JPS5949683A - Sectional integration apparatus - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field of the Invention] The present invention relates to an apparatus for mixing different kinds of glazes and sorting them into D1 glazes and accumulating them.

[Technical disadvantages of the invention and shortcomings]

An example of a conventional sorting and stacking device is a relatively small-sized device that sorts and stacks several types of M1 banknotes according to desired denominations. Regarding the equipment in this building,
Because the number of banknotes is smaller than the number of banknote types,
For example, when storing banknotes by sorting them by denomination, -
Only one denomination could be processed during the separate collection. For this reason, when classifying several types of mixed 1° banknotes into 4 types of banknotes (-ka yen note, IL 1,000 yen note, 1,000 yen note, J11 note), it is necessary to distinguish between true 1 and 1. Including TL, the process had to be performed four times, and as a result, the processing efficiency of partitioning and accumulation was significantly reduced.

Object of the invention The present invention was made in view of the above circumstances. cV, it is possible to efficiently separate and accumulate the outside to the cutting board that should be separated and accumulated, and the system is also relatively] II
) The purpose is to provide a sorting and accumulating device that is easy to construct.

[Summary of Hatsuyu J]

Be non-inventive, in order to achieve the above purpose, the gods of the objects to be collected are specified in the operation panel, and the specified multiple types of objects are each made into 1 in one process. The data is sorted and accumulated in the corresponding designated h+/class accumulation section.

[Embodiments of the invention]

(The following rate) M while looking at the drawing of one embodiment of the device,
I will clarify.

Fig. 1 is an external view showing an embodiment of the device of the present invention, and Fig. 2 νI
Fi shield showing the internal mechanism of the device, 4 brief explanations, 1 for Figure 3
Details of the display section and operation section of the equipment (to) JtSl/gate;
FIG. 4 is a block diagram of the configuration of the device. Actual implementation? 1"
In this section, we will explain an example of a device equipped with functions such as a paper duck quality classification function, a counting function, a denomination classification function, and a Tarako-bu function.

As shown in FIG. 1, a room 3 is located outside the device, and includes an operating section 1 for specifying the operating mode, and a display section 2 for displaying information based on the specified work mode. A banknote takeout unit 4 is provided above the operating unit 1 and the display unit 2 for storing banknotes to be processed and sequentially taking out the banknotes one by one. A first stacking unit 5, a second stacking unit 6, which stacks banknotes taken out from the banknote takeout unit 4 and processed (the details of the processing will be described later);
The third stacking section 7 is arranged from the front side K71N of the front he frame 3.
The collected banknotes can be taken out from the front of the device.Furthermore, on the side of each stacking section 5, 6, 7 and in front of the frame B, a predetermined number of banknotes are placed in each stacking section. of
.

A first display lamp L that indicates that banknotes have been accumulated.
P 1,'! 42 display lamps LP2 and a sixth display lamp LPa are provided. Note that the first and second accumulation sections 5.6 are examples of designated type information accumulation sections, and the third accumulation section 7 is an example of non-designated item accumulation sections.

The internal unit 414 of this apparatus having such an external structure is shown in FIG. That is, a conveying section 10 is provided which conveys the banknotes sequentially taken out from the banknote withdrawal station 4 to the first stacking section 5, the second collecting section 6, and the sixth stacking section 7. There is. In addition, this transport @Ho
is shown as a banknote conveyance path, but the structure is such that the banknote is conveyed while being clamped by a transport belt (not shown), for example. An inspection section 1 examines the fitness, denomination, and front and back of the bills taken out from the bill extraction section 4 and conveyed.
1 is the direction of the stacking section 7 or 1 is the direction of the other stacking section (the first stacking section 5
, the first gate section 1 switching in the direction of the second integration section 6)
2, and a 20th container 16 that switches the banknotes conveyed through the first container 12 toward the first stacking section 5 or the second stacking section B is located on the banknote conveyance path. It is set in. Note that both gates 12 and 16 are driven by a built-in drive unit (not shown) r (gates 12A and 1
3A is rotated to change the direction in which banknotes are conveyed. In addition, the niJ banknote extractor 4 is provided with a first detector S1 for detecting whether or not banknotes are stocked, and a counter for counting the number of banknotes taken out from the banknote takeout section 4. A first counter C1 is provided. Further, in front of the first stacking section 5, a second counter C1 is provided for counting the number of banknotes conveyed to the first stacking section 5. A second detector 8 that detects whether banknotes are accumulated. is provided. Further, in front of the second stacking section 6, there is provided a sixth counter C for counting the number of banknotes conveyed to the second stacking section 6 by nI. 6 is provided with a third detector Sj for detecting whether or not banknotes are accumulated. Further, in front of the sixth accumulation area S70, there is a sixth accumulation part 7.
A fourth counter C4 for counting the number of AI (banknotes) being conveyed to is provided, and a fourth detection DS for detecting whether or not banknotes are accumulated in the third stacking section 7.
4 are provided. Note that the inspection section 11 is an example of the detection section.

