JPS607977A - Vertical particle sorter - Google Patents

Vertical particle sorter

Info

Publication number
JPS607977A
JPS607977A JP11498683A JP11498683A JPS607977A JP S607977 A JPS607977 A JP S607977A JP 11498683 A JP11498683 A JP 11498683A JP 11498683 A JP11498683 A JP 11498683A JP S607977 A JPS607977 A JP S607977A
Authority
JP
Japan
Prior art keywords
sorting
grains
spiral
sorter
shell
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.)
Pending
Application number
JP11498683A
Other languages
Japanese (ja)
Inventor
則男 大野
誠二 井上
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Shikoku Seisakusho KK
Original Assignee
Shikoku Seisakusho KK
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Shikoku Seisakusho KK filed Critical Shikoku Seisakusho KK
Priority to JP11498683A priority Critical patent/JPS607977A/en
Publication of JPS607977A publication Critical patent/JPS607977A/en
Pending legal-status Critical Current

Links

Landscapes

  • Combined Means For Separation Of Solids (AREA)

Abstract

(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。
(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

【発明の詳細な説明】 この発明は、米麦をはじめとする穀粒その他の粒体を、
殻体内に立設した円筒状選別網体内で上昇させながら、
大径の整粒と小径の屑粒とに選別する縦型粒体選別機に
関する。
[Detailed Description of the Invention] This invention provides the ability to use grains and other granules such as rice and wheat.
While rising inside the cylindrical sorting mesh installed inside the shell,
This invention relates to a vertical grain sorter that separates large-diameter regular grains and small-diameter waste grains.

桁型粒体選別機において1円筒状選別網体に収1〆した
スパイラル筒のスパイラル翼上面を、動摩擦抵抗が金属
平板よりも大きくなるようにして、スパイラル翼によっ
て揚粒される粒体を攪拌する七共に遠心力を付与しなが
ら選別率を向上させる発明を1本出願人が既に特願昭!
;7−37乙Sり号として提案した。該発明農、スパイ
ラル翼上面を揚粒される粒体の層が薄い、つまり、処f
M量が少ない場合に、特に有効であるが1粒体の層が厚
い、つまり、処理量が多(なると、上層部の粒体が十分
に攪拌されず1選別率が低下する傾向力;あることが実
験によって判明した。
In a spar-type granule sorter, the upper surface of the spiral blade of the spiral tube that has been collected into one cylindrical sorting net is made to have a dynamic frictional resistance greater than that of a flat metal plate, and the granules lifted by the spiral blade are agitated. The applicant has already filed a patent application for an invention that improves the sorting rate while applying centrifugal force!
;7-37 Proposed as an issue. In this agricultural invention, the layer of granules lifted on the upper surface of the spiral blade is thin, that is, the processing f.
It is particularly effective when the amount of M is small, but if the layer of each grain is thick, that is, the throughput is large (there is a tendency that the grains in the upper layer are not sufficiently stirred and the sorting rate decreases; This was discovered through experiments.

この発明は、上記の不都合を解消するもので。This invention solves the above-mentioned disadvantages.

次の如く構成した。すなわち1円筒状選別網体]1)と
この選別網体(1)に収嵌した揚粒用スパイラル筒(2
)とをτに同心して回転する如く立設してなる縦型粒体
選別機tこおいて、少なくとも選別網体(1)の選別孔
13)穿設範囲に対応する位置で、スパイラル筒(21
の外周面(4)に、粒体の攪拌機能を持たせて構成した
It was constructed as follows. Namely, a cylindrical sorting net (1) and a spiral tube for lifting grains (2) fitted in this sorting net (1).
) is installed vertically so as to rotate concentrically with τ.In a vertical particle sorter t, a spiral tube ( 21
The outer circumferential surface (4) of the container was configured to have a particle stirring function.

この発明は、上記構成によって次の技術的作用効果を奏
する。すなわち、スパイラル筒(2)のスパイラル翼上
面を揚粒される粒体が多くなれば1粒体の稗が厚くなる
が、この粒体の層に対してスパイラル筒(2)の外周面
(41に設けた攪拌機aが作用して、粒体の全体を攪拌
することになるので1選別率が良好になって、処理量が
多くなってほも選別率の低下を少なくできるのである。
The present invention achieves the following technical effects with the above configuration. In other words, as the number of grains lifted on the upper surface of the spiral blade of the spiral tube (2) increases, the thickness of one grain becomes thicker, but the outer peripheral surface (41 Since the stirrer a installed in the granules acts and stirs the entire granules, the 1 sorting rate becomes good, and the decrease in the sorting rate can be minimized even though the throughput is increased.

