JP2555476Y2 - Drying facility using solar heat - Google Patents
Drying facility using solar heatInfo
- Publication number
- JP2555476Y2 JP2555476Y2 JP1990405643U JP40564390U JP2555476Y2 JP 2555476 Y2 JP2555476 Y2 JP 2555476Y2 JP 1990405643 U JP1990405643 U JP 1990405643U JP 40564390 U JP40564390 U JP 40564390U JP 2555476 Y2 JP2555476 Y2 JP 2555476Y2
- Authority
- JP
- Japan
- Prior art keywords
- drying
- building
- receiving
- shipping
- solar heat
- 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 - Lifetime
Links
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- Drying Of Solid Materials (AREA)
Description
【0001】[0001]
【産業上の利用分野】本考案は、荷受された穀物がたと
え籾や小麦であっても、燃費の節約を図りながら能率的
に乾燥調製処理して出荷せしめることができる太陽熱利
用の乾燥調製施設に関する。The present invention relates to a drying and preparing facility utilizing solar heat, which can efficiently carry out dry preparing and shipping while saving fuel efficiency even if the received grain is paddy or wheat. About.
【0002】[0002]
【従来の技術】従来、長手方向に沿い設けた施設室1内
に、荷受ホッパー3、粗選機4、計量機5等を備えた荷
受装置2と、静置状態のもとに乾燥筺体7内に収納した
籾をバーナ装置9により得られた乾燥風の流通下で往復
移動する攪拌移送機8により攪拌混合しながら供給側よ
り排出側に向け順次移送する間に乾燥する乾燥装置6
と、乾燥穀物を籾摺機11により脱ぷ選別して精選玄米
を得るようにした籾摺調製装置10と、精選玄米を計量
袋詰めして出荷する出荷計量装置12とを順次直列に配
設して荷受された穀物を乾燥し調製加工した後、計量袋
詰めして出荷するようにした籾の乾燥調製施設は、図5
に示されたように本出願前公知である。2. Description of the Related Art Conventionally, in a facility room 1 provided along the longitudinal direction, a receiving device 2 having a receiving hopper 3, a roughing machine 4, a weighing machine 5, etc., and a drying cabinet 7 in a stationary state. Drying device 6 that dries the paddy housed therein while being sequentially transferred from the supply side to the discharge side while being stirred and mixed by the stirring transfer device 8 that reciprocates under the flow of the drying air obtained by the burner device 9.
And a hulling preparation device 10 that removes and sorts dried grains by a hulling machine 11 to obtain carefully selected brown rice, and a shipping weighing device 12 that weighs and ships the selected brown rice in a measuring bag and sequentially arranges them in series. After drying and preparing and processing the received grain, the dry preparation facility for paddy, which is packed in a measuring bag and shipped, is shown in FIG.
Is known prior to the present application as shown in
【0003】[0003]
【考案が解決しようとする課題】ところで、従前のこの
種、乾燥調製施設においては、穀物を乾燥するための熱
源は、液体燃料の燃焼によって得られた乾燥熱風であ
り、しかも、この乾燥熱風を穀物に浴びせることで、該
穀物を所定水分に仕上げ乾燥せしめていたものである。
したがって、大容量の穀物を乾燥するためには、多くの
液体燃料が必要となって燃費が嵩み、乾燥管理費の節約
を図ることができない許りか、籾を乾燥する乾燥装置は
20m〜30mの長さを有するので、乾燥施設の建物が
一方に向け長くなり、その結果、広い面積がないと設置
することができず、土地の有効利用ができないは勿論の
こと、背丈の低い乾燥装置に比較して荷受装置、籾摺調
製装置、出荷計量装置等は昇降機等を備え、しかも全般
的に装置の背丈が高いので、必然的に建物の高さも高く
なり、建設費も高くなるという欠点があった。その上、
従前の乾燥調製施設においては、収穫時水分が24%と
低い籾を仕上水分15〜16%に乾燥調製処理すること
を対象としたものであるので、荷受された穀物が例えば
収穫時水分が30〜40%の小麦を仕上げ水分12.5
%となるように乾燥調製処理しようとした場合には、籾
の場合に比較して約2倍の乾燥処理能力のある乾燥装置
が必要である許りか、乾燥期間も一般的には籾が20日
であるのに対し、小麦は7日と云われ、同一量を処理す
るには籾の能力に対し3倍近くの能力が要求されること
になる。したがて、小麦の乾燥調製作業を行う場合に
は、籾の乾燥調製施設に比較してその規模が大きくな
り、より施設費が高くなるは勿論のこと、施設用地も広
い面積が必要となる等の問題点を有していた。By the way, in this kind of conventional dry preparation facility, the heat source for drying the cereal is dry hot air obtained by burning liquid fuel, and this dry hot air is generated. By immersing the cereal in the cereal, the cereal is finished to a predetermined moisture and dried.
