JPS5950332B2 - Pine sage - Google Patents
Pine sageInfo
- Publication number
- JPS5950332B2 JPS5950332B2 JP12739183A JP12739183A JPS5950332B2 JP S5950332 B2 JPS5950332 B2 JP S5950332B2 JP 12739183 A JP12739183 A JP 12739183A JP 12739183 A JP12739183 A JP 12739183A JP S5950332 B2 JPS5950332 B2 JP S5950332B2
- Authority
- JP
- Japan
- Prior art keywords
- pine
- massager
- motor
- controller
- surgery
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired
Links
Landscapes
- Percussion Or Vibration Massage (AREA)
- Massaging Devices (AREA)
- Finger-Pressure Massage (AREA)
Description
【発明の詳細な説明】
本発明は腰、肩、足の裏等の身体を手で叩く如く若しく
は指圧する如く適宜マツサージする際に使用するマッサ
ージャに関し、特に簡単な構成でしかも制御器を制御す
ることにより適宜身体を手で叩く如く衝撃を加えてマツ
サージを行なうか若しくは指圧する如く押圧的なマツサ
ージを行なうことができ、使用者は最適のマツサージの
状態を適宜得ることができ、使用者に最適のマツサージ
を施こし得るようにしたマッサージャに関するものであ
る。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a massager used to massage the body, such as the waist, shoulders, soles of the feet, etc., as appropriate, such as by hitting the body with the hands or applying acupressure, and particularly relates to a massager having a simple configuration and controlling a controller. By doing this, it is possible to perform pine surgery by applying a shock to the body as appropriate, such as by hitting the body with the hand, or to perform pressing pine surgery, such as using shiatsu. The present invention relates to a massager capable of performing pine surgery.
以下本発明のマッサージャの一実施例を図面とともに説
明する。An embodiment of the massager of the present invention will be described below with reference to the drawings.
本発明のマッサージャはマッサージャ本体1に往復駆動
可能に配設されたマツサージ体2と、該マツサージ体2
を制御器の制御により適宜身体を手で叩く如く衝撃を加
えて往復駆動させる叩き駆動と指圧する如く押圧的に往
復駆動させる指圧駆動とに選択切換して駆動させる駆動
装置3と、該マツサージ体2によるマツサージ効果を高
めるため上記マッサージャ本体1の表面4を暖めて身体
のマツサージ部分を暖める正特性サーミスタ等よりなる
発熱体5と、上記駆動装置3による上記マツサージ体2
の駆動状態及び発熱体5への通電状態を適宜制御する制
御器(例えばリモートコントローラ)6とを備えてなり
、上記マツサージ体2はマッサージャ本体1に該マッサ
ージャ本体1の表面4の貫通孔7から駆動装置3により
出没自在になる如く配設したものであり、上記駆動装置
3は小型直流モータ8をモータ取付アングル9及びビス
10によりマッサージャ本体1の底面(図示せず)に一
体に設けられたモータ取付体11に取り付け、該モータ
8の回転をマツサージ力(トルク)を増すために減速し
て減速ギヤシフト12に伝達する減速ギヤ(図示せず)
を減速ギヤボックス13に内装し、該減速ギヤボックス
13をマッサージャ本体1の底面に一体に設けられた減
速ギヤボックス支持体14に支持し、該減速ギヤボック
ス13の減速シャフト12の両端に所定の間隔をおいて
回転円板15,16を取着し、該減速シャフト12の両
端部をマッサージャ本体1の底面に一体に設けられた減
速シャフト支持体17に支持アングル18及びビス19
により回転自在に枢支し、該回転円板15.16の間に
該回転円板15,16の外周縁近縁に係合駆動軸20を
取着し、該係合駆動軸20により係合駆動される係合駆
動部21を一端に設けた板バネ22の他端をマッサージ
ャ本体1の底面に一体に設けられた板バネ取付体23に
取付アングル24及びビス25により取り付け、該板バ
ネ22の係合駆動部21よりにマツサージ体2を取着し
てなるものであり、また上記発熱体5は上記マッサージ
ャ本体1の表面4を暖める如く該マッサージャ本体1内
に配設したものであり、そして上記制御器6は駆動装置
3のモータ8の回転数を適宜制御する電源オン、オフス
イッチ付嫡子26、モータ8の回転方向を適宜制御する
2極双投切換スイツチ摘子27、発熱体5への通電をオ
ン、オフ制御するスイッチ嫡子(図示しない)及び通電
表示部(図示しない)を有し、一方はリード線28を介
してモータ8及び発熱体5に他方は電源コード29を介
して電源に接続される電源プラグ30に接続してなるも
のである。The massager of the present invention includes a pine surge body 2 which is disposed on a massager body 1 in a reciprocating manner, and
A drive device 3 which selects and drives the pine surge body by selectively switching between a hitting drive which applies an impact to the body to reciprocate by applying an impact like hitting the body with a hand, and a finger pressure drive which reciprocates the body in a pressing manner as if by finger pressure, under the control of a controller; 2, a heating element 5 made of a positive temperature coefficient thermistor or the like that warms the surface 4 of the massager body 1 to warm the pine surge area of the body; and the pine surge body 2 driven by the drive device 3.
