JP3363588B2 - Sheet post-processing equipment and continuous sorting equipment - Google Patents

Description

Detailed Description of the Invention

BACKGROUND OF THE INVENTION The present invention relates to a double-sided sheet post-processing device, and
And a continuous sorting device used in the device .

More specifically, a first sorting device (sorter, collating device) for classifying and storing sheets (paper sheets, booklets) output (discharged) from the sheet output device, and subsequent sorting devices. The present invention relates to a multi-sheet type sheet post-processing device having at least one sort device sequentially arranged in the order of the second, third, ..., And sheet conveying means for bridging communication between the sort devices. And the serial connection used for the device
Sorting device

In the above, the sheet output device is, for example, an image forming device such as a printing device or a copying machine, and a sorting device such as a collator for sorting and sorting documents and catalogs.

The sorting apparatus is a bin unit moving type apparatus having a large number of sorting bins.

[0005]

2. Description of the Related Art The above-described double continuous sheet post-processing apparatus is known. When the sheets output from the sheet output device are sorted and stored in the sort bin of the first sorting device, and the maximum number of sheets that can be sorted and stored in the first sorting device is output from the sheet output device. Oh
The sheet for the overflow is introduced to the second sorting device of the next order, which is passed through the first sorting device and communicated with the first sorting device via the bridge sheet conveying means. Sorted and stored in the sort bin of the consecutive sorter. Therefore, by arranging a plurality of sorting devices in series in sequence through the sheet conveying means, it is possible to sort and sort a large number of sheets.
Storage processing is possible.

[0006]

In such a multi-sheet type sheet post-processing apparatus, the sheet conveying means bridging the sorting apparatuses is cantilevered on one sorting apparatus, generally on the upstream side in the sheet conveying direction. When the sorting device is a movable bin unit, the sorting unit is cantilevered and supported by the bin unit, and the bin unit is vertically moved together with the bin unit. It

In such a conventional apparatus, the total weight of the sheet conveying means is applied to the side of the sorting apparatus on which the sheet conveying means is arranged and supported, and in the bin unit moving type sorting apparatus, the sheet conveying means is supported. Since the weight of the sheet conveying means is entirely applied to the bin unit, a large load is applied to the bin unit elevating means, and it is necessary to upsize the bin unit shift motor (driving motor).
Further, there is a drawback that the noise is significantly increased because the heavy object moves up and down.

It is an object of the present invention to solve the above-mentioned problems in such a double continuous sheet post-processing apparatus.

[0009]

SUMMARY OF THE INVENTION The present invention is used in a double continuous sheet post-processing apparatus having the following constitution and the apparatus.
It is a continuous sorting device .

[0010] (1) and the sorting device for classification and storing sheets outputted from the sheet output unit, and the continuously arranged sorting device which is continuously provided on the sorting device, said sorting device and the continuously provided <br/> sorting device in cascade type sheet postprocessing apparatus having a sheet conveying means for bridging communication between, said sorting device
The continuous sorting device has a bin-you
It is a knit-moving type device, and in order to allocate the weight of the sheet conveying means to the sorting device and the continuous sorting device, the sheet conveying means is arranged in the sheet conveying direction.
The flow side is rotatably attached to the bin unit of the sorting device.
The continuous sorting device is supported and the downstream side in the sheet conveying direction is the continuous sorting device.
A sheet post-processing device characterized in that it is received and supported by a slope portion provided in the .

(2) The sheet conveying means is removable
The sheet post-treatment device according to (1), characterized in that
Place