Therefore, in order to dry a large-capacity grain, a large amount of liquid fuel is required, fuel efficiency increases, and it is not possible to save drying management costs. The length of the drying facility building becomes longer toward one side.As a result, it is not possible to install the facility without a large area. In comparison, the receiving equipment, hulling preparation equipment, shipping weighing equipment, etc. are equipped with elevators, etc., and the height of the equipment is generally high, so the height of the building is inevitably high and the construction cost is also high. there were. Moreover,
Conventional dry preparation facilities are intended for dry preparation of paddy having a low harvest moisture of 24% to a final moisture of 15 to 16%. ~ 40% wheat finish moisture 12.5
%, It is necessary to use a drying device having a drying capacity of about twice that of paddy in comparison with the case of paddy. In contrast to days, wheat is said to be seven days, and processing the same amount requires almost three times the capacity of paddy. Therefore, when performing the dry preparation work of wheat, the scale becomes larger than the dry preparation facility of paddy, and the facility cost is higher, as well as the facility land requires a large area. And so on.
【0004】本考案は、従来の技術の有するこのような
間題点に鑑みてなされたものであって、その目的とする
ところは、南面側に設置される太陽熱乾燥建物に配設さ
れる太陽熱利用の撹拌混合乾燥装置と東西方向に設置さ
れる荷受調製出荷建物に配設される循環型乾燥機とを併
置して切替可能な搬送装置を介して穀物を選択的に供給
して能率的にかつ大量の穀物を迅速に乾燥して製品を連
続的に出荷し、荷受された穀物が籾の場合には太陽熱利
用の撹拌混合乾燥装置により乾燥処理し、また荷受され
た穀物が小麦であった場合には、太陽熱利用の撹拌混合
乾燥装置と循環型乾燥機とを併用して乾燥処理し、もっ
て乾燥のために使用する燃費の節約を図り、かつ、少な
い面積の用地であっても所望する穀物および処理量の乾
燥調製施設を安価に建設することができる太陽熱利用の
乾燥調製施設を提供しようとするものである。[0004] The present invention has been made in view of the above-mentioned problems of the prior art, and an object of the present invention is to provide a solar drying building installed on the south side.
Installed in the east-west direction
Combined with a circulating dryer installed in the
Grain supply via a switchable transport device
Efficient and fast drying of large quantities of cereal
Ships continuously and receives solar heat when the received grain is paddy.
Drying process with a stirring and mixing drying device for
If the grain is wheat, stir and mix using solar heat
Drying is performed by using a dryer and a circulation dryer in combination.
To save fuel consumption used for drying.
Dry the desired grain and throughput, even on large areas
An object of the present invention is to provide a dry preparation facility utilizing solar heat, which can be used to construct a dry preparation facility at low cost .
【0005】[0005]
【課題を解決するための手段】上記目的を達成するため
に、本考案における太陽熱利用の乾燥調製施設は、東西
方向に沿い建設した荷受調製出荷建物の南面側に屋根お
よび外壁を太陽熱透過吸収壁で形成した太陽熱乾燥建物
を配設し、前記荷受調製出荷建物内には、荷受装置、循
環型乾燥機、貯留装置、籾摺調製装置、出荷計量装置を
互いに接続して配設し、前記太陽熱乾燥建物内には太陽
熱利用の撹拌混合乾燥装置を配設して、前記荷受調製出
荷建物の荷受装置はその排出側が太陽熱乾燥建物内に配
設された撹拌混合乾燥装置の供給側と搬送機を介して接
続されるとともに荷受調製出荷建物の循環型乾燥機の供
給側と切替可能な搬送装置により接続され、撹拌混合乾
燥装置および循環型乾燥機の排出側をそれぞれ貯留装置
と接続してなることを特徴とするものである。 In order to achieve the above object, the present invention provides a drying and preparing facility utilizing solar heat, which comprises a roof and an outer wall provided on the south side of a receiving / shipping / shipping building constructed along the east-west direction. Arrange the solar drying building formed in the above, in the receiving preparation shipping building, a receiving device, a circulation type dryer, a storage device, a hulling preparation device, a shipping weighing device are connected to each other and disposed , Sun inside a dry building
Arranging a stirring / mixing / drying device that utilizes heat,
The discharge side of the cargo receiving device of the packed building is placed inside the solar drying building.