次に、この発明の実施例の構成を1図面を疼照しながら
説明する。
Next, the configuration of an embodiment of the present invention will be explained with reference to one drawing.

荘C型粒体選別機の全体溝造は、第1図に示すとおりで
あって、四角節状殻体(5)の内部に多数の選別孔(3
)を穿設した円筒状の選別網体(11を回転自在に立設
し、この選別網体(1)にスパイラル筒〔2)を回転自
在に収嵌立設している。殻体(5)の下部側方にtよ1
粒体を殻体(5)内へ供給する供給シュート(6)を突
設し、上部側方には1選別済の1#粒を貯留するタンク
(7)を突設している。
The overall groove structure of the Zhuang C-type granule sorter is as shown in Fig. 1, with a large number of sorting holes (3
) is provided with a cylindrical sorting net (11) rotatably erected, and a spiral cylinder [2] is rotatably fitted into the sorting net (1). t 1 on the lower side of the shell (5)
A supply chute (6) for supplying grains into the shell (5) is provided in a protruding manner, and a tank (7) for storing 1# grains that has been sorted once is provided in a protruding manner on the upper side.

殻体(5)の内部は、下方からL方にわたって、底板(
8)、!l:基盤基盤1 、!−テ仕切った原動域00
+、基盤(9)と下受1M! (ITIとて、仕切った
供給域(叱下受柳Q?lと五受柳(抽で仕切った篩い域
0旬、上受樋0坊と大蓋(15)とて仕った取出域06
)とに仕切っている。
The inside of the shell (5) extends from the bottom to the L direction, and includes a bottom plate (
8),! l: Foundation base 1,! - Separated driving range 00
+, base (9) and undercover 1M! (With ITI, the supply area was divided into (1) the sieve area (06) divided by the drawer, the upper drain (0) and the large lid (15).
).

基盤(9)上には、前記供給シュー) 161 、!:
連動した受粒筒aηを立設し、この受粒筒醇)上には、
供給域(+21.@い域(14)及び取出域00)を貫
通した円筒状の選別網体111を回転自在に立設する。
On the base (9) are the supply shoes) 161,! :
An interlocking grain receiving tube aη is installed upright, and on this grain receiving tube aη,
A cylindrical sorting net 111 penetrating the supply area (+21.@ area (14) and take-out area 00) is rotatably installed.

また、これら受粒筒α7)と選別&Ji体+I+、!:
を貫通して揚粒作用を行うスパイラル%1(2’を回転
自在に基盤(9)上へ立設する選別網体11)は、上下
中間部の周壁番・こ多数の選別孔(3)を穿殺し、ト端
部の周壁トこは広く開口した放出窓08)を穿設してい
る。この選別網体(1)の放出窓08)の下側には、上
受樋ctat上へ張り出す十周庇(柚を設け1選別孔1
3)穿設範囲の下側には、下受側(111上へ張り出す
下周庇(イ)を設けている。また、上周庇帥と下周庇図
には、下受側(匍及び下受側(11)上に貯る整粒及び
屑粒をそれぞれ掻き送る複数の掻羽根121)、(イ)
を固着している。
In addition, these particle receiving tubes α7) and sorting & Ji body + I +,! :
The spiral %1 (sorting net 11 whose part 2' is rotatably set up on the base (9)) which penetrates through and lifts the grains has a number of sorting holes (3) on the peripheral wall in the upper and lower intermediate parts. A widely opened discharge window 08) is provided in the circumferential wall at the end. On the lower side of the discharge window 08 of this sorting net (1), there is a ten-round eave (one sorting hole, one sorting hole, one
3) At the bottom of the drilling range, there is a lower eave (A) that extends above the lower receiving side (111). A plurality of scraping blades 121), (a) which scrape out the sorted grains and waste grains accumulated on the lower receiving side (11), respectively.
is firmly attached.

下受側(131は1選flll網体(11の周囲を囲っ
た内外立壁で環状凹溝に形成したもので、タンク(7)
側の外立壁を切り欠き1選別網体Filの放出窓(18
)から放出されて1ユ受樋0扮上へ貯る整粒が膓羽根f
2.llによってタンク(7)内へ掻き送られる。
The lower receiving side (131 is a 1-selection full mesh body (11) is formed into an annular groove with internal and external standing walls surrounding the tank (7)
Cut out the side outer vertical wall and make a discharge window (18
) is released from the 1 unit receiving trough and the regulated particles are stored in the upper part of the 1 unit receiving channel 0 unit.
2. ll into the tank (7).