(3) The continuous sorting device is the sorting device.
It is characterized in that a plurality of units are sequentially connected after the installation.
The sheet post-processing device according to (1) or (2). (4) Sort and collect the sheets output from the sheet output device
Sorting device to be installed and a serial connection to the sorting device
Sort device and between the sort device and the serial sort device
A heavy-duty type seam having a sheet conveying means for bridging and communicating
In continuously arranged sorting device for use in preparative post-processing device, before
The serial sorting device is a bin unit having a large number of sort bins.
Is a mobile device and is a sheet of the continuous sorting device.
On the upstream side in the conveying direction, the sheet conveying method of the sheet conveying means.
The slope part that receives the end on the downstream side is provided.
A continuous sorting device for collection. (5) A plurality of the continuous sorting devices are provided after the sorting device.
Item (4) is characterized in that it is serially installed in sequence.
Sheet post-processing device. (6) The continuous sorting device has an upstream end in the sheet conveying direction.
Part can be rotated and removed from the bin unit
It is characterized in that it is provided with a sheet conveying means that is supported by a shaft.
(5) The continuous sorting apparatus described in (5). (7) The sheet conveying means has a downstream end in the sheet conveying direction.
The guide roller according to (6) is characterized in that a guide roller is provided in
Equipment sorter. (8) The sheet conveying means is at the bottom of the bin unit.
Characterized in that it is provided at the lower level of the sort bin of the column
(6) The continuous sorting device according to item 6. (9) The slope part is inward of the main body of the sorting device.
(4), the continuous installation
Equipment. (10) Classify sheets output from the sheet output device
The sorting device to be housed and the connecting device connected to the sorting device.
Set sorting device, the sorting device and the continuous sort device
A heavy-duty sheet-type system having sheet conveying means for bridging and connecting the spaces
In sorting device used in over preparative post-processing device, wherein
The sorting device has a bin unit transfer with a large number of sorting bins.
It is a dynamic type device, and the sheet conveying method of the sheet conveying means.
The end part on the improved flow side is rotatably supported by the bin unit.
Sorting device characterized in that (11) The sheet conveying means is the top of the bin unit.
It is provided below the sort bin in the lower stage, and the sorting device is
When it rises, the inclination angle of the conveying means is
The sorting device according to (10), characterized in that
Place (12) Classify sheets output from the sheet output device
The sorting device to be housed and the connecting device connected to the sorting device.
Set sorting device, the sorting device and the continuous sort device
A heavy-duty sheet-type system having sheet conveying means for bridging and connecting the spaces
In the post-processing device, the sorting device and the continuous
Automatically move bin unit with multiple sort bins
Type device, the sheet conveying means is in the sheet conveying direction.
Rotatable shaft on the upstream side to the bin unit of the sorting device
The sheet sorter is mounted and supported, and the downstream side in the sheet conveying direction is the continuous sorting device.
Seat post-treatment, characterized in that it is movably supported by
Processing equipment. (13) The sheet conveying means has a downstream side end in the sheet conveying direction.
(12) Description characterized in that a guide roller is provided in the section
Sheet post-processing device.

[0013]

With the weight of the sheet conveying means bridging between the sorting devices of the multiple stations distributedly supported by the sorting devices on both the front and rear sides, one sorting device receives the entire weight of the sheet conveying means. Can be prevented. Therefore, in the bin unit moving type sorting apparatus, even if the sheet conveying means is attached to and supported by the bin unit so as to move up and down together with the up and down movement of the bin unit, the weight load of the sheet conveying means on the bin unit is reduced. Therefore, the load on the bin unit shift motor when the bin unit is raised can be reduced, that is, the motor can be downsized, and the cost can be reduced.

Further, since the sheet conveying means is always supported between the two points of the front and rear sorting devices, it is possible to prevent the impact noise when the sheet conveying means stands by at the sheet conveying position.

Further, in the method of supporting the sheet conveying means, one side of the supporting means is rotatably supported by a sorting device on that side.
The other side is supported by the slope part provided in the sorter on that side to support and raise the slope part, so that the angle is almost the same as the sort bin except at the sheet transport position, and at the sheet transport position. Since it is almost horizontal to the floor surface, the space between the sorting devices can be made small and the device can be downsized.

[0016]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 1 is a schematic view of one embodiment of a double-sided sheet post-processing apparatus of the present invention.

Reference numeral 1 is a sheet output device. Reference numeral 3 denotes a first sort device continuously provided on the sheet discharge port a side of the sheet output device 1, and reference numeral 15 denotes a second sort device continuously provided next to the first sort device 3. The first and second sorting devices 3 and 15 are connected in series by a detachable connecting member 11 at a predetermined interval.

