the center of the cross bar P of the conveyor 3. It has been confirmed that the printed matter is handed over to the feeding conveyor 7 in cooperation with the push roller 11 and the like in a state in which the crosspiece 21 is in contact with the rear end of the printed matter very accurately.

When the folded portion 12a of the printed material 12 enters between the claw members 23a and 23b of the gripper 23, the operating roller 23e of the gripper 23 is operated by the closing cam plate 26 and the movable member 23b contacts the fixed member 23a. The folded portion 12a is held in contact with each other. In addition, the gripped printed matter 12 is
The gripper 2 is driven at a predetermined speed by a driving device (not shown).
In the state in which they are held one by one, they are transported to the next processing step.

[0028]

According to the present invention, the aligning portion is provided with the carrier conveyors 4 having the crosspieces on both sides of the receiving conveyor 3 having the crosspieces, and the aligning plate 5 is provided outside the transfer conveyors 4 in a plan view. It is arranged in a c-shape so that the carry-out side becomes narrow. Further, in the present invention, the loading section E is formed by the feeding conveyor 7 arranged with a predetermined inclination angle α, the air boxes 8 arranged on both sides of the feeding conveyor 7, the push rollers 11, etc. The printed matter 12 from D is transferred to the conveyor 7
The rear end portion 12b is supported by the crosspiece 21 and is carried out to the carrier device B side. as a result,
The printed matter 12 discharged onto the receiving conveyor 3 from the fan A of the rotary press, the carrier, or the like has a horizontal position in the alignment plate 5
The printed matter 12 that is automatically corrected by the above-described method and has a deviation in the pitch P causes a slip in the vicinity of the transfer portion of the loading portion E to the feeding conveyor 7, and the rear end portion 12b of the printed material 12 is a crosspiece of the conveyor 7. It will be pressed and held by 21. As a result, variations in the intervals between the printed materials are completely corrected, and they are carried out to the carrier device B as an orderly tile-shaped stack having a predetermined pitch, so that there is no misgrip on the carrier device B side. Further, since the printed matter arranging / loading apparatus according to the present invention does not require a long conveyor distance for arranging the printed matter 12, the entire apparatus can be extremely compacted, and can be easily installed in an existing rotary press having a small installation space. Can be applied.

[Brief description of drawings]

FIG. 1 is a schematic side view showing the overall configuration of a printed matter alignment / loading device.

FIG. 2 is a schematic plan view showing an arrangement state of each conveyor that constitutes the printed matter arranging / loading device.

FIG. 3 is a schematic vertical cross-sectional side view of an alignment unit.

FIG. 4 is a plan view of an alignment unit.

FIG. 5 is a partial vertical sectional view of a receiving conveyor and a carrying conveyor.

FIG. 6 is a partial vertical cross-sectional side view showing the upstream side of the loading section.

FIG. 7 is a partial vertical cross-sectional side view showing the downstream side (carrier device side) of the loading section.

FIG. 8 is a partial vertical cross-sectional view of the feeding conveyor.

FIG. 9 is an explanatory diagram of a conventional loading unit.

FIG. 10 is an explanatory diagram of a conventional aligning unit.

[Explanation of symbols]

 A printed matter take-out fan B carrier device C printed matter aligning / loading device D aligning portion E loading portion P crosspiece pitch (about 76 mm) Q crosspiece pitch (about 114 mm) 1 conveyor drive device 2 roller drive device 3 receiving conveyor 4 transport conveyor 5 Alignment plate 7 Sending conveyor 8 Air box 8a Perforated plate 9 Holding roller 10 Receiving roller 11 Push roller 12 Printed product 12a Folding part 13 Driven roller of receiving conveyor 14 Driving roller 15 Driven roller of driving conveyor 16 Driving roller 17 Bar of receiving conveyor 18 Engagement Groove 19 Follower Roller of Feeding Conveyor 20 Drive Roller 21 Crosspiece of Feeding Conveyor 22 Engagement Groove 23 Gripper 24 Guide Body 24a Adjusting Device 25 Presser Belt 26 Closing Cam Plate

 ─────────────────────────────────────────────────── ─── Continuation of the front page (72) Kaoru Fujisawa No. 201 Domus Katsura, 67 Katsura Inariyama-cho, Nishikyo-ku, Kyoto City, Kyoto Prefecture (72) Fumiki Murakami 3-20-4 Nishishinbashi, Minato-ku, Tokyo Japan Electric Engineering Co., Ltd. (72) Inventor Masao Nakamura 2-1329 Sannomachi, Kamimaruko, Nakahara-ku, Kawasaki-shi, Kanagawa Kyoritsu Denshi Co., Ltd. (72) Ryoichi Higuchi 2 Sannomachi, Kamioko, Nakahara-ku, Kawasaki, Kanagawa 132-chome Kyoritsu Denshi Co., Ltd.

Claims (3)

[Claims] 1. A printed matter aligning device including an aligning portion and a loading portion.
In the loading device, the alignment section is provided with a receiving conveyor (3) provided with a crosspiece (17) at a constant pitch (P), and a constant pitch (P) provided side by side on both sides of the receiving conveyor (3). It is formed from a transfer conveyor (4) having a crosspiece (17) and an alignment plate (5) arranged outside the transfer conveyors (4) with the downstream side being narrowed in plan view. Inclination angle (α) of the above-mentioned cargo section to the downstream side of the conveyor (4)
With a crosspiece (21) arranged with a constant pitch (Q), and a conveyor (4)
A presser roller (9) which is arranged at the downstream end of the printer and holds the printed matter (12) taken over to the feeding conveyor (7).
And a push roller (11) which is arranged at the upstream end of the feeding conveyor (7) and presses the printed matter (12) to be taken over by the feeding conveyor (7) and stacked in a tile shape. A printed matter arranging / loading device that transfers the printed matter (12) conveyed by the printer to the carrier device (B) part by part. 2. An air box (8) having a perforated plate (8a) is arranged on both sides of a feeding conveyor (7), and a receiving roller (10) is provided below a pressing roller (9) so that its height can be adjusted. ). The printed matter arranging / loading device according to claim 1, wherein 3. The mounting pitch (Q) of the crosspiece (21) of the feeding conveyor (7) is set to the crosspiece (17) of the transfer conveyor (4).
The printed matter arranging / loading device according to claim 1, wherein the moving speed of the feeding conveyor (7) is set to be Q / P times the moving speed of the conveying conveyor (4) while being larger than the mounting pitch (P) of the above.