JPS5948324A - Device for orienting cut chips of lumber - Google Patents

Device for orienting cut chips of lumber

Info

Publication number
JPS5948324A
JPS5948324A JP15573382A JP15573382A JPS5948324A JP S5948324 A JPS5948324 A JP S5948324A JP 15573382 A JP15573382 A JP 15573382A JP 15573382 A JP15573382 A JP 15573382A JP S5948324 A JPS5948324 A JP S5948324A
Authority
JP
Japan
Prior art keywords
chips
shape
uneven shape
section
board
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
JP15573382A
Other languages
Japanese (ja)
Inventor
Hideki Kawamori
川守 英樹
Naozo Kawabe
川辺 直三
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.)
Taihei Machinery Works Ltd
Original Assignee
Taihei Machinery Works Ltd
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 Taihei Machinery Works Ltd filed Critical Taihei Machinery Works Ltd
Priority to JP15573382A priority Critical patent/JPS5948324A/en
Publication of JPS5948324A publication Critical patent/JPS5948324A/en
Pending legal-status Critical Current

Links

Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65GTRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G69/00Auxiliary measures taken, or devices used, in connection with loading or unloading
    • B65G69/04Spreading out the materials conveyed over the whole surface to be loaded; Trimming heaps of loose materials
    • B65G69/0441Spreading out the materials conveyed over the whole surface to be loaded; Trimming heaps of loose materials with chutes, deflector means or channels

Landscapes

  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Jigging Conveyors (AREA)
  • Feeding Of Articles To Conveyors (AREA)

Abstract

PURPOSE:To efficiently orient cut chips of lumber for a particle board or the like, by providing an inclined plate having recesses and protrusions extending parallel with the direction of the inclination of the plate, between conveyors installed below a delivery position for the chips, and by vibrating the plate. CONSTITUTION:A prescribed quantity of cut lumber chips 1 are delivered from a conveyor 2 to the inlet port of a plate 5 to which prescribed oscillation is imparted by a vibrator. Since the plate 5 has recesses and protrusions 10 continuously juxtaposed in the direction of the width of the plate perpendicular to the direction of its inclination, the chips 1 are dispersedly dropped onto the recesses 10A of the plate. The chips 1 are vibrated by the plate 5 so that the chips are oriented in the direction of vibratory conveyance on the plate. When the tip of the chip 1 is dropped into the recess 10A as the chip is not oriented in the proper direction, the chip receives a vibrational action which makes the chip parallel the recess. When the tip of the chip 1 has come into contact with the protrusion 10B under the vibration, the chip receives the reaction of the protrusion, which moves the chip in the direction of the inclination of the plate 5 under the vibration to orient the chip.

Description

【発明の詳細な説明】 4く冗1u4 Wi 、バーディクルホード、ファイノ
\−ホード寺の+、jJ八を1となゐ水制削片に接膚f
(1」紫帖甘きL’7こ伐、ぞの艮び方向にVまは平何
し−C配置目]3ぜる装置177Vこ1ポるもの−Cめ
る0通’M′、配向される木材削バーVユ、七の艮ぴ方
向とll’lA力回のill メ;I比率が人で、且つ
長さ方向と木繊ホIFのツノ向Q:丁はは同一でめり、
当該ホード製迫ノ面4呈に1・゛いて、接Ju剤が結合
芒へた水利1]す庁を木繊維方向と同方向vc−t++
i+えて、即ち配回しで、マット忙形成し、これを熱比
土程を経て成板とすれぽ、その木繊ボ11;ガ向に対す
ゐ当該ホーI−製品の機械的強度並びに物理的’j!I
i度か向」ニすることは周知とな・)でいる。
[Detailed Description of the Invention] 4-fold 1u4 Wi, Birdikulhod, Phino\-+ of the Horde Temple, jJ8 in contact with the water shavings f
(1) Shicho sweet L'7 cut, V in the direction of the arrangement - C placement] 3 Zel device 177 V Ko1 Porumono - C put 0 'M', orientation The wood cutting bar to be cut is V, the direction of the seventh direction and the direction of the force are the same, and the length direction and the direction of the wood fiber are the same. ,
1. On the abutment surface 4 of the hoard, the contact agent is applied to the water conduit 1] in the same direction as the wood fiber direction vc-t++
After that, a mat is formed, which is then subjected to a heating process to be made into a board. 'j! I
It is well known that people move "in the direction of the i degree."

この柿木刊削片の配向装置は、不倒削片の供給装置と輸
送コンベヤ間に配圃杯れ、例えば従来より、回一平面内
で曳数個の睦′1線、或いは垂泊−板−を平行VC配置
+’71/、liA J彷する鋼線、或いは垂直椴紫相
’71: vc反反力方向移動させる方式、また同輝L
1−で複数枚の円盤を一定間隔を14いて配置して、隣
接する円M’iを什4−I、に反ズ・j方向へ回転させ
る方式、δらVこ は+1]ズ・j 同 [7て 門己
設 ぴ )L7こ −対の 刊II −1二 Ll(1
、俟企父枚の円盤、戚いはヒンロール盆)1目互に一部
車合−f′めりIf < l!!It!直し、−、il
の111111τ同力向にμす11駒び−♂る力式寺が
体用ぴれてい/こ、。
This orienting device for persimmon wood chips is arranged between a supply device for unfallen chips and a transport conveyor. - Parallel VC arrangement +'71/, liA J wandering steel wire, or vertical 椴 purple phase '71: VC reaction force direction movement method, also same bright L
1-, a method in which multiple disks are arranged at regular intervals of 14 and the adjacent circles M'i are rotated in the opposite direction to 4-I, δ to V is +1] Z to j The same [7temonkoshipi]L7ko-paired edition II-12 Ll(1
, the disc of the father of the plan, and the relative of the Hinroll tray) 1 part of the car is combined with each other - f' If < l! ! It! fix, -, il
The 111111τ of the force is 11 pieces in the direction of the force.

J−、記各方式に基油1−る点は、1躊依すゐ各部祠勿
イ1]勾ニVC反対力回VC作動芒せ、且つ各部拐11
11隔全木利削片の長さより狭小とすると共VC1不利
削バーの1唱より犬に設定(ツーCいることである。
J-, the base oil 1 is required for each method described above.
If it is narrower than the length of the 11-interval full-grain bar, it is set to a dog (two C) than the VC1 disadvantageous bar.