Reference numeral 16 denotes a sheet discharge port a of the sheet output device 1.
And a first sheet conveying unit 17 serving as a sheet conveying unit that bridges the first sorting device 3 and the first sorting device 3.
It is a second sheet conveying unit bridging between the sorting devices 3 and 15 of the continuous line.

The apparatus of this embodiment comprises two sorters 3.1.
5 are connected in series, but a sorting device similar to the second one is arranged after the second sorting device 15 as shown by a two-dot chain line.
It is possible to add and use multiple stations by sequentially connecting them in series with the connecting member 11 such as the station, the fourth station, ....

(A) Sheet Output Device 1 The sheet output device 1 may be a printing machine, a copying machine, a collator, or the like. In this embodiment, it is a stencil printing machine. This stencil printing machine is known. Briefly described, although not shown in the drawing, the inside of the apparatus 1 is supported by a shaft which also serves as an ink supply pipe, and a perforated master is wound around the outer peripheral surface thereof and is driven to rotate in a clockwise direction. There is a plate cylinder that is used for printing, a press roller that presses a sheet (printing paper) conveyed by a paper feeder against the outer peripheral surface of the plate cylinder for printing, and a peeling claw that separates the sheet from the outer peripheral surface of the plate cylinder. The discharged sheets are sequentially discharged by the discharging means 2 from the sheet discharge port a of the apparatus 1 to the outside of the machine.

(B) First Sorting Device 3 The first sorting device 3 is a bin unit moving type device having a large number of sort bins, and this bin unit moving type sorting device itself is known. The explanation is simple. That is, 5 is a bin unit which is disposed a plurality of bins 4 ₁ to 4 _n vertically multiple stages, the bin unit 5 is movable in the vertical direction with respect to the sorting device main body 7, a motor M · lead cam 10, etc. Is moved up and down with respect to the sorting apparatus main body 7 by an up-and-down drive unit 6 not shown.

The first sheet conveying unit 16 bridging the sheet discharge port a of the sheet output device 1 and the first sorting device 3 is disposed and supported on the first sorting device body 7 side. , The upstream end of the sheet conveying direction is positioned to face the sheet discharge port a of the sheet output device 1, and the printed sheets discharged from the sheet discharge port a of the sheet output device 1 are sorted by the first sorting device 3 Transport to one side after another.

[0023] (C) Station 2 sort apparatus 15 Station 2 of sorter 15 is also a device of the bin unit moving type like the sorting device 3 of the first station on the, the plurality of bins 4 ₁ to 4 _n A bin unit elevating / driving unit 6 including a bin unit 5, which has a vertical multistage structure and is vertically movable with respect to a sorting apparatus body 7, a motor M, a lead cam 10, and the like.
And so on. However, the first sorting device 3
The first sheet conveying unit 16 provided in the above is unnecessary and not provided. The rear surface plate of the second sort device main body 7 is provided with a slope portion 18 that is inclined forward (inclined toward the inside of the device main body).

(D) Second Sheet Conveying Unit 17 The second sheet conveying unit 17 bridging between the first and the second sort devices 3 and 15 has the end portion on the upstream side in the sheet conveying direction set to 1 It is rotatably supported around the shaft 30 below the lowermost sort bin 4n with respect to the unit frame of the bin unit 5 of the consecutive sort device 3. A guide roller 19 is provided at the downstream end of the sheet conveying direction.
5 is received by the slope portion 18 provided on the rear surface plate of the sorter body 7 of FIG.

Therefore, this second sheet conveying unit 17
Is the bin unit 5 of the sorting device 3 whose weight is the first station.
Then, it is in a state of being shared and supported by the slope portion 18 of the second sort device 15.

FIG. 2 shows the second sheet conveying unit 17
3 is a partially cutaway perspective view of FIG. This unit 17
Is a conveyance unit main body 23, and the rollers 20 are provided on the upstream side and the downstream side of the conveyance unit main body in the sheet conveyance direction.
And a plurality of endless belts 21 stretched between the upstream side roller and the downstream side roller and having a plurality of openings on the surface thereof, and a suction fan 22 arranged in the lower part of the conveyance unit main body 23. Has been done.

