JP2002306068A - Exact payment calculation for accepted raw tea leaves and system therefor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an exact payment calculation of accepted raw tea leaves with increased processing accuracy by realizing the computerization of individual processing steps from the acceptance of raw tea leaves to the payment of the charge and the system therefor. SOLUTION: The objective system for exact payment calculation of accepted raw tea leaves is equipped with a processor or a means (a personal computer 22 for accepting raw tea leaves) for inputting the specific information on the tea-leaf producers, the transportation means (truck 86), and the total weight of raw tea leaves (88), a processor or a means for printing out the ID information (printer 24), a processor or a means for rating the accepted raw tea leaves on the basis of reading of the ID information ( personal computers for rating 421-42N), a processor or a means for inputting the tare weight of the transportation means (struck 86) on the basis of the specific information (a personal computer 62 for outputting the accepted raw tea leaves) and a processor or a means for calculating the payment money from the weight of raw tea leaves, the rating information and the unit price (a server personal computer 26 for accepting raw tea leaves). Consequently, the computerization of individual processes from the acceptance of raw tea leaves to the final calculation of the payment money is attained with the processing accuracy improved.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method and a system for receiving and adjusting fresh leaves used between a producer of fresh leaves and a tea factory for receiving and adjusting the fresh leaves.

[0002]

2. Description of the Related Art Conventionally, in a tea factory, the acceptance of fresh leaves by producers and their grading grades are simultaneously processed. In other words, when accepting fresh leaves brought in by the producer, a sample box number (sample number) is issued to the producer, which is placed in the fresh leaf sample box after sampling the fresh leaves, and after the rating of the sampled fresh leaves is completed, The sample box number and grade value are recorded, and the person in charge checks the grade number of the fresh leaf brought in by the producer while checking the sample box number with the producer using a fresh leaf receiving computer.

[0003] Such a grading process for fresh leaves is not limited to a sensory test performed by a person, and a human input process is performed even in the case of a grading process using a grading machine. That is, the sample box number is visually input, and after finishing the measurement of the fresh leaves, the grade is manually input to the receiving personal computer while looking at the paper printed from the rating machine.

[0004] Even when the measurement result used for the grading process is output to a recording disk, a person takes out the recording disk from the rating machine, inserts the recording disk into a receiving personal computer,
Reading the sample box number and grade value is performed.

[0005]

By the way, the sample box number issued at the time of receiving fresh leaves is a serial number of several tens to several hundred sheets in advance, and is prepared in advance at a tea factory or at the time of acceptance at the time of receipt. It is of a degree handwritten on something.
This sample box number must be managed together with the sample leaf and the sample box in which it is placed until the end of the rating process, and after the rating process is completed, the sample box number and the grade value of the sample leaf are once written on a paper sheet. And then input it to the receiving computer. When entering the receiving computer, the sample box number and the producer number must be confirmed on the monitor of the personal computer and the grade value must be manually input.

[0006] In this way, in the process from the reception of fresh leaves to the completion of input of the fresh leaf grade, several manual operations are involved.
Such manual work requires considerable effort, and erroneous input causes trouble. The process from accepting fresh leaves to completing the input of fresh leaf grades is not just a grading but an important task directly linked to the payment to the producer, and mistakes are not allowed.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a method and a system for realizing the processing and processing of fresh leaf acceptance which realizes the mechanization of various processes from fresh leaf reception to payment for payment and improves processing accuracy.

[0008]

The fresh leaf acceptance settlement method of the present invention is a fresh leaf acceptance settlement method using a computer, and includes information specific to a producer, transport means (track 8).
6) a process of capturing the total weight of the fresh leaves (88); a process of issuing the identification information of the fresh leaves; a process of grading the fresh leaves based on the reading of the identification information; It is characterized by including a process of taking in the empty weight of the transport means, and a process of calculating a price for each of the specific information from the weight of the fresh leaves, rating information and unit price.

