JPS58186408A - Peristaltic separator - Google Patents

Peristaltic separator

Info

Publication number
JPS58186408A
JPS58186408A JP57068053A JP6805382A JPS58186408A JP S58186408 A JPS58186408 A JP S58186408A JP 57068053 A JP57068053 A JP 57068053A JP 6805382 A JP6805382 A JP 6805382A JP S58186408 A JPS58186408 A JP S58186408A
Authority
JP
Japan
Prior art keywords
filter
hole
holes
pieces
tank
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.)
Granted
Application number
JP57068053A
Other languages
Japanese (ja)
Other versions
JPS6033524B2 (en
Inventor
Masatsune Tojo
東條 匡恒
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.)
Individual
Original Assignee
Individual
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 Individual filed Critical Individual
Priority to JP57068053A priority Critical patent/JPS6033524B2/en
Publication of JPS58186408A publication Critical patent/JPS58186408A/en
Publication of JPS6033524B2 publication Critical patent/JPS6033524B2/en
Expired legal-status Critical Current

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  • Filtration Of Liquid (AREA)

Abstract

PURPOSE:To provide a peristaltric separator in which clogging by fine particles arises hardly by providing filter holes of specified intervals to thin discs and fitting the discs onto adjacent revolving shafts so as to produce no clearances between the same. CONSTITUTION:A filter tank 1 consists of an inside wall 8 and an outside wall 9, and revolving shafts 3 are mounted therein in parallel. Doughnut-like filter pieces 34 provided with filter holes at 90 deg. intervals are fixed to each shaft 3 so as to overlap on each other fully between the side walls in the same directionality. The pieces 34 which overlap on each other are fixed to the revolving shafts in such a way that the respective filter holes are located on the same straight line. When liquid 11 to be treated is supplied through a port 12, flocs, etc. move onto the filter medium group in the upper row, pass through the space and transfer onto the filter medium group in the lower row. Purified water flows into the sectorial recesses formed in a large quantity in the upper part of the filter medium group, passes through the filter holes and enters the dehydration holes 50 on a side wall 17, from which the water is discharged through a chamber 40 and a pipe 13. The dehydration rate for the cake to be extruded from the outlet is adjustable with the opening of a cover.

Description

【発明の詳細な説明】 本発明は矯動1j)jII憬に関する。[Detailed description of the invention] The present invention relates to correction 1j)jII.

一般に、汚泥処理に1第1図のブロック図Vこ示す工つ
な中法か採用δnてbる。丁なわち、この手法に、汚泥
貯vjI!槽のぶ汚泥をフロック&lII餐槽へ込p込
むとともに、原汚泥の一部、−廣Vこ工って業准タンク
から、友とえばム」注ソーダノくツク、高分子凝集剤等
の薬液をフロック調螢槽に添加し、汚泥′f:!jL好
なフロックに成長M41した後、フロックvI4螢槽か
らフロックを自然塔下によって脱水機に送り、この脱水
機に工って、脱水ケーキと脱水水分(浄化水)とに分離
する方法である。箇友、脱水ケーキは場外へ搬出し、場
立てもしくは再利用を図るとともに、脱水水分に原水槽
KiL送している。
Generally, for sludge treatment, the method shown in the block diagram of Fig. 1 is adopted. In other words, with this method, sludge storage vjI! While pouring the sludge from the tank into the floc & lII tank, some of the raw sludge, a chemical solution such as a polymer flocculant and a polymer flocculant, was added from the tank. Add it to the floc control tank and make sludge'f:! jL After the flocs have grown into good flocs M41, the flocs are sent from the floc vI4 firefly tank to a dehydrator under a natural tower, and are separated into dehydrated cake and dehydrated water (purified water) by this dehydrator. The dehydrated cake is taken out of the facility and put up for storage or reused, and the dehydrated water is sent to the raw water tank KiL.

ところで、このような汚泥処理に用いる従来の脱水機は
、値粒子の目v1りに工夛嫁−皐か低下する111点か
める。
By the way, the conventional dewatering machine used for such sludge treatment has a particle count of 111, which is a drop in the number of particles.

し九かつて、本発明の目的は微粒子により目詰t)か起
きWliい鴫勧分喝機を提供することにある。
SUMMARY OF THE INVENTION It is therefore an object of the present invention to provide a strainer that is free from clogging due to fine particles.

以下、実厖1P1iに工p不発勇を説明する。Below, I will explain the engineering p failure in Jiku 1P1i.

第2図〜第9図に本発明の一実厖−による喝勧曾線憬を
示す凶であって、第2図に5蒙を示す止(3)図、講3
凶は止l断1図、系4図に一部の冑面酊(@図、il&
5凶に十山順園図、纂6図に一歓細回歓愼奪を示す一圓
町圓図、纂7図は樋片の斜視図、第8図0&1片の城何
状9を示す餠圓図、蘂す図a洗浄液に入路糸を示す一部
の一面囚でるる。
Figures 2 to 9 are diagrams illustrating the excitation line according to the present invention;
The evil is broken in 1 diagram, Kei 4 diagram and some kummen drunkenness (@ diagram, il &
Figure 5 is a map of Juzanjunen, Figure 6 is a map of Ichien-machi-en showing Ichikan-Saikai-Han-Min-ro, Figure 7 is a perspective view of a gutter piece, Figure 8 is a map showing the castle shape 9 of pieces 0 & 1. Encyclopedia, Figure A shows a section of the thread that enters the cleaning solution.