In the bill removal section 4, for example, the bill is structured such that one side of the short side of the band is made to dissipate from the guide indicated by Ix+.

For this reason, even if the size of the ship is different? Even if ++ are stocked, their ends are positioned and aligned, so that the next banknotes taken out from there reach the inspection section 11 one after another at a constant timing. As a result, denominations in Nine Education Department 11-411 and r
What is the take position that should be read from the banknote when determining E-loss? 1 is constant (or the error in the song and position is reduced), so the number of standard takes that must be stored in the device in advance can be reduced and the efficiency of the process of determining gods can be improved. It becomes possible.

Next, the details of the chestnut cropping section 1 and the display m2 will be explained based on FIG. 6. (☆j operation section 1, u1 number button 15 used for specifying the operation mode described later, front/back button 16, fair ticket button 17, fair/loss button 1B, denomination button 19, and the above-mentioned tls
The number of banknotes #1120 used when determining the number of banknotes to be red-carded in each of the first stacking unit 5 and the second stacking unit 6 is RO.
and numeric keypad 2 used for setting the number of stacked coins and specifying the denomination.
1 and other 111 start button 22, eve stop button 26, clear button 24, and all clear button 25. , l, 4 formed t'l. When using the numeric keypad 1, when setting the number of stacked coins, the number of coins corresponding to the pressed key is entered, and when specifying the denomination, the number is entered in the third figure on the right of the numeric keypad, 4J4I+. Denomination listed (-
The desired denomination is designated by pressing the three keys in the same row as 10,000, Tachiko, Kan, and Gohyaku. In this way, the numeric keypad 21 is also used to specify the denomination, so
The operating section 1 becomes extremely small. In addition, if the number of sheets to be stacked is not set by operating the front sheet number button 20 and the numeric keypad 21, the number (-) indicates the number of stacked sheets in the stacking section (first stacking section 5, second stacking section 6). The display section 2 is automatically set to 1 [10 sheets, which is half of the number of sheets. The display section 2 consists of 5 display spaces 28 to 2E, as shown in FIG. Display space 2A to 2D up to 4 levels
Displays the number of banknotes (also 0 gold coins) divided by the re-work mode described later, and displays the number of banknotes (also 0 gold coins),
In the display space 2E, the display spaces 28 to 2I) from the 1st stage to the 4th grade are designed to display the details of Mogu J that have been omitted from the K display. Each of the display spaces 2A to 21) for the first to fourth attacks is arranged so that the display peaks and troughs thereof are switched in accordance with the operation mode to be described later.

In other words, the number of regular bills or 10,000 yen notes is displayed for 2 people in the display space of the 1st row, and the total number of 4 unfit bills or 10,000 yen bills is displayed in the display space 2B of the 2nd row. , the display space 2C in the sixth row displays the number of front tickets, folded 171+circular tickets, and the display space 2D in the fourth row displays the number of back tickets or five-round tickets. In this way, the self-answers displayed in each of the display spaces 2A to 2E are switched depending on the operation mode, so the display section 2 is miniaturized.