This processing method for accepting and adjusting fresh leaves is a processing method using a single computer or a plurality of computers, and a process for specifying a producer who brings fresh leaves from an ID card or the like is performed. This process may be a conventional manual input. However, if a process of reading an ID card or the like is performed, errors and operation errors can be reduced. After this specific process, a process of capturing the total weight measured by the weight measuring means such as a truck scale is performed. Identification information is issued through these processes. The identification information is issued as a sample box number slip or the like, and based on the reading of the identification information, a rating process for the brought-in fresh leaves is performed. The rating for fresh leaves is the basic data for price settlement along with the weight of fresh leaves. Since fresh leaves are brought in using a transport means such as a truck, it is necessary to measure the empty weight of the fresh leaves for convenience of processing. Therefore, the empty weight is taken in based on the reading of the specific information, and the difference between the empty weight and the total weight is the true weight of the fresh leaf. A price is calculated for each specific information from the weight, the rating information and the unit price. In this processing method, the operation of reading the information is mechanized in place of the conventional key input, thereby reducing operation mistakes and realizing high-speed processing.

[0010] In the fresh leaf acceptance settlement processing method of the present invention,
The method includes a process of displaying the acquired specific information and the total weight, and a process of accepting a confirmation operation of the producer with respect to the content of the display. That is, the reliability of the information can be improved by displaying the specific information and the information on the total weight and accepting the operation of confirming the display contents.

[0011] In the fresh leaf acceptance settlement method of the present invention,
It is characterized by including a process of displaying the fetched empty weight and a process of accepting a confirmation operation of the producer with respect to the content of the display. That is, similarly, by displaying the empty weight and accepting the operation of confirming the displayed content,
The reliability of information can be improved.

The fresh leaf acceptance settlement processing system of the present invention is a fresh leaf acceptance settlement processing system using a computer, and means for taking in specific information of a producer (ID card readers 30, 68, fresh leaf acceptance personal computer 22, fresh leaf reception exit). Means for measuring the total weight of the transport means (track 86) and fresh leaves (88) or the empty weight of the transport means (track scales 32, 70); and Means for issuing identification information of fresh leaves (fresh leaf receiving personal computer 22 and printer 24)
Means for performing a rating process on the fresh leaves based on reading of the identification information (rating machines 441 to 44N, rating personal computer 42
1 to 42N), and a unit (fresh leaf receiving server personal computer 26) for calculating the price for each piece of the specific information from the weight of fresh leaves, rating information and unit price after taking in the empty weight. That is, with the provision of these means, the above-mentioned fresh leaf acceptance settlement processing method is realized by a single or a plurality of computer processes.

In the fresh leaf acceptance and settlement processing system of the present invention, a display means (CRT display 36) for displaying the fetched specific information and the gross weight, and a confirmation operation from the producer on the display contents of the display means. (Touch sensor 37) for performing an acceptance process of That is, the specific information and the information on the total weight are displayed,
By accepting the operation of confirming the display content, it contributes to the improvement of the reliability of the information.

In the fresh leaf acceptance and settlement processing system of the present invention, a display means (CR) for displaying the taken-in empty weight.
T display 72), and means (touch sensor 74) for accepting a confirmation operation from the producer on the display content of the display means (touch sensor 74). That is, similarly, the empty weight is displayed, and the confirmation operation of the displayed content is accepted, thereby contributing to the improvement of the reliability of the information.

[0015]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention and embodiments thereof will be described below in detail with reference to embodiments shown in the drawings.

1 to 3 show a first embodiment of a method and a system for accepting and processing fresh leaves according to the present invention. FIG. 1 shows the system network, and FIG. 2 shows a sample box number slip and an acceptance processing slip. FIG. 3 shows an outline of a tea factory using this system.

The fresh leaf acceptance and settlement processing system of the first embodiment is a system in which a series of processes such as acceptance of fresh leaves and settlement of payment are mechanized and automated using one or a plurality of computers. Then, the fresh leaf receiving side system 2, the fresh leaf input side system 4, and the fresh leaf receiving exit side system 6
It consists of a computer network with a system.