この鴫勧分藺機は第3図および累5図に示す工うに、石
−上部に4槽1を、右餉下部に躯励諏となるモータ2に
一、左脩に4檜1に堆り何けられるda〜ahy工び3
a〜3zなる16本の1g1転軸3Hこモータ2の回転
を体部する伝遜慎購4tそれぞAkしたI4遣となって
bる。そして、省蓮の枠組1コ山形4I145や装置6
.カバー7勢で購成芒nてtn 、6 。
This machine is constructed as shown in Figures 3 and 5, with 4 tanks 1 on the upper part of the stone, 1 motor 2 serving as the trunk excitation at the lower part of the right arm, and 4 tanks 1 on the left arm. da ~ ahy work 3
A to 3z, 16 1g, 1 rotating shaft, 3H, and 4t, which control the rotation of the motor 2, each become an I4 transmission. And, Shoren's framework 1 Yamagata 4I145 and device 6
.. Purchased with 7 covers, 6.

臨検lは脚−お工び妊に内壁8と5叡9からなる二Jk
偽造となるとともに、一枚の天井愼10に1コフロソク
金苫む汚泥液でめる簀処理Milk供縮するvc組Di
2を有し、かつ、中火に1ρ]かうにした〃1って低く
なる底の内−中央には浄化水τ排出する僻lit盲13
か散ジ呵けらnている。この排出’[]3U&ボ憬外V
こ迄延在している。ま次、略士竹となって延在する一対
の円囲−14藺には16杢り回に軸3η1回動目在に貫
通固定ざnている。
The inspection l is the leg - the two Jk consisting of the inner wall 8 and the 5th layer 9.
In addition to being a counterfeit, the VC group Di is treated with milk, which is filled with sludge liquid that makes 100% of each ceiling.
2, and 1ρ on medium heat] In this way, the inside of the bottom that becomes lower than 1 - in the center, there is a blind 13 which discharges purified water τ.
There are a lot of people. This discharge'[]3U&BogaiV
It extends to this point. Next, a pair of circles extending in a straight line are fixedly fixed through the shaft 3η at 1 rotation point every 16 times.

睨ボ慎の5嘘tも構成する4万の一部15にあって01
回転軸3μその5陶−1b’(賞通しないか、ltI配
隔壁6の略延長上に位置しかつカバー7内に位置する能
力のm1117にあっては、回転s3に七九それ貝逼し
、その先端に18a〜18h 、 17118〜18g
5のスグロケッ)18tl!して−る。回転軸3に内1
1i11114と外肯懺16との間に配設さnる第9図
で示す工うなそれぞルミ豆した受s19にベアリング2
0t−介して回転可能に1@り付けら几でいる。また、
16本の1転翰3のうち、半分に上段KX!りの半分α
王家にそnぞれ略累平方図に沿って列を作って配設さ几
ている。そして、上列と下列のIgJ転113に上下相
対位rILかずnてぃて相互にi方図(上列は左Lg1
転、下列に右回転)に回転するようになっている。この
回転に菖3−1第5図、講6図に示す工うな伝運機構4
によって体部して因る。丁なわち、モータ2の回転にモ
ータ2に固定さn友駆−膚121に噛み合う萬lスクロ
ケソト22 t−4するllll11)IL23に体通
さnるとともに、その疋万同の回転a纂l−123に噛
み合う射2スプロケツ) 24 ’ifする82讃瀘2
5に伝:Aさ几る。纂1i1J123お工び第2薗服2
5の回転に第18第2スプロケツ)22.24およびタ
イミングベルト26等を弁してそれぞn第5.第6およ
び第7.第8のスズロケット27゜28.2SJ、30
.、t−そnぞれMする第3 、菖4のスプロケツ)3
1.32に回転され、かつ縞5゜第6お工び第7.第8
のスズロケット27〜30お工びタイミングベルト33
等を介して、上列お工び下夕IJのスグロケツ)18a
〜18h 、 18−〜18zに伝]il嘔れる。なン
、各列のスズロケット18a 〜18h 、Igs 〜
185sU相互に干渉しないように、′igJ図に示す
工うに、1転−3の長盲框嬶なっている。
It is part 15 of 40,000, which also makes up the 5 lie t of glare boshin, and it is 01
Rotation axis 3μ Part 5 - 1b' (If it does not pass through or is located approximately on the extension of the ltI partition wall 6 and is located within the cover 7, the rotation axis 3μ is connected to the rotation s3.) , 18a-18h at its tip, 17118-18g
5's Sugroket) 18tl! I'm doing it. 1 in rotation axis 3
1i11114 and the bearing 16 shown in FIG.
It is attached rotatably through 0t. Also,
Of the 16 1-ten 3, half are upper KX! half of ri α
Each of the royal houses is arranged in rows roughly following a square map. Then, the upper and lower rows of IgJ transverse 113 are placed in the upper and lower relative positions rIL and nti to each other in the i-direction (the upper row is the left Lg1
(clockwise rotation to the bottom row). This rotation involves the transmission mechanism 4 shown in Figure 5 of Iris 3-1 and Figure 6 of Figure 6.
It depends on the body part. In other words, when the motor 2 rotates, the rotation of the motor 2, the rotation of the motor 2, the rotation of the motor 2, the rotation of the motor 2, and the rotation of the motor 2. 2 sprockets that mesh with 123) 24 'if 82 Sanro 2
Transfer to 5: A.纂 1i1J123 Okubi 2nd Sonobukuro 2
5, the 18th second sprocket) 22, 24, timing belt 26, etc. are operated to rotate the nth 5th. 6th and 7th. 8th tin rocket 27° 28.2SJ, 30
.. , t-son respectively M 3rd, irises 4 sprockets) 3
1.32, and the stripes are 5 degrees, 6th and 7th. 8th
Tin Rocket 27-30 Timing Belt 33
18a)
~18h, 18-~18z] Il vomit. What, each row of tin rockets 18a ~ 18h, Igs ~
In order to prevent 185sU from interfering with each other, a long blind frame of 1 turn - 3 is used as shown in the 'igJ diagram.