h Ne, each display space 2A from the 1st stage to the 4th stage of 611
~ If the '5 frame from the left side of the 3rd illustration of 2D is correct, press the number button 7.
0 and the number set with the numeric keypad 21 are displayed, and it is possible to compare the display and number of tuna rows processed with the 7-d (-1a production). 0 As a result,
Because the number of banknotes stocked in the banknote takeout section 4 is insufficient, one sort is processed! Also, when the number of banknotes is less than the fixed number of banknotes, or when the banknotes are consolidated or stopped during the sorting process, it becomes possible to prevent post-processing errors caused by the operator's recognition of the set number of banknotes. The water device A has a main control j' as shown in Fig. 4.
1160 is provided in this main control section 60, the above-mentioned low production section 1. Detection unit 11. Detector (1st to 4th cedar extractor S I r b * e 81 s S4) #
Counters (first to fourth counters Ct, Ct, c,
, C4), and t', j
1! l fjr4 display R152 and the operation of the banknote ejecting section, each stacking section (first to sixth stacking sections 5.6.7), and transport section 101r by intervening the mechanism control section 61. , the display lamps (first to sixth display lamps LP+, LPt
, LP3).
It is connected to the memory 33 which is stored in memory 33, and
The control section 11tc is read from the program meeting memory 36 according to the specified operation mode and controls each section of the device.

Here, the operation mode of this device will be explained with reference to the table.

This device is equipped with a paper counting function, a fitness classification function, a denomination classification function, and a front and back classification function.The classification modes of this device are counting mode (a), mounting material classification mode (b) as shown in the table. ), - No denomination type classification mode (C), - Denomination front and back classification mode (d), Two denomination classification mode (e), Good note classification mode (f), Good/loss classification mode (B)) From to υ.

In the counting mode (a), tickets determined to be defective are stacked in the first stacking unit 5 and second stacking unit 6, and tickets that cannot be identified are rejected to the sixth stacking unit 7. This is specified by pressing the count button 15 of the operation section 1. Nm sorting mode (1)) t-j, front tickets are stacked in the first stacking section 5, back tickets are stacked in the second stacking section 6, and tickets whose front and back cannot be determined are stacked in the silk 6 stacking section. 7] and is specified by pressing the front and back buttons 16 of the operation section 10. - Mode with no distinction between denominations (front and back) (e)
Iri, Collect notes of designated denominations in the first accumulation section 5 and second accumulation section 6. [2. Collect notes of non-designated denominations and undistinguished remaining amount in the third accumulation section 7. It is to be rejected,
The denomination is specified by pressing the denomination button 19 and inputting the denomination to be classified using the numeric keypad 21. - In the denomination front/back type sorting mode (d), among the designated denominations, front tickets are accumulated in the first stacking section 5, back tickets are accumulated in the second stacking section 6, The purpose is to reject non-specified denominations and bills that cannot be distinguished by gold 81 to the third stacking section 7, and after pressing the denomination button 19, input the denomination to be sorted using the numeric keypad 21. It is specified by pressing the front and back buttons 16. In the two denomination sorting mode (e), the two designated glaze denominations are stored in the first accumulation section 5 and the second denomination, respectively.
The system separates and stacks the bills in the stacking section 6 of the bank, and rejects non-specified denominations and bills that cannot be separated into the third stacking section 7. Specified by entering the species. Genuine bill sorting mode (f) U S Separates genuine bills of the designated denomination into different stacks and stacks them in the first stacking section 5 and the second stacking section 6, and the designated denomination is lost. Tickets and non-specified denomination tickets are rejected to the third accumulation section 7, and the denomination is inputted using the numeric keypad 21 after pressing the fitness/loss wholesaler 18 and pressing the denomination button 19. , furthermore, the correct ticket button 17
Specified by pressing . 8 minutes mode (loss/loss) (
g) Stacks the regular notes of the specified denomination in the first stacking section 5, stacks the unfit notes on the 42nd stacking section 6, and collects the reverse notes of the specified denomination, non-specified denomination notes, etc. is to be rejected to the third accumulation unit 7, and is specified by pressing the htr record fitness/loss button 18, pressing the denomination button 19, and then inputting the denomination using the numeric keypad 21. As is clear from the above operation mode description, since the fair bill sorting mode (f) and the good/damage sorting mode (g) are performed by specifying the denomination, the results are as follows: The loss is reported to the inspection department 11C.
Determination of denomination required in advance when separating 1'11 in 1tC
With Vz'=, it is only necessary to determine whether or not it is the specified denomination, so compared to the case where the denomination is not specified,
The time required for inspection is extremely short, and the time required for inspection is extremely short. The efficiency of the partitioning mode (which shall mean both 100 and 100 million) can be improved. In addition, in the case of gold paste classification,
As is clear from the dark blue and light colors of the denomination sorting mode (e), two denominations can be specified at once [7]. , each stacking section can be used for one history without wasting any waste.

