JP3533698B2 - Counting management device for packaging machines - Google Patents

Description

Description: BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for sealing contents such as powder.
During the packaging process in a packaging machine that manufactures
The present invention relates to a counting management device for counting and managing the number of divided sheets. 2. Description of the Related Art Two wrapping films are paired with a pair of heater rolls.
The contents weighed in the packaging film while holding the package
After filling the package, heat sealing the periphery of the packaging film
Known bag-making, packaging and filling machines for manufacturing sheets (packed products)
I have. [0003] This bag making, packaging and filling machine
Weighs a certain amount of contents and seals the packaging film.
Filling and filling the contents into the packaging film
Parts, continuous packed sheets are cut one by one.
Weighing the packaged sheets in the cut state
And a certain number of sachets sent from the weighing section
It consists of a stacking unit that stacks and banding with tape etc.
It is. [0004] In this type of conventional bag-making, packaging and filling machine,
The number control device is generally the first
Defective packaging sheets counted as defective and discharged as defective
Number, sampled to weigh the weight of each individual package
Sampling number and the packaging
Each of the ports is configured to count. And this total
The number management device counts, for example, after a predetermined manufacturing process is completed.
From the number of filled sheets, the number of defective packing sheets, the sump
Number of rings and total number of sachets carried out of stacking unit
Is subtracted, and matching is performed so that the subtracted value becomes zero.
Was. [0005] Therefore, the verification of the count is performed by a certain manufacturing lock.
Stop the machine when the
Will be performed only when the
Packaging cannot be performed, and in the middle of the packaging process,
If the machine is caught by the machine and stagnates,
There is a problem that cannot be found and dealt with
Was. [0006] The bag making, packing and filling machine is a large-sized machine.
Since the process is considerably long, counting errors have occurred.
If any error occurs,
Is difficult to understand clearly,
There was a problem that could not be done. [0007] The present invention has been made in view of the above points.
The counting is checked at regular intervals, and counting errors are immediately detected.
Can be found and easy to find places that cause counting errors
Aim to provide a counting machine for packaging machines that can be found in
Target. [0008] In order to achieve the above object,
In the counting management device of the present invention,
It has a cutter section, a measuring section, an accumulation section, a banding section, etc.,
Packaging machine that manufactures divided sheets enclosing contents such as powder
In the counting management device of
Counting section, measuring section, stacking section, banding section, etc.
(A) A plurality of counting units are divided and formed.
Indicates the number of weighed and filled sachets or the number of received sachets.
Means for counting, and the
A means for counting the number of sheets in the middle of construction
Means for counting the number of divided sheets automatically discharged from
Means for counting the number of transfer sheets transferred to the counting section,
Is provided and a collation timing
A verification timing signal generating means for generating a
When a combined timing signal is generated,
The number of weighing and filling of sachets or the number of received sachets
The total number of sheets during recording, the number of sheets automatically discharged, and the number of transferred sheets
Check the number and if a verification error occurs,
Count matching means for outputting the number of abnormalities, and
A display unit is provided, and the weighing of the package in each counting unit is performed.
The number of sheets to be filled or the number of sheets received, the number of sheets in the middle,
Display means for displaying the number of moving discharges, the number of transferred sheets, etc., and counting
When a collation error occurs during collation and the packaging machine stops,
Enter the number of manually input emissions so that the number of collation abnormalities becomes zero
And input means. In the counting management device having such a configuration, an example
For example, the entire packaging machine is divided into multiple counting areas,
The first counting unit and the weighing unit are the
The second counting unit, the accumulation unit and the banding unit are called the third counting unit.
As described above, the counting unit is divided and formed. Then, in each counting section, the weighing of the package is performed.
The number of sheets to be filled or the number of sheets received
Number of existing sheets in the middle of machining,
The number of packaged sheets issued, the transfer
Count the number of packets, and those numbers are
The information is displayed on display means provided with a display unit. A collation timing signal is generated at regular intervals.
The counting and collating means, in each counting section,
The number of sheets to be filled or the number of sheets received,
Number, automatic ejection number, and total number of transfer sheets
If a verification error occurs, the number of verification errors is output.