The fresh leaf receiving side system 2 is installed at a fresh leaf receiving port brought in by a producer, and executes a producer specifying process, a total weight measuring process, a fresh leaf receiving process, a fresh leaf price calculating process, and the like.
These processing computers include a fresh leaf receiving personal computer 22, a printer 24 as a first personal computer, a fresh leaf receiving server personal computer 26 as a second personal computer, a rating server personal computer 27 as a third personal computer, and the like. The personal computer 22, the printer 24, the fresh leaf receiving server personal computer 26, and the rating server personal computer 27 are linked via a hub (HUB) 28 which is a network center. Each of the personal computers 22, 26, and 27 is a general computer including a central processing unit, a ROM and a RAM as storage means, and an external storage device such as a recording disk.

The fresh leaf receiving personal computer 22 receives the read output of the ID card reader 30 and the measured output of the track scale 32 as a weight measuring means. The ID card reader 30 reads the producer information recorded on the ID card 34 that the producer individually brings, for example, a name, a member number, and the like. Instead of the ID card reader 30 or the ID card 34, a key input terminal or a touch panel can be used as the producer information input means, and information such as a telephone number or a password set by the producer can be used as the ID information. Can be. On the truck scale 32, the total weight of fresh leaves and trucks loaded on a truck, which is a tea leaf conveying means of the producer, is measured. The raw leaf receiving computer 22 recognizes the producer information and the total weight from these outputs, and generates a sample box number based on the recognition.
The information is displayed on a CRT display 36 as information display means.
The display screen of the CRT display 36 is provided with a touch sensor 37 as an input means, so that a display confirmation operation can be performed by touching. The sample box number generated based on the producer information and the total weight input to the fresh leaf receiving personal computer 22 is issued from the printer 24 as identification information. For example, the sample box number slip 8 shown in FIG. Printed and output. The sample box number slip 8 contains a sample box number 10 as information for identifying a producer and a fresh leaf.
At the same time, the barcode 12 is printed and displayed.

The producer information, gross weight and sample box number 10 processed by the fresh leaf receiving personal computer 22 are used to send and receive data to and from the fresh leaf receiving server personal computer 2.
6, and the transferred data is displayed on the CRT display 38 so that the person in charge can confirm the contents.

The rating server personal computer 27 is a personal computer of the fresh leaf input side system 4 (the rating personal computer 42 in the embodiment).
1 to 42N) and save the data and fresh leaf image, etc.
The file server to be managed is linked to a data keeper or the like which is a class management or data management means, and all of these operations are collected in the rating server personal computer 27. Then, information from the rating personal computers 421 to 42N is transferred to the rating server personal computer 27, and the transferred data and the like are displayed on the CRT display 29 as data display means.

In the fresh leaf input side system 4, the received fresh leaf is graded. As this processing computer, a plurality of rating personal computers 4 as a fourth personal computer
21 to 42N and rating machines 441 to 44N are provided,
These rating personal computers 421 to 42N are linked via the hub 28 and also linked to the fresh leaf receiving personal computer 22, printer 24, fresh leaf receiving server personal computer 26, and rating server personal computer 27 of the fresh leaf receiving side system 2.
Each of the personal computers 421 to 42N is a normal computer including an external storage device such as a recording disk in addition to a central processing unit, ROM and RAM as storage means. Each of the rating personal computers 421 to 42N is a means for controlling the rating machines 441 to 44N, which are measuring means, based on the sample box number recognition. Each rating machine 441-44N
Measures the total nitrogen, total fiber, moisture content, etc. as components of fresh leaves, and sums up with the results of sensory evaluation performed by people observing fresh leaves,
It is a means for grading fresh leaves. These rating machines 441
After the evaluation of the fresh leaves, the one that performs the processing of sorting the fresh leaves into containers for each evaluation may be used for -44N.