This enables efficient processing. Also, like the 81 ■ counting mode (tL) and the denomination display mode (e),
The same type of paper is stored in the first stacking section 5 and the second stacking section 6.
In the st'i operation mode, if 4ν of paper waste is taken out from any of the collecting sections, the stacking section automatically starts to deposit it and the stacking section. ,
If you take out the wrong paper from the 10th prefecture score section 5 while it is being accumulated in the first accumulation section 5 and the second true score section 6,
After the stacking in the second stacking section 6 is completed, stacking on the stacking section 1 will automatically start again, and as a result, paper waste will be alternately applied to both stacking sections 2). This makes it possible to perform sorting and accumulation efficiently without stopping the device midway.

Next, please refer to Figures 5 to 9 for the operation of this device.
I'm just going to light up.

First, the mode designation t of the seven rods will be explained with reference to FIG.

Then, one of the seven types of operation modes is designated by operating the operating section 1 (Fig. 3, 8). That is, counting mode (a)r! j: Specified by pressing the Ml counting button 15, front and back classification mode (b) is specified by pressing the front and back 116, - denomination front and back non-distinguishing mode (e) i pressing the gold glaze button 19 The denomination sharing mode (d) is specified by inputting one denomination using the numeric keypad 21 after pressing the denomination button 19, and then inputting one denomination using the numeric keypad 21. The 1st and 2nd denomination mode (e) is designated by pressing the front and back sides 116 and is designated by pressing the gold glaze button 19 and inputting the 2nd denomination using the numeric keypad 21. )H The fitness/loss classification mode (g )
is specified by pressing the fitness/loss button 18, pressing the denomination button, and then inputting one denomination using the numeric keypad. In this way, seven types of operation modes (・0~(g
If one of > is specified, the flow will shift to ■ or ■ depending on the content of the operation mode. Note that in this flow (2), the paper failures of the same 'Hi' type are collected in two stacking sections 5.
Flow ■ is for accumulating paper defects of 2 glazes in the designated accumulation section (5 or 6).91 Flow ■, ■ and 7 types of operation modes (a)
The correspondence between -(g) is as shown in FIG.

Next, when moving to flow ①, for example, the above-mentioned gold glaze front and back non-distinguishing mode (e) is specified.
8 is assumed to be 10,000 yen), WA will be explained with a focus on Figures 6 and 7. First, if the number of sheets to be accumulated is not specified using the number button 20 and the numeric keypad 21, the number of sheets to be accumulated (first, first
's criminal coffin part 5, second bud 4; J? @Is 6 (number of sheets to be collected) is set to 100.

If the number of sheets is specified, the number or the number shown above (1,
112 10,000 yen display space 2A is displayed in three frames from the left in the sixth diagram. And the number of sheets entered is 200 sheets, which is the maximum number of sheets that can be accumulated! If the number of sheets entered is cleared, the number of sheets input will be cleared and the process will return to the voice 11 screen for inputting the number of sheets. When the start button 22 is pressed in this manner, the first detector S
At step 1, it is checked 111J1 whether or not the paper stock is stocked in the paper removal section 4, and if it is stocked, the paper paper is taken out from there. The paper U taken out is transported by the transport section 10, and during the transport, the first counter C0 counts the passage of the paper. If the counted paper ID is 4 when it is delivered to the Fqil record inspection section 11, it can be determined whether or not it should be rejected from silk 6 f1 to stacking section 7. In other words, those with 1 million yen notes and those with 1 million yen notes should be rejected.

