JPH03188945A - Printing and packaging treatment in self-imposed check system - Google Patents

Abstract

PURPOSE:To shorten the working time until packaging of ripe grain from packaging of sample paddy by printing the data relating to self-imposed check which are made obvious at a point of time thereof parallel to packaging of unripe grain on a slit and thereafter printing the measured value of ripe grain which is made obvious for the first time on the slit. CONSTITUTION:In the case of performing the printing and packaging treatment in a self-imposed check system, one part of sample paddy is packed and on the other hand, the residual sample paddy is led to a self-imposed check device and husked. Thereafter only unripe grain is separated and the weight is measured. Sample paddy is packaged and the data relating to self-imposed check which are made obvious at a point of time thereof parallel to this packaging are printed on a slit. The weight of the separated residual ripe grain is measured together with the above-mentioned printing work. After this measurement of weight, the measured value is printed on the above-mentioned slit. Thereafter this printed slit and the ripe grain are led to a packaging device and these are integrally packaged successively to the unripe grain.

Description

Detailed Description of the Invention (Field of Industrial Application) The present invention is applied to a grain drying and preparation facility that receives grain from each producer, goes through the steps of drying, sorting, and storage, and then ships it. , the receipt is related to the improvement of a self-inspection system that collects a portion of grain as a sample for self-inspection, performs self-inspection of the sample, and automatically bags it.

(Prior art) Conventionally, the entire weight of grain received at a grain drying and preparation facility is weighed using a weighing machine, and at the time of weighing, a portion of the grain is taken as a sample for self-inspection. were dried in a dedicated sample dryer.

When the drying in the sample dryer is completed, the dried sample rice is supplied to the distributor l shown in FIG. 2, where the sample rice is divided into two parts.

Then, as shown in FIG. 3, at time t1, the distributor l
When a fixed amount (for example, 100 g) of unhulled paddy is distributed to the conveyor 2 with packets and supplied to the self-inspection device 3, the hulling work is performed by the dehulling roll 4.

Further, at time t1, the other sample paddy distributed by the distributor 1 is transferred to the bucket) ((When the sample paddy is conveyed to the conveyor 5 and supplied to the packaging device 6, the sample paddy is packaged by the packaging device 6.

The hulled sample is supplied to the sorting tube 7 that performs a sorting operation into immature grains and sized grains, and when the hulling operation is completed at time E2, the sorting tube 7 starts normal rotation. As a result, only the immature grains are taken out to the outside through a large number of leakage holes provided on the outer periphery of the sorting cylinder 7, and are supplied to the weighing scale 8.

When the removal of the immature grains is completed at time t3, the total weight of the immature grains is measured using a weighing scale 8.

At time t4, the immature grains for which the measurement has been completed are conveyed to the packaging device 6 by the packet conveyor 9, and the immature grains are packaged.

On the other hand, the sorting cylinder 7 starts to reverse rotation when the outlet is opened, and the sorted particles are taken out from the outlet, and the taken out sorted particles are supplied to the weight scale 8.

At time t5, when the removal of the sized particles is completed, the total weight of the sized particles is measured using a weighing scale 8. And time t6
At this time, printing of predetermined items on the slip a is started using the printing device attached to the packaging device 6.

The printed contents of this slip a include, as shown in Figure 4, the date of self-inspection, the receipt of goods by the producer, etc., as well as the measured values of immature grain and grain size measured with scale 8 as mentioned above. This is voluntary verification data.

Then, when the printing of the slip a is completed at time t7 after the time TI has elapsed, the slip a is packaged in the same bag as the sorted grains that have been conveyed from the self-inspection device 3 by the conveyor 9 with packets during that time. .

As a result, from the outlet of the packaging device 6, sample paddy, immature grains, and sized grains are individually and serially packaged as shown in FIG. The body is expelled.

(Problem to be Solved by the Invention) Conventionally, the printing device 6 starts printing the slip a at time 6, and at that time a large amount of data as shown in FIG. 4 is printed all at once. do. As a result, during the printing period, the sized grains that are packaged together with the slips are on standby for a long time without being able to be packaged, which results in wasted work time in one process from the start of packaging the sample paddy to the end of grading packaging. This solution was desired.

In view of these points, the present invention aims to solve the above problems.

(Means for Solving the Problems) In order to achieve the above object, the present invention was configured as follows.

