JPS59213382A - Continuous cutter for raw laver - Google Patents
Continuous cutter for raw laverInfo
- Publication number
- JPS59213382A JPS59213382A JP58086997A JP8699783A JPS59213382A JP S59213382 A JPS59213382 A JP S59213382A JP 58086997 A JP58086997 A JP 58086997A JP 8699783 A JP8699783 A JP 8699783A JP S59213382 A JPS59213382 A JP S59213382A
- Authority
- JP
- Japan
- Prior art keywords
- machine
- seaweed
- tank
- raw algae
- continuous
- 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
Links
Landscapes
- Edible Seaweed (AREA)
Abstract
Description
【発明の詳細な説明】
この発明は採取した原藻を切断した後少量の水の存在下
に練り合せることＫＪ、り汚物乞除去すると共に、適度
に熟成すべ（連続処理することを目的とした原藻切断線
機に関するものである。[Detailed Description of the Invention] This invention involves cutting the collected raw algae and then kneading it in the presence of a small amount of water. This relates to a line cutting machine for raw algae.
出願人は先に原藻練機〔実願昭５ざ−／’１４３４号〕
および連続処理機（特願昭５７−／夕３りＯ−リを提案
し、夫々所期の効果を上げたのであるが、前記各処理機
は何れも汚物除去および熟成についての１１１−独磯で
あって、海苔量プラントの生産ラインに組み込むには前
後の機械との能力調整に工夫を安し、設置面積の増大お
よび操作の複雑化は免れなかった。然るにこの発明は、
原藻給送法、切断機および練機を一体的に連結し、一箇
所で制御できるよ５にしたので、設置面槓乞著しく節減
しイ゛、）ることは勿論、各機の調整が容易となり、海
苔抄ブシントの一連−貫生イラインにおける前処理機と
して汎用性を発ｃａｒ Ｌ、しかも調整操作が簡１゛ｒ
−になった為に自動機としての性能を一層向上させたの
である。The applicant first applied to Haramo Kneader [Jitsugan Showa 5za-/No. 1434]
He proposed a continuous processing machine (Japanese Patent Application 1982/1983) and each achieved the desired effect, but each of the above processing machines was However, in order to incorporate it into the production line of a seaweed production plant, it was necessary to take some effort to adjust the capacity of the machines before and after it, which inevitably increased the installation area and complicated the operation.However, this invention
Since the raw algae feeding method, cutting machine, and kneading machine are integrated and can be controlled from one place, the installation space is significantly reduced, and the adjustment of each machine is easy. It is easy to use, and has great versatility as a pre-processing machine for a series of seaweed extracts and raw materials, and the adjustment operation is easy.
-, which further improved its performance as an automatic machine.
即ちこの発明は、原藻給送法の一側下部に切断機のホッ
パー乞固ｊＸまぜ、切１析磯の排出端下部に海苔量、ｐ
、Ｑｉを設置し、海苔受槽の上部と練機の一側との間に
ポンプ化介装したホースを接続し、練機しま黒磯並列し
て交圧に使用できるようにすると共−条件Ｇ′こよって
は一層のみ便用できるようにする。That is, in this invention, the hopper of the cutting machine is placed at the bottom of one side of the raw algae feeding method, and the amount of seaweed,
, Qi is installed, a pump-equipped hose is connected between the upper part of the nori receiving tank and one side of the kneading machine, and the kneading machines Shima Kuroiso are placed in parallel so that they can be used for alternating pressure. This allows only one layer to be used more conveniently.
例えば原藻の状態によって長い熟成時間を必要としない
場合には一層のみでもよいことになる。For example, if a long maturation time is not required depending on the condition of the raw algae, only one layer may be sufficient.
次にこの発明の実施例乞添伺図面に基づいて説明する。Next, an embodiment of the present invention will be described based on the accompanying drawings.
この発明は下部薄”隅に車輪”−／’；ｘ取付けた基板
コの一側上へ原藻給送戟３ヶ設置する。In this invention, three raw algae feeders are installed on one side of the substrate with wheels attached to the lower thin corners.