The paper Φ determined in this way should be rejected (if D, then K Iri, Ail first game 1-
The paper waste is transferred to the third stacking section Z side by flB12, and is counted by the fourth counter C4).

At this time, if the count value is 50 sheets or less, which is the maximum number of sheets accumulated in the third collection = fjt section 7, the first detector F)
This means that the savings from step 1 are returned to the old assistant and the paper waste is taken out again. The third display lamp LP3 is turned on when the count value is 50 or more (1). At this time, if the stop button 23 is pressed by the operator, the flow ends, and the vinegar is taken out from the sixth accumulation section 7 without pressing the stop button 25, and the fourth detector S4 detects no waste. If detected, the third display lamp LPs is extinguished and the count value of the fourth counter C4 is cleared to 0, returning to the detector 1 operation using %5Pa, 1 detector S, and the same as Oga. processing will be performed.

Furthermore, as a result of the inspection by the inspection section 11, when a paper defect that should not be rejected (-10,000 yen paper defect) is conveyed,
The process moves to the flow shown in FIG.

First, the paper waste that has been conveyed is sent to the first and second stacking sections 5.6 at the first gate section 12, and then
The second counter C! checks whether or not the number of paper sheets accumulated in the stacking section 5 has reached the set number. At 4141
-→ "Yes. If the set number of sheets has been reached,
First, the second detector S determines whether or not paper waste is piled up, and if there is no paper waste, the first indicator lamp LP
, f is extinguished and the count value of the second counter C1 is cleared to 0 (7), and the recovery rate r r,t is not cleared. Then, the second gate section 1
At step 3, the paper waste is led to the second collecting section 6 VC'. When the paper waste count of the second counter C6 has reached the set number, the third detector S, PC first determines whether the paper waste is unburnable, and if it is smoky (as described above, Operator t/-Yu takes out the paper that has been collected in the storage section 6 of [.

When the display lamp LP2 of iI2 is extinguished, the count value of the 30th counter C3 becomes -6-n. and clearing is not performed.Then, it is determined whether the count value of the counter C8 of 3 is between 0 and iI'''・f (lri, i.e., the second accumulating section 6 Is it empty or is the state of completion of length 10 rg? Or is it scratch 1 village t A in h? 11tti [,, if table 1/- is in the middle of accumulation, J at the gate part 13 of O, 2 , lI paper is guided to the first stacking section 5, and if it is in the middle of stacking, it is guided to the second stacking section 6.The paper stack led to the first stacking section 5 is then transferred to the second counter C2. It is determined whether or not the count value has reached the set number of sheets.As a result, if the number of installed sheets has not been reached, the value returns to 0 (not shown in FIG. 6) and the same operation is repeated. When the set number of sheets is reached, the first display lamp LP is turned on.Furthermore, the waste paper led to the second stacking section 6 is counted by the third counter C8, and the count value is set. It is determined whether or not the number of sheets has been reached. If the set number of sheets has not been reached, as shown in FIG. second indicator lamp LP,
is lit.

and the first indicator lamp PL or the second indicator lamp P
If the operator presses the stop button 26 when L is lit, the operation ends.

Also, first and second display lamps PL, PL.

is lit (when both stacking units are in the stacking completion state), the operator does not press the stop button 23 and the first stacking unit 5
When the paper is removed from the screen, the second detector S! When a paper error is detected, the display lamp LP of the previous Mr:dl is extinguished and the count value of the VC second counter C7 becomes 0.
is cleared and returns to 0 shown in FIG. 6, and the same accumulation operation is repeated. Note that this next integration operation ti
t% said second counter C! The count value of h is cleared to 0 and the count value of the third counter is cleared to 0) (ll
``Since i is the specified value, the operator can correct the paper error by 1.
1! They will be accumulated in the first accumulation section 5.

