JPS60217157A - Recorder - Google Patents

Abstract

PURPOSE:To inexpensively obtain in high resolution recording by recording by energizing the slender electric conductor end of an electrode head secured by a stationary material having talc between recording media on a medium. CONSTITUTION:An electrode head 25 is formed by forming grooves of a pitch of 100mum with 60mum of width and depth on a mold 2 having 60wt% of talc, and coated copper wire 26 having 60mum of diameter is engaged with the groove. The head 25 is moved while pressing on a discharge destructive record sheet 21 made of deposited aluminum layer 22, a black layer 23 and base sheet 24, and electric signal 28 is selectively applied to between record sheet 21 and the wire 26. Then, the layer 22 is damaged to expose the layer 23, and pattern is visualized in response to the electric signal 28. Thus, stable printing quality is obtained to inexpensively record in high resolution.

Description

【発明の詳細な説明】 産業上の利用分野 本発明は、電気信号を記録体上に可視像として記録する
記録装置に関するものである。DETAILED DESCRIPTION OF THE INVENTION Field of the Invention The present invention relates to a recording device that records electrical signals as visible images on a recording medium.

従来例の構成とその問題点 近年、オフィスオートメイションによシ種々の端末機が
要求されている。中でも電気信号を可視像に変換する記
録装置、いわゆるプリンタの需要は大きなものであシ、
従来から種々の方式による記録装置が作られている。Conventional configurations and their problems In recent years, various terminals have been required for office automation. Among these, there is a large demand for recording devices that convert electrical signals into visible images, so-called printers.
2. Description of the Related Art Conventionally, recording devices have been manufactured using various methods.

放電破壊記録紙を用いた記録装置は、蒸着アルミ層、黒
色層、基紙層からなる放電破壊記録紙の蒸着アルミ層に
電圧を印加した電極を接触させ。A recording device using a discharge breakdown recording paper is made by contacting an electrode to which a voltage is applied to the vapor-deposited aluminum layer of the discharge breakdown recording paper, which is composed of a vapor-deposited aluminum layer, a black layer, and a base paper layer.

接触部分を加熱あるいは放電破壊によシ蒸着アルミを取
シ除き、下地の黒色層を露出させて記録を行うものであ
る。そのため良好な書込みを行うには、第１図（Ａ）の
ように電極針１１を露出し接触を確実に行うように書込
み電極が作られている。Recording is performed by removing the vapor-deposited aluminum by heating or destroying the contact area by electrical discharge, exposing the underlying black layer. Therefore, in order to perform good writing, the write electrode is made so that the electrode needle 11 is exposed to ensure reliable contact as shown in FIG. 1(A).

（１２は固定部、１３はリードである）電極針を露出（
突出）させない第１図（Ｂ）のような場合は電極針１４
の周囲が破壊され、ここに記録時に発生するゴミがたま
シミ極同志の絶縁が損なわれ良好な書込みができない。(12 is the fixed part, 13 is the lead) Expose the electrode needle (
If the electrode needle 14 is not allowed to protrude, as shown in Figure 1 (B),
The area around the disk is destroyed, and dust and stains generated during recording occur here, impairing the insulation between the electrodes and preventing good writing.

このことから突出した電極針を丈夫なもので作成せねば
ならず、太くて硬い材料を用いなければならないため、
多針は難しく高解像記録を可能とする記録装置が得られ
なかった。For this reason, the protruding electrode needle must be made of strong material, and thick and hard material must be used.
Multi-needle printing was difficult and a recording device capable of high-resolution recording could not be obtained.