しかしながら、−1,M己各方式の装置へ木イΔ削片の
供給装置1tから定ll支供給芒れる不利削片は、三次
元方向、即ち本例1:llI片の縦、(イ4、」−り関
係、内が何れも無指向な状jルで、はぼ自由画1・”杯
れるものであるため、上記三次元のうち、二次元、即ら
縦、横の同一平面内においては成る程度木イ2削片全配
同作用沁せることはできるか、残るに[関係においては
配回しイ娃ず、「部にV配設ちれた輸送コンペA/ L
l) :J−ル板1−1若しくは直接輸送コノベA・上
へ自由画1沁れて槓1賊芒れることV(なる。
However, the unfavorable chips that are supplied at a constant rate from the supply device 1t of wood IΔ chips to the devices of the −1 and M methods are in the three-dimensional direction, that is, in this example 1: the length of the , `` - relationship, inside is all non-directional, and since it is a free image 1 '', two of the above three dimensions, that is, within the same plane vertically and horizontally In this case, it is possible to make all the two pieces of wood work together, but what remains is that there is no need to arrange the two pieces of wood, and the transport competition A/L has a V arrangement in the section.
l): J-Lead board 1-1 or direct transport Konobe A: 1 free drawing to the top and 1 attack V (becomes).

従って、形成されるマントは、同−平11fl内におい
ては水利削片が配向されていたとしても、断面内に」夕
いてはその上1゛関係がpl((指間な伏J島となg当
該ホード製品時にる゛vy6強度はI’)T望ll11
より脆弱となる。
Therefore, even if the water cuttings are oriented in the same flat 11 fl, the mantle that is formed has a 1 ゜ relationship in the cross section. g The strength of the hoarded product is I') T 11
become more vulnerable.

びらVC、木伺削片は一般的に発イΔ、jボボ弄佃々の
対象物から削出a fLるので、その形状、人すび寺が
大小し1蚊VCはり、各部H間lrMτ−〉ゼとした一
ヒ、IL!谷方式では、ての」−i1丙係は勿イI「、
同−平間内におい−Cも、−同作用し得ない危険性が存
在(7ていた。
VC and wooden chips are generally cut out from the object of the generation A fL, so their shape, Hitosubiji is large and small, 1 Mosquito VC beam, and the distance between each part H is LrMτ. -〉Zeto Ichihi, IL! In the Tani method, Teno'-i1, the person in charge of Hei, is Narui I,
In the same period, there is also a danger that C cannot have the same effect (7).

不発明け:jyl−VC出iみ、上記各り式における欠
点を解11jすべく、水利削片の供給位置から1・川S
+’こ配設きれた’l!1Ill送=1ンベヤ間に、任
怠の頗斜角を自した基板を配II′−1シて、これに倣
動を付与(7、この基板の頗加1方向と1ヒを父する幅
方向の17部u;+r [aiを連続する凹凸形状に形
成して、不(〕削片の三次元内における配向を川面とし
たものであり、以1・本発明の′犬力(1例を添付図面
に71(つき、呪明する。
Non-inventive: jyl-VC output, in order to solve the shortcomings in each of the above formulas, 1.river S from the supply position of irrigation particles.
+'This arrangement is complete'l! 1 Ill feed = 1 A board with an angled bevel is placed between the conveyors and a following motion is applied to it (7. The width of this board is The 17th part u; 71 (attached and cursed) on the attached drawing.

第1図(/(おい−C1不イレ削片lを定11に供給す
る供給コンベヤ2と、この供給コンベヤ2の下方盾宜位
iu K配設きf’L、ての−に面VC一定形状のコー
ル板3が1減1μ’a nた輸送コンベヤ41川に、1
士、冒二の1頃;f、]角τ自して成る捕取5?配直す
る。こり基数b vcは振動兄生砿(図ボせず)全汝続
]−で、俵11’lli 5 rnM未11i1aの倣
動τ1・]与すると共+IC1IJ11記川j、1川の
ト1沢をほぼ80度氷水rilK、好心にば5曳がし1
5反の幀L!ill VC設定するものとする。
FIG. The transport conveyor 41 has a shape of 1 μ'a and 1 is reduced by 1.
Shi, about the 1st part of the second adventure; Reassign. The stiffness cardinal number b vc is the oscillating brother birth kiln (without figure) all you follow ]-, and the bale 11'lli 5 rnM not 11i1a imitation movement τ1. Almost 80 degrees ice water rilk, if you have a good heart 5 to 1
5-tan no-no-L! ill VC shall be set.

)J!f K(2j]K 4fX b VC乞J’、、
そのItJJ 料方向と白文す6 jl+J 1i11
1vC1則壁6が取ylJぴlL、且っての1す゛4料
力方向1−流部VCおいて、目げ、己供給二Jンベヤ2
がし1jtl 4合さ!しる木イ〕削ノ41γ父は入れ
る役人II ’?が設置沁れでいる。。
)J! f K(2j]K 4fX b VC begging J',,
That ItJJ Material direction and white text 6 jl+J 1i11
1vC1 law wall 6 takes YlJpilL, and in the 1st direction 4 feed direction 1-flow part VC, eyelash, self supply 2J conveyor 2
Gashi 1jtl 4gosa! Shiruki I] Erased 41γ Father is an official II'? I am satisfied with the installation. .

゛ま/(第10図乃至第11図に小すもの(ま、前記J
’i lli 5の1由の夾JL illI VCIA
’+るも〕−Ch ’)、niJ 6己)((板5の−
1一方位i+’l VCl−・対の側壁(5−1一部に
取fM訟れ/こ上部ジj(扱8をA]設置〜で、空i+
s+のu’、+方陣9を形成(7たものである。
゛/(The small ones shown in Figures 10 and 11)
'i lli 5 no 1 Yu no Kyo JL illI VCIA
'+Rumo〕-Ch'), niJ 6self) ((board 5-
1 one side i+'l VCl-・pair side wall (5-1 part fM case/this upper part j (handling 8 A) installation~, empty i+
u' of s+ forms +square 9 (7).

次いで[」1ガ己基板5、或いは市方体9とした基板5
311イびVこ1−昔Is !A板8而V(は、ぞの1
頃斜カ向と的−父するll’Mガ向のI= Ml≦ro
i而、或いlJ’、 −1−、F ’Fal 1iar
而が、連続する凹凸形状1()に形成妊れており、この
凹凸形状111 &j: 、 −f:QJ ILJI 
加) Jj向十流n・C) l’ fAeにtHj ツ
ーCシ止イj消当己11ないれている。
Next, [''1 board 5, or the board 5 made into a square board 9
311 Ibi V this 1-old time Is! A board 8 and V (ha, zono 1
I = Ml≦ro in the direction of the oblique direction and the target - father ll'M direction
i, or lJ', -1-, F'Fal 1iar
However, it is formed into a continuous uneven shape 1(), and this uneven shape 111 &j: , -f:QJ ILJI
Add) Jj 10th flow n・C) l' fAe has tHj 2 C Shit I j extinguishing person 11.

t」!I n己凹1”l )l’t 4大 1tJI’
j1、 具1不的Vこぐゴ第 31寺v(ンJ<すよう
VC,その凸部か湾曲量γ有する波)1条状11゜肴し
く &:J:第4区第4示VC示しく、その四部か1唄
浪[凹を有する三角形状12■基本としている。
T”! I n self concave 1"l) l't 4 large 1tJI'
j1, Ingredients 1 unnatural V Kogugo 31st temple v (n J < Suyo VC, its convex part or wave with curvature amount γ) 1 strip 11° appetizer &: J: 4th section 4th indication VC The four parts of the poem are based on a triangular shape with a concave shape (12).