原藻給送法３は平面矩形状で、縦断面漏斗状のｓｌＸ苔
僧りの底部へ弾性線材を螺旋筒状に形成した二本の線コ
ンベア！、左を横に架設し、前日己巌コンベアの基端１
ｊｌｌｌを回転軸に固定すると共に、先端側を自由端と
したもので・ある（第２図）。Raw algae feeding method 3 is a two-line conveyor with an elastic wire formed into a spiral tube shape at the bottom of the SLX moss moss, which is rectangular in plan and funnel-shaped in vertical section! , the left side is installed horizontally, and the base end 1 of the self-conveyor conveyor was installed the previous day.
The jll is fixed to the rotating shaft, and the tip side is a free end (Figure 2).
前記線コンベア左の先端１１４１はポツパー乙に臨み、
ボンパーを内には勝コンベアクが縦設しである。The left end of the line conveyor 1141 faces Poppur Otsu,
Inside the bomber, a winning conveyor is installed vertically.
前記ホンパー６の下端は切断り機ｇのハウジングに連結
している。前記切断機とはハウノング内に押出スクリュ
ー７が横架され、押出スフリュータによる押出１則ハウ
ジング端には、固定多孔板１０とＩＩＡ転刃（図示して
ない〕とが取付けられている。前記固定多孔板１０の外
側下方に海苔受槽／ノが開口しており一海苔受僧／ノの
高位側内側５（に散水管／−が横設されている。前記海
苔愛惜／／の下端制−出簡／／ａにはポース／３を介し
てポンプ／りの吸入口が連結され、ポンプ／りの吐出口
にはホース／Ｓの一端カ連結され、ポース／３の他端は
練機／乙の一側壁上部に連結開［１している。前記練機
／乙は平面矩形で縦断面ｔＪ状の箱型海苔貯＋（枝７の
中央部に回転管軸／ｇを横架し、ＮＪｊ苔貯槽／７の回
転管軸／ｇにｉα角な一側４（（−」二部にｎσ苔送入
ロア９ケ設け、他側底壁に海苔送出ｆ’ｌ 、２０を設
け、他０Ｉｌｌ壁下部に排出口２ノを設けたもので、海
苔貯槽／りの回転管軸／ｇに平行な側壁は少くとも中火
形外側に所定間隔を保って外壁、２：２を設けて排水槽
２．３を形成し、前記側壁には多数の小孔−りを設けろ
（例えばパンチングメタル製とする）。The lower end of the hopper 6 is connected to the housing of the cutting machine g. In the cutting machine, an extrusion screw 7 is installed horizontally in a housing, and a fixed perforated plate 10 and an IIA rolling blade (not shown) are attached to the end of the housing for extrusion by an extrusion fluter. A seaweed receiving tank is opened at the lower outside of the perforated plate 10, and a watering pipe is installed horizontally at the upper inner side 5 of the seaweed receiving monk. The suction port of the pump/S is connected to the pump//a through the port/3, one end of the hose/S is connected to the discharge port of the pump/S, and the other end of the port/3 is connected to the kneading machine/B. The kneading machine has a connecting opening [1] at the upper part of one side wall. One side 4 ((-) 9 nσ moss feeding lowers are provided on the second part, and the seaweed feeding f'l and 20 are provided on the bottom wall of the other side, and the other 0Ill Two discharge ports are provided at the bottom of the wall, and the side wall parallel to the rotary tube axis/g of the seaweed storage tank is at least the outer wall with a predetermined interval on the outside of the medium-sized tank, and the drainage tank is provided with a 2:2 ratio. 2.3, and provide a number of small holes in the side wall (eg, made of punched metal).