To the rating personal computers 421 to 42N, the sample box number 10 is input, and the image data of the fresh leaves is input. That is, the sample box number 10 is read from the sample box number slip 8 using a bar code reader 48 which is a bar code reading means.
It is obtained from the camera 50 which is a photographing means installed in the rating machines 441 to 44N. These data are displayed on a CRT display 52 as data display means.

Therefore, the producer who has completed the fresh leaf receiving process brings the fresh leaf and the sample box number slip 8 and attaches the bar code reader 48 to any of the rating computers 421 to 42N.
The bar code 12 of the sample box number slip 8 is read using the
Rating machines 441 to 44N corresponding to 1 to 42N are selected and a rating process is executed. In this case, a sample fresh leaf (not shown) is put into any of the rating machines 441 to 44N. Any of the used machine inputs may be used. After this insertion, a grading process is performed, and photographing of fresh leaves is performed using the camera 50. The measurement data and the video data obtained by the rating machines 441 to 44N are input to the rating personal computers 421 to 42N. These measurement data and video data are obtained from the rating personal computers 421 to 42N and the measurement data is stored in the sample box number 1.
It is transferred to the rating server personal computer 27 together with 0.

The fresh leaf receiving / exiting side system 6 is installed on the exit side of the fresh leaf brought in by the producer, and executes an empty weight measuring process, a price calculating process, and the like. These processing computers include a fifth personal computer, a fresh leaf receiving / exiting personal computer 62, a printer 64, and the like. The fresh leaf receiving / exiting personal computer 62 and the printer 64 are linked via a hub 66, and are connected to the hub 28. It is also linked with the fresh leaf receiving personal computer 22, the printer 24, the fresh leaf receiving server personal computer 26, the rating server personal computer 27, etc. of the fresh leaf receiving side system 2. The fresh leaf receiving / exiting personal computer 62 is configured by a normal computer including an external storage device such as a recording disk in addition to a central processing unit, ROM and RAM as storage means.

The reading output of the ID card reader 68 and the measurement output of the track scale 70 as weight measuring means are taken into the fresh leaf receiving / exiting personal computer 62. In the ID card reader 68, the producer information recorded on the ID card 34 individually brought by the producer, for example, the name, the member number, etc., is read by the ID card reader 30 of the fresh leaf entrance side system 2. The same is true. This ID card reader 6
8 or an ID card 34, a key input terminal, a touch panel, or the like can be used as producer information input means.
As described above, information such as a telephone number and a password set by a producer can be used as the ID information.

That is, after making the personal computer 62 recognize the producer information from the ID card 34 through the ID card reader 68, the truck from which the fresh leaves are lowered is moved onto the truck scale 70, and the empty weight of the truck is measured. Is done. The measurement data is input from the truck scale 70 to the fresh leaf receiving / exiting personal computer 62 and is recognized. As a result, for example, the receiving processing slip 14 shown in FIG. This receipt processing slip 1
4, the date when the fresh leaf receiving process was performed, the fresh leaf weight, and the like are displayed.

The information recognized by the fresh leaf receiving / exiting personal computer 62 is displayed on a CRT display 72 as data display means.
Since the display screen of the CRT display 72 is provided with the touch sensor 74 as an input means, the display can be checked by touching. When this confirmation processing is performed, the fresh leaf receiving / exiting personal computer 62
, The producer information and the empty weight data are transferred to the fresh leaf receiving server personal computer 26. Then, in the fresh leaf receiving server personal computer 26, after the rating is completed, a settlement process such as calculation of the fresh leaf price is executed.

In a tea factory using such a system, for example, as shown in FIG. 3, a fresh leaf receiving port 80, a fresh leaf input port 82 and a fresh leaf receiving port 84 are arranged, and arrows A and B indicate fresh leaf conveying means. The movement of the track 86 and its direction are shown. On the fresh leaf receiving port 80 side, a fresh leaf receiving personal computer 22, a fresh leaf receiving server personal computer 26, and a rating server personal computer 27 are installed, and a truck scale 32 for measuring the total weight of the truck 86 and the fresh leaf 88 as the fresh leaf conveying means is provided. Are located.

