JP2863936B2 - Grain drying facility - Google Patents
Grain drying facilityInfo
- Publication number
- JP2863936B2 JP2863936B2 JP33417889A JP33417889A JP2863936B2 JP 2863936 B2 JP2863936 B2 JP 2863936B2 JP 33417889 A JP33417889 A JP 33417889A JP 33417889 A JP33417889 A JP 33417889A JP 2863936 B2 JP2863936 B2 JP 2863936B2
- Authority
- JP
- Japan
- Prior art keywords
- grain
- drying
- silo
- storage bin
- air
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
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- Drying Of Solid Materials (AREA)
Description
【発明の詳細な説明】 「産業上の利用分野」 本発明は米・麦・大豆などを対象穀物とし、荷受部・
乾燥部・貯留部・調製出荷部などで構成されるカントリ
エレベータなど穀物乾燥施設に関する。[Detailed Description of the Invention] "Industrial application field" The present invention targets rice, wheat, soybeans and the like as a target grain,
The present invention relates to a grain drying facility such as a country elevator composed of a drying section, a storage section, and a preparation and shipping section.
「従来の技術」 従来、特開昭63−302955号公報に示す如く、乾燥機
と、サイロを設ける施設がある。[Prior Art] Conventionally, as shown in JP-A-63-302955, there are facilities provided with a dryer and a silo.
「発明が解決しようとする課題」 前記従来技術は、貯蔵ビンに投入される穀物は荷口別
に水分に差が生じているから、貯蔵ビンから水分が不均
一な穀物を乾燥機に搬入させることになり、水分が不均
一な穀物を繰返し乾燥させて品質低下を防ぐ必要があ
り、穀物の水分チェック及び乾燥温度管理及び搬送作業
などの簡略化を容易に行い得ず、省力化並びに処理コス
ト低減などを容易に図り得ない等の問題がある。"Problems to be Solved by the Invention" The conventional technique involves transporting cereals having uneven moisture from a storage bin to a dryer, because the grain put into a storage bin has a difference in moisture depending on the cargo port. It is necessary to repeatedly dry grains with non-uniform water content to prevent quality deterioration, and it is not possible to easily perform grain moisture check, drying temperature management, and simplification of transporting work, thereby saving labor and reducing processing costs. Is not easily achieved.
「課題を解決するための手段」 然るに、本発明は、荷受部で荷受計量した穀物を投入
させる貯蔵ビンと、該ビンの穀物を投入して乾燥させる
穀物乾燥タンクと、穀物を貯蔵するサイロを設ける穀物
乾燥施設において、貯蔵ビンの穀物と穀物乾燥タンクの
穀物をサイロに搬入させる乾燥機取出部材と、サイロの
穀物を穀物乾燥タンクまたは貯蔵ビンに搬入させるサイ
ロ取出部材を設けると共に、穀物を乾燥させる常温定湿
空気を貯蔵ビンと穀物乾燥タンクとに各別に送給させる
複数の乾燥空気発生機を設けたことを特徴とする。`` Means for solving the problem '' Accordingly, the present invention provides a storage bin for charging the weighed grain received by the receiving unit, a grain drying tank for charging and drying the grain in the bin, and a silo for storing the grain. In the grain drying facility to be provided, a dryer take-out member that carries the grain in the storage bin and the grain in the grain drying tank into the silo, and a silo take-out member that carries the grain in the silo into the grain drying tank or the storage bin are provided, and the grain is dried. It is characterized in that a plurality of dry air generators are provided for separately supplying the room temperature and constant humidity air to the storage bin and the grain drying tank.
「作 用」 従って、常温定湿空気によって貯蔵ビンの穀物を略均
一水分に乾燥させるから、長期保存に適した乾燥穀物に
する乾燥作業の簡略化を容易に行い得、省力化並びに処
理コスト低減などを容易に図り得ると共に、貯蔵ビン及
び穀物乾燥タンクを用いて穀物を長期保存させることに
より、常温定湿空気の利用によって夏季など高温多湿時
期の変質並びに冬季の結露による変質などを容易に防止
し得、長期保存穀物を高品質に容易に維持し得るもので
ある。[Operation] Therefore, since the grains in the storage bottle are dried to substantially uniform moisture by the constant-temperature, constant-humidity air, it is easy to simplify the drying work to make the dried grains suitable for long-term storage, saving labor and reducing processing costs. In addition to easy storage and storage of grains for a long period of time using storage bins and grain drying tanks, the use of room temperature and constant humidity air easily prevents deterioration in hot and humid periods such as summer and deterioration due to condensation in winter. And the long-term storage of the grain can be easily maintained at a high quality.
