JP2000334316A5 - - Google Patents

Description

[Title of the Invention]In the grain drying and preparation facilitySelf-testing device
[Claim of claim]
[Claim 1] Collected at the grain drying and preparation facilityRiceSamples taken from the ground rice and immature riceWhenMultiple includingseedAnd the independent test department that
sampleQuality measurement department that measures quality,
With raw materialsSaidRefined rice and immature riceWhenFor packaging samples containingWhen,
Receipt dateA slip issuing unit that describes sample data including
Equipped withIn the grain independent testing device,
SaidBetween the quality measuring unit and the packaging unit,SaidFeed ingredients and refined riceforThe first passage,In the packaging sectionEquipped with a second passage for introducing immature rice and slips,
SaidPackaging departmentIn the above-mentioned refined rice and immature rice etc.Packaging bags to be packaged have two kinds of internal capacity, large and small in parallelTenari,
Said first passageOutlet ofTheSaidArranged on the high capacity side of the packaging bagWhile, Said second passageOutlet ofTheSaidArranged on the small volume side of the packaging bagTheIt is characterized byIn the grain drying and preparation facilitySelf-testing device.
2. The apparatus according to claim 1, wherein a slip issuing unit is provided in the second passage.In the grain drying and preparation facilitySelf-testing device.
Detailed Description of the Invention
[0001]
Field of the Invention
The present invention is from each producerRiceReceiving and drying・The present invention relates to a grain drying and preparation facility that carries out shipping via a process such as storage, and in particular,VoluntaryIt relates to a verification device.
[0002]
[Prior Art]
Traditionally, grains collected and used in grain drying and preparation facilities such as rice centers and country elevators(Rice rice)A fully automatic self-testing device that takes grain samples from a portion of the sample and separates the sample intoIn self-testing deviceAfter sample mash (momisu), it separates into refined rice and immature rice, measures it, and separates them by the same conveyance path.EachWhen the rice is transported to the packaging device,ToriOne equipped with a grade scale to check the quality of refined rice taken out by the dispensing means (Japanese Patent 7-63636), one equipped with a taste meter to measure the taste of refined rice (Japanese Patent Laid-Open No. 10-78379), etc. there were.
[0003]
by the way,In this type of self-testing deviceIn the process of voluntary inspectionAlongWas processedRice is riceDuck, immature riceas well asIt is thrown into packaging equipment in order of refined rice and packagedButSince the form of the package is packaged in the order of beading in the order of processing, at least three bags (rice cake, immature rice, refined rice) are serially made in series for one sample. Sample data (loadReceiving date,loadIf you add a slip that describes the receipt code, the producer code), four bags will be made in a beaded connection for one sample. Moreover,theseofThe packaging bag is not cut every one sample (3 bags or 4 bags), but a plurality of samples are successively packaged. Therefore, the finalToA series of very long packaging bags are wound and stored, and many winding reels are required to wind them up. The capacity of the continuous packaging bag used here issampleRegardless of the same volume, this also is a continuous packaging bagTheIt has been a factor in lengthening.
[0004]
Also, every one sampleToConsecutively in the same size packaging bag in series,And,Because multiple samples are continuously wrapped, one sample with 3 bags or 4 bagsOne by oneI miss the break ofFearThere was also. For example, rice bran, immature rice, refined rice and orderConnectionIn the form of slipsrearThe next sample of immature rice is continuous, the sampleEveryWhen separating the packaging bag into,The sample and the slip correspond by separating one side of the slip, but when the other side of the slip is separated by mistakeIsMismatch between slip and sample,sampleAsThe worth offearwas there.
[0005]
there,To minimize the length of continuous packaging bags andbagJapanese Patent Application Laid-Open No. 2-4603 (FIG. 6) discloses contents considered to be a preferred embodiment for preventing an error in separation of. In this way, package each sample in parallelByIts length can be made sufficiently short and samplebagThere is no mistake in separating the However, although the length of the packaging bag for each sample can be shortened, the width of the packaging bag is because each sample is packaged side by side.ButAs it becomes larger, a take-up reel having a width three to four times that of the conventional one is required. Also, WeightBeing in a state where it can not be doubled and carried aroundButConceivable.further,In the case where a slip is enclosed in a sample bag, in this case the same packaging bag as the sample is used to reduce the number of bags.SealIt is inserted. But this way,Not only is the slip buried in the sample, but the wind generated by the sample moving through the input path causes the slip to be properly contained in the packaging bag.SealI could not enter.