A rating personal computer 42 is provided at the fresh leaf input port 82 side.
1, 422, 423, etc. are arranged, and in the building, fresh leaf input ports 91, 92, 93 for inputting fresh leaves 88 to an underground container and a fresh leaf input conveyor 10 are provided.
1, 102, 103, etc. are installed. In the case of this embodiment, the rating server personal computer 27 is installed on the fresh leaf receiving port 80 side. On the side of the fresh leaf receiving outlet 84, the fresh leaf receiving exit PC 62 is installed, and the fresh leaf 8 is provided.
A truck scale 70 for measuring the empty weight of the truck 86 after lowering 8 is installed.

Next, the fresh leaf acceptance settlement process will be described with reference to the flowcharts of FIGS.

FIG. 4 shows a main routine of the entire processing of the processing method and processing system. In step S1, a producer identification process and a total weight measurement process are performed. After this process, in step S2, a fresh leaf receiving process and a fresh leaf rating process are performed. Then, an empty weight measurement process is performed in step S3, and a post-rating process is performed in step S4.
In step S5, a raw leaf price calculation process, which is a final process, is performed.

FIG. 5 shows a subroutine of the producer specifying process and the total weight measuring process. Step S10
In 1, when a producer brings in fresh leaves 88 by a truck 86, the ID card 34 brought by the producer is
By causing the D card reader 30 to read the information, the producer information is taken into the fresh leaf receiving personal computer 22. After this processing, when the track 86 is moved to the track scale 32, the process proceeds to step S102, where the track scale 3
2, the total weight of the truck 86 and the fresh leaves 88 is measured,
It is taken into the fresh leaf receiving personal computer 22.

As a result, in step S103, the sample box number slip 8 is printed by the printer 24, and the sample box number
2 is printed and displayed. At this time, the CRT display 3
Since the total weight is displayed in No. 6, the producer touches "Confirm" on the screen and performs a confirmation operation, and then the producer proceeds to step S104.
Confirmation operation is completed. When this confirmation operation is completed, the producer information, the total weight, and the sample box number 10 are transferred from the fresh leaf receiving personal computer 22 to the fresh leaf receiving server personal computer 26.

FIG. 6 shows a subroutine of fresh leaf acceptance processing and fresh leaf grading processing. In step S201, when the producer brings the fresh leaves 88 and the sample box number slip 8 to the rating personal computers 421 to 42N and reads the barcode 12 on the sample box number slip 8 with the barcode reader 48, the sample box number Reading of 10 is completed. As a result,
The rating machines 441 to 44N corresponding to the rating personal computers 421 to 42N on which the input processing has been performed start operating.

When the input of the sample fresh leaves is performed in step S202, the process proceeds to step S203, and the fresh leaf component measuring process is executed. In this fresh leaf component measurement processing, total nitrogen (NF), sensory tests, and the like are performed on the total fibers of the sample fresh leaves. Using this processing time, the producer moves the truck 86 to the fresh leaf receiving / exiting personal computer 62 side.

FIG. 7 shows a subroutine of the empty weight measurement process. In step S301, the producer
After reading the D card 34 into the fresh leaf receiving / exiting personal computer 62 using the ID card reader 68, step S302 is performed.
Then, the truck 86 is moved to the truck scale 70, and its empty weight is measured.

When the measurement of the empty weight is completed, step S3
Then, the empty weight is recognized from the truck scale 70 by the fresh leaf receiving / exiting personal computer 62. At this time, the receiving process slip 14 shown in FIG.
Is printed and issued so that the producer can receive it.