and a controller (for example, a remote controller) 6 that appropriately controls the driving state of the heating element 5 and the energizing state of the heating element 5. The drive device 3 has a small DC motor 8 that is integrally installed on the bottom surface (not shown) of the massager body 1 using a motor mounting angle 9 and screws 10. A reduction gear (not shown) that is attached to the motor mounting body 11 and that reduces the rotation of the motor 8 to increase the pine surge force (torque) and transmits it to the reduction gear shift 12.
is installed in a reduction gear box 13, and the reduction gear box 13 is supported by a reduction gear box support 14 that is integrally provided on the bottom surface of the massager body 1. Rotating disks 15 and 16 are attached at intervals, and both ends of the deceleration shaft 12 are attached to a deceleration shaft support 17 integrally provided on the bottom surface of the massager body 1 with support angles 18 and screws 19.
An engagement drive shaft 20 is attached near the outer periphery of the rotation disks 15 and 16 between the rotation disks 15 and 16, and the engagement drive shaft 20 engages the rotation disks 15 and 16. The other end of the leaf spring 22 with the driven engagement driving part 21 provided at one end is attached to the leaf spring mounting body 23 integrally provided on the bottom surface of the massager main body 1 with a mounting angle 24 and a screw 25. The pine surge body 2 is attached to the engagement drive part 21 of the massager body 1, and the heating element 5 is disposed within the massager body 1 so as to warm the surface 4 of the massager body 1. The controller 6 includes a power on/off switch 26 for appropriately controlling the rotational speed of the motor 8 of the drive device 3, a two-pole double-throw switch knob 27 for appropriately controlling the rotational direction of the motor 8, and a heating element 5. It has a switch (not shown) for controlling on/off energization and an energization indicator (not shown), one of which connects the motor 8 and heating element 5 via a lead wire 28, and the other to the motor 8 and heating element 5 via a power cord 29. It is connected to a power plug 30 that is connected to a power source.
次に上記の本発明のマッサージャの一実施例を示す回路
構成図について第3図とともに説明すると、第3図にお
いて、30は電源に接続される電源プラグ、31は可変
抵抗器32に一体に設けられている電源スィッチで制御
器6の嫡子26により操作されるものである。Next, a circuit configuration diagram showing an embodiment of the massager of the present invention will be explained with reference to FIG. 3. In FIG. This power switch is operated by the heir 26 of the controller 6.
33は電源通電表示用のネオンランプであり、該ネオン
ランプ33は制御器6の通電表示部に対向して設けられ
る。Reference numeral 33 denotes a neon lamp for indicating power supply, and the neon lamp 33 is provided opposite to the power display section of the controller 6.
34は該ネオンランプ33の保護抵抗である。34 is a protective resistor for the neon lamp 33.
35は発熱体5への通電をオン、オフ制御するスイッチ
で制御器6の嫡子26により操作されるものである。Reference numeral 35 denotes a switch for controlling on/off of energization of the heating element 5, which is operated by the eldest child 26 of the controller 6.
36は温度過昇防止用温度ヒユーズ、37は雑音防止用
コンデンサ、38は雑音防止用チョークコイル、39,
40,41,42は全波整流用ダイオードでブリッジ型
の全波整流回路を形成している。36 is a temperature fuse for preventing excessive temperature rise, 37 is a capacitor for noise prevention, 38 is a choke coil for noise prevention, 39,
40, 41, and 42 are full-wave rectifier diodes forming a bridge type full-wave rectifier circuit.