放電破壊転写記録媒体を用いた記録装置は、蒸着アルミ
層、ベースフィルム、着色転写層からなる放電破壊転写
記録媒体の蒸着アルミ層を接地しこの蒸着アルミ層に電
圧を印加した電極を接触させ、接触部分を加熱あるいは
放電破壊によシ蒸着アルミ層を取シ除いた後に放電破壊
転写記録媒体の着色転写層に被記録体（紙等）を重ね、
蒸着アルミ層のある方から光を当てて蒸着アルミ層の破
壊された部分の下の着色転写層を溶かして被記録体上に
転写し記録を行うものである。そのため良好な書込みを
行うには、蒸着アルミ層への書込みが良くなければなら
ない。すなわちこの装置に要求される電極ヘッドについ
ては、上述した放電破壊記録紙を用いた記録装置と同様
のことがいえる。A recording device using a discharge rupture transfer recording medium includes a method in which the evaporated aluminum layer of the discharge rupture transfer recording medium, which is composed of a evaporated aluminum layer, a base film, and a colored transfer layer, is grounded and an electrode to which a voltage is applied is brought into contact with the evaporated aluminum layer. After removing the vapor-deposited aluminum layer by heating or electrical discharge destruction of the contact area, a recording material (paper, etc.) is placed on the colored transfer layer of the electrical discharge destruction transfer recording medium.
Light is applied from the side of the vapor-deposited aluminum layer to melt the colored transfer layer under the destroyed portion of the vapor-deposited aluminum layer and transfer it onto the recording medium for recording. Therefore, in order to write well, the evaporated aluminum layer must be well written. That is, the electrode head required for this device is similar to that of the recording device using the discharge rupture recording paper described above.

電解記録紙を用いた記録装置は、記録層（高分子テトラ
ゾリウム塩と還元剤に導電剤を混合し塗工した層）、基
紙から力る電解記録紙の記録層を接地し、この記録層に
電圧を印加した電極を接触させ、接触部分で電解・還元
反応を起させて記録を行うものである。この記録装置は
電解記録紙をドラムに取り付け、ドラムを回転しながら
電極針を電解記録紙に押しつけて記録するものであシ。In a recording device using electrolytic recording paper, the recording layer (a layer coated with a mixture of a polymeric tetrazolium salt, a reducing agent, and a conductive agent), the recording layer of electrolytic recording paper that is applied from a base paper, is grounded, and this recording layer A voltage-applied electrode is brought into contact with the electrode, and an electrolytic/reduction reaction occurs at the contact point to record data. This recording device attaches electrolytic recording paper to a drum, and records by pressing an electrode needle against the electrolytic recording paper while rotating the drum.

高解像を得るには電極針を細くしなければならないが、
電極針の消耗が激しいうえに電解記録紙に押しつけなが
ら行うために電極針を太くて硬い材料を用いねばならず
、多針で高解像記録を可能とする記録装置が得られなか
った。To obtain high resolution, the electrode needle must be made thinner, but
In addition to the electrode needles being severely worn out, the electrode needles had to be made of thick and hard material because they were pressed against the electrolytic recording paper, making it impossible to obtain a recording device capable of high-resolution recording using multiple needles.

通電感熱記録紙を用いた記録装置は、発色層。A recording device using electrically conductive thermal recording paper has a coloring layer.

導電層、基紙からなる通電感熱記録紙の発色層を接地し
、この発色層に電圧を印加した電極を接触させ、接触部
分で発色層を溶融させて発色記録を行うものである。こ
の記録装置は、電極針を通電感熱記録紙に押しつけて記
録するものであシ、高解像を得るには電極針を細くしな
ければならないが通電感熱記録紙に押しつけて行うため
に電極針を太くて硬い材料を用いなければならず、多針
で高解像記録を可能とする記録装置が得られなかった。The color-forming layer of an electrically conductive thermosensitive recording paper consisting of a conductive layer and a base paper is grounded, and an electrode to which a voltage is applied is brought into contact with the color-forming layer, and the color-forming layer is melted at the contact point to perform color recording. This recording device records by pressing the electrode needle against the current-carrying heat-sensitive recording paper.In order to obtain high resolution, the electrode needle must be made thinner. This required the use of thick and hard materials, making it impossible to obtain a recording device capable of high-resolution recording with multiple needles.

通電発熱転写記録媒体を用いた記録装置は、電気的異方
性フィルム、導電低溶融層からなる通電発熱転写記録媒
体の電気的異方性フィルムを接地し、この電気的異方性
フィルムに電圧を印加した電極を接触させ、接触部分の
下の導電低溶融層を軟化させ被記録体上に転写して記録
を行うものである。この記録装置は、電極針を通電発熱
転写記録媒体に押しつけて記録するものであシ、高解像
を得るには電極針を細くしなければならないが。In a recording device using an electrically conductive heat generating transfer recording medium, the electrically anisotropic film of the electrically anisotropic film and the electrically conductive low melting layer of the electrically conductive heat generating transfer recording medium is grounded, and a voltage is applied to the electrically anisotropic film. The conductive low-melting layer under the contact portion is softened and transferred onto the recording medium to perform recording. This recording device performs recording by pressing electrode needles against an electrically heated transfer recording medium, and in order to obtain high resolution, the electrode needles must be made thinner.