In step S304, the empty weight recognized by the fresh leaf receiving / exiting personal computer 62 is displayed on the display screen of the CRT display 72, and the process proceeds to step S305. At this time, since “confirmation” is displayed on the display screen, the display is confirmed by the producer touching the display screen. When this confirmation operation is completed, step S30
The processing shifts to 6, and the recognized empty weight is transferred from the fresh leaf receiving / exiting personal computer 62 to the fresh leaf receiving server personal computer 26, and the empty weight measuring process is completed.

FIG. 8 shows a subroutine of post-rating processing. In step S401, in the fresh leaf grading process, the component data obtained by the grading machines 441 to 44N is taken into the rating personal computers 421 to 42N. In step S402, a photograph of the sample fresh leaf is taken using the camera 50, and the image data is captured and stored in the rating personal computers 421 to 42N. In step S403, the sample box number 10 is transferred from the rating personal computers 421 to 42N together with these component data to the rating server personal computer 27.

Next, FIG. 9 shows a subroutine of data processing in the rating server personal computer 27. In step S501, the component data from the rating personal computers 421 to 42N is transferred to the rating server personal computer 27 for storage and storage.
Secured. If the data needs to be corrected or added based on the sensory value, input processing of the sensory value is performed in step S502, and the process proceeds to step S503. In this step S503, the sample fresh leaves are rated based on the component data and the sensory values.

The receiving process and the rating process of the fresh leaves 88 are performed continuously, but are totaled on a daily basis. Therefore, in step S504, it is determined whether or not all the rating processes for that day have been completed. If the determination has not been completed, the processes in steps S501 to S503 are repeated. Then, when all the rating processes are completed, if an operation of “today's rating end” is performed, the end process is performed. In this case, it is possible to correct individual data using the sensory values captured in step S502.

In step S505, the corresponding grade value is transferred from the rating server personal computer 27 to the fresh leaf receiving server personal computer 26 together with the entire sample box number 10 for the day. This transfer process can be performed arbitrarily. Then, in step S506, when the data input to the fresh leaf receiving server personal computer 26 is completed, the producer information, the total weight, the sample box number 10, and the grade value are associated therein, and the crude tea production amount and unit price on the day are determined. Based on this, the fresh leaf price of the producer is calculated.

If the rating server personal computer 27 does not correct the grade value or manual correction by the sensory test, the rating process is completed, and when the data is sent from the rating personal computers 421 to 42N, the rating server personal computer 27 receives the rating. It is also possible for the server personal computer 27 to transfer the data to the fresh leaf receiving server personal computer 26, and in this process, the data can be transferred for each rating process or arbitrarily.

As described above, in the fresh leaf acceptance settlement method and system, the producer first uses the ID card 34 at the fresh leaf reception side to output the producer information such as the producer number, address, and telephone number. Recognition was carried out and brought fresh leaves 88
After receiving the sample box number slip 8 from the fresh leaf receiving personal computer 22 after the weight measurement, and putting the sample fresh leaves into the rating machines 441 to 44N, the bar code 12 of the sample box number slip 8 is recognized, and the rating machine 441 ４４44N are operated. At this time, fresh leaves 88 are simultaneously loaded into fresh leaf input ports 91 to 93 of the receiving container and the like. When performing a sensory test, the sample box number slip 8 is placed in a sample box on the fresh leaf discharge unit side of the rating machines 441 to 44N, and subjected to a sensory test. At the end of one rating, the rating computers 441-44N
, The sample box number 10, the component data, and the image of the sample leaf are transferred to the rating server personal computer 27. And fresh leaves 88
After completion of the charging, the empty weight is measured at the outlet side after the fresh leaves are input. If the grade value is corrected by a sensory test or the like at the day or at an arbitrary timing, the data is corrected by the rating server PC 27. If the sample box number 10 and the grade value are transferred from the rating server personal computer 27 to the fresh leaf receiving server personal computer 26, and the sample box number 10 and the grade value are captured in the fresh leaf receiving server personal computer 26, the producer brings it in. The price of the fresh leaves 88 is automatically calculated.