43は平滑用コンテ゛ンサ、44は小型直流モータ8へ
の極性を変えることにより回転方向を反転する切換端子
44a、固定端子44b、44C1無接続端子44dを
有する2極双投スイツチで制御器6の嫡子27により操
作されるものである。43 is a smoothing capacitor, and 44 is a two-pole double-throw switch having a switching terminal 44a that reverses the rotation direction by changing the polarity to the small DC motor 8, a fixed terminal 44b, and 44C1 non-connection terminal 44d, which is the successor of the controller 6. 27.
45は双方向性三端子サイリスタ46に信号を与えオン
あるいはオフ状態とする制御回路である。A control circuit 45 applies a signal to the bidirectional three-terminal thyristor 46 to turn it on or off.
尚、第3図の構成において破線47内の発熱体5、温度
ヒユーズ36及び破線48内のモータ8はマッサージャ
本体1内に配設されている。In the configuration shown in FIG. 3, the heating element 5 within the dashed line 47, the temperature fuse 36, and the motor 8 within the dashed line 48 are disposed within the massager body 1.
次に上記のように構成してなるマッサージャの動作状態
について説明すると、制御器6の電源プラグ30を電源
に接続し、該制御器6の嫡子26により電源スィッチ3
1をオンすると、交流電源電圧はダイオード39,40
,41.42にて形成されるブリッジ型の全波整流回路
及び平滑用コンデンサ43により全波整流及び平滑して
直流化し、該直流化した電圧を2極双投スイツチ44の
固定端子44b、切換端子44aを介して小型直流モー
タ8に印加し、該モータ8を回転させ該モータ8により
減速ギヤボックス13の減速ギヤを介して減速シャフト
12を回転させ、該減速シャフト12の回転により該減
速シャフト12の両端の回転円板15,16を矢印A方
向に回転させ、該回転円板15,16の回転により該回
転円板15.16の係合駆動軸20を板バネ22の係合
駆動部21に上方より係合し、該板バネ22の一端を該
板バネ22の弾力に逆って矢印B方向に押し下げて該板
バネ22に取着したマツサージ体2を下方向に押し下げ
、上記回転円板15.16が所定位置に回転し該回転円
板15,16の係合駆動軸20と上記板バネ22の係合
駆動部21との係合が離れると、該板バネ22は押し下
げられた力の反作用にて上方向に速やかに移動して該板
バネ22に取着したマツサージ体2を上方向に速やかに
移動し、このような動作をモータ8により回転円板15
.16を回転させることにより繰り返してマツサージ体
2を往復駆動し、該マツサージ体2をマッサージャ本体
1の表面4の貫通孔7より出没駆動し、該マッサージャ
本体1に当接した身体に該身体を手で叩く如く衝撃を加
えてマツサージを繰り返し行なうものである。Next, the operating state of the massager configured as described above will be explained. The power plug 30 of the controller 6 is connected to the power source, and the power switch 3 is turned on by the eldest child 26 of the controller 6.
When 1 is turned on, the AC power supply voltage is connected to diodes 39 and 40
, 41 and 42, and the smoothing capacitor 43 performs full-wave rectification and smoothing to convert the DC voltage to the fixed terminal 44b of the 2-pole double-throw switch 44 and switch it. A voltage is applied to the small DC motor 8 through the terminal 44a, the motor 8 is rotated, the motor 8 rotates the reduction shaft 12 via the reduction gear of the reduction gear box 13, and the rotation of the reduction shaft 12 causes the reduction shaft to rotate. The rotating disks 15 and 16 at both ends of the rotating disk 12 are rotated in the direction of arrow A, and the rotation of the rotating disks 15 and 16 causes the engagement drive shaft 20 of the rotation disk 15 and 16 to be moved to the engagement drive portion of the leaf spring 22. 21 from above, and pushes down one end of the leaf spring 22 in the direction of arrow B against the elasticity of the leaf spring 22 to push down the pine surge body 2 attached to the leaf spring 22, thereby causing the above rotation. When the discs 15 and 16 are rotated to a predetermined position and the engagement drive shafts 20 of the rotating discs 15 and 16 are disengaged from the engagement drive portion 21 of the leaf spring 22, the leaf spring 22 is pushed down. The pine surge body 2 attached to the plate spring 22 is quickly moved upward by the reaction of the applied force, and this movement is performed by the motor 8 on the rotating disk 15.