通電発熱転写記録媒体に押しつけて行うために電極針を
太くて硬い材料を用いなければならず、多針で高解像記
録を可能とする記録装置が得られなかった。Since the electrode needles are pressed against the recording medium through energization and heat generation, a thick and hard material must be used for the electrode needles, and a recording device capable of high-resolution recording using multiple needles has not been obtained.

発明の目的 本発明の目的は、記録体上に高解像記録を可能にし、か
つ安価な記録装置を提供することである。OBJECTS OF THE INVENTION An object of the present invention is to provide an inexpensive recording device that enables high-resolution recording on a recording medium.

発明の構成 本発明の記録装置は、細長の電気的導体と、前記電気的
導体を固定するタルクを含有する固定材とから成る電極
ヘッドを用い、前記細長の電気的導体の先端を記録体と
の間に通電を行って記録体上に記録するものであり、高
解像記録と低価格を実現したものである。Structure of the Invention The recording device of the present invention uses an electrode head consisting of an elongated electrical conductor and a fixing material containing talc that fixes the electrical conductor, and fixes the tip of the elongated electrical conductor to a recording medium. This is a device that records on a recording medium by applying electricity during the recording period, and achieves high-resolution recording and low cost.

実施例の説明 以下本発明の一実施例として放電破壊記録紙を用いた放
電破壊記録装置について図面を参照しながら説明する。DESCRIPTION OF EMBODIMENTS A discharge breakdown recording apparatus using a discharge breakdown recording paper will be described below as an embodiment of the present invention with reference to the drawings.

〔実施例１〕 第２図は本発明の一実施例の書込み部分の斜視図である
。第２図において２１は放電破壊記録紙と呼ばれ良く知
られているものである。これは、蒸着アルシミ層２２．
黒色層２３．基紙２４からなっている。２５は本発明の
装置に用いられる書込み用電極ヘッド（以下電極ヘッド
という）を示しており、細長の電気的導体（例えば被覆
銅線）２６とその細長の電気的導体を固定する固定材と
してタルクと熱硬化性樹脂（エポキシ樹脂）とを混ぜあ
わせて硬化させた成型体２７からなっている。[Embodiment 1] FIG. 2 is a perspective view of a writing portion of an embodiment of the present invention. In FIG. 2, numeral 21 is a well-known paper called discharge rupture recording paper. This is the vapor deposited aluminum layer 22.
Black layer 23. It consists of a base paper 24. Reference numeral 25 designates a writing electrode head (hereinafter referred to as an electrode head) used in the device of the present invention, in which an elongated electrical conductor (for example, a coated copper wire) 26 and talc are used as a fixing material to fix the elongated electrical conductor. The molded body 27 is made by mixing and curing a thermosetting resin (epoxy resin).

この電極ヘッドは、タルクを６０重量％含有させた成型
体２７に溝幅・溝深さ共６０μｍで１００μｍピッチの
溝加工を施した後、その溝に被覆銅線２６（直径６０μ
ｍ）をはめこんだものである。This electrode head is made by forming grooves with a pitch of 100 μm and a groove width and depth of 60 μm in a molded body 27 containing 60% by weight of talc.
m) is inserted.

上記電極ヘッド２５の細長の電気的導体の先端を放電破
壊記録紙の表面（蒸着アルミ層２２）に押しつけながら
矢印の方向に移動させる。それと同時（走行中）に電気
信号源から電気信号２８が放電破壊記録紙２１と細長の
電気的導体２６との間に通電されて蒸着アルミ層２２が
破壊され黒色層２３が露出し、電気信号に応じたパター
ンが可視化される。第２図においては、複数の細長の電
気的導体の１本にしか電気信号を与えていないが、実際
にはそれぞれの細長の電気的導体に各々の電気信号が与
えられ所望のパターンが得られる。The tip of the elongated electrical conductor of the electrode head 25 is moved in the direction of the arrow while pressing against the surface of the discharge breakdown recording paper (evaporated aluminum layer 22). At the same time (while running), an electric signal 28 is applied from the electric signal source between the discharge destruction recording paper 21 and the elongated electric conductor 26, destroying the vapor-deposited aluminum layer 22 and exposing the black layer 23. A pattern corresponding to the image is visualized. In Figure 2, an electrical signal is applied to only one of the plurality of elongated electrical conductors, but in reality, each electrical signal is applied to each elongated electrical conductor to obtain the desired pattern. .