That is, in the present invention, a part of the sample paddy that has been dried in the sample dryer is guided to a packaging device and packaged, while the remaining sample paddy is led to a self-inspection device to be hulled, and then only immature grains are separated. The weight of the immature grains is measured, and the measured immature grains are guided to a packaging device and successively packaged with the sample paddy, and in parallel with the packaging of the immature grains, a printable voluntary test known up to this point is performed. The data is printed on a slip by a printing device, and the weight of the separated sized particles is measured. After the weight measurement, the measured value is printed on the slip by the printing device, and then the printed slip and The sized grains are introduced into a packaging device and are packaged integrally and consecutively with the immature grains.

(Function) In the present invention, in parallel with the packaging of immature grains, printable self-inspection data that has been known up to that point is printed on a slip by a printing device, and after that, the measured grains that can be determined for the first time are printed. The printing device now prints on the slip.

As described above, in the present invention, since the printing of the slip is divided into two stages, it is possible to shorten the work time required for one process from the start of packaging the sample paddy to the end of the grading packaging.

(Example) Embodiments of the present invention will be described below with reference to the drawings.

In this embodiment, each device is constructed in the same manner as shown in FIG. 2, and each device is operated as shown in the time chart shown in FIG.

Furthermore, in this embodiment, the operations of each section from time ti to time t4 are the same as in the conventional example, so the operations of each section after time t4 will be described below.

At time t4, the immature grains whose weight has been measured by the weighing scale 8 are conveyed to the packaging device 6 by the conveyor 9 with packets, and the immature grains are packaged.

In addition, in parallel with this packaging, the printing device 10 prints the printable consignment data known up to that point and the measurement value of immature grains measured by the scale 8 on the slip a. Therefore, by this printing, all the data except for the measurement value of the grain size adjustment which is unknown at that time and cannot be printed is printed on the slip a. The time required for this printing is T2.

At time t5, when the removal of the sorted grains from the sorting tube 7 is completed, the total weight of the sorted grains is measured using a weighing scale 8.

At time t6, the printing device IO prints the measurement value of particle size adjustment on the slip a. At this time, the data to be printed is only the measured value of grain size adjustment, and the time required for printing is T3.

Then, at time t8, when the printing of the slip a is completed, the slip a is packaged in the same bag as the sorted grains that have been conveyed from the self-inspection device 3 by the conveyor 9 with packets during that time.

As a result, a package as shown in FIG. 5 is detected from the exit of the packaging device 6.

In this example, as shown in Fig. 1, printing on slip a is divided into two stages, so compared to the conventional case where printing is done all at once, it is possible to print from the start of packaging of sample paddy to the packaging of grading. The working time required for this is reduced by time T2. Here, each time T1. shown in FIG. 1 and FIG. T2
, T3 is expressed by the following equation.

T1=T2+T3 (Effects of the Invention) As described above, in the present invention, in parallel with the packaging of immature grains, the data related to the self-inspection that can be printed up to that point is printed on a slip, and the grain grading data that can be understood only after that is printed on the slip. Since the measured values are printed on a slip and the printing of the slip is divided into two stages, it is possible to shorten the work time required for one process from the start of packaging sample paddy to the end of grading packaging.

[Brief explanation of drawings]

Fig. 1 is a time chart showing the operation of each part in the embodiment of the present invention, Fig. 2 is a diagram showing the configuration of the conventional device, Fig. 3 is a time chart showing the operation of each part of the conventional device, and Fig. 4 is a time chart showing the operation of each part of the conventional device. FIG. 5 is a diagram showing an example of printing, and FIG. 5 is a diagram showing an example of packaging. a... slip, b... package, 1... distributor, 3 self-inspection device, 4 degassing roll, 6 packaging device, 7... sorting tube, 8... weighing scale, 10... ...Printing device.

Claims (1)

[Claims] A part of the sample paddy that has been dried in the sample dryer is led to a packaging device and packaged, while the remaining sample paddy is led to a self-inspection device for hulling, and only the immature grains are separated and weighed. The finished immature grains are led to a packaging device and successively packaged with the sample paddy, and in parallel with the packaging of the immature grains, the printable data related to the self-inspection that has been known up to this point is printed on a slip by the printing device. At the same time as printing, the weight of the separated remaining sized particles is measured,
After measuring the weight, the measured value of the sized particles is printed on the slip using a printing device, and then the printed slip and the sized particles are guided to a packaging device and are packaged together and consecutively to the immature granules. Print packaging processing method in certification system.