次に第:5図乃至弔6区に71<すものは、■!J記基
仮基板5頃斜力向−h iAtかり15流に形成3nる
凹凸形状10を、その1・tメL近W位百゛C甲H)[
し、この近扮1911tから終端上でど平滑部18とし
たものである。
Next, what is 71< from Figure 5 to Section 6 of the funeral is ■! Form a 3n uneven shape 10 in the diagonal force direction -h iAt around 5 of the base temporary substrate 5, and place it in the 1-t distance near the L position 100C
However, a smooth portion 18 is formed on the terminal end of this Kinka 1911t.

甘だ第7図乃至第91Y1に示するものは、基板5の−
1−流かl−11・流(tCばる木材削片1の配向現制
途上水利削ハ1のll’111方向V(旦るl↓°附状
+mを1唄次j眸消するブこめ、[]1J記凹凸形状1
0のピッチP、深塾り1凸部1.0 Bの形状を抽圧し
たものである。即ち第7図−Cは、+’+il記基板5
の1頃Δ、・[方向11流に至るほど、[ii1記凹凸
凹凸形状1のピッチPを漸減17たり、或いけその床さ
1〕をI’ll+凸:l、/こり、若しくid:cのビ
ノナPをell[誠すると共に併せてその深さDも#1
ili減するものである。さらに第8図乃至第9図にお
いては、1jIJ記J、(扱5の11AI斜〕J回[・
流に至るはと、riiJ記凹凸形状10の四部10Al
口」ケ是正し″C1凸部10]5を圭曲、・1入VCイ
ボ々に起立塾−ビ/こもり−Cりる。尚、−に古己古己
11戊のヒ゛ツナl’sl呆沁1〕、凸部IS I U
 fgの形1人の谷他正は、単4’J! V(X夫施し
得ること(・4」、7/J。間、こ〕しりを1ノF用欠
施することもIコl’ iii:てりる。
What is shown in FIGS. 7 to 91Y1 is the - of the board 5.
1-flow or l-11・flow(tCbaru wood chip 1 orientation current control water use cutting 1 ll'111 direction , []1J uneven shape 1
The shape is extracted from the shape of pitch P of 0, depth of 1, convex portion of 1.0 B. That is, FIG. 7-C shows the +'+il board 5.
around 1 Δ, ・[As the direction 11 flow is reached, [the pitch P of the uneven shape 1 in ii1 is gradually decreased by 17 or the floor height 1] is I'll + convexity: l, / stiffness, or id :c's binona P is ell [sincerely, its depth D is also #1
ili decreases. Furthermore, in Figures 8 to 9, 1jIJ entry J, (handling 5 11AI diagonal) J times [・
The four parts 10Al of the concavo-convex shape 10 leading to the flow
Corrected the "mouth" and put "C1 convex part 10] 5 on Keikoku, ・1 VC warts, stand up cram school - B / Komori - C ruru. In addition, in - Koki Koki 11 戊のchick's l'sl. 1], convex part IS I U
One person in the form of fg, Tatomasa Tani, is a single 4'J! V (X Husband can give (・4'', 7/J. between, this) It is also possible to give the 1 no F. iii: Teriru.

よ/ζ第121イ1乃芋第18凶に小すものVよ、1」
1■記承仮5の傾」、[ガ同Vご対(7で任層;間1刺
て両いて、少なくとも供給塾扛る不Iン削片1の艮δ以
十ケ11する開1..l 14定1111′I′1力向
Ilこ1辻って設置1’t t、、込し+rc cの開
Ll 14 X/) 、J、% !li!]i ’/C
Tl1l助基板1bを設:i!t L、その光!II!
lj ’tr 111I記1瀾送:コンベヤ4間上へI
:〜1[よせkものて必る。尚、区ボの例Cは基板5の
11部は開放さn/こ状1歩で必るか、上部基板8を/
・1衣し/こ場合VCも、勿:il+ii ’Iポ用じ
イ号る。
Yo/ζ 121st I 1 No Imo 18th V, 1"
1. Note that the inclination of 5 is the same as that of 5. ..l 14 constant 1111'I'1 Force direction Il This 1 cross installation 1't t,, inclusive + rc c opening Ll 14 X/) , J, %! li! ]i'/C
Set up Tl1l auxiliary board 1b: i! t L, that light! II!
lj 'tr 111I 1 transport: 4 steps up the conveyor I
:~1 [I need something. In addition, in example C of the ward board, the 11th part of the board 5 must be opened in one step, or the upper board 8 can be opened /
・1/In this case, the VC also has the same name as the first one.

きりにまた第14図G・こ示すものは、特VC1」1■
に己)、(板5 (/、) l’ 端トpi+記’l!
nii g :ff 7 ヘ−v 4 +*1ノ四に、
一定の1f11隔を設け、この間隔内に、前8己、!1
(板5のl’ ”Wから’I@送コンベワイ面上にn」
成約Vこ近接し得るベルトコンベヤ等の搬送+i+16
を設置1〜、この搬送’jt) I 6の苑送速ルを、
+jiJ記基板5Vこ対してイ、1与さIL/辷1砂動
によって、ボ1オ削ツヤ1か搬送aGゐ速度」ニリ坩A
<、1レボしたものC=!りる。
Also, Figure 14 G・What is shown here is special VC1''1■
ni), (board 5 (/,) l' end toppi+ki'l!
nii g:ff 7 he-v 4 +*1 no 4,
Set a certain 1f11 interval, and within this interval, the front 8 self! 1
(Plate 5 l' ``W to 'I@n on the transport conveyor side''
Conveyance by belt conveyor etc. that can be close to contract V + i + 16
Set up 1~, this transport 'jt) I 6's garden transport speed,
+jiJ The board 5V is given 1 IL/1 slide by 1 sand movement, 1 o polish 1 or conveyance aG 2 speed'Nili crucible A
<, 1 revo C=! Rir.

、P /こ 、  IA 中 17Fj 門己向 さ 
ノL 7こ マ ノ  ト で あ る 。
, P/ko, IA middle 17Fj
It's 7 years old.

尚、第51乃全第14図V(淀いて、凹凸形状10の1
イl 7J<例ケ1史′1−11」二、1反形状11と
しでいるか、こ扛を三角形状12とすることは1」=届
:でりる。
In addition, from Figure 51 to Figure 14 V (stagnant, uneven shape 10)
Il 7J <Example 1 History '1-11' 2.1 It is said that it is an anti-shape 11, or it is 1 to make this triangle shape 12.' = Notification: Deriru.

次に作用を、1シ【i明Tな。Next, the effect is 1.