Connected to the supply side of the installed stirring, mixing and drying device via a conveyor.
Supply of circulation dryers at the
It is connected to the supply side by a switchable transfer device, agitated, mixed and dried.
The discharge side of the drying device and the circulation type dryer is a storage device respectively.
It is characterized by being connected to.
【0006】そして、荷受調製出荷建物内にそれぞれ配
設した荷受装置と循環型乾燥機との間に比較的広い面積
の製品置場を設ければ、甚だ効果的である。[0006] It is extremely effective to provide a product storage space of a relatively large area between the receiving device and the circulating drier respectively disposed in the receiving / preparing / shipping building.
【0007】[0007]
【作用】今、籾の乾燥調製処理作業を行うときには、先
ず荷受装置に投入された籾は粗選機で粗選別され、次い
でその重量を計量機で測定した後、搬送機により搬送さ
れ、次々と太陽熱利用の攪拌混合乾燥装置の供給側に供
給される。ところで、前記太陽熱利用の攪拌混合乾燥装
置は、東西方向に建設された荷受調製出荷建物の南面側
に屋根および外壁を太陽熱透過吸収壁で形成した太陽熱
乾燥建物内に収設されているので、太陽熱乾燥建物内部
の温度は透過吸収された太陽熱の有効利用により昇温さ
れる。そこで、この状態のもとで供給された籾を攪拌混
合乾燥装置に沿い供給側より排出側に向け攪拌混合しな
がら順次攪拌移送する過程で太陽熱により昇温された乾
燥風を万遍無く浴びせて乾燥した後、排出側より排出さ
れる。次いで、乾燥された籾は、搬送機により貯留装置
に搬送され、貯留された後、籾摺調製装置に供給され、
脱ぷ選別されて精選玄米となる。そして、得られた精選
玄米は出荷計量装置に送られ、計量袋詰めされた製品と
なり、製品置場に置いて随時需要に応じ出荷する。ま
た、小麦の乾燥調製処理作業を行うときには、出荷され
た小麦は籾の場合と同様に、先ず荷受装置、太陽熱利用
の攪拌混合乾燥装置、貯留装置、籾摺調製装置および出
荷計量装置に順次送って製品とするとともに、乾燥処理
できなかった余分の小麦は複数台の循環型乾燥機に送っ
て乾燥した後、貯留装置に搬送し、籾摺調製装置および
出荷計量装置を経て製品となし、製品置場に置いておけ
ばよい。Now, when performing the operation of drying and preparing the paddy, first, the paddy put into the receiving device is roughly sorted by the roughing machine, then its weight is measured by the weighing machine, and then transported by the transporting machine. And supplied to the supply side of a stirring, mixing and drying apparatus utilizing solar heat. By the way, the agitated mixing and drying apparatus utilizing solar heat is housed in a solar heat drying building having a roof and an outer wall formed of a solar heat absorbing wall on the south side of a receiving preparation shipping building constructed in an east-west direction. The temperature inside the dry building is raised by effective use of the transmitted and absorbed solar heat. Therefore, in the process of sequentially stirring and transferring the paddy supplied under this state along the stirring and mixing device from the supply side to the discharge side along the mixing and drying device, the drying air heated by the solar heat is evenly bathed. After drying, it is discharged from the discharge side. Next, the dried paddy is transported to a storage device by a transporter, and after being stored, supplied to a hulling preparation device,
De-sorted and selected brown rice. Then, the obtained carefully selected brown rice is sent to a shipping and weighing device, becomes a product packed in a weighing bag, and is placed in a product storage area and shipped at any time according to demand. In addition, when performing the process of drying and preparing the wheat, the shipped wheat is sent to the receiving device, the stirring and mixing and drying device using solar heat, the storage device, the hulling preparation device, and the shipping weighing device in the same manner as in the case of the rice. The excess wheat that could not be dried is sent to a plurality of circulation dryers and dried, then transported to a storage device, passed through a hulling preparation device and a shipping weighing device, and converted into a product. You can leave it in the storage area.