The carrying section main body 23 is constructed integrally with a flat box type casing 25 and a top plate 24. The shafts 28, 30 of the rollers 20 are rotatably supported by the carrier body 23, and each roller 20 has a crown shape.
The endless belt 21 is always kept in the same position. Then, the driving force of a motor (not shown) is transmitted to the roller shaft end via a timing belt (not shown), and the endless belt 21 is rotationally driven in the sheet conveying direction.

A first jump base 26 and a second jump base 27, which are formed by bending the top plate 24 upward, are formed at the downstream end of the top plate 24 of the main body 23 of the transport unit in the sheet transport direction. .

The first jump table 26 is intended to give a lean to a sheet (especially a large size) in a horizontal direction in the conveying direction and smoothly eject the sheet into the sort bin 4. The angle corresponding to the angle θ with respect to the horizontal plane is 5
It has been experimentally determined that -15 degrees is desirable.

The second jump table 27 is intended to prevent the printing sheets from rubbing by bending the printing sheets in a direction perpendicular to the conveying direction so that the ejection angle of the printing sheets substantially matches that of the sort bin 4.

A plurality of suction ports 29 are arranged in the vicinity of the second jump base 27 of the top plate 24, so that the printing paper is strongly adsorbed to the endless belt 21 and the kicking force at the time of discharging to the sort bin 4 is enhanced. .

As described above, 19 is a guide roller provided at the downstream end of the second sheet conveying unit 17 in the sheet conveying direction and abutting on the slope portion 18 of the second sorting device body 7.

The second sheet conveying unit 17 is a shaft 3 which is additionally attached below the lowermost sort bin 4 _n with respect to the unit frame of the bin unit 5 of the first continuous sorter 3.
It is pivotally supported so as to be rotatable around 0. It is also a detachable unit member that can be removed.
If the second sort device 15 is not provided, it is not necessary and is not attached or removed.

In the case where the same sorter as the second one is connected to the second and third sorters 15 and the like in the order of the third, fourth, etc. by the connecting member 11 in series, a plurality of additional sorters are used. In the same manner as in the case of the second sorting device 15 with respect to the unit frame of the bin unit 5 of each extension sorting device except the final sorting device, the axis 30 is placed below the sorting bin 4 _{n at} the bottom.
Is mounted so as to be rotatable about a shaft, and the guide roller 19 at the downstream end in the sheet conveying direction is received and supported by the slope portion 18 of the rear plate of the next sorter body. Connect the connected sort devices.

The first device provided in the first sorting device 3
The first sheet transport unit 16 that connects the consecutive sort device 3 and the sheet output device 1 has the same structure as the second sheet transport unit 17. However, guide roller 19
Does not have. An end portion on the downstream side in the sheet conveying direction is connected and supported by the first sorting device 3.

(E) Operation 1) The sorting devices 3 and 15 of the first and second stations are not provided with an electric controller (not shown) on the sorting device side and a sheet output device (stencil printing device) 1 side. The control unit shown in the drawing is electrically connected to the control unit via an electric path.

At the start of printing, both the first and second station sorting devices 3 and 15 on the operation panel (not shown) of the sheet output device 1
When the sorting mode using is selected, the bin units 5 of both the first and second sorting devices 3 and 15 have a predetermined lowest rank with respect to the sorting device body 7 as shown in FIG. Initially set to the home position of the descending position.

In this state, the first sorting device 3
The bin unit 5 of No. 1 is in a state in which the first (top) sort bin 4 ₁ is positioned corresponding to the downstream end position of the first sheet transport unit 16 in the sheet transport direction (hereinafter referred to as the sheet kick-out portion). Wait at.

The second sheet conveying unit 17 descends together with the bin unit 5 of the first sorting device 3 being lowered to the home position, and its downstream end in the sheet conveying direction (hereinafter referred to as the sheet). The guide roller 19 (referred to as the kicking portion) is lowered and supported below the slope portion 18 of the second sorting device 15 and each sorting bin 4 ₁ of the bin unit 5 of the first sorting device 3 The tilt angle is approximately the same as that of 4 _n .