この電極ヘッドを用いた記録装置の特徴は。What are the characteristics of the recording device using this electrode head?

■印字品質（−６万文字印字後のドツト形状の安定性）
が優れている。■Print quality (-stability of dot shape after printing 60,000 characters)
is excellent.

■放電破壊記録紙に傷をつけずに印字できる。■Can be printed on discharge destruction recording paper without damaging it.

■高解像記録が可能である。■High resolution recording is possible.

■安価である。■It is inexpensive.

などがあげられる。これらの特徴は、前述した従来の電
極ヘッドを用いた記録装置では得られないものである。etc. These features cannot be obtained with the recording apparatus using the conventional electrode head described above.

〔実施例２〕 実施例１で用いた電極ヘッドの固定材であるタルクと熱
硬化性樹脂（エポキシ樹脂）とを混ぜあわせた成型体の
、前記タルクの含有量を０　、１０゜２０．３０，４０
，５０，６０，７０，８０，９０゜９５重量％と変化さ
せて硬化した各々の成型体を固定材として用いた電極ヘ
ッドを、実施例１と同じ装置に装着して放電破壊記録紙
上に印字させて評価した結果を表１に示す。[Example 2] The content of talc in a molded product made by mixing talc, which is the fixing material for the electrode head used in Example 1, and a thermosetting resin (epoxy resin) is 0.10°20.30°. ,40
, 50, 60, 70, 80, 90° and 95% by weight, and the electrode head using each molded body as a fixing material was mounted on the same device as in Example 1 and printed on discharge breakdown recording paper. Table 1 shows the results of the evaluation.

（以　下金　白） 表１において、印字品質とは前述したように５万文字印
字後のド、ノド形状の安定性を評価したものである。ゴ
ミのつきにくさは、５万文字印字後の電極ヘッド先端の
汚れの程度である。硬さは放電破壊記録紙に印字する際
、放電破壊記録紙に傷をつけずに印字できるかどうかを
評価したものである。難燃性はＵＬ規格９４に準じたも
ので、テスト片の厚みを１／１６インチで評価したもの
である。加工性は成型体の作りやすさ、および機械加工
のしやすさである。(Hereinafter referred to as "Kinshiro") In Table 1, the printing quality is an evaluation of the stability of the dot and gutter shapes after printing 50,000 characters, as described above. The resistance to dust is the degree of dirt on the tip of the electrode head after printing 50,000 characters. Hardness is an evaluation of whether printing can be done without damaging the discharge rupture recording paper when printing on the discharge rupture recording paper. The flame retardancy is based on UL Standard 94, and is evaluated using a test piece with a thickness of 1/16 inch. Workability refers to the ease of making a molded body and the ease of machining.

表１゛から明らかなように、タルク含有量が２０重量パ
ーセント以下では、従来例で述べたように電極の周囲が
印字の際の熱などにより破壊され。As is clear from Table 1, when the talc content is less than 20% by weight, the area around the electrode is destroyed by heat during printing, as described in the conventional example.

そこに記録時に発生するゴミが付着し電極に変形や断線
が生じ電極ヘッドとしては使用できない。Dust generated during recording adheres thereto, causing deformation and disconnection of the electrodes, making them unusable as electrode heads.

また、タルク含有量が９６重量ノく−セント以−りにな
ると成型体が得られず（ボロボロと壊れる）電極ヘッド
として評価することができなかった。Further, when the talc content was 96 cents by weight or more, a molded body could not be obtained (it would fall apart) and could not be evaluated as an electrode head.

以上のことから、本発明の記録装置に用いる電極ヘッド
として使用可能な固定材はタルクを３゜〜９ｏ重量パー
セント含有したものがよいことになる。よシ好ましくは
５０〜７０重量パーセント含有したものがよシ大きな効
果を発揮するものであった。From the above, a fixing material that can be used as an electrode head for the recording apparatus of the present invention preferably contains 3 to 9 percent by weight of talc. It was found that those containing preferably 50 to 70% by weight exhibited the greatest effect.

次に１本発明における放電破壊記録装置以外の記録装置
の実施例を述べる。Next, an embodiment of a recording device other than the discharge breakdown recording device according to the present invention will be described.