Next, FIGS. 10 and 11 show a second embodiment of the fresh leaf acceptance settlement method and system of the present invention. FIG. 10 shows the entire system, and FIG. The program is shown. In the system of the second embodiment, the same parts as those of the first embodiment are denoted by the same reference numerals.

The system of this embodiment is provided with a system such as a producer input section 200, a rating section 400, and a transport section 600. The producer input unit 200 corresponds to the fresh leaf receiving side system 2 and the fresh leaf receiving exit side system 6 of the first embodiment.
02. The data keeper personal computer 202 corresponds to the fresh leaf receiving server personal computer 26 of the first embodiment, and stores and manages various data.

In the rating section 400, the external media 4 is used as a means for storing data in the rating server personal computer 27.
20 are provided, and three measuring units 401, 402, and 403 are installed as a plurality of measuring means, and three sampling units 41 are used as a plurality of sampling means.
1, 412 and 413 are provided. The sampling units 411 to 413 correspond to the measurement units 401 to 403. As exemplified by the measuring unit 401, a rating machine 441 controlled by a rating personal computer 421 is provided. The rating machine 441 includes a component measurement control device 452 and a detector 45.
4 and a drive unit 456, and the component measurement control device 4
52 controls the measurement of the detector 454 and controls the drive of the drive unit 456 based on the result of the component measurement.

Further, as exemplified in the sampling section 411, a fresh leaf container sorting control panel 462, a receiving container control panel 464, and a sample taking device control panel 466 are provided. The underground container 468 provided for accommodating the fresh leaves 88 in the basement of the tea factory is the receiving container control panel 46.
The control such as transfer, carry-in, and carry-out of the fresh leaves 88 is performed by 4. The sampling device 470 is used to collect the sample fresh leaves, and the sample collection device control panel 466 collects and collects the sample leaves.
Returning is controlled.

The transport section 600 is provided with three systems of containers 601, 602, 603, intermediate containers 611, 612, 613 as a plurality of containers, and conveyors 621, 622, 623 as transport means.
Fresh leaves 88 are stored in each of the containers 601 to 603 according to the rating (component measurement value), and are carried into the intermediate containers 611 to 613 before the storage. Conveyors 621 to 623
Is a means for transporting the fresh leaves 88, which is selectively driven for each fresh leaf 88 by the fresh leaf container sorting control panel 462 based on the sorting control output from the component measurement control device 452 of the grading machines 441 to 44N. 603,
Fresh leaves 88 are carried into the intermediate containers 611 to 613.

As described above, in addition to the processing for accepting the raw leaves 88 or calculating the price described in the processing method and processing system of the first embodiment, in the second embodiment, the distribution, transport and storage processing of the received raw leaves 88 are performed simultaneously. Since such a system is used, labor saving and automation can be realized in a tea factory.

In this case, in the subroutine of the fresh leaf receiving process and the fresh leaf rating process, as shown in FIG.
At 211, the producer brings the fresh leaves 88 and the sample box number slip 8 to the rating personal computers 421 to 42N, reads the barcode 12 on the sample box number slip 8 with the barcode reader 48, When the reading is completed, the rating machines 441 to 44N corresponding to the rating personal computers 421 to 42N.
Starts operation. Then, when the input of the sample fresh leaves is performed in step S212, the process proceeds to step S213, and the fresh leaf component measurement process is executed. In the fresh leaf component measurement process, the total nitrogen (NF), the sensory test, and the like for the total fibers of the sample fresh leaves are performed. In this embodiment, after the component measurement process, the process proceeds to step S214, where the rating, that is, a container assignment destination instruction is performed based on the component measurement value, and based on the instruction, a predetermined container 601 to 603 is determined. Fresh leaves 8
8 are performed. According to this embodiment, tea processing can be performed for each rating.