Furthermore, if the operator takes out a waste paper from the second stack @1s6 without pressing the stop button 23 when both stacking units are in the stacking completion state, the second detector S2 detects the presence of paper waste and the second Detector S and VLC of No. 3 detect that there is no paper defect s M! The second display lamp LP in section I is extinguished and the count value of the sixth counter Cs is cleared to 0, returning to ◎ (not shown in FIG. 6), and the same accumulation operation is repeated.

Note that this next integration operation is performed by the second counter C! Since the count value has not been cleared to 0, the paper will be accumulated in the second accumulation section B from which the paper was taken.

Further, after the accumulation in the first accumulation section 5 is completed, during the accumulation in the second accumulation section 6-\, 111 NI'E t;
When the waste paper is taken out from the stacking section 5 in 4.1, the first display lamp PL is dissolved in oil and the count value of the second counter C2 is cleared to [1ir+ and becomes the sixth Returning to G)K (not shown in the figure), the collection 411...1.1 line is further executed by 1i". In the integration operation at this time, even if the count value of the second counter C1 is 0, the Since the count value of the counter C8 of 6 is 0 and it is not likely to be set, the 20th collection is applied to part 2. After the accumulation of this second collection 8 to part 6 is completed 1~ If paper waste is removed from the second stacking section 6 while it is being stacked in the first stacking section 5, the second indicator lamp LP will be dissolved in oil as described above. At the same time, the count value of the third Ω counter C5 is cleared by O+1 and returns to G)K shown in FIG. 6 to continue the collection A'A. Since the count value of the counter C2 is not the b''M value and the count value of the sixth counter C1 is O, the process is performed for the first accumulation section 5. In this way, when paper waste is taken out from either of the stacking sections, the stacking of paper waste is automatically started in the collecting section from which it was taken out, so it is possible to complete the accumulation of paper waste in one of the stacking sections. Later, while stacking in the other stacking section, you can take out the waste paper from the other stacking section, and when the stacking in the other stacking section is completed, the stacking in that one will be automatically carried out. As a result, waste paper can be efficiently sorted and accumulated. Note that the counting mode (a) is also carried out in the same manner as the denomination front/back heat classification mode (e).

Next, when moving to the flow 〇, for example, positive + R
The case where classification mode (g) is designated (the designated denomination is 10,000 yen) will be explained with reference to FIGS. 8 and 9.

The flow shown in FIG. 8 from the designation of the paper sheet to the rejection of the paper defect is the same as that in the 6th session, so detailed explanation thereof will be omitted. Note that in this flow, the bills that are determined to be rejected by the inspection section 11 are those that cannot be distinguished between back-of-line bills of designated denominations and non-designated denomination bills.

Then, as a result of the inspection by the inspection department 11, paper defects that should not be rejected (-regular notes and unfit notes among the face tickets of 10,000 yen paper defects)
When it is transported, the flow shifts to the flow shown in FIG. 9. First, the paper that has been conveyed 1 is sent to the first and second 111 stacking sections 5.6 at the first gate section 12. Then, based on the inspection result by the work record inspection section 11, that is, whether the paper being transported is a damaged note or a good note, the direction of transport of the paper being transported is switched. That is, if the paper is a good bill, the bad paper is guided to the first stacking section 54tal at the gate section 13 of 4)2, and if it is an unfit bill, it is guided to the second stacking section 6111i. The correct banknotes are delivered to the stacking section 5 with 2g1)
When the number of sheets is exceeded, the paper waste is counted by the second counter C7Vc, and it is determined whether the count value has reached the set number of sheets. ?= K cat;zuO
-) and do the same (〉P's j+i1 movement is repeated). If the setting sheet V is over 1□+', 'λ・, then V (is the first indicator lamp L)), the light is on -,! tt/-J 6
When the IL h' ticket is led to the second accumulation section 6,
The paper waste is counted by a third counter C3, and it is determined whether the count value has reached the set number of sheets.
Ru. As a result, if the set number of sheets has not been reached, the number returns to 0 shown in FIG. 8 and the same operation is repeated. When the set number of sheets is reached, the second display lamp LP lights up.