「実施例」 以下本発明の一実施例を図面に基づいて詳述する。第
1図は乾燥部の説明図、第2図は施設全体の平面説明
図、第3図は同作業工程説明図であり、個人別・荷口別
に搬入される原料である生籾を受付ける荷受部(1)を
備え、荷受ホッパ(2)から荷受コンベア(3)及び昇
降機(4)を介し搬入される荷受籾中より夾雑物を除去
する粗選機(5)と、粗選後個人別・荷口別に荷口重量
と水分が測定される荷受計量機(6)と、前記計量機
(6)から生籾をビン投入昇降機(7)及びトップコン
ベア(8)を介して搬入して乾燥前に一時滞荷させる貯
蔵ビン(9)…とを荷受部(1)に設けている。Embodiment An embodiment of the present invention will be described below in detail with reference to the drawings. Fig. 1 is an explanatory view of the drying unit, Fig. 2 is an explanatory plan view of the whole facility, and Fig. 3 is an explanatory view of the work process. (1), a roughing machine (5) for removing contaminants from the receiving paddy carried in from a receiving hopper (2) via a receiving conveyor (3) and an elevator (4); Unloading and weighing machine (6) for measuring the weight and moisture of each loading port and raw rice from the weighing machine (6) via a bin loading elevator (7) and a top conveyor (8), and temporarily before drying. The storage bins (9) to be stowed are provided in the receiving section (1).
また、荷受後の生籾を胴割れを防止しながら乾燥する
乾燥装置である乾燥部(10)を備えるもので、前記貯蔵
ビン(9)から生籾をボトムコンベア(11)及びビン排
出昇降機(12)及び乾燥機投入昇降機(13)及び投入コ
ンベア(13a)を介して搬入して乾燥毎に所定%の含有
水分を除去させる複数の静置形常温定湿乾燥機(14)
と、前記乾燥機(14)から取出した一時乾燥休止の籾を
乾燥機取出コンベア(15)及び昇降機(16)とを乾燥部
(10)は備え、該乾燥部(10)での半乾籾或いは乾燥籾
を貯留部(17)に送り出すように構成している。In addition, it is provided with a drying unit (10) which is a drying device for drying raw rice after receiving the raw rice while preventing body cracks, and feeds raw rice from the storage bin (9) to a bottom conveyor (11) and a bin discharge elevator ( 12) and a plurality of stationary room-temperature and constant-humidity dryers (14) which are carried in through a dryer loading elevator (13) and a loading conveyor (13a) to remove a predetermined percentage of water content at each drying.
The drying unit (10) includes a dryer take-out conveyor (15) and a lift (16) for temporarily suspending the suspended rice taken out from the dryer (14), and the semi-dried rice in the drying unit (10). Alternatively, it is configured to send out the dried paddy to the storage unit (17).
さらに前記貯留部(17)は、前記乾燥部(10)からの
半乾籾或いは乾燥籾をサイロ昇降機(18)及び投入コン
ベア(19)を介して搬入して貯留する貯蔵サイロ(20)
と、前記サイロ(20)よりサイロ取出コンベア(21)を
介して取出した半乾籾を再び乾燥部(10)に送り出すサ
イロ取出昇降機(22)と、前記コンベア(21)を介しサ
イロ(20)より取出した乾燥籾を精選機投入昇降機(2
3)を介し搬入して乾燥籾より夾雑物を除去分離する精
選機(24)と、精選機(24)から取出される精選籾或い
は脱米を受渡計量機(25)及び精選機取出昇降機(2
6)或いは脱米昇降機(27)を介し投入する調節タン
ク(28)と、前記精選機(24)から取出される芒付籾の
脱芒を行う脱芒機(29)とを備え、受渡計量後の精選籾
或いは調節タンク(28)内の精選籾を再び貯留部(17)
或いは次工程の調製出荷部(30)に送り出すように構成
している。Further, the storage section (17) is a storage silo (20) for carrying semi-dry paddy or dry paddy from the drying section (10) via a silo elevator (18) and a charging conveyor (19) for storage.