〔実施例３〕 本発明における放電破壊記録装置以外の記録装置の実施
例を述べる。[Example 3] An example of a recording device other than the discharge breakdown recording device according to the present invention will be described.

第２図に放電破壊転写記録装置の書込み部分の断面図を
示している。第３図において、３１は放電破壊転写記録
媒体であシ、これは蒸着アルミ層３２、ベースフィルム
３３９着色転写層３４からなっている。そこに本発明の
記録装置に用いる電極ヘッド３５と放電破壊転写記録媒
体とを組合せ、従来例で述べた過程によって被記録紙上
に高解像の放電破壊転写記録が可能となる。FIG. 2 shows a sectional view of the writing portion of the discharge rupture transfer recording device. In FIG. 3, reference numeral 31 denotes a discharge breakdown transfer recording medium, which consists of a vapor-deposited aluminum layer 32, a base film 339, and a colored transfer layer 34. By combining the electrode head 35 used in the recording apparatus of the present invention with a discharge breakdown transfer recording medium, high-resolution discharge breakdown transfer recording can be performed on recording paper through the process described in the conventional example.

〔実施例４〕 第４図は電解記録装置の書込み部分の断面図を示してい
る。第４図において、４１は電解記録紙であシ、これは
記録層４２．基紙４３からなっている。４４は電解記録
紙を取り付けるドラムである。[Embodiment 4] FIG. 4 shows a sectional view of the writing part of the electrolytic recording device. In FIG. 4, 41 is an electrolytic recording paper, which is a recording layer 42. It consists of a base paper 43. 44 is a drum to which electrolytic recording paper is attached.

そこに本発明の記録装置に用いる電極ヘソ、ド４５と電
解記録紙とを組合せ、従来例で述べた過程によって電解
記録紙上に電解・像の記録が可能となる。By combining the electrode 45 used in the recording apparatus of the present invention with electrolytic recording paper, electrolytic images can be recorded on the electrolytic recording paper through the process described in the conventional example.

〔実施例５〕 第５図は通電感熱記録装置の曹込み部分の断面図を示し
ている。第５図において、５１は通電感熱記録紙であシ
、これは発色層６２．導電層５３゜基紙５４からなって
いる。[Example 5] FIG. 5 shows a cross-sectional view of the sagging portion of the current-carrying heat-sensitive recording device. In FIG. 5, reference numeral 51 denotes an electrically conductive thermal recording paper, which has a coloring layer 62. The conductive layer 53 consists of a base paper 54.

そこに本発明の記録装置に用いる電極へノド６６と通電
感熱記録紙とを組合せ、従来例で述べた過程によって通
電感熱記録紙−ヒに高解像の記録が可能となる。By combining the electrode nozzle 66 used in the recording apparatus of the present invention with the current-carrying heat-sensitive recording paper, it becomes possible to perform high-resolution recording on the current-carrying heat-sensitive paper by the process described in the conventional example.

〔実施例６〕 第６図は通電発熱転写記録装置の書込み部分の断面図を
示している。第６図において、６１は通電発熱転写記録
媒体であシ、これは電気的異方性フィルム６２．導電低
溶融層６３からなっている、そこに本発明の記録装置に
用いる電極ヘッド６６と通電発熱転写記録媒体とを組合
せ、従来例で述べた過程によって被記録体６４上に高解
像の記録が可能となる。６６は導電低溶融層６３が溶融
した部分であることを示している。[Embodiment 6] FIG. 6 shows a sectional view of a writing portion of an energized heat transfer recording device. In FIG. 6, reference numeral 61 denotes an electrically heat-generating transfer recording medium, which is an electrically anisotropic film 62. The electrode head 66 used in the recording apparatus of the present invention is combined with the conductive low-melting layer 63 and an energized heat-generating transfer recording medium, and high-resolution recording is performed on the recording medium 64 by the process described in the conventional example. becomes possible. 66 indicates a portion where the conductive low melting layer 63 is melted.

以上いくつかの記録装置について述べてきたが。I have mentioned several recording devices above.

放電破壊記録装置、電解記録装置２通電感熱記録装置は
記録体そのものに記録されるが、放電破壊転写記録装置
１通電発熱転写装置は記録体そのものは単なる媒体であ
シ、被記録体（普通は紙）の−Ｌに転写される。Discharge destruction recording device, electrolytic recording device 2 Electric thermal recording device records on the recording medium itself, but discharge destruction transfer recording device 1 Current heating transfer device uses the recording medium itself as a mere medium, and the recording medium (normally -L of paper).