前記回転管！ｌ！ｌｌＩ／ｇには複数本の撹拌羽根おを
設けると共に、ＩＩ！ｌＩｌ壁に多水の小孔λ乙を穿設
し、回転′ｆＪｌｌ！ｌＩＩ／ｇの−端に連結した給水
ホース２７よりの水を小孔λ乙より槽内へ吹出ずように
しである。次にＩｔσ苔送出１−１２０にはポースバの
−Ａ１６が連結され、ホースバの他ψｌ′１６はボング
啄の吸入口に連結し、ポンプ、２９の吐出（」はホース
３０の一端な連結し、ホース３０の他Ｍｊ’＋は練機／
乙ａの海苔貯槽／７ａの海苔送入口／９ａに連結しであ
る。練機／４ａは前記練＋／Ａｌｔ、と同一形状構造で
あるから、説明を省略するが対応部品は対応符号にｒ
ａＪ’Ｑ付して図示した。前記海苔貯槽／７ａの海苔送
出ロノθａにホース３）の一端を連結し、ポース３／の
他端はポンプ３２の吸入（−４に連結し、ポンプ３．２
Ｆｐ吐出口にホース３３の一端を連結し、ポース３３の
他端は分岐バルブ３５を介して調゛合器３グに連結開口
させである。Said rotating tube! l! In addition to installing multiple stirring blades in II/g, II! Drill a small hole λO for water in the lIl wall and rotate 'fJll! This is to prevent water from the water supply hose 27 connected to the negative end of lII/g from blowing out into the tank through the small hole λB. Next, the -A16 of the port bar is connected to the Itσ moss delivery 1-120, the hose bar and ψl'16 are connected to the suction port of the bong taku, the pump, the discharge of 29 ('' is connected to one end of the hose 30, In addition to hose 30, Mj'+ is a kneading machine/
It is connected to the seaweed storage tank 7a of Otsu a and the seaweed feeding inlet 9a. The kneading machine /4a has the same shape and structure as the kneading machine +/Alt, so the explanation will be omitted, but the corresponding parts are indicated by the corresponding symbols r.
Illustrated with aJ'Q. One end of the hose 3) is connected to the seaweed delivery terminal θa of the seaweed storage tank/7a, and the other end of the port 3 is connected to the suction (-4) of the pump 32.
One end of a hose 33 is connected to the Fp discharge port, and the other end of the hose 33 is opened and connected to the mixer 3 via a branch valve 35.
前記における練機／Ａ、／乙ａおよび調合器３グにはフ
ロートンベラ−施、３７．３ｇが夫々付設され、各槽内
の海苔量が自動的にＡ整さＩｔろ。The kneading machines /A, /A and mixer 3 in the above are each equipped with a 37.3g float roller, and the amount of seaweed in each tank is automatically adjusted.
前記実施例を用いる海苔の処理工程乞説明ずろと次の通
りである。採取した生海苔３９の通量を原藻給送法３の
海苔槽グヘ投入し、モーターを駆動して駆動軸グ０を回
転すると、線コンベアＳ、３−も回転するので、海苔槽
グ内の海苔３９は第ざ図中矢示１．１．／の方間へ定量
移動する。この場合に海苔槽グ内には抑制板グーが矢示
グ３のように揺動して余！Ａ海苔の進行を抑制する。こ
のようにして送られた海苔は矢示件のようにホンパーＡ
＋）ｓへ入り該都を下％−ｊ−ルが、ホッパー６内にも
線コンベア７が縦設されているので、下降量は制御され
る。このようにしてポツパー内を下降した海藻は切断ｍ
ｇ内へ入り、押出スクリューツににつて矢示ｌｌ−左の
ように進行し、多孔板１０より押し出されると共に、切
断刃によ′−〕て適宜の長さに切断される。切断されて
多孔板１０より排出された海苔は、海苔受槽／／に入り
、散水管、／、！より適量の塩水（又は清水）を受けて
流動容易となり、ホース／３を矢示グ乙のよ５に移動し
てポンプ／りに吸入され、ポンプ／１１．で伺勢されて
ボース７．５′中を矢示グアのように移動し、疎ａ／４
に入る。練機／乙に一定量の海苔が供給されたならば、
ノロートレベンーー３乙によって検出し、その出力に、
Ｊ二りモーター／ｌ′ｇを始動すると共に、原藻給送機
３および！４／１１暫磯ｇを停止する。前記におけるモ
ーター′７ｇの回転てよって回転管軸／ｇが回転するの
で、ｎす苔は槽内で撹拌されるが、撹拌羽４Ｊ８！Δが
リードを保たぜである為に、海苔は槽内で矢示評のよう
に前後しつ人士下撹拌される。The process for treating seaweed using the above embodiment is as follows. When the amount of collected raw seaweed 39 is put into the seaweed tank of raw algae feeding method 3 and the motor is driven to rotate the drive shaft group 0, the line conveyors S and 3- also rotate, so the seaweed tank The seaweed 39 inside is indicated by the arrow 1.1 in the diagram. Move a fixed amount towards /. In this case, the suppression plate inside the seaweed tank swings as shown by arrow 3. A: Suppress the growth of seaweed. The seaweed sent in this way is Homper A as shown in the arrow.
+) Since the line conveyor 7 is installed vertically within the hopper 6, the amount of descent is controlled. The seaweed that descended inside the potspur in this way was cut.