And a silo unloading elevator (22) that sends out the semi-dry paddy taken out from the silo (20) through the silo unloading conveyor (21) to the drying unit (10) again, and a silo (20) through the conveyor (21) The dried paddy taken out from the plant is put into a selective screening machine.
3) A screening machine (24) that removes and separates foreign substances from the dried paddy by passing through it, and a hand-held weighing machine (25) and a screening and unloading machine (25) for transferring the selected paddy or rice removal from the screening machine (24) Two
6) Alternatively, it is provided with an adjusting tank (28) to be put in through a rice removing elevator (27), and a demolding machine (29) for demolding awning paddy taken out from the fine selection machine (24). After the selected paddy or the selected paddy in the control tank (28) is returned to the storage unit (17)
Alternatively, it is configured to send it to the preparation / shipping section (30) in the next process.
前記調節出荷部(30)は、前記調節タンク(28)から
の精選籾を籾昇降機(31)を介して搬入して脱する籾
摺機(32)と、籾摺機(32)からの脱混合米を混合米
昇降機(33)を介して搬入して良玄米のみを取出す揺動
選別機(34)と、揺動選別機(34)からの玄米を振動コ
ンベア(35)及び玄米昇降機(36)を介して搬入して所
定粒子のものに粒選する粒選別機(37)と、粒選後の玄
米より石抜きを行う石抜機(38)と、石抜き後の良玄米
の良玄米用昇降機(39)を介して投入するフレコン(フ
レキシブルコンテナ)(40)用の出荷タンク(41)と、
包装出荷用タンク(42)と、前記粒選別機(37)から取
出される未熟米を未熟米昇降機(43)及び脱米昇降機
(37)を介し搬入する未熟米タンク(44)と、前記良玄
米昇降機(39)からの良玄米を精米機用昇降機(45)及
び玄米タンク(46)及び精米機(47)を介し投入する白
米タンク(48)とを備えている。The adjusting / shipping unit (30) includes a huller (32) that brings in and removes selected paddy from the adjustment tank (28) through a huller (31), and a dehuller (32). A rocking sorter (34) that carries mixed rice through a mixed rice elevator (33) and extracts only good brown rice, and a brown conveyor from the rocking sorter (34) that uses a vibrating conveyor (35) and a brown rice elevator (36). ), And a grain sorter (37) for grain separation into grains of a predetermined size, a stone removal machine (38) for grain removal from brown rice after grain removal, and good brown rice for good brown rice after stone removal. A shipping tank (41) for the flexible container (flexible container) (40) to be charged via the elevator (39);
A packaging / shipping tank (42); an immature rice tank (44) for carrying immature rice taken out of the grain sorter (37) via an immature rice lifting machine (43) and a rice removal lifting machine (37); The rice mill is provided with a brown rice tank (48) into which good brown rice from the brown rice elevator (39) is fed through a rice mill elevator (45), a brown rice tank (46), and a rice mill (47).
なお、(49)は荷受室、(50)は事務室、(51)は主
操作室、(52)は前記貯蔵ビン(9)の送風機(53)を
内設する送風機室、(54)は前記乾燥機(14)を内設す
る乾燥機室、(55)は前記貯蔵ビン(9)と乾燥機室
(54)との間に設ける除塵室、(56)は前記乾燥機室
(54)と除塵室(55)とに隣接させる湿式除塵設備、
(57)は製品置場である。(49) is a cargo receiving room, (50) is an office room, (51) is a main operation room, (52) is a blower room in which a blower (53) of the storage bin (9) is provided, and (54) is a blower room. A dryer room in which the dryer (14) is provided, (55) is a dust removal room provided between the storage bin (9) and the dryer room (54), and (56) is the dryer room (54). Wet dust removal equipment adjacent to the dust removal chamber (55)
(57) is a product storage area.