【0008】[0008]
【実施例】実施例について図面を参照して説明する。図
1ないし図4において、101は、東西方向に沿って建
設した背丈の高い本屋式の荷受調製出荷建物であって、
前記荷受調製出荷建物101の南面側には背丈が低くし
かも屋根103および外壁104を太陽熱乾燥吸収壁で
形成した下屋式の太陽熱乾燥建物102が建設されてい
る。本屋式の荷受調製出荷建物101内の一側には、複
数台の荷受ホッパー106と粗選機107と計量機10
8とからなる荷受装置105を、また他側には乾燥穀物
を貯留する複数個の貯留タンク110を備えた貯留装置
109と乾燥籾あるいは小麦を脱ぷ選別して精選玄米あ
るいは精選小麦を得る籾摺調製装置111と精選玄米あ
るいは精選小麦を計量袋詰めして製品とするための出荷
計量装置112がそれぞれ配設されている。そして、荷
受ホッパー106と粗選機107とは中継昇降機113
を介して互いに接続され、また粗選機107と計量機1
08とは計量昇降機114を介して接続されている。計
量機108の排出側に立設した昇降機115はスクリュ
ーコンベア式の搬送機116の供給側に接続されるとと
もに前記搬送機116の搬出側は、本屋式の荷受調製出
荷建物101の南面側に建設した下屋式の太陽熱乾燥建
物102内に設置した太陽熱利用の攪拌混合乾燥装置1
17の供給側に接続せしめてある。前記攪拌混合乾燥装
置117の排出側はスクリューコンベア式の搬送機11
8および昇降機119を経て複数個の貯留タンク110
に、また貯留タンク110は籾摺調製装置111に接続
せしめるとともに、籾摺調製装置111は適宜の搬送機
120を介し出荷計量装置112に接続せしめてある。
前記攪拌混合乾燥装置117は、20m〜30m長さの
上面開放型の横長状の乾燥筺体121内の適当高さ位置
に多数の通風孔123を穿孔した水平通風盤122を敷
設し、前記水平通風盤122を境として、上部に乾燥室
124を、また下部に排出室125をそれぞれ区画形成
せしめて構成してある。乾燥筺体121上の左右両側に
は、横長方向に沿って一対のレール126、126が敷
設されており、これがレール126、126上には攪拌
移送機127が往復移動走行できるように搭載されてい
る。この攪拌移送機127は走行機体128と該走行機
体128に回転自在に軸架された回転軸129に放射状
に植着された複数本の攪拌混合機130とにより構成さ
れている。そして、走行機体128の一側には回転軸1
29を正逆回転させるための正逆回転モータ131が設
置されるとともに、回転軸129と複数本の攪拌混合杆
130からなる攪拌混合部は昇降用モータ132により
随時昇降調節されるように構成されている。133は、
吸気側を排風室125にそれぞれ接続し、排気側を荷受
調製出荷建物101外にのぞませた排風装置であって、
該排風装置133の作動で太陽熱の透過吸収作用により
昇温化された乾燥風を乾燥室124内を通して排風室1
25へ向け吸引流通せしめて、穀物を燃費の節約を図り
ながら乾燥せしめる。134は、本屋式の荷受調製出荷
建物101内に配設した複数台からなる循環型乾燥機で
あって、該循環型乾燥機134は、攪拌混合乾燥装置1
17により乾燥処理できなかった小麦を専門に乾燥する
ものであり、そのため荷受装置105の計量機108の
搬送側と循環型乾燥機134とは切替操作のできる搬送
装置135により接続されるとともに、循環型乾燥機1
34と貯留タンク110とは搬送装置136により接続
されている。137は、荷受調製出荷建物101内に設
置した荷受装置105と循環型乾燥機134との間に設
けた製品置場である。An embodiment will be described with reference to the drawings. In FIG. 1 to FIG. 4, reference numeral 101 denotes a tall bookstore type receiving / preparing / shipping building constructed along the east-west direction,
On the south side of the receiving / shipping / preparing / shipping building 101, a shelter-type solar-heat-dried building 102 having a short height and having a roof 103 and an outer wall 104 formed of a solar-heat-drying absorbing wall is constructed. A plurality of receiving hoppers 106, a roughing machine 107, and a weighing machine 10
And a storage device 109 provided with a plurality of storage tanks 110 for storing dried cereals on the other side, and dehulling and sorting of the dried rice or wheat to obtain rice for selective brown rice or wheat. A sliding preparation device 111 and a shipping weighing device 112 for weighing selected brown rice or selected wheat into products by weighing bags are provided. The receiving hopper 106 and the roughing machine 107 are connected to a relay elevator 113.