下9樋(11)は、)受樋QSと同様の環状凹溝を屑粒
取出口f沖で殻体(5)外へ連通し1選別網体(11の
選別孔13)かち漏出する小径のP#を受けて、掻羽桿
峻)で屑粒取出口C別から殻体(5)外へ取り出せるよ
うにしている。
The lower 9 gutter (11) connects an annular groove similar to the receiving gutter QS to the outside of the shell (5) off the waste grain outlet f, and passes through the 1 sorting net (11 sorting hole 13) to prevent leakage. After receiving P#, the waste particles can be taken out from the shell body (5) through a separate outlet C using a scraper.

スパイラルI’+21tよ5選別網体(11の内イに着
い円筒体tZUこスパイラル豆噸を固着したもので1選
別網体(1)の迎別孔13)穿設範囲に対応する範囲で
は。
In the area corresponding to the drilling range of the spiral I'+21t, the 5 sorting nets (the cylindrical body tZU is fixed to the spiral bean paste in A of 11, and the separation hole 13 of the 1 sorting net (1)) are drilled.

第2図あるいは第3図の如く構成している。欲。2図は
1円筒体124)の外周面(4’+にスポンジ等の動摩
擦抵抗体tpHlを貼着したもので、この叩1摩擦抵抗
体(?0)でスパイラル筒に)上で厚く門状をなす粒体
に(1拌作用をする。第3図は、p1悄体C21(の−
f4Bを放射方向へ突出させて突条部(2)を形成1−
1この突条部輛で粒体に攪!作用をする。
It is constructed as shown in FIG. 2 or 3. Greed. Figure 2 shows a cylindrical body 124) with a dynamic friction resistor tpHl such as a sponge attached to the outer peripheral surface (4'+). (1 stirring action is applied to the grains forming the p1 body C21 (-
Form protrusion (2) by protruding f4B in the radial direction 1-
1 Stir into granules with this protrusion! act.

なお、杭、、2図及び第3図の実施例では、スパイラル
筒(財)上面1こ動IM擦抵析を付与する構成よしてい
ないが、これらの実施例の如く選別網体(1)の内径と
円筒体(社)の外径が近くスパイラル翼62拍の翼幅が
狭い場合Pこは1円滑誇体防)の外周部の攪拌作用を強
く受けるので、該構成が不要である。しかし、スパイラ
ルR((9)の翼幅が広い場合には、スパイラル算(2
B1上面と円筒体−)外周面との両方に府1摩擦抵掟体
1匁)を貼着することがよい。
Note that in the embodiments shown in Figures 2 and 3, the piles do not have a structure that provides IM friction resistance on the upper surface of the spiral tube, but as in these embodiments, the screening mesh (1) If the inner diameter of the spiral blade is close to the outer diameter of the cylindrical body and the span of the 62-blade spiral blade is narrow, this configuration is not necessary because it is strongly affected by the stirring action of the outer periphery of the 62-blade spiral blade. However, if the wingspan of the spiral R ((9) is wide, the spiral calculation (2
It is preferable to attach a friction resistor (1 momme) to both the upper surface of B1 and the outer peripheral surface of the cylindrical body.

殻体(5)内の原動域00)I−こけ1選別網体fil
とスパイラル筒f2+とを互に逆回転させるギヤボック
スtyNlと駆動用モーター(201とを設けている。
Motive area in shell (5) 00) I-Moss 1 sorting network fil
A gear box tyNl and a drive motor (201) are provided to rotate the spiral cylinder f2+ and the spiral cylinder f2+ in opposite directions.

タンク(7)の下部取出r:Jm) tこけ、シャッタ
ーC3])を設け、適宜にこのシャフタ−01)を開閉
して整粒を袋詰するようをこしている。
A shutter C3]) is provided to take out the lower part of the tank (7), and the shutter C3) is opened and closed as appropriate to strain the sorted grains into bags.

次に1粒体の選別作用を説明するに1次のとおりである
Next, the sorting action of one grain is explained as follows.

供給シュート(6)から受粒筒07)へ供給された粒体
は、スパイラル筒(21の回転によって揚粒される。
The grains supplied from the supply chute (6) to the grain receiving cylinder 07) are lifted by the rotation of the spiral cylinder (21).

そして選別網体(1)の選別孔(3)穿設範囲において
And in the range where the screening holes (3) of the screening net (1) are formed.

小径の屑粒が殻体(5)内の篩い域0揚へ篩い出され。Small-diameter waste grains are sieved out to the sieve area 0 in the shell (5).