第1図及び第4図に示す如く、常温定湿の空気を供給
する乾燥空気発生機(58)を前記ビン(9)と乾燥機
(14)に設けるもので、該発生機(58)は冷却除湿用エ
バポレータ(59)と、常温復元用コンデンサ(60)と、
除湿調節フラップ(61)を介し湿り空気を取入れる外気
取入ダクト(62)と、前記エバポレータ(59)及びコン
デンサ(60)で発生する常温除湿空気と前記ダクト(6
2)からの湿り空気とを混合させた常温定湿空気の風量
を調節する定湿用ダンパー(63)とを備え、第4図に示
す如く前記貯蔵ビン(9)にあっては予備乾燥用の送風
機(53)に発生機(58)を接続させ、発生機(58)での
常温で一定湿度の空気を送風機(53)に吸込ませて各ビ
ン室(9a)内に送り込むことにより、各ビン室(9a)内
に貯蔵される生籾間の水分差を減少させる如く予備乾燥
するように構成している。As shown in FIGS. 1 and 4, a dry air generator (58) for supplying air at room temperature and constant humidity is provided in the bin (9) and the dryer (14). Evaporator for cooling and dehumidification (59), condenser for normal temperature restoration (60),
An outside air intake duct (62) for taking in humid air through a dehumidification control flap (61); a room temperature dehumidified air generated by the evaporator (59) and the condenser (60);
And a damper (63) for constant humidity for adjusting the air volume of the room temperature constant humidity air mixed with the moist air from 2), and for the pre-drying in the storage bin (9) as shown in FIG. By connecting the generator (58) to the blower (53) of the air conditioner, the air of normal temperature and constant humidity at the generator (58) is sucked into the blower (53) and sent into each bin chamber (9a). Preliminary drying is performed so as to reduce the water difference between raw rice stored in the bin room (9a).
また第1図及び第5図に示す如く、前記乾燥機(14)
は平面視断面四角形状の穀物乾燥タンク(64)に前記発
生機(58)からの常温定湿の空気を送り込んで、常温で
一定湿度の空気により籾の水分を除湿して乾燥を行うよ
うにしたもので、乾燥タンク(64)の上下に穀物供給口
(65)と取出口(66)を有し、乾燥タンク(64)の対向
側面に給気ダクト(67)と排気ダクト(68)を設け、前
記発生機(58)の乾燥空気供給口(58a)に給気ダクト
(67)を連通接続させると共に、送風機(69)の吸込口
(69a)に排気ダクト(68)を連通接続させている。そ
して乾燥タンク(64)の対向側壁間に横設する端面山形
で下向き開口形の給気ガイド(70)の一端側を三角形の
給気口(71)を介し給気ダクト(67)に連通させると共
に、乾燥タンク(64)の対向側壁間に横設する端面山形
で下向き開口形の排気ガイド(72)の一端側を三角形の
排気口(73)を介し排気ダクト(68)に連通接続させ
て、乾燥タンク(65)内に貯留される籾を給気口(71)
及び給気ガイド(70)を介し送り込まれる前記発生機
(58)からの乾燥空気によって乾燥するように構成して
いる。上記から明らかなように、荷受部(1)で荷受計
量した穀物を投入させる貯蔵ビン(9)と、該ビン
(9)の穀物を投入して乾燥させる穀物乾燥タンク(6
4)と、穀物を貯蔵するサイロ(20)を設ける穀物乾燥
施設において、貯蔵ビン(9)の穀物と穀物乾燥タンク
(64)の穀物をサイロ(20)に搬入させる乾燥機取出部
材である乾燥機取出昇降機(16)と、サイロ(20)の穀
物を穀物乾燥タンク(64)または貯蔵ビン(9)に搬入
させるサイロ取出部材であるサイロ取出昇降機(22)を
設けると共に、穀物を乾燥させる常温定湿空気を貯蔵ビ
ン(9)と穀物乾燥タンク(64)とに各別に送給させる
複数の乾燥空気発生機(58)を設けている。そして、常
温定湿空気によって貯蔵ビン(9)の穀物を略均一水分
に乾燥させ、長期保存に適した乾燥穀物にする乾操作業
の簡略化を行い、省力化並びに処理コスト低減などを図
ると共に、貯蔵ビン(9)及び穀物乾燥タンク(64)を
用いて穀物を長期保存させ、常温定湿空気の利用によっ
て夏季など高温多湿時期の変質並びに冬季の結露により
変質などを防止し、長期保存穀物を高品質に維持するよ
うに構成している。Also, as shown in FIGS. 1 and 5, the dryer (14)
Is to feed the air of normal temperature and constant humidity from the generator (58) to the grain drying tank (64) having a rectangular cross section in plan view, and to dry the paddy by dehumidifying the air with air of constant humidity at normal temperature. It has a grain supply port (65) and an outlet (66) above and below the drying tank (64), and an air supply duct (67) and an exhaust duct (68) on opposite sides of the drying tank (64). The air supply duct (67) is connected to the dry air supply