The material enters into the extrusion screw and advances as indicated by the arrow ll-left, is extruded from the perforated plate 10, and is cut into an appropriate length by a cutting blade. The cut and discharged seaweed from the perforated plate 10 enters the seaweed receiving tank //, and the watering pipe, /,! It receives a more appropriate amount of salt water (or fresh water) and flows easily, moves hose 3 to arrow 5 and is sucked into pump 11. He moved like an arrow in Bose 7.5' and was attacked by A/4.
to go into. Once a certain amount of seaweed is supplied to the mixing machine/B,
Detected by Norotreben-3B, and its output is
At the same time as starting the J2 motor/l'g, the raw algae feeder 3 and! 4/11 Shikiso-g will be suspended. As the rotary tube shaft /g rotates due to the rotation of the motor '7g in the above, the moss is stirred in the tank, but the stirring blade 4J8! Since Δ maintains the lead, the seaweed is manually stirred in the tank back and forth as indicated by the arrow.
前記回転管軸／ｇの回転は例えば切分２０Ａ回、撹拌羽
根はに枚である。The rotation of the rotating tube shaft/g is, for example, 20A times, and the number of stirring blades is 2 times.
前記において海苔貯＋！ＪＪ／７内の海苔は］柔まれて
熟成すると共に、付着汚物（例えば硅藻類）は分離して
排水と共に矢示５Ｓのように排水槽、２３へ排水され、
排水ダより外界へ排出される。一方間転管軸７ｇの小孔
、２Ａから塩水（海水）を矢示見のよ５に吹き出ずので
、海苔貯槽内の海苔は内側より塩水を供給されて外側へ
排出することになり、汚物を合理的に排出することがで
きる。このようにして熟成および汚物除去ができたなら
ば、ポンプ２７乞始動してポース２ｇより矢示３０のよ
うに海苔を排出医ポース３０内乞矢示Ｓ／のように移動
させて練機／乙ａに給送するΩ練機／６ａ内に適量溜っ
たならば、フロートレベラー３７の働きによってボング
、２９ヲ停止すると共に、モーター偶を始動して回転管
軸ｉｇａを回転し、前記と同様に撹拌による揉み作用を
与え、海苔を熟成させると共に、汚物を除去する。In the above, seaweed storage +! The seaweed in JJ/7 is softened and matured, and the adhering filth (for example, silica algae) is separated and drained together with the waste water to the drain tank 23 as shown by arrow 5S.
It is discharged to the outside world from the drain. On the other hand, salt water (seawater) does not blow out from the small hole 2A of the interchanging tube shaft 7g as shown by the arrow 5, so the seaweed in the seaweed storage tank is supplied with saltwater from the inside and discharged to the outside, resulting in filth. can be reasonably discharged. Once ripening and dirt removal have been completed in this way, the pump 27 is started and the seaweed is discharged from the port 2g as shown by the arrow 30. When a suitable amount has accumulated in the kneading machine/6a to be fed to Ota, the float leveler 37 stops the bong and 29, and the motor couple is started to rotate the rotary tube shaft iga in the same manner as above. A stirring action is applied to the seaweed to ripen the seaweed and remove impurities.
前記における熟成処理は、例えば毎分ｇｇ回転で迩宜時
間行われる。練機ｉｇａは熟成最終処理であるか、熟成
が完了する必要がある。このようにして処理が完了した
ならば、ホース３／により矢示紹のように取り出し、ポ
ンプ３２を経てボース３３中乞矢示５３のように移動さ
せ、調合器３グに送る。調合と沙における海苔量はフロ
ートレベラー３ｇによって６周整さ才する。The above-mentioned aging process is carried out, for example, at gg rotations per minute for a suitable period of time. The kneading machine iga is the final stage of ripening, or it is necessary that the ripening process is completed. When the process is completed in this manner, it is taken out through the hose 3/ as shown by the arrow, moved through the pump 32 into the bowl 33 as shown by the arrow 53, and sent to the mixer 3. The amount of seaweed in the mixture and sand was adjusted 6 times using a 3g float leveler.