一方、各列(D1g1転maのピッチは1なるピッチと
なっている。を友、各1転s13にri菖7図に示す工
うな段付ドーナツ状の一片34か同一の万四性(層重)
で1対の内冑置蘭一杯に亘って墓ねて一定石几でいる。
On the other hand, each row (D1g1 turn ma has a pitch of 1. heavy)
There is a pair of inner armored orchids, and the grave is surrounded by a constant stone coffin.

−片34に−(3)の中央部か円板状Kmい4肉−35
と、この専内邸35の周辺に仏かる導肉部35の1さ2
Cの半分の薄ざの山嶺状の4内廊36とからなるとと−
に、漣内部36の%it)の中央のt/2bo軌跡會円
崗とする円上には定間隔、ここてに90度間隔に改なる
極の1孔37を有している。cのa1片34の1孔37
【設ける前記円の[径に前記回転−3関のピッチaと1
欽させる。ま友、一片34は1処1iisに腐食さnず
かつ摩耗しにくい金属、関J[lるいζセフミック等に
工って形成される。ま次、骨に図示にしないか、各一片
34にキー等を用いて一転−3に対してl[1m1ll
Lないように固定される。また、1な9合う一片34の
各濾孔37は318図に示すように1同−IIL−上に
位置する工うに一定される。なお、濾片34の具体的*
Sの寸法は、友をえば、aw70mm + b−30x
 、amo、2m 、dmlO■でるる。なお、濾片3
4の形状に、図示のようKcP央部を簿肉郁35とせず
に1この部分を別体のスペーサとしてもよいし、中央部
の岸両鄭35【淘肉部の片方のみに5i!出葛ぜ丁に、
岸肉郁の中央部に薄肉郁36か続くようにしても工い。
- On piece 34 - (3) center part or disk-shaped Km 4 meat - 35
And, around this Sennai residence 35, there are 1 and 2 of Buddha's incarnation parts 35.
It consists of 4 inner corridors 36 in the shape of a mountain ridge, half of C.
In addition, on the circle defined as the t/2bo locus circle in the center of the inner part 36 of the hole 36, there are holes 37 with poles at regular intervals, which here change to 90 degree intervals. 1 hole 37 of A1 piece 34 of c
[Pitch a and 1 of the diameter of the circle to be provided and the rotation -3
make you feel excited. The piece 34 is made of a metal that does not corrode and is hard to wear, such as a hard metal. Next, do not show it on the bone, or use a key etc. on each piece 34 to turn l[1ml1lll
It is fixed so that there is no L. In addition, each filter hole 37 of the piece 34 that fits 1 and 9 is fixed to be located on 1 and 9 as shown in FIG. 318. In addition, the specifics of the filter piece 34 *
The dimensions of S are: aw70mm + b-30x
, amo, 2m, dmlO■deluru. In addition, filter piece 3
In the shape of 4, instead of making the center part of the KcP part 35 as shown in the figure, you can use this part as a separate spacer. To Dekatsu Zecho,
It is also possible to have 36 thin lines in the center of the shore line.

回転軸3と、この−転軸3に一定の形路で固定芒nる一
片34と、からなる奉位一体38に、−リ合う畢位1体
間では、第8図に示す工うに、濾片34の同き、丁なわ
ち、衆5Iilrか相互に逆となっている。この結果、
瞬9合う巣位1体38の1片34の薄肉邪にその窪み1
111か相互に亀なり合い、菌体群芋体では隙間框生じ
なくなる。なお、被処境溌と直接砺触する1僧各部に耐
食性の材質で形成さtしている。
The mechanism shown in FIG. 8 is as shown in FIG. The filter pieces 34 have the same length, that is, the filter pieces 34 are opposite to each other. As a result,
Shun 9 matching nest position 1 body 38 1 piece 34 thin wall and hollow 1
111 and each other, and the bacterial colonies no longer form gaps in the potato body. In addition, each part of the body that comes into direct contact with the air being treated is made of a corrosion-resistant material.

セ万、上夕1jと下列の柵体間でにその闇に仮処鴎順1
1か入り込むように、その間隔か広くなっている。また
、回転@3を支持する1対の内11i11I鷺14圓に
框谷率位1体38の倉外賛の一片34外面か曇触し、こ
の部分でに蛋処理沿11か下方に洩ルないようになって
込る。ま念、下列の1体群の円層の拳位一体38の一片
34外周lはそnぞn1権1の内熾噴39の六回に優触
している。し次かつて、内端の鱗位III体38の外周
部の濾片34の噂肉酩3b間の一関C部分からしか桧処
理准(実際VζにPJi闇か0.2■と極めて狭いこと
から、―退塾nた浄化水)は下方の浄化水集荷室40V
こ人らない。この徊せ、N記スリット状の@関からの洩
n’l防止するため(、このスリット(18ij間)K
噛み合う洩れ防止片群を内端鷺3すに設けてもよい、。
Seman, between the upper row 1j and the lower row of fences, there is a temporary shelter in the darkness.
The distance between them is widening so that 1 is included. Also, the outer surface of one piece 34 of the outer wall of one of the two 11i11I herons supporting the rotation @3 is in contact with the outer surface of the outer surface of the outer wall 34, and at this part, leakage occurs along the outer surface of the outer wall 11 and downward. It's like there's nothing there. Seriously, one piece 34 of the outer circumference 1 of the fist position 38 of the circle layer in the bottom row of bodies is in contact with the six times of the inner eruption 39 of n1 authority 1. Then, once, it was rumored that the filter piece 34 on the outer periphery of the scale III body 38 at the inner end was processed only from the Ichinoseki C part between the meat 3b (in fact, it was extremely narrow with PJi darkness of 0.2■ to Vζ) , - Purified water after leaving the school) is in the lower purified water collection room at 40V.
There's no one here. In order to prevent leakage from the N slit-shaped @seki, this slit (between 18ij)
A group of interlocking leakage prevention pieces may be provided on the inner end 3.