And the display means displays it. Also, at this time,
The operation of the machine stops. [0012] The operator displays the number of verification errors on the display means.
If so, look at the display to see which counter
To determine if an error has occurred. And the counting error
Inspect the relevant parts of the packaging machine that caused the
remove. Then, the number of abnormal verifications is reduced to zero by the input means.
Then, input the number of manually input emissions and restart the operation. [0013] As described above, the collation tag generated at regular intervals is used.
When an imming signal is generated, the count is compared,
The counting verification is performed in almost real time, and the operator
When it occurs, you can immediately know the abnormality and
Investigate the cause, remove the abnormal packaging sheet, etc., and restart the packaging machine.
And can be restarted efficiently. Further, the entire packaging machine can be provided in a plurality of counting areas.
Division is performed and counting is performed in each counting unit.
When the error occurs, the display location of the corresponding
Error is displayed, so that the operator can
You can easily find the cause and respond quickly
You. Embodiments of the present invention will be described below with reference to the drawings.
I do. First, a bag making, packaging and filling machine to which the present invention is applied is described.
The schematic configuration will be described with reference to FIG.
Is sandwiching two packaging films with a pair of heater rolls
While filling the weighed contents into the packaging film
Heat-sealing the peripheral portion of the packaging film M2 and the packaging film.
Seal part M1, a continuous packaging film into separate sheets
Cutter part M to be cut into (for example, composed of three packages)
3. Measuring unit M4 for measuring the weight of the packaging sheet, packaging sheet
Stacking unit M5 for stacking and stacking a plurality of
A banding unit M6 for bundling the packaging sheets with a band, and
From the sampling unit M7 that samples and measures the package
Be composed. The weighing and filling section M2 is weighed below the hopper 1.
Equipped with a container, weighs a predetermined amount of
Send it to par 2. The movable hopper 2 descends by a predetermined amount
2 held between a pair of heater rolls 3 and 4
Fill into a piece of packaging film. Then, the sealing portion M1
, Each peripheral portion of the packaging film is heat-sealed. A cutter M3 located below the seal M1
Is a continuous packaging film with multiple roll cutters
Make a cut slit in each package part of
Separate and send out each packaged sheet at the end. Note that this
When a sampling signal is generated, the cutter unit M3
It works to completely separate the packets and send them. The distributing section 5 is rotatable below the cutter section M3.
Set the destination of the cut sachets
Separate. The distributing unit 5 is normally provided with the measuring unit M4 on the right side of FIG.
Is positioned to deliver the packaged sheet to the
Discharge incompletely packed sachets when rolling
Falling down when the discharge signal for
To rotate and generate a sampling signal.
And send the separated package to the sampling unit M7
Works as follows. The sampling section M7 outputs a sampling signal
When a break occurs, the separated packages are counted by the conveyor 6.
Transfer to a weigher and weigh each sachet. sampling
The signal indicates that, for example, 10 packing sheets are filled in the weighing and filling section M2.
Occurs every time it is loaded. The sachet discharged from the sorting unit 5
The sheet is detected by an automatic discharge detector 7 (for example, a photoelectric sensor).
Is detected. Note that in the counting management device,
M1, metering and filling section M2, cutter section M3, sorting section
5, and the area of the sampling unit M7 is the first counting unit K
1. Measuring section M4 for measuring the weight of the package sheet
Is disposed on the right side of the sorting unit 5 and transported by the conveyor 8.
Each of the sent divided sheets is placed on the weighing machine 9 and the weight
Weigh the quantity. The weighing data is weighed by the weighing and filling unit M2.
Will be fed back to the vessel and the weight will be set in advance.
Thus, the filling amount is controlled. 10 is calculated from the sorting unit 5
Detects the package sheet sent to the conveyor 8 on the side of the quantity section M4.
Transfer sheet detector (eg, photoelectric sensor)
You. At the end of the conveyor 8 of the measuring section M4, an automatic
The ejectors 11 are arranged to face each other. This automatic ejector 11
Means that the weight of the package sheet measured by the measuring unit M4 is
If the value has increased or decreased beyond the allowable range from the set value,
Tilt the conveyor section down and make the packaging sheet defective.