前記においては練１幾／ｌ、／１．ａを共に使用したが
、ｒｌｒｉ苔の状態によっては谷練機に停滞さぜること
なく撹拌しつ人移動させることもできる。また、練１汲
／乙、／Ａａを交１ｉに使用すれば、練機中へ停滞させ
ておいても、調合イにへは連続供給できるので、連ＴＩ
’；ｔ ｈ’Ｊ替抄ラインへ介装することができる。In the above, practice 1/l, /1. A was used together, but depending on the condition of the rlri moss, it is also possible to move the moss while stirring it in the valley mill without stagnation. In addition, if mixing 1/O, /Aa is used for mixing 1i, even if it is left stagnant in the mixing machine, it can be continuously supplied to mixing 1, so the continuous TI
';t h' Can be inserted into the J replacement paper line.
即ちこの発明によれば、原藻給送截切断機および練機を
同−基台上に設置すると共に、夫々を連結したので比較
的床面積の少（必要機器を設置しイ１、Ｊると共に、調
節および開側ｊを簡単容易円滑になし１号る効果がある
。また線機によって熟成と汚物分離ケ行つ、１ｉＩｉｉ
朱、従来の熟成機が不用となる効果もある。That is, according to this invention, the raw algae feeding cutting machine and the kneading machine are installed on the same base and are connected to each other, so that the floor space is relatively small (i.e., after installing the necessary equipment, In addition, it has the effect of making adjustment and opening side j easy and smooth.Also, the aging and dirt separation are performed by the wire machine, 1iIiii
It also has the effect of eliminating the need for traditional aging machines.
第７図はこの発明の安部の概略図、第２図は同じくこの
発明（Ｊ）芙施例の平面図、第３図は同じく平面図、第
グ図は同じく左側面図、第５図は同じ（背面図、請６薗
は同じく右側面図、第７図は同じく原藻給送機の縦断拡
大正面図、第８図は同じく縦断拡大側面図、第２図は同
じく練機の海苔貯部Ｉの縦断側面図、第７０図は同じく
縦１新正面図、第１／図は同じく各部の連結状態を示す
概略図であり３・・原藻給送機 ダ・・海苔槽
夕、り・・、腺コンベア ｇ・・”ＪＪ １７ 磯
ワ・・押出スクリュー １０・・固定多孔板／／・・海
苔受槽 ／、２・・散水管／１．／入 、、２ｇ
、２９・、・ ボーレベ ／１１／乙ａ ・ ・
株１炭／り・・海苔貯槽 ７ｇ・・回転管軸／
７・・海苔送入口 、２０・・海苔送出０．２３パ
・排水槽 ８・・撹拌羽根、２７・・給水ホー
ス
特許出願人
渡辺磯開工業株式会社
代理人
鈴木正次
第２図−
第４図
第５図
第６図
第７図Fig. 7 is a schematic diagram of the lower part of this invention, Fig. 2 is a plan view of the embodiment (J) of this invention, Fig. 3 is a plan view, Fig. 3 is a left side view, and Fig. Same (rear view, right side view for Uke 6, Fig. 7 is an enlarged front view of the raw algae feeding machine, Fig. 8 is an enlarged longitudinal side view of the same, Fig. 2 is the same nori storage of the kneading machine) Figure 70 is a vertical sectional side view of part I, and Figure 70 is also a vertical 1 new front view, and Figure 1 is a schematic diagram showing the connection state of each part.・・・Gland conveyor g・・”JJ 17 Isowa・・Extrusion screw 10・・Fixed perforated plate／/・・Seaweed receiving tank /, 2・・Water pipe/1./included ,,2g
,29・,・Borebe /11/Otsua・・
Stock 1 charcoal/Li...Nori storage tank 7g...Rotating tube shaft/
7. Seaweed feed inlet, 20. Seaweed feed 0.23 pa. Drainage tank 8.. Stirring blade, 27.. Water supply hose Patent applicant Watanabe Isokai Kogyo Co., Ltd. Agent Tadashi Suzuki Figure 2 - Figure 4 Figure 5 Figure 6 Figure 7
Claims (1)
し、切断機の排出端下部に海苔受槽を設置―海佇受槽と
練機の送入側とはポンプを介装したボースで連結し、前
記練機の排出側にポンプ介装のホースの−Ｑ、Ｈｊｌｉ
を連結した原藻連続切断線機、λ 原沫給送磯は断面漏
斗状の槽妊に線拐まりなる螺旋筒を駆動回転ずべく横設
した特許請求の範囲第１項記載の原藻連続切断線機 ３ 海苔受槽は漏斗体の上部内側に散水管を横設し、ト
ー都にボースを連結したね・許請求の範囲第７項記載の
原藻連続切断線機 グ 練機は７台又は一台とした特許請求の範囲第１項記
載の原藻連続切断線機 左 練機は槽内に複数の撹拌羽根を有する回転管軸を挿
通し、−側を海苔の送入側とし、他１１４１１を海苔の
排出側とした特許請求の範囲第１項記載の原藻連続切断
線機 乙、槽は平面方形で断面Ｕ字形とし、又は円筒形とした
特許請求の範囲第１項記載の原藻連続切断線機 ７、回転管軸は、 １ｌｌｌｌｌ壁に多数の給水小孔乞
設り“た特許請求の範囲第１項記載の原藻連続切断線機
３、練機の槽は内外二重壁により構成し、内壁底より所
定高さの壁面に多数の排水小孔を穿設した特許請求の範
囲第１項記載の原藻連続切１析練磯 ７、撹拌羽根の取付けは、海苔のＰｌ・出１」側へ向っ
てリードを付与した特許請求の範囲第オ項記載の原藻連