[0006]
[Problems to be solved by the invention]
The present invention considers the above problems., While shortening the package length for each sample and keeping the width within twice the conventional one, andThe, When separating the samples individually,Even if you make a mistake and separate it, you can ensure the minimum identity of the sample and the slip.In the grain drying and preparation facilityProviding a self-testing deviceTechnical to doThe subject.
[0007]
[Means for Solving the Problems]
In order to solve the above problems, the present invention is collected at a grain drying and preparation facility.RiceSamples taken from the ground rice and immature riceWhenMultiple includingseedAnd the independent test department that
sampleQuality measurement department that measures quality,
With raw materialsSaidRefined rice and immature riceWhenFor packaging samples containingWhen,
Receipt dateA slip issuing unit that describes sample data including
Equipped withIn the voluntary verification device,
SaidBetween the quality measuring unit and the packaging unit,SaidFeed ingredients and refined riceforThe first passage,In the packaging sectionEquipped with a second passage for introducing immature rice and slips,
SaidPackaging departmentIn the above-mentioned refined rice and immature rice etc.Packaging bags to be packaged have two kinds of internal capacity, large and small in parallelTenari,
Said first passageOutlet ofTheSaidArranged on the high capacity side of the packaging bagWhile, Said second passageOutlet ofTheSaidPlace on the small volume side of the packaging bag,
It took the technical means that.
[0008]
The purified rice and immature rice from which the sample was separated are not equal in amount, and the ratio of immature rice to that of refined rice is about 1 to 9, and the slip is also extremely small in volume to the raw rice bran and refined rice. In the present invention, these small-volume immature rice and slips are packaged in a small-volume packaging bag, and a relatively large amount of raw material rice cake and refined rice are packaged in a large-volume packaging bag. Moreover, since a large volume and a small volume are arranged in parallel as one set, for example, in the case where four packaging bags of raw material koji, refined rice, immature rice and slip form one sample, they are connected in series. The length of the packaging bag can be shortened to about 1/2 compared to packaging.
[0009]
[0010]
[0011]
And, by providing a slip issuing unit in the passage for introducing the unripe rice, the slip is placed in the packaging bag at a completely different timing from the flow of the unripe rice passing through the same passage regardless of the flow of the rice cake or refined rice Of these kernels because they can beA slip is taken by passingButInstead, it can be accurately put into the packaging bag.
[0012]
BEST MODE FOR CARRYING OUT THE INVENTION
The present inventionAtThe self-verification unit 2 is a conventional vermicelli device,Grain sorting device and weighing deviceOrAnd the fully automatic voluntary verification device 1 is the autonomous verification unit 2 described above.,Quality measurement unit 3 and packaging unit 21 (below,"Sample packer")FromIt is fair. here,Implementation of the inventionAspect of1 to 6GroupExplain to. Fig. 1 shows the general view of the fully automatic self-verification device 1, and Fig. 2 showsSaidThe left side view of the fully automatic voluntary verification device 1 is shown. Figure 3,FIG. 4 is a diagram showing the configuration and connection of a fully automatic voluntary verification apparatus 1;,FIG. 6 is a diagram showing the configuration of the quality measurement unit 3 and the connection with a sample packer 21. FIG. 5 is a view showing the switching path, and FIG. 6 is a schematic cross-sectional view of the sample packer 21. As shown in FIG.
[0013]
FigureAs indicated by 3, the internal configuration of the self-testing unit 2 is,There is provided a supply port 4 for supplying grains dried by a test dryer (not shown), and the lower part of the supply port 4 is provided with a supplied grain sample.DA distributor 5 for distributing in the direction is provided. One of the distributors 5 is a meter 6a, the other is,TheAA shutter 8a opened and closed by a cylinder 7 is connected to a series of two standby boxes 9 provided at the bottom. And, the lower part of the measuring instrument 6a is provided with a grained throat 10a. The end of the raised grain throat 10a is,It opens in the vibration feeder 11 provided in the upper part of said self-verification part 2, and the stripping apparatus 13 which has a pair of stripping rolls from the upper side directly under the discharge port 12 of the vibration feeder 11When, A switching device 15 for switching the falling direction of the stripped grain sample by the action of the actuator 14aWhen, A pair of left and right to separate the stripped grain sample into refined rice and immature riceofGrain sorting cylinder 16When,Refined riceas well asWeighing instrument 6b for measuring each unripe riceWhenIs equipped. The lower part of the waiting box 9 and the weighing device 6b are connected to the deep grained lows 10b.