また、上列の一体群の一端に内端W!39との間にLi
流路空間41か設けられて−る。このため、上列の阜位
鑵体380回転に工って這ばれる普処珈液11にこのf
i路空間41を通って下方に落ち、下列の一体群上に移
る。
Also, the inner end W! is located at one end of the group in the upper row! Li between 39 and
A flow passage space 41 is also provided. For this reason, this f
It passes through the i-way space 41 and falls downward, moving onto the lower row of integral groups.

1次、一方、1対の内1111114と上下列の鋤体群
によって取り四重nる細長の@励空関42の1末には脱
水ケーキ43t−m槽1外に排出する開閉量44を勇−
する排出口45か設けらnてbる。開閉量44は開閉ハ
ンドル460歯IL47にラック部か噛み&論、開閉ハ
ンドル46の正逆1転慄作によって開閉てる。また、筒
状の排出口45の内部にに、排出口45の天井St中ノ
0に上下に播l勧する調整金48か設けらnでいる。こ
の−螢愉48μ脚慢ハンドル49の正逆回動に工って排
出口45の直路→を調螢する工うになる。この−餐ハン
ドル49の機作に工って、排−口45【移動する脱水ケ
ーキ43の移動抵抗rfえることρ1でf!るため、脱
水ケーキ43の硬さのS*か可馳となる。なお、この実
施ガでに、排出口45貴の上・下列のそれぞれ2つの率
位濾体38は・だけ他のものより^くシ、前記同様に脱
水ケ一〇43の襲動抵抗を増大する工うになって偽る。
On the other hand, the opening/closing amount 44 for discharging the dewatered cake 43 to the outside of the t-m tank 1 is at the end of the elongated @excitation air passage 42 which is taken by the pair of plow bodies 1111114 and the upper and lower rows of plow bodies. Brave
A discharge port 45 is also provided. The opening/closing amount 44 is opened/closed by the rack part engaging the opening/closing handle 460 and the teeth IL47, and the opening/closing handle 46 being rotated in the forward and reverse directions. Further, an adjustment metal 48 is provided inside the cylindrical discharge port 45 to extend vertically to the ceiling St of the discharge port 45. By adjusting the forward and reverse rotation of the handle 49, the straight path of the discharge port 45 can be adjusted. By modifying the mechanism of this food handle 49, the movement resistance of the moving dehydrated cake 43 at the outlet 45 can be increased by ρ1. Therefore, the hardness of the dehydrated cake 43 is S*. In addition, in this embodiment, the two filter bodies 38 in the upper and lower rows of the discharge port 45 are . The trick is to lie.

さらに、−り合う単位1体38のそれ;t′nの1片3
4Tr1回転軸3間に位置し九一孔37か、菖3図〜第
5図お工び第8図に示す工うに、同−1上に位置して相
互rc遍遍状感となるようになっている、1之、この連
遡状廖の―孔37に対応するl対の内貴瞳14にaML
水孔50か殴けらnている(第9図#雇)。ま友、脱水
孔50に連逓状勘下の1孔37の各位置に対応して内情
l!14に設けら几る。曲刃のm蜜17にあって框、脱
水孔50から他方のNl1i17間に人つ次浄化水は蕗
3図で実−矢印で示す工りK、他方の満−17の内肯壁
14v下郁に設は之導孔51忙遡って浄化水集荷雇40
に人9、排ltl曾13から排出でnる。−万、−万の
貴11115にめっでは、円@瞳14と外画−ttsr
cg9vに示す工うに、枠体52kl!11!け、脱水
孔50t−枠体内のバッファ:ll53KvB#I状總
で連通させる。ま友、このバッファN53に連Aする洗
浄液供給管(供給口)54か外情愛18に敗り付けらn
ている。この洗#液供給154α−片34等の洗浄時に
洗浄at−バッファ璽53に込り込む除用する。バッフ
ァg53に:圧送さ6度洗浄液に第9図および忍3図の
二点鎖金に示すように、脱水孔50から1片34の1孔
37に人り、この一孔37から逆に濾槽IK、ii!!
兇して、−片34おLび1槽1’?洗う工うになる。を
次、この−1一部に1孔37t−介して、他の脱水孔5
0に入り、他方の@*17内を造って浄化水集葡菫40
内にも入る。この給米、tIL路系全系全体浄か行なえ
る工うになる。なお、排出口1liIO上・下列の単位
一体におけるは片には脱水ケーキに水分【供耐しないL
うにするたり、1孔は設けないことか望ましい。
Furthermore, that of the interlocking unit 38; one piece 3 of t'n
4Tr1 is located between the rotating shafts 3 and 91 holes 37, and the holes shown in Figures 3 to 5 and Figure 8 are located above the same 1 so that they have a mutual rc unidirectional feel. 1, aML is placed on the inner pupil 14 of the l pair corresponding to the -hole 37 of this series of recursions.
50 waterholes have been hit (Fig. 9 #hiring). Mayu, inside information corresponding to each position of 1 hole 37 connected to the dehydration hole 50! It will be set up on the 14th. Between the stile and the dehydration hole 50 at the m-17 of the curved blade, the purified water is passed through the workpiece K shown by the arrow in Fig. 3, under the inner wall 14v of the other m-17. In Iku, I set up the guide hole 51 and hired 40 people to collect purified water.
9 people, 13 to 13 to n. -Man, -Man no Taka 11115 is met with circle @ Hitomi 14 and foreign painting-ttsr
The frame shown in cg9v is 52kl! 11! The dehydration hole 50t and the buffer inside the frame are connected through a 1153KvB#I connection. My friend, the cleaning liquid supply pipe (supply port) 54 connected to this buffer N53 is defeated by the outside love 18.
ing. This cleaning liquid supply 154 is used to remove the liquid that gets into the cleaning at-buffer box 53 during cleaning of the pieces 34 and the like. To the buffer g53: As shown in Figure 9 and the two-point chain in Figure 3, the 6-time washing liquid is pumped into the hole 37 of the piece 34 from the dehydration hole 50, and is filtered from this hole 37 in reverse. Tank IK, ii! !
By the way, - 34 L and 1 tank 1'? I'm going to wash it. Next, connect this -1 part to the other dehydration hole 5 through the 1 hole 37t.
0, create the other @*17 and collect purified water 40
Go inside too. This rice supply will enable the entire tIL road system to be purified. In addition, in the units of the upper and lower rows of the discharge port 1liIO, there is no moisture in the dehydrated cake.
It is desirable to have a hole in the hole or not provide one hole.