2) When printing is started by the sheet output device 1, the printed sheet discharged to the outside of the machine from the sheet discharge port a by the discharge means 2 is mounted on the first sheet conveying unit 16 whose driving is started. While being sucked onto the endless belt 21 by the suction fan 22, the sheet is conveyed to the first sorting device 3 and the first and second jump bases 26 of the sheet kicking portion.
By 27, while being waist with along the bins 4 _first angle of the first-stage bin unit 5 of the sorting device 3 is conveyed to the sort bin 4 _1.

The bin unit 5 of the first sorting device 3 is driven to move up and down one bin at a time by the operation of the elevating / lowering part 6 including the motor M, the lead cam 10 and the like in synchronization with the printing of the sheet output device 1. At the position of the sheet kick-out portion of the first sheet conveying unit 16, the lead cam 10 opens a predetermined space between the sorting bins as is well known to adjust the sheet receiving posture.

When the feeding of the sheets into the first-stage sort bin 4 ₁ is completed, the bin unit 5 is moved up by one stage of the bin, and the first sheet conveying unit 16 and the first stage 2 are arranged at the position of the sheet kick portion. Stage bin unit 4
The space between ₁ and 4 ₂ is opened and the next sheet is fed into the sort bin 4 _{2 on the} second stage. The bin unit 5 is lifted up by each stage and the sort bin opening operation is sequentially performed, so that the bin unit 5
Feed of the sheet is made sequentially for bins 4 ₁ to 4 _n of each stage of the. FIG. 3 shows a state when the sheet is fed into the sort bin in the middle stage.

3) When the feeding of the sheets to the lowermost sort bin 4 _n is completed, the bin unit 5 is further moved to the state shown in FIG.
As described above, the second sheet transport unit 17 is moved up to the highest position where the upstream end of the second sheet transport unit 17 in the sheet transport direction corresponds to the position of the sheet kick-out portion of the first sheet transport unit 16. In addition, the second sheet transport unit 1
The sheet kick-out portion 7 has a slope portion 1 at the second sorting position 15 with which the guide roller 19 on the sheet kick-out portion abuts the sheet kick-out portion as the bin unit 5 moves upward.
8 and when the bin unit 5 ascends to the above-mentioned highest position, it climbs up the slope portion 18 and reaches the horizontal portion 18a at the apex of the slope portion 18, and the second sheet conveying unit 17 makes one continuous line. Sorting device 3 for the eye and the second row
・ It becomes almost horizontal position between 15 and 3.1 between both devices.
It becomes a bridge communication state to 5. This second in this state
The weight of the sheet conveying unit 17 is completely divided into the first and second sorting devices.

Further, in this state, the sheet kick-out portion of the second sheet conveying unit 17 is lowered to the predetermined lowest home position in the second sort device 15 and is located at one stage of the bin unit 5. a state corresponding positions in bins 4 ₁ eye.

4) Then, the second sheet conveying unit 17 is driven, and the sheet discharged from the sheet output device 1 is conveyed from the first sheet conveying unit 16 to the first sort device 3 and Pass through the first sorting device 3 and get on the second sheet conveying unit 17,
Is conveyed to the second sort device 15 by the sheet conveying unit 17 and is sent to the _first sorting bin 4 ₁ of the bin unit 5 of the device 15.

5) As in the case of the first sorting device 3, the second sorting device 15 sequentially performs the raising operation for each bin of the bin unit 5 and the sorting bin opening operation. As a result, as shown in FIG. 5, the sheet is fed to the sort bin in the tier corresponding to the predetermined number of copies.

6) In the case of the apparatus of this embodiment, the second page sheet is fed into each sort bin by the bin unit 5 of the first sort device 3 and the second sort device 15 from the state of FIG. Each of the bin units 5 is moved down to a predetermined lowest home position as shown in FIG. 1 and returned to the initial state.

The second sheet conveying unit 17 also descends as the bin unit 5 of the first sorting device 3 descends, and the guide roller 19 at the sheet kicking portion moves down the slope portion 18. When the bin unit 5 descends to the first home position (FIG. 1), the guide roller 19 also descends and returns to the first lower position of the slope portion 18.