And drop it down to discharge. The amount discharged at that time
In order to detect a wrapping sheet, the automatic ejection detector 12
For example, a photoelectric sensor) is provided. Next to the automatic ejector 11, a non-defective packaging sheet
Conveyor 13 for transporting the paper to the collecting section M5 is provided.
, A transfer sheet detector 1 for detecting a transfer sheet
4 are provided. In the counting management device, the conveyor 8,
Measuring unit M4, automatic ejector 11, and conveyor 13
(A) constitutes the second counting unit K2. An accumulator M5 is provided at the end of the conveyor 13.
It is. The stacking unit M5 is provided with the packaging package sent from the conveyor 13.
Sheets are stacked by a predetermined number (for example, 7 sheets)
Make a bundle of sheets and bundle the bundle of sheets into the banding section M6.
Send to In the stacking unit M5, the amount carried and stacked there is stored.
An integrated sheet detector 15 for detecting wrapping sheets is provided.
Be killed. In the banding section M6, the bundle of divided sheets is
Conveyor 16 to be conveyed and carried in by the conveyor 16
Wrapped in a film-like band around the bundle
A device for carrying out is provided. Further, at the end of the conveyor 16, an automatic discharge is provided.
Dispenser 17 is arranged, and this automatic discharger 17
When the discharge command signal is generated, the conveyor is tilted down,
The bundle of defective sheets is dropped downward and discharged. Ma
In addition, the automatic ejector 17 is in a normal state without an ejection command signal.
Then, by the conveyor part, the bundle of non-defective products
Conveyed to boxing process. 18 is the amount of defective products discharged
19 is an automatic discharge detector for detecting a bundle of wrapped sheets;
With the transfer sheet detector that detects the transfer package bundle of non-defective products
is there. In the counting management device, the accumulation unit M5,
Banding section M6, conveyor 16, and automatic ejector 1
7 constitutes a third counting unit K3. FIG. 2 shows a block diagram of the counting management device.
ing. This counting control device counts
The area is divided into a first counting section K1, a second counting section K2, and a third counting section.
Divide into three sections K3, and perform counting management in each counting section.
Is configured. The counting management device is a microcomputer.
The main unit is configured as a main unit, and the CPU 30
1, based on the program data stored in
Performs a count management process. The RAM 32 has a
Area for counting and storing the number of
Counting the number of automatic rejects of defective packaging sheets detected
Count the area to store and the number of sampled packing sheets
・ Area to be stored, detected by transition sheet detector 10
Area and hand to count and store the number of transferred non-defective sheets
There is a function to store the number of manually input emissions
You. CPU 30, ROM 31, RAM 32, input / output circuit
35 are connected to each other through a common bus, and
The output device, input device, and display device are connected to the input / output circuit 35.
You. In FIG. 2, reference numeral 20 denotes a filling detector.
Each filling operation in the metering and filling section M2 is described as a filling actuation.
From the drive signal of the motor. 21 is a sump
A ring detector that drives the entire bag making, packaging and filling machine.
Occurs at a constant rotation angle of the main shaft of the dynamic system, or at a constant rotation speed
Detect the sampling signal. 22 is a collation timing detection
A first counting section K1, a second counting section K2, and a third counting section.
Each collation timing for several parts K3 to perform collation operation
Detect signal. Each collation timing signal is
3 is generated at every predetermined rotation angle or every predetermined number of rotations.
The collation timing for
You. FIG. 3 shows the control panel of the counting management device.
A keyboard consisting of numeric keys and function keys
Is provided, and the number of filling, the number of sampling,
Automatic discharge number, manually input discharge number, etc., for each counting unit K1 to K3
Is provided with a display 34 for displaying numbers. operator
When the count collation is abnormal, operate the keyboard 33 to perform
The display on the display unit for the number of power discharges can be changed. Next, the operation of the counting management device having the above configuration will be described.
This will be described with reference to the flowcharts of FIGS. The counting management process of this bag making, packaging and filling machine is described in FIG.