このLつな分1lII機にめってはフロックtVする研
石*瀕11框供給口12から願久榔檜1内に供imgれ
る。フロック+vは一転する上列の1体群上t−$4図
中左方同にIMlk次4i勧し、左端から外nて犬路空
間41に通って下列瀘体解上に移る。ま友、一体群の上
部にri幅か0.2鴫と極めて挾す扇形状の褌みか灸数
形戚芒れる次め、粒子の大きなフロック等にこの窪み中
には人らない。し友かつて、こnらの秘みは1布とFJ
徐に穣処喋液11d通する工うになり、績みに人つ7を
傾処埴液11に1通さn次浄化水となる。この浄化水a
1孔37に−通って他方の1lli17の脱水孔50内
に入り、他方の−11117円お工ひ導孔51.浄化水
巣伸00゜排出室13aMて外部に排出さルる。
The grinding stone that is flocked to this L-piece 1l II machine is supplied to Gankyu Hinoki 1 from the supply port 12 of the stile 11. The flock +v is transferred to the left side of the upper row of the upper row of the upper row of IMlk, and moves outward from the left end, passes through the dogway space 41, and moves onto the lower row of bodies. Well, at the top of the group, there is a fan-shaped loincloth with an ri width of 0.2 mm, or a moxibustion number shape, and there are no people in this depression due to large flocks of particles. Once upon a time, the secret between these two was 1 cloth and FJ.
Gradually, the purification solution 11d is passed through, and in the process, 7 times a day are passed through the saline solution 11 to become n-th purified water. This purified water a
1 hole 37, enters the dehydration hole 50 of the other 1lli17, and enters the other -11117 yen machining hole 51. The purified water is discharged to the outside through a discharge chamber 13aM.

ま友、glA勧空rkU42に人つ友如処理液11には
、相方関係位置を上下で少しずらして設汀らtてめる上
・下列のJ俸朴の同−移送方間への回転に工って、−f
:の上下開−か拡かったり狭まつ次りする仝闇忙圧細、
!I#彊r皺9惠しな〃ふら移込芒几るという@勧jJ
!動か生じる。な2、上下相互間貸位置を丁らさなくて
も141m14動に生ずるので、この状總で41袋用で
きるか、前記のぶりにした万か緬勧遜動に軸〃・〈何わ
几効皐ば工い。この給米、大小徨々の粒状の物質か混在
してbる濾過対象物でろる蜜処曙液11にスロースピー
ドで圧細、膨mk繰−i!、これることにエフ、粒子の
大きなものカム中央部へ、小なるものか外側へと集9、
菫も/JSなるものである水分か最外層へと押し出さn
、#片34に1って#過分虐ざnる。なお、この際、1
片34の間にも値粒子の層か出来ることに19、この層
か1材の役@’を米し、−通性乾【工9同上さぜる。
Mayu, glA Kanku rkU42 and the treatment liquid 11 are set by slightly shifting the relative positions up and down. -f
: Opening up and down - the darkness that expands and narrows,
! 1
! Movement occurs. 2. Even if the upper and lower interleaved positions are not adjusted, the length of 141 m14 will be 141 m, so I wonder if it will be possible to use 41 bags in this situation. It is effective. This fed rice is compressed and expanded at a slow speed into the honeydew liquid 11, which is mixed with granular substances of various sizes and filtered objects. ,In this case, the large particles are concentrated in the center of the cam, and the small particles are concentrated on the outside.
Violet is also pushed out to the outermost layer of water, which is JS.
, 1 in 34 pieces is excessively cruel. In addition, at this time, 1
A layer of particles is also formed between the pieces 34, 19, and this layer is mixed with 1 piece of material and stirred for facultative drying.

しかし、逆にこのり粒子の層か目atジの原因になるわ
けであるρム諸片か回転する際K 1分間に4回程if
薩云さ九ることにエフ、解消芒nる。
However, on the contrary, this layer of particles causes scratches when the pieces are rotated about 4 times per minute.
Even though Satsuma said that, F was relieved.