And the roughing machine 107 and the weighing machine 1
08 is connected via a weighing elevator 114. An elevator 115 erected on the discharge side of the weighing machine 108 is connected to the supply side of a screw conveyor type transporter 116, and the unloading side of the transporter 116 is constructed on the south side of the bookstore type receiving / shipping / shipping building 101. Agitated mixing and drying device 1 utilizing solar heat installed in a closed underhouse type solar drying building 102
17 is connected to the supply side. The discharge side of the stirring / mixing / drying device 117 is a screw conveyor type transfer machine 11.
8 and a plurality of storage tanks 110 via the elevator 119.
In addition, the storage tank 110 is connected to a hulling preparation device 111, and the hulling preparation device 111 is connected to a shipping weighing device 112 via an appropriate transport device 120.
The stirring / mixing / drying apparatus 117 lays a horizontal ventilation plate 122 having a large number of ventilation holes 123 at an appropriate height in a horizontally long drying housing 121 having an open top having a length of 20 m to 30 m. A drying chamber 124 is formed in the upper part and a discharge chamber 125 is formed in the lower part with the board 122 as a boundary. A pair of rails 126, 126 are laid along the horizontal direction on both left and right sides of the drying housing 121, and are mounted on the rails 126, 126 so that a stirring transfer machine 127 can reciprocate and travel. . The stirring and transferring machine 127 includes a traveling body 128 and a plurality of stirring and mixing machines 130 radially implanted on a rotating shaft 129 rotatably mounted on the traveling body 128. The rotating shaft 1 is provided on one side of the traveling body 128.
A forward / reverse rotation motor 131 for rotating the forward / backward rotation of the rotating shaft 29 is installed, and a stirring / mixing unit including the rotating shaft 129 and a plurality of stirring / mixing rods 130 is configured to be adjusted at any time by a lifting / lowering motor 132. ing. 133 is
An exhaust device in which the intake side is connected to the exhaust chamber 125 and the exhaust side is viewed outside the receiving preparation shipping building 101,
The drying air that has been heated by the operation of the exhaust device 133 due to the permeation and absorption of the solar heat passes through the drying chamber 124 to the exhaust chamber 1.
25 and let the grains dry while saving fuel economy. Reference numeral 134 denotes a circulation type dryer including a plurality of units disposed in the bookstore type receiving / shipping / shipping building 101. The circulation type dryer 134 is a stirring / mixing / drying apparatus 1.
For the purpose of drying the wheat which could not be dried by the method 17, the transfer side of the weighing machine 108 of the receiving device 105 and the circulation type dryer 134 are connected by a transfer device 135 which can be switched, and also circulated. Mold dryer 1
34 and the storage tank 110 are connected by a transfer device 136. Reference numeral 137 denotes a product storage area provided between the receiving apparatus 105 installed in the receiving / shipping / shipping building 101 and the circulation type dryer 134.
【0009】[0009]
【考案の効果】本考案は、上述のように構成されている
ので、次に記載する効果を奏する。太陽熱を利用する混
合撹拌乾燥装置と循環乾燥機をそれぞれ別の建物に併置
して切替可能な搬送装置を介して穀物を選択的に供給し
て乾燥させることによって乾燥に供される籾、小麦の穀
物の種類やその荷受け量に対応していずれかの一方の乾
燥装置を選択したり、あるいは、両方の乾燥装置を順次
併用して乾燥されるため、荷受けされた籾や小麦を荷受
装置付近に滞留させることなく乾燥装置に供給して能率
的にしかも大量の穀物を迅速に乾燥して製品を連続して
出荷することができる。 さらに、本考案においては、籾
あるいは小麦の乾燥のために使用する燃費を節約し、か
つ、乾燥調製施設の建築費の低減化と建設用地の有効利
用を行うことができることは勿論のこと、荷受調製出荷
建物内に製品置場を設けて製品の収納を容易ならしめる
ことができる。The present invention is configured as described above, and has the following effects. A blend that uses solar heat
Combined agitation dryer and circulation dryer are installed in separate buildings.
To selectively feed grain through a switchable transport device
Paddy, wheat grain for drying by drying
Depending on the type of goods and the amount of goods received,
Select a drying unit or both drying units sequentially
Receiving paddy and wheat as they are dried together
Efficiency by supplying to drying equipment without staying near the equipment
And quickly dry large quantities of cereal to produce a continuous product
Can be shipped. Furthermore, in the present invention,
Or use less fuel for drying the wheat,
In addition, it is possible not only to reduce the construction cost of the drying preparation facility and to effectively use the construction site, but also to provide a product storage in the receiving preparation shipping building to facilitate the storage of the product.