[0014]
Next, the configuration of the quality measuring unit 3 will be described.,Figure 4On the basis ofexplain.SaidThe quality measurement unit 3 is adjacent to the self-verification unit 2 and the configuration thereof is the storage tank 17, the taste meter 18,Rice quality 19 andThe control unit 20 consists offurther,A sample packer 21 is connected to the quality measurement unit 3.
[0015]
And, Provided in the voluntary verification unit 2The end of the deep-throated throat 10 b is connected to a storage tank 17 provided at the top of the quality measuring unit 3. Further, a sample device 22 provided below the side surface of the storage tank 17 is connected to the rice quality meter 19. The sample device 22 is pivoted by the action of the actuator 14b, and further comprises a receptacle 23 for extracting an arbitrary amount of refined rice.
[0016]
AndSaidAbove the rice quality indicator 19, the displayーWhile providing the control part 20 comprised from 25 and the keyboard 26,SaidImmediately below the rice quality indicator 19, a rice receiving box 27 is arranged which accumulates the refined rice discharged after measurement by the rice quality indicator 19. The rice quality meter 19 is made of1grainEveryLight and transmitorDetects each light quantity of reflection,1grainEveryGood brown rice, immature rice, coloringRice, Dead rice, torsoSuch as riceIt is set as the structure which determines the quality of.
[0017]
Also,Provided in the quality measurement unit 3The pipes 24b branched into the pipes 24b1 and 24b2 are connected directly below the storage tank 17, and a switching plate 28 for switching the conveyance direction by the action of the actuator 14c is internally provided at the branch point. The pipe 24b1 is connected to a supply port (not shown) provided at the ceiling of the taste analyzer 18 described below. In addition, a pipe 24d is provided at a discharge port (not shown) provided at the bottom of the taste meter 18 via a shutter 8b which is opened and closed by the action of the actuator 14d.,It is connected to a sample packer 21 provided immediately below the taste analyzer 18. The taste meter 18 uses a spectrometric analyzer that analyzes the constituents of the grain by optical means.ofAnalyze the ingredientsThe, And the sample packer 21 is configured to perform the taste evaluation of the grain based on the analysis result, and the sample packer 21 receives the consignee while making the film drawn out continuously.EveryIn addition, they are aggressively sorting out grain samples and refined rice in order. And, the pipe 24b2 isThatNear the end,It joins with the said pipe 24d via the shutter 8c opened and closed by the effect | action of the actuator 14e. Immediately below the pipe 24d,The pipe 29 (switching path) branched into the pipe 29b1 (second path) shown in FIG. 5 and the pipe 29b2 (first path) is connected, and the branch point is,A switching plate 29a is provided internally for switching in the transport direction by the action of the actuator 14f. And, the pipe 29b1 and the pipe 29b2 areBothTop of sample packer 21ToIt is connected to the provided supply port 31. Here, the pipe 29b1 is a mochi and refined riceWhenTheTransportPipe 29b2 is slip and immatureWith riceTheTransportTo be controlled.
[0018]
next,The sample packer 21 will be described. Figure 6IsCross section of sample packer 21 shown brieflyIs. Small capacity and large capacity at the topWhenSupply outlet 31 with two flow paths (not shown)ProvisionThe packaging film rolls 32a and 32b are disposed at relative positions so as to sandwich the discharge port of the supply port 31. The respective packaging films 32a and 32b are provided in a pair on the left and right,TheABy the cylinders 34a, 34bAccessBetween the sealing devices 33,,A packaging bag is formed by holding and heat-sealing the packaging film 32. The sealing surface of the sealing device 33 is, for example,,A seal bar 35 having the shape shown in FIG. 7 is provided, and when the packaging films 32a and 32b are sealed by electrically raising the temperature, a packaging bag 37 shown in FIG. 8 is produced. The packaging films 32a and 32b are fed by the feed rollers 36a and 36b. In the packaging bag 37 shown in FIG. 8, the sealing device 33 forms a packaging bag part 37 a with a small volume and a packaging bag part 37 b with a large volume. Therefore, via the supply unit 31,Pipe 29b1 is used for the large capacity packaging bag 37b,The pipe 29b2 is used for the small volume packaging bag 37a.,eachConnected
[0019]
The pipe 29b2 is provided with a slip issuing device 40(See Figure 5),SaidThe slip issuing machine 40 prints predetermined data and,A slip 41 cut to a predetermined length is created, and the slip is input to the pipe 29 b 2 by the slip issuing device 40.In the pipe 29b2The input slip 41 falls in the pipe 29 b 2 and is input to the sample packer 21.