供給コノヘヤ2〃)L:)ポ捕供給される不イオ削片1
は、4加動プロ/:lH幾(図ボぜすンVこよ・−C1
倣甲iA 5))I#1不f[il’jの倣動θ・付与
6れている、拭取5の投入1」7へ投10さIしる。
Supply Cono Hair 2〃)L:)Pocket-Supplied Inio Shavings 1
Ha, 4 Kado Pro/:lH Iku (Figure Bozesun V Koyo・-C1
Copying A iA 5)) Copying motion θ of I#1 [il'j is given 6, input of wiping 5 1'' 7 is thrown 10 I.

技!ζ≧1する不利削片1ば、中空位置においては+H
(q指向な伏トJ娶であるか、凹凸形状10の各凹部1
0A VC分敵溶i・され、且つ爪板5の振動を受ける
ため、ての初Jυ]段階しこおいて、基1反5の1頃斜
方向、即ち(h上動搬送方向への配向作用が開始芒れる
Technique! If there is one unfavorable chip with ζ≧1, +H in the hollow position
(Each concave part 1 of the uneven shape 10 is q-oriented
Since the 0A VC is melted and subjected to the vibration of the claw plate 5, at the first Jυ] stage, the base 1 and 5 are oriented in the diagonal direction, that is, in the (h upward movement conveying direction). The action begins.

この状;J71” (1(=おいて、本例III片lの
先端が無指向な状1諒で凹凸形状1()の四部10 A
、即ち波形状11.1/C秒いて(・ま湾曲面、丑だ三
角形状12においてばl14134’) tl’Ii 
VCC10すると、木材削片lの長さ方向は1.!I(
根5の1衣!IIIIしくよって凹部il l (l 
Aの山1と平打Vこシ〃〕1′巨用7父けることKなり
、よ罠凸;3(s 10BVc倣動1町止す0と、木材
削片1の景ご力l「4]は、その反作用として1町1ヒ
用反Vこ、zr L −CiM角な力量、即ち凸部10
Bと串打な力量″\回:1広L 、4: :)と1−ゐ
モーメン1−τ受り°るCとになる。従って、凹1肱し
よつとする尤−メントイ受りlこ水利削片1の長妊カ同
は、1IllFj’にする他の不材削ハ゛t Vcよっ
−C規山」1されながら、爪板5の1唄須[六回′−\
倣動餓送纒れ、配向さ几ることV(なゐ。
This state; J71"
, that is, the waveform is 11.1/C seconds (for a curved surface, a triangular shape 12, it is l14134') tl'Ii
When VCC is 10, the length direction of the wood chips l is 1. ! I(
Root 5 1 coat! III Accordingly, the recess il l (l
A's mountain 1 and flat hit V koshi〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃〃 for the large size. ] is the reaction force for one town and one day.
B and skewer force ``\ times: 1 wide L, 4: :) and C which receives 1-momen 1-τ.Therefore, if one concave elbow is to be pressed, then the skewer is received by l. The long-term power of this irrigation chip 1 is 1IllFj', while the other scraped parts Vc yo-Ckiyama'1 are made, and the nail plate 5's 1st [sixth'-\
The imitation motion is tied up and the orientation is reduced.

即し、との配向規制?、J:基椴すの上部からに部に旦
って、よlこ基板5の傾斜方向I−流かし1〜流VC向
かって、振動餓送と凹凸形状1()によって発生するモ
ーメントの相銀作用VCより、 イ;j’t々に火施さ
れることVこなる。
Orientation regulation immediately? , J: From the upper part of the base board 5 to the inclined direction I-flow 1 to flow VC, the moment generated by the vibration starvation and the uneven shape 1 ( ) From the synergistic action VC, it follows that the fire is applied to the others.

−また第10図乃至第1j図に/jNずようVこ、基板
5i/こ1一部基板8を列設(7ている場合に乞4、振
動に伴ってトノjK :/IQ散した木材削片I VC
%)’ t〜でも、その凹凸形状工0との1釘よV(よ
って、月)1記記載(7た七−メン(−q営けることK
な9、その配向作力Jがさしに泥」1ムさ汎ることVC
なる。
- Also, in Figures 10 to 1j, the board 5i/1 is partially lined with the board 8. Particles I VC
%)' t ~ But its uneven shape work 0 and 1 nail V (therefore, month) 1 entry (7 ta 7-men (-q can work
9. That orientation work is just muddy VC.
Become.

不利削片] &:J1、上記記載のよ″)VC11加動
飯込と凹凸形状IUlfこよ!ll配同配回同さγして
、基イν5の終!+iAf 1ll(VC至り、第11
1 (/C7FすりIf < 、qlimja :J 
7 ヘヤ4のコール似d−1−へ自由#rt’に少なく
シlこ状1匹で移來きれ、マノl−17を得るもの一〇
ある。
[Unfavorable scrap] &: J1, as described above'') VC11 addition of force and uneven shape IUlf! ll distribution distribution rotation same γ, the end of base I ν5! + iAf 1ll (VC reached, 11th
1 (/C7F pickpocket < , qlimja :J
7. There are 10 people who can move to free #rt' to Cole-like d-1- of hair 4 with at least one silt, and get Mano l-17.

このコール扱8へのg−米時、第5図乃至第6区]にノ
J<すよつに、基イ佼5の1・流部〕江防を平滑’F4
1S l dとすれCr、木4.d削片1 c/)ll
’l+l力向盆規I方向る凹凸形状1()の介イ1ヨが
?1(岐く々す、七の1唱方向V(目、る不)l;lI
削片1の棋祈状j謀を、平Nt gis 18にて倣動
解消することにより均一な配向割合を望めるものでめる
This call handling 8 g-US time, Figures 5 to 6 sections] ノJ <Suyotsuni, base 5 no 1, flow section] Ebo smooth 'F4
1S l d and Cr, wood 4. d particle 1 c/)ll
'l+l force direction tray rule I direction uneven shape 1 () 1 yo? 1 (Gikkusu, Seven 1 chant direction V (eye, Rufu) l;
A uniform orientation ratio can be obtained by eliminating the following movement of the particle 1 with a flat Nt gis 18.