.. 16, the pine surge body 2 is repeatedly driven back and forth, and the pine surge body 2 is driven to protrude and retract from the through hole 7 of the surface 4 of the massager body 1. The pine surge is performed repeatedly by applying a shock as if hitting with a hammer.
この時同時に制御器6の嫡子によりスイッチ35をオン
して発熱体5に通電してマッサージャ本体1の表面4を
暖めて身体のマツサージ部分を暖めマツサージ効果をよ
り一層高めるものであり、また制御器5の嫡子26を操
作して可変抵抗器32の抵抗値を変化させ、制御回路4
5に流れる電流を変化させて双方向性三端子サイリスタ
46の各サイクルにおける導通時点を変化させ、ダイオ
ード39,40゜41.42にて形成されるブリッジ型
の全波整流回路への電圧量を変化させてモータ8の回転
数を変化させマツサージ回数を制御する。At the same time, the controller 6 turns on the switch 35 to energize the heating element 5 to warm the surface 4 of the massager body 1 and warm the pine surge area of the body, further enhancing the pine surge effect. The control circuit 4 changes the resistance value of the variable resistor 32 by operating the legitimate child 26 of
By changing the current flowing through the bidirectional three-terminal thyristor 46, the conduction point in each cycle of the bidirectional three-terminal thyristor 46 is changed, and the amount of voltage applied to the bridge type full-wave rectifier circuit formed by the diodes 39, 40, 41, and 42 is changed. The number of rotations of the motor 8 is changed to control the number of pine surges.
また制御器6の嫡子27を操作して2極双投スイツチ4
4の切換端子44aを固定端子44Cに切換接続すると
、交流電源電圧はダイオード39.40,41,42に
て形成されるブリッジ型の全波整流回路及び平滑用コン
テ゛ンサ43により全波整流及び平滑して直流化し、該
直流化した電圧を2極双投スイツチ44の固定端子44
C1切換端子44aを介して小型直流モータ8に印加し
、該モータ8を上記動作の場合の回転より逆方向に回転
させ、該モータ8により減速ギヤボックス13の減速ギ
ヤを介して減速シャフト12を回転させ、該減速シャフ
ト12の回転により該減速シャフト12の両端の回転円
板15,16を矢印C方向に回転させ、該回転円板15
,16の回転により該回転円板15,16の係合駆動軸
20を板バネ22の係合駆動部21に下方より当接し、
該板バネ22の一端を該板バネ22の弾力に逆って矢印
り方向に押し上げて該板バネ22に取着したマツサージ
体2を上方向に押し上げ、上記回転円板15.16が所
定位置に回転し該回転円板15.16の係合駆動軸20
と上記板バネ22の係合駆動部21との接触が離れると
、該板バネ22は押し上げられた力の反作用にて下方向
に速やかに移動し、このような動作をモータ8により回
転円板15.16を回転させることにより、繰り返して
マツサージ体2をマッサージャ本体1の表面4の貫通孔
7より出没駆動し、該マッサージャ本体1に当接した身
体に該身体を指圧する如く押圧的なマツサージを繰り返
し行なうものである。Also, by operating the legitimate child 27 of the controller 6, the 2-pole double-throw switch 4
When the switching terminal 44a of No. 4 is switched and connected to the fixed terminal 44C, the AC power supply voltage is full-wave rectified and smoothed by a bridge type full-wave rectifier circuit formed by diodes 39, 40, 41, and 42 and a smoothing capacitor 43. Converts the DC voltage to the fixed terminal 44 of the 2-pole double-throw switch 44.
A voltage is applied to the small DC motor 8 through the C1 switching terminal 44a, the motor 8 is rotated in the opposite direction from the rotation in the above operation, and the motor 8 causes the reduction shaft 12 to move through the reduction gear of the reduction gear box 13. The rotation of the deceleration shaft 12 causes the rotary disks 15 and 16 at both ends of the deceleration shaft 12 to rotate in the direction of arrow C.