[0020]
In the above configurationconcreteAbout the action,less thanexplain. As shown in FIG. 3 to FIG. 6, the grain sample (rice cake) dried by the test dryer (not shown)FromIt is supplied and distributed by the distributor 5 to the meter 6 a and the standby box 9. Then, the shutter 8a is opened by the action of the air cylinder 7, so that the grain sample supplied to the standby box 9 is transported from the standby box 9 to the storage tank 17 via the fresh grain drawer 10b, and then the actuator By the action of 14c, the switching plate 28 is pivoted to close the starting end of the pipe 24b1.WithThe switching plate 8c is rotated by the action of the actuator 14e to open the end of the pipe 24b2,further,Since the switching plate 29a is rotated by the action of the actuator 14f to close the starting end of the pipe 29b2,samplePipe 24b,same24b2And the samePass in the order of 29b1do itSupplied to sample packer 21The,OutlineLower and sideWhenIs sealed in the packaging bag 37bToBagged. After the bagging of the bag, the slip issuing machine 40 provided on the pipe 29b2 inserts the slip 41 which has finished predetermined printing on the pipe 29b2.The, In the packaging bag portion 37a. here,When the slip 41 is inserted, the sealing device 33 operates after a predetermined time, and the packaging bag 37IsReceiving the next inputOnLower and side portions by the seal bar 35 shown in FIG.WhenIs sealed.By this,Light vouchers and relatively heavy grain samplesWhenAre packaged in parallel.
[0021]
Moreover, the grain sample weighed by the said measuring instrument 6a is conveyed to the vibration feeder 11 by the grain-raising throat 10a. Grain sample by vibration action of the vibration feeder 11ButDrops little by little from the discharge port 12 and is removed by the stripping apparatus 13(籾)Be done. De-grained grain samples(D)By means of a fan (not shown), the rice husk is discharged to the outside of the machine, and only the grain is rotated by the action of the actuator 14a.Only the grainIt is alternately supplied to one of the left and right grain sorting cylinders 16. The supplied grains are sorted into immature rice falling from the mesh of the grain sorting cylinder 16 rotated by the action of a driving device (not shown) and refined rice remaining in the sorting cylinder. The immature rice dropped from the grain sorting cylinder 16 has its weight measured by a weighing device 6b, and then passes through the grained groceries-10b.TheIt is transported to the storage tank 17. The switching plate 28 is operated by the action of the actuator 14c, and the switching plate 8 is operated by the action of the actuator 14e.cHowever, the switching plate 29a is further rotated by the action of the actuator 14f, and the pipe 24b1 andsameClose the beginning of 29b1sameSince the end of 24b2 is opened, the uncooked rice transported to the storage tank 17 is the pipe 24b,same24b2 andsame29b2 in order, and is fed into the packaging bag portion 37a.
[0022]
After the transfer operation of immature rice is finished, next, the grain sorting cylinder16The refined rice left in the inside is supplied to the measuring device 6b, and the weight thereof is measured in the same manner as for the immature rice, and then transported to the storage tank 17 via the freshwater threshing slot 10b. A part of the refined rice transported to the storage tank 17 is introduced into the sample device 22. And to the storage tank 17Of refined riceWhen the transfer is completed, the receiving rod 23 rotatesTheThe extracted rice is extracted into the pipe 24a and supplied to the rice quality meter 19. In addition, the rice quality meter 19 receives the start signal from the control unit 20 and measures the quality of the refined rice, and then makes the refined riceReceivingBox 27InsideTo discharge.