′−1/こ同様Vこ、第7図乃至第9図Vご示すもの6
でおいても、凹凸形状IOのピッチP、深さDを11i
II!減したり、凸8t! lo E形状ケ徐々に垂直
状VC起立せ1、め7tば、不利削片1(1)配向作用
の進何VC陣い、凹凸形状1 (l ticよる木イ」
削片lの幅方向の粗密状jルを順次W(−消′Cさ、配
向割合を一均−VCし得ることになる、 藍だ第12図乃至第13図Vこ刀くすものは、供給され
た木411;III J−i’ Iが」展動苑店と凹凸
11多伏10υ艷旧1来作用VCより、爪仮すの1゛部
(こh7. i直−4−るもりはと子1月すJの4夕国
々で門14同規11川a扛る子イ19E ltcノ1(
つご、」bk動搬送過稈迄11、この配回規1li11
dイ1−/こ木イΔ削バ1領開1114よV)fllI
助JA<* I 5.l:′\g米aせ0と共VC基玖
5と同一 1辰111111しこよってづ原動J−っ子
Il+助八取1へVこ」二っですの配向伏jルγ1米持
(〜/こすよ、コール依ニー31へ白11し首1゛γ少
/j<シl((入Hg−(−4多来い(rるもの て 
・リ る 。  尚 、  図1 ノJ<iタリ −C
tよ l;[]1.−+  1   /l  U:i’
、  I  1lll+I ノ9「 ノCkl−Crp
)るか、C” bil C1i 4. ’tT:fa 
g 1b’lと−r 6 CとC」1十φ−Cりる。
'-1/Similar to this, V, as shown in Figures 7 to 9, 6
Even if the pitch P and depth D of the uneven shape IO are 11i
II! Reduce or convex 8t! Lo E shape Gradually vertical VC standing up 1, Me 7t, unfavorable grain 1 (1) Orientation action progress VC formation, uneven shape 1 (l tic tree i)
Indigo Figures 12 and 13 show that it is possible to sequentially reduce the roughness and density of the particle in the width direction by W(-erasing) and uniformly -VC the orientation ratio. Supplied wood 411; Hatoko January Su J's 4 evenings in the countries gate 14 rules 11 river a takuruko i 19E ltc no 1 (
Tsugo,” bk dynamic conveyance overcultivation 11, this distribution rule 1li11
dI1-/Kokii Δ cutter 1 area 1114 V) flllI
Suke JA<*I 5. l:'\g rice a set 0 and same as VC base 5 1 111 111 Shiko Yottezu driving force J-kko Il + Suketori 1 to V ko'2's orientation down jru γ 1 rice holding (~ / Rub, call knee 31, white 11, neck 1゛γ small / j
・Li. Furthermore, Fig. 1 ノJ<iTari-C
tyo l;[]1. −+ 1 /l U:i'
, I 1llll + I ノ 9 " ノCkl-Crp
) or C” bil C1i 4. 'tT:fa
g 1b'l and -r 6 C and C''10φ-Criru.

ぴらにQL I 4147こ71りすもtQ t+:I
l、jJi l 図VCJ1’−: 7) イて制明し
/こよつV(、配回規制芒2’L Iこ木材削片1を・
本例削)41の做動戴送速反より速い速段C(設定訟柱
た俯Jム・iif’ 16 ′\−↓J、イ多釆し、こ
の移釆時の相対速度のイ・11違により、木イ珂削片1
を速く搬送をせることCCよって、ぞの配向積度をよリ
−)田面1ユ埒せるものでめる。
Pirani QL I 4147ko71 Risumo tQ t+:I
l, jJi l Figure VCJ1'-: 7) I set the restriction/Koyotsu V(, distribution regulation awn 2'L I this wood chip 1.
In this example, the speed gear C is faster than the moving speed of 41. By 11 differences, wood shavings 1
By conveying the material quickly, the orientation and stacking density of the material can be increased by 1 unit per surface.

以トのり11<本発明装置V(よ11ば、不利削片1は
基板5、或いは基板5及び上部基板8の振動搬送、亜ひ
Vこ凹凸形状111 Kより元生丁ゐセーメノ[のイ1
4朱作用V(」二つ一〇、三次〕ロ内におVする配回か
目」[1目となり1.きらりこ−白11〕右コンベヤ4
、右しりq、上駒pjJ大コンベヤ4しく1回直ひノし
たコーlし椴3−F′\、目出洛ト忙少/7:クシ/こ
状、jルーC移朱でさる/(す、前記記社し/こ谷力式
VC比t7″で、での配回柚反奮同上し侍なことに7J
: V)、尚該マット17の製品時、イ浅1戒tl’J
 +j虫反並ひに物」!jy的・;rli Jffi 
kより一°ノ曽尚のること〃゛できる0
11<The device V of the present invention (11) The unfavorable scraping piece 1 is the vibration conveyance of the substrate 5, or the substrate 5 and the upper substrate 8. 1
4 Vermilion action V ('2 10, 3rd) Placement or eye to V in B' [1st eye becomes 1.Kirariko-White 11] Right conveyor 4
, Ushiri q, Kamikoma pj J large conveyor 4 times, directly connected once, call 3-F'\, Mede Rakuto busy / 7: comb / in this state, j Rou C transfer red monkey / (The above-mentioned Kisha/Kotani Riki type VC ratio is t7'', and the distribution of Yuzu's reaction is the same as the samurai's 7J.
: V), when the mat 17 is produced, the first precept tl'J
+j Insect Anti-Normal Hinimono”! jy-;rli Jffi
0 who can do one degree more than k

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

躬1図(を工不冗明装凶゛の−・実施例全ボす1[1J
jl(〕t +#i1≧〈1、第2図Qま第] 1mの
要部平1用図、第3図は第2図A −A栴1矢悦it、
1日111図、第4図c’i第8図の池の実施例全力<
 −4−1rJi而図、第5図は第2図の能の矢hli
例ケ/ドす千間図、第6図171.第5 i*IE −
B fi県矢悦11ノ1面図、第7 +4(’:を第2
図の他0)実施例をΔli面図、第8区は第21*lの
能の火、弛例全ノI<す平面図、第9図は第8図の=≠
≠吠側面側面図1 (1図は第1図の他の実砲例で【)
[くすIII自(〕r面図、4311図は第10図0−
C線矢1y昌+lJr面図、第12区は第1図の他の実
施例勿示すBul lIJ白口1図、第13図は第12
図の要部平面図、U’y l 4 ii<I (1;J
: % 1図Vこ+tp vv y 雄側K 1t X
iし/4111111i)「自重1でりる。 ■・・木イA削片、   2・・IJL’ホ15コノヘ
ー\・、3 ・ 二1− ルイ反、       4 
・ ’+!ll& )ムコ ンベA′ 箋5 ・・・ノ
吉嵌、           6 ・・H1ll壁、′
?  ・・ コ)と 人 1−」  、       
      8 ・  −」二 昔1s 占い力4.1
0・・・凹凸形状、   ]、 OA、  ・四部、1
 (l B =−凸部・   II θノル状、12・
・三角形状、   l 8 ・・−’lL滑ii(。 14・・開1−1、    15・・・仙助、!1(扱
、16・・搬送帯、   Il・・マ、)−0持♂ト呂
顧大  株式会社 太IIt製作所第1図 1 4 第4国 旦 第6楊 第131刀 43 一1石−
Figure 1 (Examples of redundant equipment) 1 [1J
jl(]t +#i1≧〈1, Fig. 2 Q to No.] 1m main part 1 drawing, Fig. 3 is Fig. 2 A-A 1 arrow it,
1st day 111 figure, figure 4 c'i figure 8 pond example full power <
-4-1rJi diagram, Figure 5 is the Noh arrow hli of Figure 2.
Example: Dosusenken-zu, Figure 6, 171. 5th i*IE-
B Fi Prefecture Yayue 11 No. 1 map, No. 7 +4 (': is No. 2
In addition to the figure 0) Example is a Δli plane view, the 8th section is the Noh fire of Noh of 21*l, the plan view of the entire example, and Figure 9 is the =≠ of Figure 8.
≠Side side view 1 (Figure 1 is another example of a real gun in Figure 1 [)
[Kusu III auto (] R view, 4311 is Fig. 10 0-
C-line arrow 1ysho+lJr side view, Section 12 is Bul lIJ Shiroguchi 1 which shows other embodiments of Fig. 1, Fig. 13 is the 12th section.
Main part plan view of the figure, U'y l 4 ii<I (1; J
: % 1 figure V + tp vv y male side K 1t X
i / 4111111i) "Items with 1 weight. ■... Wood A shards, 2... IJL'Ho15 Konoheh\, 3 ・ 21- Rui anti, 4
・'+! ll & ) Mukombe A' Paper 5...Noyoshigai, 6...H1ll wall,'
? ... ko) and person 1-",
8・-”2 Old 1s Fortune-telling power 4.1
0...Uneven shape, ], OA, 4 parts, 1
(l B = -convex portion・II θnor-like, 12・
・Triangular shape, l 8...-'lL slide ii (. 14...open 1-1, 15...sensuke, !1 (handling, 16...transport belt, Il...ma,)-0 hold ♂Toro Kodai Tai IIIt Manufacturing Co., Ltd. Figure 1 1 4 4th Kokudan 6th Yang 131st sword 43 11 stones -