As shown in FIG. 4, the count management process S1 of the first counting unit
Count management process of counting unit S2, count management process of third counting unit
S3 is continuously and repeatedly executed. First, in the counting management process S1 of the first counting unit,
The CPU 30 determines in step 100 that the weighing and filling section M
In Step 2, it is determined whether or not weighing and filling has been performed.
From the filling detector 20 that detects the operation signal of the actuator
When a detection signal is input, it is determined that weighing and filling has been performed.
Then, the process proceeds to step 110, where 1 is added to the filling number A.
I do. That is, the data stored in the filling number counting area of the RAM 32 is stored.
1 is added to the filling number A to be stored and stored again. Added charge
The number A is the value of the first counting section K1 of the display 34 shown in FIG.
It is displayed at a fixed place. Next, in step 120, the CPU 30
Present in the first counting section K1 (measuring and filling section M2 to cutter section M3)
The number of divided sheets in the middle of processing, that is, the number of intermediate sheets B
Is calculated. During normal operation, the first counting unit K1
Since the number of existing packaging sheets is predetermined,
Shift register for each filling operation.
Input a signal to the shift register.
The number B of sheets on the way can be calculated. Way of being added
The number of middle sheets B is determined by a predetermined count of the first counting section K1 of the display 34.
Displayed in place. Next, in step 130, sampling is performed.
It is determined whether or not the sampling has been performed, and the sampling detector 21
When a sampling signal is detected, sampling is performed.
And it is determined in step 140 that the sampling number C is 1
Is added. In this case, use one sample
In the case of
The number of sheets can be predetermined to one or more,
If you sampled the packing sheet of the above, add the number
I do. The added sampling number C is shown in FIG.
It is displayed at a predetermined position of the first counting section K1 of the device 34. Next, in step 150, a non-defective package
It is determined whether the count has shifted to the second counting section K2 and the shift count is determined.
When the sheet detector 10 detects the transfer of a good packaging sheet,
Is determined to be a transfer of a non-defective product.
The number D is incremented by one. The added number of transfer sheets D is
The information is displayed at a predetermined position of the first counting section K1 of the display 34. Next, in step 170, the packaging of defective products is performed.
The automatic ejection detector 7 determines whether or not the sheet has been ejected.
When the ejection of a defective sheet is detected, the
Then, in step 180, 1 is added to the automatic discharge number E.
You. The added automatic discharge number E is the first count of the display 34.
It is displayed at a predetermined location of the section K1. Next, in step 190, counting is collated.
The collation timing detector 22 determines whether the first
When the generation of the verification timing signal for several parts is detected,
Number matching is determined, and then in step 200, the above steps are performed.
The values calculated in steps 110, 140, 160, 180
Counting and collation, the number of abnormal collation X1, X1 = A-B-C-D
−E−F, is calculated. Where F is manual input
Numeric value, usually 0, and if the count is normal, verification error
The number X1 becomes 0. Next, at step 210, the collation error
It is determined whether the constant X1 is 0 or not.
In this case, the counting process of the first counting section is terminated. On the other hand, when the abnormal collation number X1 is other than 0,
In other words, the weighing and filling operation is not performed normally,
Occurs, or the sachets are stuck
The number of sheets B, the number of samples C,
If the sum of the number D and the number E of automatic discharge differs from the number A
In this case, next, the process S4 at the time of occurrence of a verification error is called. FIG. 6 shows a process S4 when a collation error occurs.
First, at step 230, the bag making, packaging and filling machine is
A stop signal for stopping at a fixed position is output, and step 240
To determine whether the bag making, packaging and filling machine has stopped at a fixed position
Then, when the filling machine stops at a fixed position,
Proceeds to step 50, where the number of verification errors calculated in step 200 above
X1 is displayed on a predetermined portion of the display 34. In this state, the operator operates the display 34
While confirming the numerical value of the number of collation abnormalities,
Investigate why it stopped. For example, if the number of
"1" is displayed, and one packaging sheet is assigned to the sorting unit 5 and the like.
If the operator is stagnant, the operator
Remove the packaging sheet and operate the keyboard 33
Display and input "1" on the display section of the manually input discharge number F
(Step 260). Then, at step 270, the collation error is returned again.