In the embodiment, a tea factory having a different inlet and outlet is described as an example. However, it is natural that the layout and the equipment configuration of the equipment differ depending on the factory, and the method and system of the present invention are different. Can be similarly applied to a tea factory in which a reception port and an exit are set at one place, and are not limited to the layout and the device configuration of the embodiment.

[0054]

As described above, according to the present invention,
The following effects are obtained. a Since the processing from the input of the specific information of the producer to the calculation of the price is performed by a consistent system, the processing can be speeded up. b. Input processing of rating information such as leaf identification information and grade value is released from manual work, errors due to previous key input can be reduced, and the reliability of the settlement process from input of specific information of the producer to price calculation is improved. be able to. c Measurement data and sensory test results in the rating process can be processed in close relation with the identification information, and the relationship between the producer's name and the fresh leaf can be kept secret during the process, so the fairness of the processing such as rating and price calculation Can be increased.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a first embodiment of a method and system for accepting and processing fresh leaves according to the present invention.

FIG. 2 is a diagram showing a sample box number slip and an acceptance processing slip.

FIG. 3 is a plan view showing the outline of a tea plant which is an embodiment of the method and system for accepting and processing fresh leaves of the present invention.

FIG. 4 is a flowchart showing fresh leaf acceptance settlement processing.

FIG. 5 is a flowchart showing a producer specification process and a total weight measurement process.

FIG. 6 is a flowchart showing fresh leaf reception processing and the like.

FIG. 7 is a flowchart showing an empty weight measurement process.

FIG. 8 is a flowchart showing post-rating processing.

FIG. 9 is a flowchart showing a fresh leaf price calculation process.

FIG. 10 is a block diagram showing a second embodiment of the fresh leaf acceptance settlement method and system according to the present invention.

FIG. 11 is a flowchart showing fresh leaf receiving processing and the like in a second embodiment.

[Explanation of symbols]

 22 Fresh leaf receiving personal computer 24 Printer 26 Fresh leaf receiving server personal computer 30, 68 ID card reader 32, 70 Track scale 36, 72 CRT display (display means) 37, 74 Touch sensor 62 Fresh leaf receiving exit computer 86 Truck 88 Fresh leaf 421-42N Personal computer 441-44N Grading machine

Claims (6)

[Claims] 1. A method for receiving and adjusting fresh leaf using a computer, comprising: a process of capturing specific information of a producer, a transporting means, and a total weight of fresh leaves; a process of issuing identification information of the fresh leaves; A process of grading the fresh leaves based on the reading of the information, a process of taking in the empty weight of the transport means based on the reading of the specific information, and calculating a price for each of the specific information from the weight of the fresh leaves, the rating information and the unit price. And a processing method for receiving and adjusting fresh leaf. 2. The fresh leaf according to claim 1, further comprising: a process of displaying the acquired specific information and the total weight; and a process of accepting a confirmation operation of the producer with respect to the content of the display. Receipt payment processing method. 3. The fresh leaf acceptance settlement processing method according to claim 1, further comprising: a process of displaying the captured empty weight; and a process of accepting a confirmation operation of the producer with respect to the content of the display. . 4. A fresh leaf acceptance and settlement processing system using a computer, comprising: means for taking in specific information of a producer; means for measuring a total weight of the transport means and fresh leaves or an empty weight of the transport means; Means for issuing the identification information of the fresh leaf based on the capture of the total weight; means for performing a rating process on the fresh leaf based on reading of the identification information; and after capturing the empty weight, the weight and rating information of the fresh leaf. And a means for calculating a price for each piece of the specific information from a unit price and a unit price. 5. A display means for displaying the fetched specific information and the gross weight, and means for accepting a confirmation operation from the producer with respect to the display contents of the display means. The fresh leaf acceptance settlement processing system according to claim 4. 6. A display means for displaying the fetched empty weight, and means for receiving a confirmation operation from the producer with respect to display contents of the display means. The raw leaf acceptance settlement processing system described in the above.