Claims (1)

【特許請求の範囲】 !1本イン削片の供給位1aから1一部Vこ配設塾れた
i#T送コンベヤに向かって、両側に1則壁全枢盾した
犠&をイ干、曽2の1ぽ(斜J1」4有して1己1にイ
し、1lil g己古い反の1頃斜方向と泊父する11
116カ向の1゛部1G110Jを連続する凹凸形状V
こ形成すると共VC1該凹凸形状を前記基板の傾斜方向
と平何vc延イモせしめ、さらに前記基板に振動を付与
するとと全特徴とするボロ削片の配回装置。 2、  OiJ記凹凸形状を、MiJ記基板基傾斜方向
上流から12流V(且って延在配置した特許請求の範囲
第1項記載の木、■削片の1配向装置1#t 。 3、 1)iJ記基板の傾斜方向計流の近傍を、平滑部
と1また特、ff gi“i >1<の範911第1唄
記載の木A〕削片の6乙川装置。 4、 前記ノ1(板の1唄力、1万回1′流VC至ゐV
まと、1」14記凹凸形状のヒノナをIIIJ誠しlこ
待、7[請J〈のl庫囲躬1」貝ま/こけ第2項記俄の
ボロ削片の配回装置IJf 。 5、  +]il記基板の1唄d21力回r流Vこ玉り
はど・目1j記四凸形状の1朶さをン・1シ17威[−
た待d1−1□+’48<の1匝囲第l唄t/こ(・ユ
第2唄記戦f〕)木イΔ削片の配回装置IM 。 6、IIIJ ii[!基4反の1u’t ;4.4力
向1” bfCI Vこm 6 vsと、uiJ記凹凸
凹凸形の凸部?事的−状Vこ起立−田(7める特計誼]
くぴ)車員1川 第 I  Jrl  二izヒ は 
第 2 項   1c  リJ] 第 4  J)L 
 −、f  *  &ま 第 5項、己11戊のボロ削
片の配向装置〇 ’?’  QiJ ++己基4k ’り I’4J斜力
向1iC(f 試問1ip= k ii<f イて、少
なくとも前記ボロ削片の長埒以−4二の開1」をl’M
力向に旦って設fi′j(、、た待♂[請求の11偵囲
第1項記載の木イ4削片の配回装置。 s、  AiJ記凹凸形状を波形状と(7だ特許請求の
範囲第1項一よ/乙は身H’ 2 f貝または第4工具
1/″(は第5 rri :または第す項記載の木材削
片の配向装置[q09、 前記凹凸形状を三角形状とし
7こ特杆誼Jくの範囲第IJ−Mぼたは第2項または第
4引徐には第5項−fたぐま第6社(i己1減の不利1
4I]バーの門己回鋏1d010.不伺削片のLl’<
給位置かし1部に1!81[l!設δn/こ輻送コ/ベ
ヤに向かツーC,両11111 vtl 11411 
壁k 取tM L It m4及會1上、はの11貞ホ
+ 1=勿治して1己1αし、また日iJ5己)基板V
CKf 11111 A−41i 1一部1/こIIX
 ノtM a n ie上部M 4k k A’ S 
L、、1」IJ記h(づty、IJy、ひVこ上バ1す
J(板(4)l供水1カ向と1鉦父1−るI品力向の1
−1部1(Jt 111 k il qプこする凹凸形
状に形成すると共VC1該1す1凸形状ケIIJ記基板
jkひに−1一部乱板の傾斜力向と平(T tiCIA
仕せしめ、芒らV(前記基板Vこ倣動を付り−rること
ケ特依とする不利削片の配向装置1q0 1J、 tarJ記凹凸形状r、目IJ記基板並ひに上
部基板の傾斜か向1−流がl−++’流V(はつC延在
配置した特許請求の範囲外10狽記載の不利削片の配向
装置。 12.1jJ +’f己J1(仮の11f1斜ガ向13
流の近ヅを、平滑部と1、た特、?−1−請J〈の11
【α曲射10項記載の木(オ削片の配向装置。 1 ;(、1J11記ノ、(扱の傾斜ツノ向F流に至る
(・1ど、前記基板並び(fこ1一部1ids板の凹凸
形状のピッチを漸減した特trf ;f+′4.Eの範
囲第io項または第11頃記戦の木材削片の配回装置a 14、  目jJ i己 基4なの1偵示斗力 回 F
  Be vC’4 6 vま と 、  14:J 
A己h(板並びVC上部基板の凹凸形状の深さと/1l
dl絨した狩π「a〜水の11屯V月第 l O項一ま
 l(は第 113貝i己11戊の木口削片の配向装置
1縁〇 15、1−1’lJ記基(反の1頃Δd力同1・−流v
C至るはと、削記基4反if<ひに−1一部基板の凹凸
形状の凸g1! ’t!: a用型:伏v(二起立せし
め/:)待if’f誼求の範囲第1(]狽−f7こC」
:第11項−f、たは第13項一チたは第14. ti
t記載の木イΔ削片の目己向装置。 16、13iJ記基板の傾斜力向(〆こ任試問IX?A
栄i[イいて、少なくとも+’+1記不利削片の長さり
上の開If ’f ll’f+1方向に亘って設置した
特許請求の範囲第10項記載の木材削片の配向装置。 17、 目il記凹凸形状(il−波形状とした特11
°請求の範囲第10項I/こ〃−1−々111項芥たは
第13 Jitなたは第14紅じま/ζkl、第15項
記載の不利削片の配向装置。 t8.1iil記凹凸形状を三角形状とした特W1:請
求の1作曲第1O↓1゛I土/こtコニ第11項捷たは
第13項捷たは第 1 4  h貝丑yi frJ: 
第 1  b  ’jJ Kl己+la の木4Z 肖
ll 〕、、I、  ノ門+41al  装置、。 J9.木材削片の1」(桁1立j腎がし1゛都に門己設
3 Qた翻送コニ/ ヘ’r’ tiC回カーJ−C1
l+ltl 1ill K ’l1llI W ’c 
Q 膚し/コ哉仮をj:I: 、@、の11多J ;+
、、f)J]虻有(〜で配置し、目IJ記基椴の傾斜力
向と重文する幅り向の1゛部1併而會連、洸する凹凸形
状V(形成゛r 6と共VC,鋭凹凸形状を+4’+J
記乱椴の1すl狙ガ向と平何VC延仕せしめで微動ケ句
与し、≧ 6  に 1riIiI己、!1(イ及 の
 1゛ 端に tlIJ6己 り僕送 コ ン ベ A
′ 面 」二 V(国技的Vこ汎俵(〜得る搬送帯を設
置し、削記搬送帝の速度忙+4jJ記木祠削片の倣動搬
送、L!4!度より速く設定した不利削片の配向装置。 20、 目iJ記凹凸形状を、前記基板の1頃斜方向ヒ
流から[流VC旦って延在配置(7た特許請求の範囲第
19tH記l賎の不利削片の配向装fltJ。 21、前記基板の傾斜方向i′流の近匁を、平滑部と1
、た特許請求び);11α囲躬19項記載の不利削片の
配向装置。 22、 Ail記基板基板h+斜方向ト流に一至るほど
、前記凹凸形状のピッチを漸減した特許請求の範IR1
第19狽4/こは第201貝記載の木材削片の配向装置
。 28、 ljj記基板基板頃〕、!1カ向(゛流+tC
午るはと、■IJ記凹凸形状の深σt elo+誠しf
こ狩ITf iiHポリ1叱囲第1ソ狽ま/こC,第2
0項記載の木イ2削片のr配回”l’、? It・1′
。 24、11;J記乱俣の1【(jホ[方間l” 7Ae
 VC乍るはど、1」II記凹凸形状の凸部4耶泊状し
こ起立せ(7聞)る待rffl”iil’l水の範 1
711  第 1.9J貞 ’!、  /c  (tl
  14 2  0  )rJ  i  ir  ば 
第 2 2  ”M  i  /こは第2:3頃記戦の
木イ2削片の配回装+lR(。 25、 l4i1記基板の1頃斜ガ同に任、低間隔佑u
5tいて、少なくとも(J11記木祠削片の長さ以−に
〇開1−1を幅力回Vこ目−って設置〆t1./こも′
f訂詰7](の1匣囲錫19J1゛↓記戦の木42削)
4の配向装置jf O 26、+JiJ記凹凸形状ケ波形状とした特許請求の1
111χ囲第 ■ 9 ノti −z  yt  &:
J: a+  2  o  zit −z  * vr
、 第 2 2  JM  −f  jr VJ: 第
23頃よたは第24頃記戦の木材削片の配向装置1<f
fi。 2′t、前記凹凸形状を二角形状と17た特♂1:請求
の1作囲第19項貸た(fま第20項記載こけ第22項
捷たは第23項ま/ζは第20項記II戊の木イレ削片
の印1向装m 。
[Claims]! From the supply position 1a of the 1-in particle to the 1 part V-disposed i#T conveyor, the sacrificial wall with all the walls on both sides was shielded, and the 1 part of the 2nd part ( Diagonal J1' 4 has 1 1 and 1, 1 lil g is old 1 of the 1 diagonal direction and 11
Concave and convex shape V with continuous 1゛ section 1G110J in 116 directions
A device for distributing rag chips, which is characterized in that when forming this, the uneven shape is made to extend VC1 on the same plane as the inclination direction of the substrate, and further vibration is applied to the substrate. 2. The uneven shape of OiJ is arranged 12 times from the upstream side of the base inclination direction of MiJ (and extends from the upstream side of the base inclination direction of the substrate). , 1) The vicinity of the inclination direction meter flow of the iJ board is smoothed and 1 is also special, ff gi "i > 1 < range 911 Tree A described in the 1st song] 6 Otogawa device of the particle. 4. No. 1 (1 song power of the board, 10,000 times 1' style VC to V
First, 1. 14. Waiting for the uneven shape of the hinona. 5, +] 1 song d 21 power rotation r flow V Kodamari of the board 1 j 1 j shape of the four convex shape N 1 shi 17 power [-
Tawai d1-1□+'48<'s 1st enclosure 1st song t/ko (・Yu 2nd song record battle f]) Tree IΔ particle distribution device IM. 6, IIIJ ii[! 1 u't of base 4; 4.4 force direction 1" bfCI Vcom 6 vs and uiJ written uneven convex concave convex part? fact-like V-shaped stand-up field (7 meru special plan)