なお、実施例では記録装置に用いる電極ヘッドの細長の
電気的導体として銅線を用いた場合について述べてきた
が、銅線に限ったものでなく、他の電気的導体でもよい
。例えばニッケル、タングステン、モリブデン、ステン
レス、Ｆ［ｍ、　鉄等々があげられる。また、固定相で
あるタルクと熱硬化性樹脂（エポキシ樹脂）との混合物
を硬化させた成型体に溝加工した後、その溝に細長の電
気的導体をはめ込んだ場合について述べたが、この方法
に限ったものではなくストライプ状に形成された電λ的
導体をタルクを含有する固定制で固定したものであれば
すべて良い。In the embodiments, a case has been described in which copper wire is used as the elongated electrical conductor of the electrode head used in the recording device, but the present invention is not limited to copper wire, and other electrical conductors may be used. Examples include nickel, tungsten, molybdenum, stainless steel, F[m, iron, etc. In addition, we have described the case where grooves are formed in a molded body made by curing a mixture of talc, which is a stationary phase, and a thermosetting resin (epoxy resin), and then an elongated electrical conductor is fitted into the grooves. The material is not limited to the above, but any material in which an electric conductor formed in a stripe shape is fixed with a fixing system containing talc is suitable.

発明の効果 以−にの説明から明らかなように、本発明は細長の電気
的導体と、前記電気的導体を固定するタルクを含有する
固定相とから成る電極へノドを用い、前記細長の電気的
導体の先端を記録体との間に通電を行って記録体上に記
録するもので、電極ヘッドの細長の電気的導体の周囲が
破壊されたシ、記録時に発生するゴミが付着しないこと
や、記録紙に押し当てて移動しても記録紙に傷がつかな
いことなどから、印字品質が優れている。また、従来は
突出した電極針の長さによって寿命が決められてし寸い
、高解像になるほど電極針が細くなるため、電極針の突
出量を短くしないと突出した電極針を維持できなくなり
、高解像で長プｒ命の電極ヘッドは不可能であシ高解像
の記録装置が得られなかったが、本発明の記録装置の電
極ヘッドは電極を突出させずに固定制に埋設しているた
め電極が細くてもよく、電極の長さも自由に選べること
から、高解像で長寿命の電極ヘッドが可能となり、この
電極ヘッドを記録装置に用いることによシ高解像の記録
を可能にする記録装置を得ることが出来る。EFFECTS OF THE INVENTION As is clear from the following description, the present invention uses a nodule to an electrode consisting of an elongated electrical conductor and a stationary phase containing talc for fixing the electrical conductor. This method records on the recording medium by passing an electric current between the tip of the electrode head and the recording medium, so that the area around the long and thin electrical conductor of the electrode head is not destroyed, and dust generated during recording does not adhere. , the printing quality is excellent because the recording paper is not scratched even if it is pressed against the recording paper and moved. In addition, conventionally, the lifespan was determined by the length of the protruding electrode needle, and as the resolution became higher, the electrode needle became thinner, so the protruding electrode needle could not be maintained unless the amount of protrusion of the electrode needle was shortened. However, the electrode head of the recording device of the present invention has no protruding electrodes and is fixedly buried. Because of this, the electrodes do not need to be thin, and the length of the electrodes can be freely selected, making it possible to create electrode heads with high resolution and long life. A recording device that enables recording can be obtained.