Then, when the first indicator lamp LP1 or the second indicator lamp LP turns on, the operator presses the stop button 26 and the operation ends. -) When the operator deposits a valid bill from the first stack section 5 without pressing the stop button 23, the second detector S detects that there is no paper, and the first indicator lamp lights up. LP.

is dissolved in oil, and the count value of the second counter C7 is cleared to 0, returning to 0 in FIG. 8, and it becomes possible to collect and produce valid bills again. Furthermore, if the operator takes out a 1-hour bill from the second stacking section 6 without pressing the stop button 23, the third detector S3 detects a paper defect (j), and the second indicator lamp LP turns on. At the same time as the oil is dissolved, the count value of the third counter C8 is cleared to 0 and returns to 0 in Figure 8, and the accumulation of unfit notes Φ11 becomes possible again. Unfit notes and other notes will be sorted and accumulated.In addition, other front and back sorting modes (b), -Kinyuzu front and oath sorting mode (d), two-denomination sorting mode (e), and genuine notes sorting will be carried out. Mode (f) is carried out in the same manner as the original fitness classification mode (g).

In each operation mode, as shown in FIGS. 7 and 9, the count values of the second counter C1 and the third counter Cs are displayed in the corresponding display area of the display unit 2 by -4. Therefore, the number button 20 and numeric keypad 2
When the number of sheets to be stacked is specified in step 1, the display of the specified number of sheets can be compared with the count value, and as a result, it is possible to determine if the number of sheets stocked in the paper removal section 4 is insufficient. Post-processing errors caused by the operator's erroneous recognition of the set number of sheets can be prevented when the number of sheets of paper that has been sorted is less than the set sheet width or when the apparatus stops in the middle of one sorting process.

In addition, in the above-mentioned embodiment device, each accumulation section 5.6.7
In order to indicate that a predetermined number of papers have been graded, an indicator lamp LP, , LP, , L)) was provided, but it is possible to replace this with three buzzers with different tones. It is possible. In addition, the position of the indicator lamp is not limited to the side of each of the 44 stacking parts, but it is also possible to provide it in the display part 2. Furthermore, an illustration of the present device is drawn on the display part 2, and in this illustration It is also possible to perform display by using a lamp to make the background of each integrated part black. Further, the above embodiment is merely an example, and it goes without saying that each member may be replaced with another member having the same function. The present embodiment also includes a first accumulation section for accumulating waste paper to be sorted, a second collection t Hll, and a sixth accumulation section for accumulating waste paper to be rejected. I explained about something relatively small.

The number of accumulation parts d is not limited to this, and can be set to an appropriate number within the scope of the gist of the present invention. Furthermore, this device can be applied not only to paper waste but also to processing other securities.

〔Effect of the invention〕

As is clear from the above description, the sorting and accumulation device of the present invention can efficiently sort and accumulate mixed types of objects to be sorted and accumulated, and has a relatively simple configuration. It has excellent effects such as:

[Brief explanation of the drawing]

FIG. 1 is an external view showing an apparatus according to an embodiment of the present invention. Figure 2 is a schematic diagram showing the internal mechanism of the device, Figure 6 is a detailed diagram showing the display section and operation section of the device, Figure m4 is a block diagram of the configuration of the device, and Figures 5 to 9. is a flowchart for explaining the operation of the interior U. 1...Operation section, 5.6...Specified yuzu accumulation section, 7
゛...Non-designated yuzu prefecture h'j section, 11...Detection section, 50...Control section (main control section), 31...
Control unit (mechanism control unit) Fig. 333

Claims (1)

[Claims] An operating section for specifying the individuality 1 of objects to be sorted and accumulated, a detection section for detecting the independence of objects to be sorted and accumulated based on input from this operating section, and a PI! I: A plurality of specified glaze accumulation sites that accumulate the types of objects specified by the operation section based on the detection results by the detection section, and Mt+ at: objects of a type other than those specified by the operation section. a non-designated treetops accumulation city that accumulates based on the detection result by the detection unit;
Specify the number of boards f14a of four weights to be sorted and accumulated using the Mi+ operation section, and process the specified number of types of paddy in one process.
A sorting/accumulating device characterized by comprising a control section 1110/ζ for controlling the sorting and accumulating.