そこで、第1に元立って、開閉・・ンドル46を操作し
て開閉會44に閉じておく。このifi来、開閉養44
に蟇ρムnた排出口45部分Vこは開閉◆44に誉する
寥域から鏡?Kt51子の大きい資質か堆積し、脱水ケ
ーキ43か形成さ几にめる。この脱水ケーキ43に処理
時間か瑠大丁へμする程その童か多くなるとともに、下
層るるいは開閉fi側での1水峯は低くなる。
Therefore, first, operate the opening/closing handle 46 to close the opening/closing door 44. Since this ifi, opening and closing 44
The discharge port 45 part V opens and closes ◆ Is it a mirror from the area that honors 44? A large amount of Kt51 particles is deposited, and a dehydrated cake 43 is formed. The longer the processing time for this dehydrated cake 43 goes, the more the amount of water increases, and the lower level of water on the opening/closing side becomes lower.

つきに、るる@友脱水ケーキ43か形成され几時点で、
開1/l1144に一部いて排出口45t−開口する。
At the end, Ruru@tomo dehydrated cake 43 was formed,
The discharge port 45t is partially opened at the opening 1/l 1144.

すると、脱水ケーキ43に、IIIa運動によって徐々
に押し出醤nる。そこで、この抑し田さn友脱水ケーキ
43t−Pg′r足の場所に運ぶ。なお、この爽m %
Iでは、排出口45憫の上下列の単位1体38の位置全
能のものエフ4J6<していることから、脱水ケーキの
移a抵抗か為〈なり、脱水ケーキは比幀的硬−ものとな
る。また、′4ka!I抵抗増大*IIとして、gi1
@ハyドル49に14&1Ifi蓋48か配e芒ルて−
ることから、脱水ケーキを硬くする場合VCに、排出口
45の滝w11円に調螢着4B’を多く突出させる。ま
た、逆に脱水ケーキを軟くする場合Vこi’ff、 &
111IiIt 8の突出量を少くし、脱水ケーキの6
@抵抗のfm歇を図る、この給米、所望の一部の脱水ケ
ーキを作ることかできる。
Then, the dehydrated cake 43 is gradually extruded into the dehydrated cake 43 by the movement IIIa. Then, the dehydrated cake 43t-Pg'r was carried to the location of this Oshita Sanoyu dehydrated cake. In addition, this refreshing m%
In I, since the position of the unit 38 in the upper and lower rows of the discharge port 45 is omnipotent F4J6, there is a resistance to the movement of the dehydrated cake, and the dehydrated cake is comparatively hard. Become. Also, '4ka! I resistance increase*II as gi1
@Hy dollar 49 and 14 & 1 Ifi lid 48 or e awn -
Therefore, when making the dehydrated cake hard, the VC is made to protrude a large number of bolts 4B' from the waterfall w11 of the discharge port 45. Conversely, when softening a dehydrated cake,
111IiIt Reduce the amount of protrusion of 8 and remove 6 of the dehydrated cake.
@Resistance's fm interval can be used to make a desired portion of dehydrated cake using this rice supply.

この工うな来應列によrLぼ、叫殊形状の一片34お工
ひての組み甘ぜによる一体に二って、値帷校士の、−過
ρ為汀なえるとともに、2列Qj簿胛による一動通−2
工びこの一前逼動に工って生じる脱水グー千の硬IJE
調餐穢購に工って、所望の」芒の脱水ケーキか効率的に
形成できる。また、この実Mガの脱水ケーキに、喝動這
動によって形成芒nることから、脱水ケーキの最外層に
値粒子のノロ状体となる。このノロ状IIは外気に触れ
ると一瞬のうちに固化する九め、脱水ケーキ【オプ2−
トで包んだ形層となり、脱水ケーキの臭気を外部に出さ
ないような働きをする。
As a result of this process, a piece of 34 pieces of the shape of the letter 34 has been assembled, and the value plate calibrator's -excessive ρ has fallen, and the 2-column Qj book. One action letter by Yoshi-2
A thousand hard IJEs are produced by dehydration and hard work by the workers.
By adjusting the preparation process, the desired dried awn cake can be formed efficiently. In addition, since the dehydrated cake of this fruit M moth is formed by stirring and crawling, a slag-like body of particles is formed in the outermost layer of the dehydrated cake. This slag II is a dehydrated cake [op 2-
The cake is wrapped in a layer of foam that prevents the odor of the dehydrated cake from escaping.

一般に、脱水処理【行なう場合の条件として、汚泥含水
1[98X 、脱水ケーキ含水皐80%以上のものを使
うか、不発明によるこの実Mlガ装置でα目詰りか発生
し龜いことから、脱水ケーキ含水皐は60〜75XC)
4ので4ye分遍用できる。
Generally, when carrying out dewatering treatment, the conditions are to use sludge with a water content of 1 [98X] and a dehydrated cake with a water content of 80% or more, or else, since α clogging may occur in this uninvented actual Ml gas device, it is difficult to do so. Dehydrated cake water content is 60~75XC)
4, so it can be used for 4 years.

この実311911の具体的なガとして、汚泥含水皐l
l#8%、脱水ケーキ言水皐70%、出ロgk@117
0嶌。
The specific moth of this fruit 311911 is sludge hydrous
l#8%, dehydrated cake Kotosuigo 70%, Dero gk@117
0 mountains.

薄片11径100■ g片tiat転数iap鼠、脱水
ケーキ4さ45■としtm会、時間当り約300峙の脱
本ケーキ髪製造し、汚泥も時間当りf14.5)ン処橿
できることr(なる。
Thin flakes 11 diameter 100mm, dehydrated cakes 4mm, 45mm, tm meeting, about 300 squares of dehydrated cake hair per hour, and sludge can also be removed per hour (f14.5). Become.

ILこの央鬼−の分離機は一片等の洗浄か容易であるこ
とから、メインテナンスか@易でおる。
IL This central separator is easy to clean, so maintenance is easy.