[0049] The classification and storage of the second sheet from the sorting bins 4 ₁ of the first stage of the first station of the sorting device 3 of the bin unit 5 again takes place.

7) Thus, the operation cycles of 2) and 6) are repeatedly executed, so that the predetermined number of sorting bins corresponding to the predetermined number of sort bins of the first and second sorting devices 3. Sheets are stacked and sorted and stored one by one.

The sheets fed into the sort bins 4 of the bin unit 5 of the first sort device 3 are fed to the first jump table 26 and the second jump table 27 of the sheet kicking portion of the first sheet conveying unit 16. It is neatly loaded and neatly loaded on each sort bin 4.

The fed sheets to the sort bins 4 of the bin unit 5 of the second sort device 15 are sent to the first jump table 26 and the second jump table 27 of the sheet kicking portion of the second sheet transport unit 17. It is loaded neatly on each sort bin 4 so that it can be loaded neatly.

In the present embodiment, since the sheet output device 1 is a printing device, after the operation of distributing one sheet to the sorting bins of the predetermined number of stages of each sorting device 3/15 is completed, Before the distribution operation is started, the bin units 5 of the respective sorting devices 3 and 15 are once returned to their home positions, so that the ink of the printing sheet distributed to the sort bins can be dried. It is intended to prevent print rubbing due to rubbing against the next distribution sheet. However, if the sheet output apparatus 1 is a copying machine or the like that does not require such a treatment, when the operation of distributing one sheet to the sorting bins of the predetermined number of sorts of the sorting apparatuses 3 and 15 is completed as shown in FIG. The bin unit 5 of the second sort device 15 may be sequentially lowered by one stage of the sort bin to start the distribution operation of the next sheet from the last sort bin. The sequential operation sequence of sheet distribution for the sort bins can be set arbitrarily.

It is also possible to equip a stapler device to bind each stacked sheet distributed and stored in each sort bin.

By moving the bin unit 4 to the uppermost position at the time when the feeding of the last sheet to the last sort bin is completed, or at the time when the binding process for the last sort bin stacked sheet is completed, each sort bin is moved. The process of taking out the sheet from the sheet is facilitated. After that, the bin unit 4 is returned to the home position and is in a standby state for descending.

In the non-sort mode, for example, the sheet is discharged from the bin 4 as the non-sort bin in the bin 4 in the bin unit 5 of the first sort device.

The configuration of the sorting device is not limited to the device as in the embodiment.

[0058]

As described above, according to the present invention, the weight of the sheet conveying means for bridging between the sorting devices in the series is distributed and supported by the sorting devices on both the front and rear sides.
It is possible to prevent the total weight of the sheet conveying means from being applied to one sort device. Therefore, in the bin unit moving type sorting apparatus, even if the sheet conveying means is attached to and supported by the bin unit so as to move up and down together with the up and down movement of the bin unit, the weight load of the sheet conveying means on the bin unit is reduced. Therefore, the load on the bin unit shift motor when the bin unit is raised can be reduced, that is, the motor can be downsized, and the cost can be reduced.

Further, since the sheet conveying means is always supported between the two points of the front and rear sorting devices, it is possible to prevent the impact noise when the sheet conveying means stands by at the sheet conveying position.

Further, the sheet conveying means is supported in such a manner that one side thereof is rotatably supported by a sorting device on that side.
The other side is supported by the slope part provided in the sorter on that side to support and raise the slope part, so that the angle is almost the same as the sort bin except at the sheet transport position, and at the sheet transport position. Since it is almost horizontal to the floor surface, the space between the sorting devices can be made small and the device can be downsized.

[Brief description of drawings]

FIG. 1 is a schematic view of an apparatus according to an embodiment.

FIG. 2 is a partially cutaway perspective view of a second sheet conveying unit.

FIG. 3 is a state diagram when a sheet is fed to a sort bin at an intermediate stage in the bin unit of the first-sort device.

FIG. 4 is a state diagram when the bin unit of the first sort device is moved up to the highest position.

FIG. 5 is a state diagram when a sheet is fed to a final sort bin corresponding to a predetermined number of copies in a bin unit of a second-order sort device.