Calculate the number X1 from the equation of X1 = ABCDCEF
When the number X1 of verification abnormalities becomes 0, step 280 is executed.
From step 290 to the control unit of the bag making, packaging and filling machine.
A start permission signal is output to enable restart.
End the process. Therefore, the operator is in a normal state
Thus, the bag making, packaging and filling machine can be restarted. As described above, the predetermined rotation angle of the main shaft or the predetermined rotation angle
Counted when the verification timing signal generated for each rotation speed is generated
Operator, counting errors occur.
If an error occurs, immediately recognize the abnormality and investigate the cause.
I can deal with it. In addition, in bag making packaging filling machine
Limitation of seal part M1, metering and filling part M2, cutter part M3
Independently counted by the first counting section K1 set in the
Because counting is performed, if a counting error occurs,
You can easily find the cause of the problem and respond quickly.
Wear. After the count management processing of the first counting section, the CPU 3
0 indicates the counting management process of the second counting unit K2 in the flowchart of FIG.
Perform as shown in the chart. In this process, first, at step 300
Then, the number of transition sheets D calculated by the first counting unit (detection
Sheet number of the second counting section)
The number G is stored in a predetermined storage area, and
Display it in the specified display location. Next, in step 310, the CPU 30
In the second counting unit K2 (measuring unit M4), the amount currently being processed is
The number of wrapped sheets, that is, the number H of intermediate sheets, is calculated. Normal operation
At the time of cropping, the packaging sheet existing in the second counting unit K2
Since the number of shift registers is predetermined, the number of shift registers
And input a signal to the shift register for each filling operation.
Then, the number of intermediate sheets H is calculated from the value of the shift register.
Can be issued. The added sheet number H is shown in the table.
It is displayed at a predetermined position of the second counting section K2 of the indicator 34. Next, in step 320, the non-defective packaging
It is determined whether or not the transition has been made to the third counting section K3, and the transition
Non-defective product where the sheet detector 14 is transported by the conveyor 13
When the transfer of the packaged sheet is detected, it is judged that the transfer is a good product.
Then, at step 330, 1 is added to the number I of transfer sheets.
You. The added number of transition sheets I is the second total
It is displayed at a predetermined position of several parts K2. Next, in step 340, the packaging of defective products is performed.
The automatic ejection detector 12 determines whether the sheet has been ejected.
Detects that a defective sheet has been ejected,
In step 350, 1 is added to the automatic discharge number J.
You. The added automatic discharge number J is the second count on the display 34.
It is displayed at a predetermined location in the section K2. Next, at step 360, counting is collated.
The collation timing detector 22 determines whether the second
When the generation of the verification timing signal for several parts is detected,
Number matching is determined, and then in step 370, the above steps are performed.
The values calculated in steps 300, 310, 330, 350
Counting and collation, the collation abnormality number X2 is calculated as X2 = GHJI
−K, calculated from the following equation. Where K is the number of manually input emissions
Normally, it is 0, and if the count is normal,
X2 becomes 0. Then, at step 380, the collation error is determined.
It is determined whether the constant X2 is 0 or not.
In this case, the counting process of the second counting section is terminated. On the other hand, when the abnormal collation number X2 is other than 0,
For example, the conveyor 8, the measuring device 9 or the automatic discharging device 11
The number of sheets on the way H is shifted due to stagnation of packing sheets, etc.
The sum of the number of sheets I and the number of automatic discharges J is equal to the number of sheets accepted G
If not, call the process when a verification error occurs.
You. The processing at the time of occurrence of the collation abnormality is the same as the processing described above.
Executed in the same way as S4, the bag making, packaging and filling machine is stopped and collated
The number of abnormalities is displayed at a predetermined display portion of the second counting section of the display 34.
Is done. Then, the operator confirms that the display 34 has a verification error.
Check the numerical value of the number, and the bag making, packaging and filling machine stopped.
Investigate the cause. For example, the number of matching errors is displayed as "1"
And one parcel sheet was stagnant on a conveyor, etc.
The operator removes the stagnant sachet.
And manually operate the keyboard 33 to discharge manually.