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

第１図は従来の書込み用電極ヘッドの斜視図。 第２図は本発明の一実施例の電極ヘッドの斜視図、第３
図〜第６図は本発明のにおける他の実施例の電極ヘッド
の斜視図である。 １１．１４・・・・・・電極針、１２・・・・・・樹脂
の固定材。 １３・・・・・・リード、２１・・・・・・放電破壊記
録紙、３１・・・・・放電破壊転写記録媒体、４１・・
・・・・電解記録紙、５１・・・・・・通電感熱記録紙
、６１・・・・・通電発熱転写記録媒体、２２．３２・
・・・・・蒸着アルミ層、２３・・・・・・黒色層、２
４．４３．５４・・・・・基紙、２５゜３５．４５．５
６．６６・・・・・・電極ヘッド、２６゜３６．４６．
５６．６６・・・・・・電気的導体、２７゜３７．４γ
、５γ、６７・・・・・・タルクを含有する固定材％２
８．３８．４８．６８．６８・・・・・・電気信号、３
ｓ・・・・・・ベースフィルム、３４・・・・・・着色
転写層、４２・・・・・・記録層、４４・・・・・・ド
ラム、５２・・・・・・発色層、５３・・・・・・導電
層、６２・・・・・・電気的異方性フィルム、６３・・
・・・・導電低溶融層、６４・・・・・・被記録体。 代理人の氏名　弁理士　中　尾　敏　男　ほか１名第１
図FIG. 1 is a perspective view of a conventional write electrode head. FIG. 2 is a perspective view of an electrode head according to an embodiment of the present invention, and FIG.
6 are perspective views of electrode heads according to other embodiments of the present invention. 11.14... Electrode needle, 12... Resin fixing material. 13...Lead, 21...Discharge breakdown recording paper, 31...Discharge breakdown transfer recording medium, 41...
... Electrolytic recording paper, 51 ... Electric heat-sensitive recording paper, 61 ... Electric heat-generating transfer recording medium, 22.32.
... Vapor deposited aluminum layer, 23 ... Black layer, 2
4.43.54...Base paper, 25°35.45.5
6.66... Electrode head, 26°36.46.
56.66... Electric conductor, 27°37.4γ
, 5γ, 67...Fixing material containing talc%2
8.38.48.68.68... Electric signal, 3
s...Base film, 34...Colored transfer layer, 42...Recording layer, 44...Drum, 52...Coloring layer, 53... Conductive layer, 62... Electrically anisotropic film, 63...
. . . Conductive low melting layer, 64 . . . Recorded object. Name of agent: Patent attorney Toshio Nakao and 1 other person 1st
figure

Claims (1)

【特許請求の範囲】 （１）細長の電気的導体と、前記電気的導体を固定する
メルクを含有する固定材とから成る電極ヘッドを用い、
前記細長の電気的導体の先端と記録体との間に通電を行
って記録体上に記録することを特徴とする記録装置。 （２）固定材が少なくともメルクと熱硬化性樹脂とから
成り、前記タルクを３０重量係〜９ｏ重量％含有してい
る成型体であることを特徴とする特許請求の範囲第１項
記載の記録装置。 （３）細長の電気的導体が、ストライプ状の電気的導体
であることを特徴とする特許請求の範囲第１項記載の記
録装置。 （４）記録体が放電破壊記録紙であることを特徴とする
特許請求の範囲第１項〜第３項のいずれかに記載の記録
装置。 （６）記録体が放電破壊転写記録媒体であることを特徴
とする特許請求の範囲第１項〜第４項のいずれかに記載
の記録装置。 （６）記録体が電解記録紙であることを特徴とする特許
請求の範囲第１項〜第４項のいずれかに記載の記録装置
。 （７）記録体が通電感熱記録紙であることを特徴とする
特許請求の範囲第１項〜第４項のいずれかに記載の記録
装置。 （８）記録体が通電発熱転写記録媒体であることを特徴
とする特許請求の範囲第１項〜第４項のいずれかに記載
の記録装置。[Claims] (1) Using an electrode head consisting of an elongated electrical conductor and a fixing material containing Merck that fixes the electrical conductor,
A recording apparatus characterized in that electricity is applied between the tip of the elongated electrical conductor and the recording medium to record on the recording medium. (2) The record according to claim 1, characterized in that the fixing material is a molded body made of at least Merck and a thermosetting resin and containing 30% to 90% by weight of the talc. Device. (3) The recording device according to claim 1, wherein the elongated electrical conductor is a striped electrical conductor. (4) The recording device according to any one of claims 1 to 3, wherein the recording medium is discharge destruction recording paper. (6) The recording device according to any one of claims 1 to 4, wherein the recording medium is a discharge rupture transfer recording medium. (6) The recording device according to any one of claims 1 to 4, wherein the recording medium is an electrolytic recording paper. (7) The recording apparatus according to any one of claims 1 to 4, wherein the recording medium is an electrically conductive heat-sensitive recording paper. (8) The recording apparatus according to any one of claims 1 to 4, wherein the recording medium is an energized heat-generating transfer recording medium.