続切断線機[Claims] 1) fX, a hopper of a cutting machine is connected to the feeding end of the algae feeding rock, and a seaweed receiving tank is installed below the discharge end of the cutting machine - the feeding side of the seaweed receiving tank and the kneading machine. are connected by a hose with a pump interposed therein, and a hose connected to the pump is connected to the discharge side of the kneading machine.
A continuous line cutting machine for raw algae connected with Cutting line machine 3: The seaweed receiving tank has a watering pipe installed horizontally inside the upper part of the funnel body, and a bow is connected to the tow. - Continuous cutting line machine for raw algae as described in claim 7. There are 7 kneading machines. Or, as a single machine, the raw algae continuous cutting line machine according to claim 1, left, is a kneading machine that inserts a rotary tube shaft having a plurality of stirring blades into the tank, with the - side set as the nori feeding side, The raw algae continuous cutting line machine B according to claim 1, in which the other 11411 is on the discharge side of the seaweed, and the tank is rectangular in plane and U-shaped in cross section, or cylindrical in shape The raw algae continuous cutting wire machine 7, the rotary tube shaft has a large number of water supply holes in the wall, and the raw algae continuous cutting wire machine 3 as described in claim 1, the kneading machine has two tanks inside and outside. The continuous raw algae cutting and mixing rock 7 according to claim 1, which is constructed of a heavy wall and has a large number of drainage holes drilled in the wall surface at a predetermined height from the bottom of the inner wall, and the stirring blade is attached to the seaweed A continuous cutting line machine for raw algae according to claim (e), in which a lead is provided toward the Pl/output 1 side of the line.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP58086997A JPS59213382A (en) | 1983-05-18 | 1983-05-18 | Continuous cutter for raw laver |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP58086997A JPS59213382A (en) | 1983-05-18 | 1983-05-18 | Continuous cutter for raw laver |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPS59213382A true JPS59213382A (en) | 1984-12-03 |
Family
ID=13902510
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP58086997A Pending JPS59213382A (en) | 1983-05-18 | 1983-05-18 | Continuous cutter for raw laver |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS59213382A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0421294U (en) * | 1990-06-10 | 1992-02-21 |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS552790U (en) * | 1978-06-23 | 1980-01-09 | ||
| JPS5636911A (en) * | 1979-09-05 | 1981-04-10 | Aisin Seiki | Mechanism for adjusting headrest |
| JPS5650792U (en) * | 1979-09-26 | 1981-05-06 | ||
| JPS5739633A (en) * | 1980-08-22 | 1982-03-04 | Nippon Telegr & Teleph Corp <Ntt> | Large capacity information transmission system using car telephone system |
-
1983
- 1983-05-18 JP JP58086997A patent/JPS59213382A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS552790U (en) * | 1978-06-23 | 1980-01-09 | ||
| JPS5636911A (en) * | 1979-09-05 | 1981-04-10 | Aisin Seiki | Mechanism for adjusting headrest |
| JPS5650792U (en) * | 1979-09-26 | 1981-05-06 | ||
| JPS5739633A (en) * | 1980-08-22 | 1982-03-04 | Nippon Telegr & Teleph Corp <Ntt> | Large capacity information transmission system using car telephone system |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0421294U (en) * | 1990-06-10 | 1992-02-21 |
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