【図1】太陽熱利用の乾燥調製施設の横断平面図であ
る。FIG. 1 is a cross-sectional plan view of a drying preparation facility using solar heat.
【図2】太陽熱利用の乾燥調製施設の側面図である。FIG. 2 is a side view of a drying preparation facility using solar heat.
【図3】太陽熱利用の攪拌混合乾燥装置の縦断正面図で
ある。FIG. 3 is a vertical sectional front view of a stirring and mixing and drying apparatus utilizing solar heat.
【図4】攪拌移送機の拡大側面図である。FIG. 4 is an enlarged side view of the stirring transfer machine.
【図5】従来の乾燥調製施設の正面図である。FIG. 5 is a front view of a conventional drying preparation facility.
101 荷受調製出荷建物 102 太陽熱乾燥建物 105 荷受装置 109 貯留装置 111 籾摺調製装置 112 出荷計量装置 116 搬送機 117 太陽熱利用の攪拌混合乾燥装置 134 循環型乾燥機 137 製品置場 101 Receiving / preparing / shipping building 102 Solar drying building 105 Receiving device 109 Storage device 111 Rice hulling preparation device 112 Shipping / weighing device 116 Conveyor 117 Stirring / mixing / drying device using solar heat 134 Circulating dryer 137 Product storage
Claims (2)
物の南面側に屋根および外壁を太陽熱透過吸収壁で形成
した太陽熱乾燥建物を配設し、前記荷受調製出荷建物内
には、荷受装置、循環型乾燥機、貯留装置、籾摺調製装
置、出荷計量装置を互いに接続して配設し、前記太陽熱
乾燥建物内には太陽熱利用の撹拌混合乾燥装置を配設し
て、前記荷受調製出荷建物の荷受装置はその排出側が太
陽熱乾燥建物内に配設された撹拌混合乾燥装置の供給側
と搬送機を介して接続されるとともに荷受調製出荷建物
の循環型乾燥機の供給側と切替可能な搬送装置により接
続され、撹拌混合乾燥装置および循環型乾燥機の排出側
をそれぞれ貯留装置と接続してなることを特徴とする太
陽熱利用の乾燥調製施設。1. A solar drying building having a roof and an outer wall formed by a solar heat absorbing and absorbing wall is provided on the south side of a receiving / shipping shipping building constructed along the east-west direction, and a receiving device, A circulation dryer, a storage device, a hulling preparation device, and a shipping weighing device are connected to each other and disposed ,
In the drying building, a stirring and mixing drying device using solar heat is installed.
Therefore, the receiving side of the receiving / preparing / shipping building has a large discharge side.
The supply side of the stirring, mixing and drying device installed in the positive heat drying building
And the building for receiving and preparing shipments
Connected to the supply side of the circulation type dryer by a switchable transfer device.
And the discharge side of the stirring and mixing dryer and circulation dryer
Each of which is connected to a storage device .
荷受装置と循環型乾燥機との間に比較的広い面積の製品
置場を設けた請求項1記載の太陽熱利用の乾燥調製施
設。2. The drying and preparing facility utilizing solar heat according to claim 1, wherein a product storage area having a relatively large area is provided between the receiving apparatus and the circulating dryer disposed in the receiving / preparing shipping building, respectively.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP1990405643U JP2555476Y2 (en) | 1990-12-29 | 1990-12-29 | Drying facility using solar heat |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP1990405643U JP2555476Y2 (en) | 1990-12-29 | 1990-12-29 | Drying facility using solar heat |
Publications (2)
Publication Number | Publication Date |
---|---|
JPH0495291U JPH0495291U (en) | 1992-08-18 |
JP2555476Y2 true JP2555476Y2 (en) | 1997-11-26 |
Family
ID=31883028
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP1990405643U Expired - Lifetime JP2555476Y2 (en) | 1990-12-29 | 1990-12-29 | Drying facility using solar heat |
Country Status (1)
Country | Link |
---|---|
JP (1) | JP2555476Y2 (en) |
Family Cites Families (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS51155866U (en) * | 1975-06-03 | 1976-12-11 | ||
JPS5855673A (en) * | 1981-09-27 | 1983-04-02 | 氏家 浩 | Drying facility for fowl dropping |
JPH0213992U (en) * | 1988-07-08 | 1990-01-29 |
-
1990
- 1990-12-29 JP JP1990405643U patent/JP2555476Y2/en not_active Expired - Lifetime
Also Published As
Publication number | Publication date |
---|---|
JPH0495291U (en) | 1992-08-18 |
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