port (58a) of the generator (58), and the exhaust duct (68) is connected to the suction port (69a) of the blower (69). I have. Then, one end of an air-supply guide (70) having a mountain-like shape and a downward-opening shape provided laterally between opposed side walls of the drying tank (64) is communicated with an air-supply duct (67) through a triangular air supply port (71). At the same time, one end side of an exhaust guide (72) having a mountain-like shape and a downward opening formed laterally between opposing side walls of the drying tank (64) is connected to an exhaust duct (68) through a triangular exhaust port (73). The paddy stored in the drying tank (65) and the air supply port (71)
And drying by the dry air from the generator (58) sent through the air supply guide (70). As is clear from the above, the storage bin (9) into which the grains received and weighed by the receiving section (1) are put, and the grain drying tank (6) into which the grains in the bin (9) are put and dried.
4) In a grain drying facility provided with a silo (20) for storing grains, a drying taking-out member for bringing the grains in the storage bin (9) and the grains in the grain drying tank (64) into the silo (20). A machine unloading elevator (16) and a silo unloading elevator (22) which is a silo unloading member for transferring the grain of the silo (20) to the grain drying tank (64) or the storage bin (9), and a room temperature for drying the grain. A plurality of dry air generators (58) are provided for separately supplying constant humidity air to the storage bin (9) and the grain drying tank (64). Then, the grain in the storage bin (9) is dried to substantially uniform moisture by the constant-temperature constant-humidity air, thereby simplifying the drying operation to produce a dried grain suitable for long-term storage, thereby saving labor and reducing processing costs. , Storage bins (9) and grain drying tanks (64) for long-term preservation of cereals, use of constant-temperature and constant-humidity air to prevent deterioration in hot and humid periods such as summer and deterioration due to dew condensation in winter. Is configured to maintain high quality.
本実施例は上記の如く構成するものにして、前記貯蔵
ビン(9)での滞荷中に発生機(58)からの常温定湿空
気によって各ビン室(9a)内の籾の予備乾燥が行われる
もので、この場合常温定湿空気を用いることによってビ
ン室(9a)内の空気を加温せず、空気中の水分を除去し
て一定湿度の乾いた空気を送って籾間に水分差の殆どな
い略均一状態の平衡含水率まで自然に乾燥させて、後工
程の乾燥機(14)での作業の際の作業能率向上化を図る
ものである。The present embodiment is configured as described above, and the pre-drying of the paddy in each bin chamber (9a) is performed by the room temperature constant humidity air from the generator (58) during the storage in the storage bin (9). In this case, the air in the bin room (9a) is not heated by using the constant temperature and constant humidity air. It is intended to improve the efficiency of operation in the post-stage dryer (14) by naturally drying to an equilibrium moisture content in a substantially uniform state with almost no difference.