Kupi) Vehicle member 1st I Jrl 2izhi is
Section 2 1c LiJ] Section 4 J)L
-, f * & ma Item 5, Orientation device for self-11 rag chips 〇'? ' QiJ ++ Self base 4k 'ri I'4J diagonal force direction 1iC (f Question 1ip = k ii < f I, at least the length of the rag chip - 42 open 1'' is l'M
Set fi'j (,, ta wait♂ [A device for distributing wood A4 chips described in Claim 11 Reconnaissance Paragraph 1.) Claim 1: 1/B: Body H' 2 f shell or 4th tool 1/'' Triangular shape and 7 special ranges for Section IJ-M are subject to Section 5-F Taguma No. 6 Company (i.
4I] Bar's Monki Kaisashimi 1d010. Ll'< of the missing pieces
1!81 [l! Set δn/Co/Toward C, both 11111 vtl 11411
Wall k taketM L It m4 and meeting 1 above, Hano 11 Teiho + 1 = Naohei and 1self 1α, also day iJ5self) board V
CKf 11111 A-41i 1 part 1/ko IIX
NotM anie upper M 4k k A' S
L...
-1 part 1 (Jt 111 k il q) VC1 1 and 1 convex shape II
As shown in FIG. 12.1jJ Gamu 13
What is the difference between the flow and the smooth part? -1-J〈11
[Alpha curvature as described in Section 10 (orientation device for O shavings. The pitch of the concave and convex shape is gradually reduced. Times F
Be vC'4 6 vMato, 14:J
A self h (depth of the uneven shape of the board arrangement VC upper board /1l
dl carpeted hunting π ``a ~ water 11 tons V month l O term 1 ma l (is the 113th shell i self 11 戊 wood grain orienting device 1 edge〇15, 1-1'lJ mark ( around 1 Δd force same 1・-flow v
C is reached, and the deleting base 4 if<Hini-1 is a convex part of the uneven shape of the substrate g1! 't! : Form for a: Down v (double standing up/:) waiting if'f range of request 1st (] 竽-f7 こC'
: Section 11-f, or Section 13-1, or Section 14. Ti
A device for directing the wood ∆ particles described in t. 16, 13 iJ Note: Tilt force direction of substrate
11. The apparatus for orienting wood chips according to claim 10, wherein the wood chips orienting device is installed over at least the +'+1 length of the unfavorable chips in the open If'f ll'f+1 direction. 17. Illustrated uneven shape (Special 11 with wave shape)
[Claim 10] The apparatus for orienting unfavorable scraps according to Claim 10, I/C-1-1, and Claim 111. t8.1iil The uneven shape is triangular W1: Claim 1 composition No. 1 O↓1゛I soil/kotconi Section 11 or 13 or 1 4 h shell yi frJ:
1st b'jJ Klself+la tree 4Z portrait],,I, nomon+41al device,. J9. 1 of wood shavings (digit 1, kidney, 1, gate established in the city, 3
l+ltl 1ill K 'l1llI W 'c
Q skin/Koya Kari wo j:I: , @, 11 J ;+
,,f) Both VC, sharp uneven shape +4'+J
Kiranzu's 1st l aim and Hira's VC extension gave a slight movement, ≧ 6 to 1riIiI,! 1 (at the 1st end of the day)
'Side' 2 V (national skill V Kopan bale (~ Set up a conveyance belt to obtain, the speed of the demolition conveyance emperor + 4j J-ki wood grain shavings follow-up conveyance, L! 4! Disadvantageous machining set faster than degrees) Piece orienting device. 20. The uneven shape of the substrate is arranged so as to extend from the diagonal direction of the substrate to the direction of the flow VC. Orientation device fltJ. 21, the near momme of the inclination direction i' flow of the substrate is divided into the smooth part and 1
, Patent Claims); 11α Enclosure 19. 22. Claim IR1 in which the pitch of the concavo-convex shape is gradually decreased as the Ail substrate h+oblique direction T flow is reached.
No. 19 狽4/This is the apparatus for orienting wood chips described in No. 201. 28, around the time of the ljj board],! 1 direction (゛flow + tC
The depth of the uneven shape described in IJ is σt elo + Makoto f
Kogari ITf iiH poly 1 scolding 1st Sosoma/ko C, 2nd
The r arrangement of the tree A2 particles described in item 0 "l',? It・1'
. 24, 11;
When the VC comes, 1"II" Concave and convex shaped protrusions 4.
711 No. 1.9 J Sada'! , /c (tl
14 2 0 ) rJ i ir ba
2 2 ``M i / This is around 2:3, the tree of the war, the arrangement of the 2 shards +lR (. 25, l4i1 board around 1, leave the diagonal to the same, low interval Yuu
5 tons, and set the opening 1-1 at least the length of the wood shavings in J11.
f revise 7] (1 box enclosure 19J1゛↓Tree of war 42 cuts)
4. Orienting device jf O 26, +JiJ The uneven shape of patent claim 1 has a wavy shape.
111χ Section ■ 9 Noti -z yt &:
J: a+ 2 o zit -z * vr
, 2nd 2 JM -f jr VJ: Orienting device for wood chips from the 23rd or 24th war 1<f
fi. 2't, the uneven shape is a diagonal shape 17 Feature ♂ 1: Clause 19 of claim 1 (f) Clause 20 of claim 22 or 23 or ζ is Item 20: II. Indication of wood chips of 戊. 1. M.
JP15573382A 1982-09-07 1982-09-07 Device for orienting cut chips of lumber Pending JPS5948324A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP15573382A JPS5948324A (en) 1982-09-07 1982-09-07 Device for orienting cut chips of lumber