, 16 brings the engagement drive shafts 20 of the rotary disks 15, 16 into contact with the engagement drive portion 21 of the leaf spring 22 from below,
One end of the leaf spring 22 is pushed up in the direction of the arrow against the elasticity of the leaf spring 22, and the pine surge body 2 attached to the leaf spring 22 is pushed upward, and the rotating disks 15 and 16 are placed in a predetermined position. The engagement drive shaft 20 of the rotating disk 15, 16 rotates to
When the leaf spring 22 comes out of contact with the engagement drive part 21, the leaf spring 22 quickly moves downward due to the reaction of the pushing up force, and this movement is carried out by the motor 8 as the rotating disc. By rotating 15 and 16, the pine surge body 2 is repeatedly driven to protrude and retract from the through hole 7 of the surface 4 of the massager body 1, and presses the body that is in contact with the massager body 1, as if pressing the body with shiatsu. This is done repeatedly.
この時同時に上記と同様に制御器6の嫡子26によりス
イッチ35をオンして発熱体5に通電してマッサージャ
本体1の表面4を暖めて身体のマツサージ部分を暖めマ
ツサージ効果をより一層高めるものであり、また制御器
5の嫡子26を操作して可変抵抗器32の抵抗値を変化
させ、制御回路45に流れる電流を変化させて双方向性
三端子サイリスク46の各サイクルにおける導通時点を
変化させ、ダイオード39,40,41,42にて形成
されるブリッジ型の全波整流回路への電圧量を変化させ
てモータ8の回転数を変化させマツサージ回数を制御す
る。At this time, in the same way as above, the switch 35 is turned on by the heir 26 of the controller 6 to energize the heating element 5 to warm the surface 4 of the massager body 1 and warm the pine surge area of the body, further enhancing the pine surge effect. Also, by operating the heir 26 of the controller 5, the resistance value of the variable resistor 32 is changed, and the current flowing through the control circuit 45 is changed, thereby changing the conduction point in each cycle of the bidirectional three-terminal cyrisk 46. , diodes 39, 40, 41, and 42 to change the amount of voltage applied to a bridge type full-wave rectifier circuit to change the rotational speed of the motor 8 and control the number of pine surges.
そして制御器5の嫡子27を操作して2極双投スイツチ
44の切換端子44aを無接続端子44dに接続し、モ
ータ8への通電を遮断し、制御器6の嫡子によりスイッ
チ35をオンして発熱体5に通電し、該発熱体5により
マッサージャ本体1の表面4を暖めるようにすると、足
温器等の局部暖房装置として使用できる。Then, by operating the heir 27 of the controller 5, the switching terminal 44a of the two-pole, double-throw switch 44 is connected to the unconnected terminal 44d, the power to the motor 8 is cut off, and the switch 35 is turned on by the heir of the controller 6. By energizing the heating element 5 and causing the heating element 5 to warm the surface 4 of the massager body 1, it can be used as a local heating device such as a foot warmer.
尚、上記構成において、回転円板15,16の係合駆動
軸20の取着位置を該回転円板15,16の半径方向の
位置で適宜選択することによりまたは板バネ22の板厚
を適宜選択することにより若しくは板バネ22へのマツ
サージ体2の取着位置を適宜選択することにより、マツ
サージ体2により身体に加えるマツサージ力を変化させ
ることができ、適宜必要に応じて所定状態に選定してお
く。In the above configuration, the mounting position of the engagement drive shaft 20 of the rotating discs 15, 16 can be appropriately selected in the radial direction of the rotating discs 15, 16, or the plate thickness of the leaf spring 22 can be adjusted as appropriate. By selecting or by appropriately selecting the attachment position of the pine surge body 2 to the leaf spring 22, the pine surge force applied to the body by the pine surge body 2 can be changed, and the pine surge force applied to the body by the pine surge body 2 can be changed, and a predetermined state can be selected as necessary. I'll keep it.
この時上記選択を適宜選択可能なように構成するとより
便利である。At this time, it is more convenient to configure the above selections so that they can be selected as appropriate.