大径の整粒が放出窓(18)から殻体(5)内の坂出域
α6)へ放出される。さらに、屑粒は屑粒取出1匈1小
ら殻体(5)外へ取り出され、整粒はタンク(7)内へ
貯留される。タンク(7)内の整粒は、シャッター00
を適宜に開閉して袋詰されるのである。
Large-diameter regular particles are discharged from the discharge window (18) to the sloping area α6) in the shell (5). Furthermore, the waste grains are taken out of the small shell (5) one by one, and the sized grains are stored in the tank (7). Grain regulation in the tank (7) is done using shutter 00.
They are then opened and closed as appropriate and packed into bags.

【図面の簡単な説明】[Brief explanation of the drawing]

図は、この発明の実施例を示すもので、第1図は全体の
切断正面図、第2図は一部の拡大切断正面図、第3し1
は別実施例を示す一部の拡大切断平面図である。 (110・0選別網体 (2)oo・スパイラル筒(3
)000選別孔 (41、Oo外周面代表取わ61貨利
1月fζ1(、之11.す第2図 第3図
The figures show an embodiment of the present invention; FIG. 1 is an overall cut-away front view, FIG. 2 is a partially enlarged cut-away front view, and FIG.
FIG. 6 is a partially enlarged cutaway plan view showing another embodiment. (110.0 sorting mesh body (2) oo・Spiral tube (3
) 000 sorting hole (41, Oo outer peripheral surface representative taken 61 currency interest 1 month fζ1 (, no 11. Figure 2 Figure 3

Claims (1)

【特許請求の範囲】[Claims] 円筒状選別網体とこの選別網体に収嵌した揚粒用スパイ
ラル筒と1互に同心して回避転する如く立設してなる縦
型粒体選別機において、少なく七も選別網体の選別孔穿
設範囲に対応する位置で、スパイラル筒の外周面に1粒
体の攪拌機能を持たせてなる縦型粒体選別機。
In a vertical granule sorter comprising a cylindrical sorting net and a lifting spiral tube fitted in the sorting net, one of which is installed concentrically with the other so as to avoid rotation, it is possible to sort at least seven sorting nets. A vertical particle sorter that has a single particle stirring function on the outer peripheral surface of a spiral tube at a position corresponding to the hole drilling range.
JP11498683A 1983-06-25 1983-06-25 Vertical particle sorter Pending JPS607977A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP11498683A JPS607977A (en) 1983-06-25 1983-06-25 Vertical particle sorter

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP11498683A JPS607977A (en) 1983-06-25 1983-06-25 Vertical particle sorter

Publications (1)

Publication Number Publication Date
JPS607977A true JPS607977A (en) 1985-01-16

Family

ID=14651513

Family Applications (1)

Application Number Title Priority Date Filing Date
JP11498683A Pending JPS607977A (en) 1983-06-25 1983-06-25 Vertical particle sorter

Country Status (1)

Country Link
JP (1) JPS607977A (en)

Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5420418A (en) * 1977-07-12 1979-02-15 Siemens Ag Fluid ring compressor

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5420418A (en) * 1977-07-12 1979-02-15 Siemens Ag Fluid ring compressor

Similar Documents

Publication Publication Date Title
DE2703329B2 (en) Arrangement for level filling of vertical containers
JPS607977A (en) Vertical particle sorter
US3269707A (en) Particulate material mixing machine
US854443A (en) Grain-assorter.
JPS6321345Y2 (en)
CA2188062C (en) Device for metered extraction of bulk solids
JPS6014722B2 (en) Rotating drums for garbage or other bulk material transport vehicles - collection containers
JPS6326212Y2 (en)
US1992288A (en) Rotary gold concentrator
JPS6036389Y2 (en) Vertical grain sorter
CN213914090U (en) Stirring mechanism of sorting module
CN217450864U (en) Domestic fungus cylinder sieve separator
JPS59120253A (en) Apparatus for treating grain
JP2000140702A (en) Friction charging device
JPS59145078A (en) Vertical grain sorter
CN114733743B (en) A sorting and screening device for organic fertilizer particles
JPS5910377A (en) Horizontal cylinder rotary grain sorting device
CN216703582U (en) Material distribution device
CN219648092U (en) A kind of municipal construction civil engineering raw material screening and mixing device
JPS59103882A (en) Suspension tank
JPS6341093Y2 (en)
JPH0334300Y2 (en)
JPS6197081A (en) Re-selector for waste grain from vertical type cereal grain selector
JPS59216670A (en) Sorting ratio altering apparatus of vertical type particle sorter
CN212441990U (en) Matrimony vine classified screening device