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP15573382A JPS5948324A (en) 1982-09-07 1982-09-07 Device for orienting cut chips of lumber

Publications (1)

Publication Number Publication Date
JPS5948324A true JPS5948324A (en) 1984-03-19

Family

ID=15612259

Family Applications (1)

Application Number Title Priority Date Filing Date
JP15573382A Pending JPS5948324A (en) 1982-09-07 1982-09-07 Device for orienting cut chips of lumber

Country Status (1)

Country Link
JP (1) JPS5948324A (en)

Cited By (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5746105A (en) * 1980-09-04 1982-03-16 Toshiba Mach Co Ltd Optical chatter measurement
JPS63189316A (en) * 1987-01-30 1988-08-04 Niigata Eng Co Ltd Automatic distributing device for pin
JPH0237117U (en) * 1988-08-31 1990-03-12
WO2004080675A1 (en) * 2003-03-12 2004-09-23 Sekisui Chemical Co., Ltd. Apparatus for orienting and laminating binder-adhered wood chips and method of manufacturing wooden composite material
JP2004292168A (en) * 2003-03-11 2004-10-21 Sekisui Chem Co Ltd Orientation stacking device and orientation stacking method for wood chip
EP1535522A1 (en) * 2003-11-25 2005-06-01 Hauni Primary GmbH Slide element for an intermediate tobacco store
CN110228095A (en) * 2019-04-29 2019-09-13 石河子大学 Tomato Dry valve cutting laying apparatus for work
CN115611032A (en) * 2022-12-05 2023-01-17 江苏文尔实业有限公司 A pushing equipment for PLASTIC LAMINATED processing

Cited By (13)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5746105A (en) * 1980-09-04 1982-03-16 Toshiba Mach Co Ltd Optical chatter measurement
JPH0151761B2 (en) * 1980-09-04 1989-11-06 Toshiba Machine Co Ltd
JPS63189316A (en) * 1987-01-30 1988-08-04 Niigata Eng Co Ltd Automatic distributing device for pin
JPH0541524B2 (en) * 1987-01-30 1993-06-23 Niigata Engineering Co Ltd
JPH0237117U (en) * 1988-08-31 1990-03-12
JP2004292168A (en) * 2003-03-11 2004-10-21 Sekisui Chem Co Ltd Orientation stacking device and orientation stacking method for wood chip
JP4619018B2 (en) * 2003-03-11 2011-01-26 積水化学工業株式会社 Wood chip orientation laminating apparatus and orientation laminating method
WO2004080675A1 (en) * 2003-03-12 2004-09-23 Sekisui Chemical Co., Ltd. Apparatus for orienting and laminating binder-adhered wood chips and method of manufacturing wooden composite material
CN100462211C (en) * 2003-03-12 2009-02-18 积水化学工业株式会社 Apparatus for orienting and laminating binder-adhered wood chips and method of manufacturing wooden composite material
KR100914822B1 (en) * 2003-03-12 2009-09-02 세키스이가가쿠 고교가부시키가이샤 Apparatus for orienting and laminating binder-adhered wood chips and method of manufacturing wooden composite material
EP1535522A1 (en) * 2003-11-25 2005-06-01 Hauni Primary GmbH Slide element for an intermediate tobacco store
CN110228095A (en) * 2019-04-29 2019-09-13 石河子大学 Tomato Dry valve cutting laying apparatus for work
CN115611032A (en) * 2022-12-05 2023-01-17 江苏文尔实业有限公司 A pushing equipment for PLASTIC LAMINATED processing

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