"1" is displayed and input on the display part of the number K. And again
If the abnormal number of verification X2 is an expression of X2 = GHIJK
If the abnormal number of verification X2 becomes 0, the bag making packaging
A start permission signal is output to the control unit of the filling machine to enable restart.
State, and this process ends. Therefore, the operation
Restart the bag making, packaging and filling machine under normal conditions.
Can be. After the count management processing of the second counting section, the CPU 3
0 indicates the counting management process of the third counting unit K3 in the flowchart of FIG.
Perform as shown in the chart. In this process, first, at step 400
Then, the number of transition sheets I calculated by the second counting unit
The number of transferred divided sheets) is received by the third counting unit.
The number P is stored in a predetermined storage area, and
Display it in the specified display location. Next, in step 410, the CPU 30
Present in the accumulation unit M5 and banding unit M6 of the third counting unit K3.
Calculate the number of divided sheets during processing, that is, the number of intermediate sheets Q
Put out. During normal operation, it is present in the third counting unit K3
Since the number of packaging sheets to be used is determined in advance,
Using a shift register, a shift register is used for each filling operation.
If a signal is input, the shift register value
The number H of sheets can be calculated. In the middle of the addition
The number of ports Q is displayed at a predetermined location of the third counting section K3 of the display 34.
Is displayed. Next, at step 420, for example, seven good
The bundle of packaged sheets with the packaged
Determines whether or not the process has shifted to the boxing process.
19 is the transfer of the bundle of separated sheets conveyed by the conveyor
Is detected, it is determined that a non-defective product has been transferred, and step 430 is performed.
Then, 7 is added to the number R of transfer sheets. The added transition system
The number of ports R is set at a predetermined position of the third counting section K3 of the display 34.
Is displayed. Next, in step 440, the packaging of defective products is performed.
The automatic ejection detector 1 determines whether or not the sheet bundle has been ejected.
8 detects the discharge of the defective bundle of sheet bundles,
Is determined to be discharged, and in step 450, the automatic discharge number S is set to 7
Is added. The added automatic discharge number S is
It is displayed at a predetermined position of the third counting section K3. Next, in step 460, counting is collated.
The collation timing detector 22 determines whether the third
When the generation of the verification timing signal for several parts is detected,
Number matching is determined, and then in step 470, the above steps are performed.
The values calculated in steps 400, 410, 430, and 450
Count and collate, and determine the abnormal collation number X3, X3 = PQRS
−T, is calculated from the following equation. Where T is the number of manually input emissions
Normally, it is 0, and if the count is normal,
X3 becomes 0. Next, at step 480, the collation error
It is determined whether the constant X3 is 0 or not.
In this case, the counting process of the third counting section is terminated. On the other hand, when the abnormal collation number X3 is other than 0,
Mari, packaged sheet into stacking section M5 and banding section M6
The number of seats on the way Q and the number of transition sheets
If the sum of R and the number of automatic discharges S is different from the number of received sheets P
In this case, next, the processing at the time of occurrence of the verification error is called. The processing at the time of occurrence of the collation abnormality is the same as the processing described above.
Executed in the same way as S4, the bag making, packaging and filling machine is stopped and collated
The number of abnormalities is displayed at a predetermined display portion of the third counting section of the display 34.
Is done. Then, the operator confirms that the display 34 has a verification error.
Check the numerical value of the number, and the bag making, packaging and filling machine stopped.
Investigate the cause. For example, the number of matching errors is displayed as "1"
And one parcel sheet was stagnant on a conveyor, etc.
The operator removes the stagnant sachet.
And manually operate the keyboard 33 to discharge manually.
"1" is displayed and input on the display part of the number T. And again
If the number of verification abnormalities X3 is an expression of X3 = PQRST,
When the abnormal number of verification X3 becomes 0, the bag making packaging
A start permission signal is output to the control unit of the filling machine to enable restart.
State, and this process ends. Therefore, the operation
Restart the bag making, packaging and filling machine under normal conditions.
Can be. As described above, at regular intervals, for example, at the position of the spindle.