なお、本弁明に前記実施例に限定ざnるものでなく、本
発明の技術思想に基〈変形は可舵である。
Note that the present invention is not limited to the above-mentioned embodiments, but is based on the technical concept of the present invention.

以上のように、不発明によnは、目詰!llか起き置く
かつ脱水能力力ム隔い蛎動分m憬を提供することかでき
る。
As mentioned above, non-invention is clogging! It can also be used to stand up and provide dehydration capacity as well as movement control.

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

第1図は汚泥処理プロセスを示すブロック図、J2図〜
講9図は本発明の一実施ガによる矯動分m憬を示す図で
あって、第2図は外部を示す止1図、第3凶に正面断面
図、藁4図に一部の側面断1図、第5図に半面断面図、
第0図は回転軸回転漬樽r示す側面断面図、第7凶に濾
片の謝桟図、!8図a論片の取付状愈を示す断面図、總
9図に洗浄献宜入路糸を示す一部の一1図である。 1・・・g指、3・・・回転−14・・・伝遜慎桝、8
・・・内輩、す・・・外壁、11・・・催処理液、12
・・・供給口、13・・・排(支)書、14・・・内@
蝋、15・・・−万の貴曽、16・・外114+1命、
17・・・他方の肯曖、18・・・スズロケット、34
・・・−片、35・・・4肉部、36・・・薄肉都、3
7・一孔、38・・・単位一体、3υ・・・内趨踵、4
0・・・浄化水集荷室、41・・・鬼略空蘭、42・・
・墳動空関、43・・・脱水ケーキ、44・・・開閉金
、45・・・排出口、48−・・g11!1ml、  
50 ・lJ氷水孔54 ・・・洗浄9供給管。 代理人 弁理士 今    誠
Figure 1 is a block diagram showing the sludge treatment process, Figure J2~
Figure 9 is a diagram showing a straightening part according to one embodiment of the present invention, in which Figure 2 is a first view showing the outside, Figure 3 is a front sectional view, and Figure 4 is a partial side view. Figure 1 is a cross-sectional view, and Figure 5 is a half-sectional view.
Figure 0 is a side sectional view showing the rotation axis of the rotating pickling barrel, and Figure 7 is a diagram of the filter piece. Figure 8 is a cross-sectional view showing the mounting hole of the paper piece, and Figure 9 is a partial view showing the thread for cleaning. 1...G finger, 3...Rotation-14...Dengenshinmasu, 8
...inner, su...outer wall, 11...treatment liquid, 12
...Supply port, 13...Exhaust (branch) book, 14...In @
Wax, 15...-10,000 Kiso, 16...outside 114 + 1 life,
17...The other party, 18...Tin rocket, 34
...-piece, 35...4 meat part, 36...thin city, 3
7.One hole, 38...unit one, 3υ...inner heel, 4
0...Purified water collection room, 41...Kiraku Kuran, 42...
・Mound, 43... Dehydrated cake, 44... Opening/closing metal, 45... Outlet, 48-... g11!1ml,
50 ・lJ ice water hole 54 ...Cleaning 9 supply pipe. Agent Patent Attorney Makoto Kon

Claims (1)