そして、乾燥機(14)での乾燥作業時においても、常
温で一定湿度の乾燥空気により籾を加温することなく自
然乾燥に近い状態での乾燥が行えるもので、香りや風味
などを低下させることなく、また過乾燥や胴割れ粒など
発生させることなく、高品質を維持した乾燥を可能にで
きる。またこのような常温定湿乾燥機(14)を用いるこ
とによって、低湿度日(天気の良い日)などにあっては
大気中のエネルギーを最大に活用して乾燥機(14)の運
動効率を向上させることができてエネルギーの省力化が
図れると共に、乾燥中火力を非使用とするため火災や異
臭の心配もなく安全運転が行える。さらに乾燥機(14)
は静置形で乾燥中籾を動かさないため搬送機の本数など
の低減を図ることができて、保守点検や掃除も容易とさ
せることができ、乾燥機(14)での耐久性向上を図るこ
とができる。And even in the drying operation in the dryer (14), the paddy can be dried in a state close to natural drying without heating the paddy with dry air at a normal temperature and a constant humidity, thereby reducing aroma and flavor. Drying while maintaining high quality can be performed without causing overdrying or body cracking particles. In addition, by using such a room-temperature constant-humidity dryer (14), the kinetic efficiency of the dryer (14) can be maximized on low humidity days (good weather days) by maximizing the energy in the atmosphere. The energy can be saved by saving energy, and since the thermal power is not used during drying, safe driving can be performed without fear of fire or unpleasant odor. Further dryer (14)
The stationary type does not move the paddy during drying, so the number of transporters can be reduced, maintenance and cleaning can be facilitated, and the durability of the dryer (14) can be improved. it can.
またさらに、1次(水分17%程度まで)乾燥と2次
(水分略14.5%程度まで)乾燥との間の半乾籾を前記サ
イロ(20)に貯留する場合においては、各乾燥機(14)
における乾燥タンク(64)内での半乾貯留を可能とさせ
るもので、前記サイロ(20)と乾燥タンク(64)との両
方で半乾籾の貯留を可能とさせることによって、半乾籾
の処理能力向上が図れる。Further, when semi-dry paddy is stored in the silo (20) between primary (up to about 17% moisture) drying and secondary (up to about 14.5% moisture) drying, each dryer (14) )
The semi-dry storage in the drying tank (64) is made possible by allowing the semi-dry storage in both the silo (20) and the drying tank (64). Processing capacity can be improved.
「発明の効果」 以上実施例から明らかなように本発明は、荷受部
(1)で荷受計量した穀物を投入させる貯蔵ビン(9)
と、該ビン(9)の穀物を投入して乾燥させる穀物乾燥
タンク(64)と、穀物を貯蔵するサイロ(20)を設ける
穀物乾燥施設において、貯蔵ビン(9)の穀物と穀物乾
燥タンク(64)の穀物をサイロ(20)に搬入させる乾燥
機取出部材(16)と、サイロ(20)の穀物を穀物乾燥タ
ンク(64)または貯蔵ビン(9)に搬入させるサイロ取
出部材(22)を設けると共に、穀物を乾燥させる常温定
湿空気を貯蔵ビン(9)と穀物乾燥タンク(64)とに各
別に送給させる複数の乾燥空気発生機(58)を設けたも
ので、常温定湿空気によって貯蔵ビン(9)の穀物を略
均一水分に乾燥させるから、長期保存に適した乾燥穀物
にする乾燥作業の簡略化を容易に行うことができ、省力
化並びに処理コスト低減などを容易に図ることができる
と共に、貯蔵ビン(9)及び穀物乾燥タンク(64)を用
いて穀物を長期保存させることにより、常温定湿空気の
利用によって夏季など高温多湿時期の変質並びに冬季の
結露による変質などを容易に防止でき、長期保存穀物を
高品質に容易に維持できるものである。[Effects of the Invention] As is clear from the above-described embodiments, the present invention provides a storage bin (9) into which grains weighed by the receiving unit (1) are put.
And a grain drying tank (64) for charging and drying the grains of the bin (9) and a grain drying facility provided with a silo (20) for storing the grains, wherein the grains and the grain drying tanks of the storage bin (9) are provided. A dryer take-out member (16) for carrying the grain of (64) into the silo (20) and a silo take-out member (22) for carrying the grain of the silo (20) into the grain drying tank (64) or the storage bin (9); A plurality of dry air generators (58) for separately supplying room temperature and constant humidity air for drying grains to the storage bin (9) and the grain drying tank (64), respectively. Since the grains in the storage bin (9) are dried to substantially uniform moisture, the drying operation for making the dried grains suitable for long-term storage can be easily performed, and labor and labor costs can be easily reduced. Can and storage bins (9) And long-term preservation of the grains using the grain drying tank (64), it is possible to easily prevent deterioration in hot and humid seasons such as summer and deterioration due to dew condensation in winter by using constant temperature and constant humidity air. Quality can be easily maintained.