Verification timing generated at constant rotation angle or at predetermined rotation speed
When a signal is generated, the counter is checked and the
If a counting error occurs, the data
To understand the cause, and set the bag making, packaging and filling machine to a normal condition.
The operation can be adjusted. Further, the entire bag making, packaging and filling machine is operated by three counting machines.
Divided into rear, seal part M1, metering and filling part M2, cutter
The first counting section K1 composed of the section M3 and the first counting section K4 composed of the measuring section M4.
2 The counting unit K2, the stacking unit M5 and the banding unit M6
In the third counting section K3, counting processing is performed, respectively.
When a counting error occurs, the display of each counting unit of the display unit 34 is displayed.
The verification error is displayed at the location, and the operator
You can easily find the cause and respond quickly
You. In the above embodiment, the entire bag making, packaging and filling machine is
Is divided into two counting units, but the counting unit is divided into two or four or more.
Of course, it is also possible to divide and provide counting processing in each counting unit
Noh.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic configuration diagram of a bag making, packaging and filling machine showing one embodiment of the present invention. FIG. 2 is a block diagram of a counting management device of the filling machine. FIG. 3 is a front view of a control panel of the apparatus. FIG. 4 is a main flowchart of a count management process. FIG. 5 is a flowchart of a count management process of a first counting unit. FIG. 6 is a flowchart when a verification error occurs. FIG. 7 is a flowchart of a counting management process of a second counting unit. FIG. 8 is a flowchart of a count management process of a third counting unit. [Explanation of Signs] M1-sealing part, M2-measuring filling part, M3-cutter part,
M4-weighing unit, M5-stacking unit, M6-banding unit,
M7-sampling unit, K1-first counting unit, K2-second
Counting section, K3-third counting section, 7, 12, 18-automatic discharge detector, 10, 14, 19-transfer sheet detector, 22-
Collation timing detector, 30-CPU, 31-ROM,
32-RAM, 33-keyboard, 34-display.

──────────────────────────────────────────────────続 き Continued on the front page (72) Inventor Toru Sugita 392 Tsukiji, Fujieda-shi, Shizuoka Prefecture Inside Tsumura Shizuoka Plant (72) Inventor Michio Nagasawa 392 Tsukiji, Fujieda-shi Shizuoka Prefecture Inside Tsumura Shizuoka Plant (72) Inventor Tadao Ishii 2-103, Nazuka-cho, Nishi-ku, Nagoya-shi, Aichi (72) Inventor Kenichi Imori 5-161, Nishisaka-cho, Tajimi-shi, Gifu (56) References JP-A-59-118709 (JP, A) JP-A-63-144401 (JP, A) (58) Fields investigated (Int. Cl. ⁷ , DB name) B65B 1/00 B65B 9/00 B65B 57/00 B65B 65/00

Claims (1)

(57) [Claims] [Claim 1] A packaging sheet having a sealing part, a measuring filling part, a cutter part, a measuring part, an accumulating part, a banding part, etc., and enclosing contents such as powder. In the counting management device for a packaging machine to be manufactured, a plurality of counting units having the sealing unit, the weighing and filling unit, the cutter unit, the weighing unit, the stacking unit, the banding unit, and the like as an area to be counted are divided and formed. In the unit, means for counting the number of weighed filling of the package or the number of sheets received of the packaged sheet, means for counting the number of intermediate sheets in the course of processing existing in the counted area of each counting unit,
Means for counting the number of divided sheets automatically discharged from the counting section, and means for counting the number of transferred sheets transferred to the next counting section are provided. A collation timing signal generating means for generating a collation timing signal; and when the collation timing signal is generated, the number of weighing and filling of the package or the number of received sheets of the package, the number of intermediate sheets, The number of discharges and the total number of transfer sheets are compared, and if a verification error occurs, a count verification unit that outputs the verification error number, and a display unit corresponding to each of the counting units are provided. A display means for displaying the number of weighed filling or the number of divided sheets received in the counting unit, the number of intermediate sheets, the number of automatic discharges, the number of transition sheets, and the like in the counting unit; Packaging machine stopped Input means for inputting the number of manually input discharges so that the number of abnormal comparisons becomes zero when the number of abnormal verifications is zero.