[0023]
Further, the switching plate 28 is pivoted by the action of the actuator 14c to close the starting end of the pipe 24b2, so that the cleaned rice transported to the storage tank 17 is the pipe 24b.And the sameIt passes 24b1 and is supplied to the taste meter 18.SaidThe taste analyzer 18 receives the start signal from the control unit 20 and measures the components contained in the refined rice. After measurement, refined riceIsIt is intermittently discharged from the discharge port to the pipe 24d by the rotary valve 30, but is accumulated in the pipe 24d because the shutter 8b is closed. Then, when discharging of the refined rice from the taste analyzer 18 is completed, the shutter 8b is opened, and at the same time, the switching plate 29a is rotated by the action of the actuator 14f to close the starting end of the pipe 29b2, so Following the grain sample being made, refined rice is introduced into the packaging bag portion 37b. The packaging bag 37 bagged in this manner is shown in FIG.,籾 sample next to the voucherBut, Next to immature rice,EachIt is packed in parallel. That is, since the light and heavy ones are set and arranged in parallel, the length of the sample bag is half that of the conventional bag, and when it is wound on the winding roll with the same thickness, it can be wound more than before. The shaded area shown in this figure is,Seal bar 35ToTherefore, it shows the sealed area, and the next seal is displayed when the bag and the slip are inserted.Applied, And even if immature rice and refined rice are introduced,Also the next seal isApplicationIt shows that it was done.
[0024]
Next, the flow of grain samples and the like for the two or more items in the quality measurement unit 3 will be described. Since the shutter 8c provided on the pipe 24b2 is closed while measuring the previously supplied refined rice with the taste meter 18, the next grain sample supplied to the standby box 9 by the distributor 5 is After being transported to the storage tank 17 via the grain throat 10b, it is accumulated in the pipe 24b2. Refined rice supplied earlierButTaste meterEnd of measurement withTheTheWhen inserted into the packaging bag portion 37b, the sealing device 33 operates to form the next packaging bag 37. Then, the switching plate 8c is rotated by the action of the actuator 14e.TheThe switching plate 29a is rotated by the action of the actuator 14f.,Pour grain sample into pipe 29b1TheLoad into the packaging bag portion 37b. After transport of the grain sample, the switching plate 8c is pivoted by the action of the actuator 14e to close the end of the pipe 24b2. Then, the grain-sorted next immature rice passes through the pipe 24b.TheIt accumulates in the pipe 24b. During this time, the slip issuing machine 40 prints out the slip 41.,In the same manner as described above, the packaging bag portion 37a is charged. after this,A sealing device 33 forms a packaging bag 37. The switching plate 28 is rotated to close the start end of the pipe 24b2, and the grain-sorted next refined rice is supplied to the taste analyzer 18. In addition, the shutter 8c is opened by the action of the actuator 14e.WithThe next unripe rice which is switched to the pipe 29b2 by the action of the actuator 14f and accumulated in the pipe 24c1 is the pipe 24d.And the same29b2 are sequentially supplied to the packaging bag portion 37a of the sample packer 21 via the tray 29b2 and bagged.
[0025]
that's all,Slip41An example is shown in which the first data is input to the slip issuing device 40 via the control unit 20.TheIf the data of the quality measurement unit 3 is printed on the slip 41, the slip is issued after a small amount of measurement by the taste meter, so change the order of insertion as shown in FIG. 9 at this time. become. For example,Each actuator may be controlled so that the grain sample, the immature rice, the refined rice and the slip are put into the packaging bag 37 in order. Also in this case,Paralleling rice cake to uncooked riceTheIt is necessary to package the slips in parallel to the cleaned rice.
[0026]
Also, the packaging bag is two packaging films 32aAnd the same32b with packing materialTheWhile the three-point seal is applied while laminating them, a small-volume packaging bag 37a and a large-volume packaging bag 37b are formed, but it is also possible to use a tube-shaped packaging bag as shown in FIG. . in this case,OutlineSmall capacity and large capacityWhenIt is preferable to use a tube-shaped packaging material 45 formed by sealing the boundary line ofthisThe packaging machine 50 using the packaging material 45 will be briefly described with reference to FIG. In FIG. 11, in order to understand the operation of the packaging machine 50ofOnly the main part is shown.
[0027]
A pair of feed rollers 51 for feeding the roll-shaped packaging material 45TheThe packaging bag to be pulled out is cut with a cutting device 52 for processing into a single bag,The bag is sent to a sealing device 53 which performs lower sealing of the bag. The tip of the packaging material,Gripping chuck arm 54(Tsukaru)The feed roller 51 is stopped when it is fed to a predetermined position to fit the margin.TheCut device 52 and seal device 53 operateTheMake a single bag cut and seal down. in this wayFormationThe single bag is transferred by the chuck arm 54 to the inlet 56 position.