[Explanation of symbols]

1 sheet output device (stencil printer, copier, etc.) 3 first sorting device 15 second sorting device 16 first sheet conveying unit 17 second sheet conveying unit 4 ₁ to 4 _n multi-stage sort bin 5 Bin unit 6 Bin unit lifting drive unit 7 Sorting device body 18 Slope unit 19 Guide roller

Continuation of front page (58) Fields surveyed (Int.Cl. ⁷ , DB name) B65H 39/11

Claims (13)

(57) [Claims] 1. A and sorter for classifying and storing the sheets outputted from the sheet output unit, continuously provided of the sorting device
And a continuous sorting device, wherein the sorting device and the continuous sorting device include a sheet conveying means for bridging communication between the sorting device and the sorting device. Is a large number of sorts
And a bin unit moving type device having a sheet conveying means for distributing the weight of the sheet conveying means to the sorting device and the serially arranged sorting device.
The feeding means is located in the bin of the sorting device on the upstream side in the sheet conveying direction.
The unit is rotatably supported by a shaft so that
The flow side is received by the slope part provided in the continuous sorting device.
A sheet post-processing device characterized in that it is supported . 2. The sheet conveying means is removable.
The sheet post-processing apparatus according to claim 1, wherein: 3. The sorting device is connected to the sorting device.
A plurality of units are sequentially installed in descending order.
The sheet post-processing apparatus according to 1 or 2. 4. Sheets output from the sheet output device
Sorting device for sorting / storing and installed in series with the sorting device
Connected sort device, the sort device and the connected saw
With a sheet conveying means for bridging communication between
Type continuous sheet sorter used in sheet post-processing equipment
And The continuous sorting device has a bin-you
It is a knit mobile type device, On the upstream side in the sheet conveying direction of the continuous sorting device, the sheet
Receives the downstream end of the sheet conveying means in the sheet conveying direction
A continuous sorting device having a slope portion. 5. The continuous sorting device is equal to or larger than the sorting device.
A plurality of units are sequentially installed in descending order.
4. The sheet post-processing device according to item 4. 6. The continuous sorting device is in the sheet conveying direction.
Rotate the upstream end into the bin unit and remove it.
A sheet conveying means that is detachably supported by a shaft Having prepared
The continuous sorting device according to claim 5, wherein 7. The sheet conveying means is below the sheet conveying direction.
A guide roller is provided at the end on the flow side.
6. The continuous sorting device according to item 6. 8. The sheet transporting means is the bin unit.
Characterized by being installed under the sorting bin at the bottom of the
The continuous sorting device according to claim 6. 9. The slope part is the continuous sorting device book
5. The inclination according to claim 4, wherein the inclination is toward the inside of the body.
On-line sorting device. 10. Sheet output from the sheet output device
Sorting device that sorts and stores items and is connected to the sorting device
Connected sorting device, the sorting device and the
With a sheet conveying means for bridging communication between the printing devices.
For sorting equipment used in continuous sheet post-processing equipment
hand, The sorting device is a bin unit having a large number of sorting bins.
It is a mobile device, The upstream end of the sheet conveying means in the sheet conveying direction is
It is characterized in that it is rotatably supported by a bin unit.
Sorting device. 11. The sheet conveying means is the bin unit.
Is provided below the sort bin at the bottom of the
When the lifting device is raised, the inclination angle of the conveying means is
11. The method according to claim 10, wherein it varies depending on the wearing support.
Sorting device. 12. The method according to claim 12, Sheet output from the sheet output device
Sorting device that sorts and stores items and is connected to the sorting device
Connected sorting device, the sorting device and the
With a sheet conveying means for bridging communication between the printing devices.
In a continuous sheet post-processing device, The sorting device and the continuous sorting device include a large number of sorting
Is a mobile unit of a bin unit having The sheet conveying means has the saw on the upstream side in the sheet conveying direction.
Rotatably support the bin unit of the
The downstream side in the transport direction is movably supported to the continuous sorting device.
A sheet post-processing device characterized by being held. 13. The sheet conveying means is in the sheet conveying direction.
Claim characterized in that a guide roller is provided at the downstream end
Item 12. The sheet post-processing device according to item 12.