本発明のマッサージャは上記のような構成であるから、
簡単な構成でしかも制御器を制御することにより適宜身
体に手で叩く如く衝撃を加えてマツサージを行なうか若
しくは指圧する如く押圧的なマツサージを行なうことが
でき、使用者は最適のマツサージの状態を適宜得ること
ができ、使用者に最適のマツサージを施こすことができ
る。Since the massager of the present invention has the above configuration,
It has a simple configuration, and by controlling the controller, it is possible to perform pine surgery by applying a shock to the body as appropriate, such as by hitting the body with the hand, or to perform pressure-based pine surgery, such as using acupressure, allowing the user to achieve the optimal pine surgery condition. It can be obtained as needed and the user can receive the most suitable pine surge.
第1図は本発明のマッサージャの一実施例を示す外観斜
視図、第2図は第1図の要部斜視図、第3図は本発明の
マッサージャの一実施例を示す回路構成図である。
図面中、1はマッサージャ本体、2はマツサージ本体、
3は駆動装置を示す。FIG. 1 is an external perspective view showing an embodiment of the massager of the present invention, FIG. 2 is a perspective view of the main part of FIG. 1, and FIG. 3 is a circuit configuration diagram showing an embodiment of the massager of the present invention. . In the drawing, 1 is the massager body, 2 is the pine surge body,
3 indicates a drive device.
Claims (1)
配設し、該マツサージ体の一端を上記マッサージャ本体
に固定した弾性板体の自由端側に固着し、該弾性板体の
自由端側に一定角度範囲内において係合する係合軸をモ
ータにより偏心回転させる機構を設け、該モータの正・
逆回転方向を制御器にて適宜切換える切換装置を設け、
該切換装置によるモータの正回転時において上記係合軸
により上記弾性板体の自由端側か強制下降されるととも
に逆回転時には上記係合軸により上記弾性板体の自由端
部が弾性上昇される構成にし、該切換装置を制御器にて
適宜切換えることにより上記マツサージ体にて適宜身体
を手で叩く如く衝撃を加えてマツサージを行なうか若し
くは指圧する如く押圧的なマツサージを行なうことを特
徴とするマッサージャ。1. A pine surge body is disposed on the massager body so as to be reciprocally driven, one end of the pine surge body is fixed to the free end side of an elastic plate member fixed to the massager body, and a certain angular range is formed on the free end side of the elastic plate body. A mechanism is provided to eccentrically rotate an engagement shaft that engages in the inner part by a motor, and the
A switching device is installed to appropriately switch the reverse rotation direction using a controller.
When the switching device rotates the motor in the forward direction, the free end of the elastic plate is forcibly lowered by the engaging shaft, and when the motor rotates in the reverse direction, the free end of the elastic plate is elastically raised by the engaging shaft. By appropriately switching the switching device using a controller, the pine surgery body can perform pine surgery by applying an impact such as hitting the body with a hand, or perform pressure pine surgery such as using acupressure. Massager.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP12739183A JPS5950332B2 (en) | 1983-07-12 | 1983-07-12 | Pine sage |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP12739183A JPS5950332B2 (en) | 1983-07-12 | 1983-07-12 | Pine sage |
Publications (2)
Publication Number | Publication Date |
---|---|
JPS5925748A JPS5925748A (en) | 1984-02-09 |
JPS5950332B2 true JPS5950332B2 (en) | 1984-12-07 |
Family
ID=14958829
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP12739183A Expired JPS5950332B2 (en) | 1983-07-12 | 1983-07-12 | Pine sage |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS5950332B2 (en) |
Families Citing this family (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US4670320A (en) * | 1985-05-21 | 1987-06-02 | Toshiba Ceramics Co., Ltd. | Alumina formed body and method for its manufacture |
US5217932A (en) * | 1989-09-18 | 1993-06-08 | The Tokyo Electric Power Co., Ltd. | Sintered ceramic composite body and method of manufacturing same |
EP0419151B1 (en) * | 1989-09-18 | 1994-08-10 | Ngk Insulators, Ltd. | Sintered ceramic composite body and method of manufacturing same |
-
1983
- 1983-07-12 JP JP12739183A patent/JPS5950332B2/en not_active Expired
Also Published As
Publication number | Publication date |
---|---|
JPS5925748A (en) | 1984-02-09 |
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