【特許請求の範囲】 (1)橿槽の1対の内@壁に亘って、足間114Kdi
i孔をMTる多数の薄円板を、iI譬する回転軸に互に
薄円板か一人して隙間か生じなIAように、かつ、罐孔
位Itか揃うように固足してなる燗勧分慝黴゛。 (2)4槽l151対の円装置に亘って略水平万同に且
つ上下2夕1jKそnぞ几等関噛に取付けらnlさらに
、上列と下列でζ回転方図か相互に逆となる俵叡の回転
軸と、足間崗に1孔を肩する薄円嶺工9なるφ畝の4片
を、同列の1jI9甘う四−軸上に取付げらnfl:、
#Ii片か相互に一人して隙間か生じないLうlC1か
つ、前記一孔位置か遣う工うに前に回転軸に固定し、1
転軸のl歓Vこ工9上下列赫片間で僅処珈融か#1@運
U作用を受けつつ水分會分離ざn4I工うVこしてなる
、慴許鯖Xの鵬囲縞l積wr:、#、の一動分艦機。 (3J  上方yc僅処哩gヶ供給する供給口を簀する
1槽と、罰紀認槽の1対の内側壁に亘って略水平方同に
平行にかつ上下2列にそれそnピッチaで取p付けらn
、さらに上列と下列でに相互上下関係位#かずnていて
しか41g]転方回転方図に逆となる複数の回転軸と、
前記回転軸にそれぞれ1ねて恢合固定さnるとともに、
内貴壁関全体に亘ってj&9付けられ、かつ同列の隣り
合う回転軸間でに鷲合時の茨1!krMか足となるよう
に順9付けられるところの、−面の中央StP盛p上か
るとともに周辺部に中央部の半分の*gの浦内部を有し
、かつ薄肉邸の中央でめるll4ii′tP前配ピツチ
1と同一のaなる円上に足間噛に濾孔を肩する段付ドー
ナツ状のグ叙の一片と、前配回転軸とこれに固足される
濾片とからなる本位一体の纏淳評と前記l対の内**と
に工って形成されるm−9関端末に連通して収りらnる
脱水ケーキt−排出する開閉量を徊する併出口と、を懐
え、創kill襞する単位一体にあってほその1g1転
に工って一誉する準位−停の中間に位置し皮相互の1孔
か酩て連通する工うに綱成芒n、かつ内側壁の少なくと
も一万にα連週軟線の瀘孔群に対面して鑓槽外に浄化水
を′4&内する脱水孔か設けられ、ζらに#記級処聰液
は上列の赫体群の回転万同端から下列の植体群上に移動
する工うVCfll成されることを待機とする轡許情Z
の範1211第2項記載の媚助分離機。 141  Ill紀榊出口部分に框脱水ケーキの移動抵
抗金増太めるいに#I4壷できる移動抵抗増大機構か投
げられて因ることを肴像とする特許t#求の蛇d第2項
筐友ri第3項記載の噛鋺分−ゑ。 (5)  前記内貴徴に設ける脱水孔のうち、−堵輩に
脱水孔に、池**に濾片洗浄用の洗浄液を供給する洗浄
液償給口とすることを脣黴とする骨杆請求の範囲第2墳
ないし慕4埴記載の鴫動分噛機。
[Scope of Claims] (1) A distance of 114 Kdi between the legs of the pair of inner walls of the kettle tank.
A pot made by fixing a large number of thin disks with holes MT to a rotating shaft such that there is no gap between the thin disks and each other, and the positions of the can holes are aligned. I'm sorry for the inconvenience. (2) The 4 tanks are installed almost horizontally across the 1 pair of circular devices, and the upper and lower rows are installed in the same direction. Attach the rotating shaft of Naru Tawarai and four pieces of φ ridges of 9, which shoulder one hole between the legs, on the same four-axis of 1jI9. nfl:,
#Ii pieces are mutually separated so that no gap is created, and the one hole position is fixed to the rotating shaft before use.
The rotation of the axis is caused by a slight melting between the upper and lower rows of the pieces. Product wr:, #, single-action division machine. (3J A tank housing the supply port for supplying the upper part of the tank, and a pair of inner walls of the punishment tank, approximately horizontally parallel to each other, arranged in two rows above and below at a pitch of n. Attach it with
, furthermore, the upper and lower rows have a mutual vertical relationship #Kazun and only 41g] A plurality of rotation axes that are opposite to the direction of rotation,
One screw is fixed to each of the rotating shafts, and
J & 9 are attached across the entire inner wall, and thorns 1 when joined between adjacent rotating shafts in the same row! KrM is attached in order 9 so that it becomes a foot, and it has a ura interior of *g in the center of the - side, half of the central part, on the periphery, and is located in the center of the thin wall ll4ii 'tP It consists of a stepped donut-shaped piece on the same circle a as the front pitch 1, which shoulders the filter hole between the legs, a front rotating shaft, and a filter piece fixed to this. An integrated outlet and an opening and closing amount for discharging the dehydrated cake, which communicates with and fits into the M-9 terminal, which is formed by connecting the above-mentioned one of the two, It is located in the middle of the level-stop that is created in a unit that creates and kills folds, and that is located in the middle of the level-stop that is created in one g and one turn and communicates with each other through one hole in the skin, and At least 10,000 dehydration holes are provided on the inner wall facing the α continuous soft wire filter hole group to introduce purified water outside the slag tank, and ζ et al. VCflll is waiting to be formed by moving from the same end of the body group to the lower row of plant groups.
The auxiliary separator according to Item 2 of Category 1211. 141 Ill Kisakaki The movement resistance of the dehydrated cake at the exit part is increased by #I4 The movement resistance increasing mechanism that can be used as a pot is thrown and the dish image is a patent t# Seeking Snake d Section 2 ri item 3-e. (5) Of the dehydration holes provided in the inner part, the dehydration hole in the lower part is used as a cleaning liquid supply port for supplying cleaning liquid for filter cleaning to the pond**. The area from the second burial mound to the 4th burial mound is the shading machine.
JP57068053A 1982-04-24 1982-04-24 peristaltic separator Expired JPS6033524B2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP57068053A JPS6033524B2 (en) 1982-04-24 1982-04-24 peristaltic separator

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP57068053A JPS6033524B2 (en) 1982-04-24 1982-04-24 peristaltic separator

Publications (2)

Publication Number Publication Date
JPS58186408A true JPS58186408A (en) 1983-10-31
JPS6033524B2 JPS6033524B2 (en) 1985-08-03

Family

ID=13362647

Family Applications (1)

Application Number Title Priority Date Filing Date
JP57068053A Expired JPS6033524B2 (en) 1982-04-24 1982-04-24 peristaltic separator

Country Status (1)

Country Link
JP (1) JPS6033524B2 (en)

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0257116U (en) * 1988-10-18 1990-04-25
JPH0257117U (en) * 1988-10-18 1990-04-25
JP2007000805A (en) * 2005-06-24 2007-01-11 Ishikawajima Harima Heavy Ind Co Ltd Multiple circular disc dehydration apparatus
JP2007000808A (en) * 2005-06-24 2007-01-11 Ishikawajima Harima Heavy Ind Co Ltd Multiple disk dehydration equipment
JP2017225975A (en) * 2017-09-05 2017-12-28 株式会社鶴見製作所 Solid-liquid separating device
CN113232192A (en) * 2021-04-14 2021-08-10 王荣 Creeping type anti-blocking filter screen for regenerated ABS plastic granulator

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0257116U (en) * 1988-10-18 1990-04-25
JPH0257117U (en) * 1988-10-18 1990-04-25
JP2007000805A (en) * 2005-06-24 2007-01-11 Ishikawajima Harima Heavy Ind Co Ltd Multiple circular disc dehydration apparatus
JP2007000808A (en) * 2005-06-24 2007-01-11 Ishikawajima Harima Heavy Ind Co Ltd Multiple disk dehydration equipment
JP2017225975A (en) * 2017-09-05 2017-12-28 株式会社鶴見製作所 Solid-liquid separating device
CN113232192A (en) * 2021-04-14 2021-08-10 王荣 Creeping type anti-blocking filter screen for regenerated ABS plastic granulator

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