[0028]
When single bag 55 is transferred to inlet 56 position,Figure 12Indicated byTo work.That isThe bag mouth of the single bag 55 is opened by the pair of suction cups 57, as shown in FIG. 12- (a).,Input port 56From籾 sample on the large capacity sideBut,Immature rice to small volume sideButIt is injected in parallel. next,As shown in FIG. 12- (b), the middle seal position 58 allows the rice samples and the immature rice to be introduced in parallel.WhenSeal the middle position of the packaging bag that is the top of the box. When this seal is completed, the inlet 56FromRefined rice on large capacity sideBut,Voucher for small capacityButIt is injected in parallel. Finally,As shown in FIG. 12- (c), the bag-sealing device 59 seals the bag-housing of the single bag 55 to complete the packaging. In this case, the packaging bag is a single bag in which the slip and the sample correspond to each other, and there is no mistake in the separation position as in the case where the continuous sample bag is cut out as needed. Because it is already finished in a single bag and packaged with large and small volumes in parallel, the length can be reduced and the width will not be larger than necessary.It is calledThe advantages are the same as in the previous embodiment, and the length of the packaging material can be reduced, so the number of roll replacements can be reduced.Ru.
[0029]
【Effect of the invention】
As mentioned aboveThe present inventionAccording to,smallVolumeAmount of immature rice and slips are packaged in small capacity packaging bagsRelativelyBigVolumeAmount of persimmons and refined rice should be packaged in a large capacity packaging bag,Moreover,As this was arranged in parallel as one set of large and small,For raw material rice bran, refined rice, immature rice and slipsIn the case of one sample with four packaging bags,1 sample packaging bag length, Half compared to packing in one row in seriesCan be. On this occasionBecause two bags of different sizes are paralleled,Compared to conventionalWidth is a little bigEven ifThe length can be halved certainly.
[0030]
In addition, when cutting the packaging bag for each sample, even if the boundary of the sample is accidentally cut, if the slip and the skewer or the slip and the refined rice are packaged in parallel, the reliability of the sample is completely lost. It must not be.
[0031]
Since the slip issuing machine is provided in the passage for introducing the immature rice, the slip can be injected at a completely different timing from the flow of the immature rice passing through the same passage regardless of the conveyance of the rice cake or the refined rice. Therefore, the slip is not damaged by the various passes of the input sample.,Accurately put into the packaging bag.
Brief Description of the Drawings
FIG. 1 is a schematic front view showing a grain self-checking device according to the present invention.
FIG. 2 is a left side view of FIG. 1;
[FIG. 3] FIG.InIt is the schematic which shows a process.
4 is a schematic enlarged view of a quality measuring unit in FIG. 3;
FIG. 5 shows a switching passage comprising a first passage and a second passage.
FIG. 6 is a schematic cross-sectional view showing a sample pack.
FIG. 7 is a view showing an example of a seal bar used for a sample pack.
FIG. 8 is an example of a packaging bag formed according to the present invention.
FIG. 9 is another embodiment of a packaging bag formed in accordance with the present invention.
FIG. 10 is a view showing another form of the packaging material used in the present invention.
FIG. 11 is a view schematically showing a packaging apparatus in the case of using a roll-shaped packaging material.
FIG. 12 is a view showing a process of inserting a sample into a roll-shaped packaging material and sealing it.
[Description of the code]
1 Fully automatic self-testing device
2 Independent certification department
3 Quality Measurement Department
4 Supply port
5 distributor
6a Scale
6b scale
7 DAcylinder
8a Shutter
8b shutter
8c shutter
9 waiting box
10a Deep Throat
10b Deep-throwing Throat
11 Vibratory feeder
12 outlet
13 stripping equipment
14a Actuator
14b Actuator
14c actuator
14d actuator
14e Actuator
14f actuator
15 switching device
16 grain sorting cylinder
17 Storage tanks
18 taste meter
19 rice quality meter
20 control unit
21 sample packer
22 sample device
23ReceivingMoth
24a pipe
24b pipe
24b1 pipe
24b2 pipe
24d pipe
25 display
26 keyboard
27 riceReceivingbox
28 switching board
29 switching passage
29a Actuator
29b1 pipe(Second passage)
29b2 pipe(First passage)
30 rotary valve
31 supply port
32 Packaging film
33 Seal device
34 DAcylinder
35 seal bars
36 feed roll
37 Packaging bag
40 slip issuing device
41 voucher
45 tube shaped packaging bag
46 Seal
47a large bag mouth
50 packing machine
51 feed roller
52 cutting device
53 Seal device
54 Chuck arm
55 single bag
56 input port
57 Sucker
58 Middle seal device
59 Bag opening seal device