第1図は乾燥部の説明図、第2図は施設全体の平面説明
図、第3図は同作業工程説明図、第4図は貯蔵ビン部の
説明図、第5図は乾燥タンクの断面図である。 (9)……貯蔵ビン (10)……乾燥部(乾燥装置) (20)……貯蔵サイロ (58)……乾燥空気発生機 (64)……乾燥タンク1 is an explanatory view of a drying section, FIG. 2 is an explanatory view of a plan view of the entire facility, FIG. 3 is an explanatory view of the work process, FIG. 4 is an explanatory view of a storage bin section, and FIG. FIG. (9) Storage bin (10) Drying unit (drying device) (20) Storage silo (58) Dry air generator (64) Dry tank
───────────────────────────────────────────────────── フロントページの続き (58)調査した分野(Int.Cl.6,DB名) F26B 17/14──────────────────────────────────────────────────続 き Continued on front page (58) Field surveyed (Int.Cl. 6 , DB name) F26B 17/14
Claims (1)
せる貯蔵ビン(9)と、該ビン(9)の穀物を投入して
乾燥させる穀物乾燥タンク(64)と、穀物を貯蔵するサ
イロ(20)を設ける穀物乾燥施設において、貯蔵ビン
(9)の穀物と穀物乾燥タンク(64)の穀物をサイロ
(20)に搬入させる乾燥機取出部材(16)と、サイロ
(20)の穀物を穀物乾燥タンク(64)または貯蔵ビン
(9)に搬入させるサイロ取出部材(22)を設けると共
に、穀物を乾燥させる常温定湿空気を貯蔵ビン(9)と
穀物乾燥タンク(64)とに各別に送給させる複数の乾燥
空気発生機(58)を設けたことを特徴とする穀物乾燥施
設。1. A storage bin (9) into which grains received and weighed by a receiving section (1) are charged, a grain drying tank (64) into which the grains in the bin (9) are charged and dried, and a grain is stored. In a grain drying facility provided with a silo (20), a dryer take-out member (16) for bringing grain in a storage bin (9) and grain in a grain drying tank (64) into the silo (20), and grain in the silo (20) And a silo take-out member (22) for bringing the grain into the grain drying tank (64) or the storage bin (9), and supplying the room temperature and constant humidity air for drying the grain to the storage bin (9) and the grain drying tank (64), respectively. A grain drying facility comprising a plurality of dry air generators (58) to be fed separately.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP33417889A JP2863936B2 (en) | 1989-12-21 | 1989-12-21 | Grain drying facility |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP33417889A JP2863936B2 (en) | 1989-12-21 | 1989-12-21 | Grain drying facility |
Publications (2)
Publication Number | Publication Date |
---|---|
JPH03194383A JPH03194383A (en) | 1991-08-26 |
JP2863936B2 true JP2863936B2 (en) | 1999-03-03 |
Family
ID=18274410
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP33417889A Expired - Fee Related JP2863936B2 (en) | 1989-12-21 | 1989-12-21 | Grain drying facility |
Country Status (1)
Country | Link |
---|---|
JP (1) | JP2863936B2 (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
WO2010150343A1 (en) * | 2009-06-23 | 2010-12-29 | Ando Toshiharu | Device for producing nutrient-enriched crop and facility for drying crop |
Families Citing this family (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPH063051A (en) * | 1992-06-23 | 1994-01-11 | Kubota Corp | Drying storage |
-
1989
- 1989-12-21 JP JP33417889A patent/JP2863936B2/en not_active Expired - Fee Related
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
WO2010150343A1 (en) * | 2009-06-23 | 2010-12-29 | Ando Toshiharu | Device for producing nutrient-enriched crop and facility for drying crop |
JP4783477B2 (en) * | 2009-06-23 | 2011-09-28 | 年治 安藤 | Nutrient-enriched grain production device and grain drying facility equipped with the same |
Also Published As
Publication number | Publication date |
---|---|
JPH03194383A (en) | 1991-08-26 |
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