| 例文 (8件) |
熱境界抵抗の部分一致の例文一覧と使い方
該当件数 : 8件
導体回路の間を電気的に接続する抵抗体を備えた配線回路において、抵抗体と導体回路との境界部分が発熱して溶断するのを防ぐことのできる抵抗体を備えた配線回路を得る。例文帳に追加
To obtain a wiring circuit provided with a resistor, which electrically connects between conductor circuits and by which the boundary between the resistor and the conductive circuits is prevented from generating heat and then becoming fused. - 特許庁
抵抗発熱体において、単位長さ当たりの発熱量を容易に変更、設計でき、かつ発熱量が変化する境界部分における信頼性を高くし、境界部分における異常発熱を防止する。例文帳に追加
To provide a resistive heating element by which a calorific value per unit length is easily changed and designed, and reliability at a boundary portion where the calorific value changes is made higher to prevent abnormal heating at the boundary portion. - 特許庁
スリット７は共通電極５の下方に延在しているとともに、共通電極４と発熱抵抗部６との接続境界は発熱抵抗部６の配列方向つまり主走査方向に延びる直線で規定される。例文帳に追加
The slit 7 extends beneath the common electrode 5 and the connection boundary of the common electrode 5 and the heating resistor part 6 is defined by the arranging direction of the heating resistor parts 6, i.e., the lines extending in the main scanning direction. - 特許庁
そして、導体回路３２又は３４と抵抗体１０とに亙って電流を流し続けた場合に、抵抗値の大きい抵抗体と導体回路との境界部分１０ａが発する熱を、その抵抗体１０の側縁に延設された放熱片５０を通して、該放熱片周囲が接する大気中等に効率良く放散させる。例文帳に追加
When a current is continued to pass between a conductor circuit 32 or 34 and the resistor 10, the heat generated by the boundary 10a between the resistor having a large resistance and the conductor circuit is dissipated with efficiency through the heat radiating pieces 50, placed by extension on the side edges of the resistor 10 into the air, with which the perimeter of the heat radiating pieces is in contact or the like. - 特許庁
これにより、ヒータ５００は、第１発熱部４５５の抵抗温度曲線と第２発熱部４５６の抵抗温度曲線との交点に対応する温度（交点温度）を境界として分割された２つの温度領域において、発熱部４５４としての抵抗値が異なる値となることで、各温度領域における発熱部４５４の特性を切り換えることができる。例文帳に追加
In the heater 500, a characteristic of the heating part 454 is thereby switched in each temperature area, since the resistance values as the heating part 454 are different in the two temperature areas divided at a temperature (intersection temperature) corresponding to an intersection of a resistance temperature curve of the first heating part 455 with a resistance temperature curve of the second heating part 456, as a boundary. - 特許庁
すなわち、滑らかな表面に熱境界層が形成されることを防止して熱伝達抵抗を減らし、その結果、熱伝達性が向上できる。例文帳に追加
That is, a heat boundary layer is prevented from being formed on the smooth surface of the board 10 to reduce air near the surface of the board in a heat transfer resistance, so that air near the surface of the board 10 can be improved in heat transfer properties. - 特許庁
そして、発熱抵抗体３，４，５の頂部（基板１から最も離れた部分）は、それぞれ駆動回路６，７，８の頂部（基板１から最も離れた部分）よりも、基板１と駆動回路６，７，８との境界面（凹部１ｄ，１ｅ，１ｆの底）を基準として、遠くに存在する。例文帳に追加
The top sections (sections mostly away from the substrate 1) of the heating resistors 3, 4, 5 are away from the interfaces (the bottom sections of the recess sections 1d, 1e, 1f) between the substrate 1 and driving circuits 6, 7, 8 rather than top sections (sections mostly away from the substrate 1) of the driving circuits 6, 7, 8. - 特許庁
すなわち、超低抵抗率の電熱線に起因する、バスバーと黒セラとの境界線に沿った黒セラのクラックの発生を防止するため、実施の形態では、電熱線１４のうち、黒セラ１２に重ねて形成されるバスバー１４と、黒セラ１２から離れた熱線１８とを別々に形成する。例文帳に追加
That is, a bus bar 14 formed by being accumulated on a black ceramic 12 and the heat ray 18 separated from the black ceramic 12 out of the heating wire 14 are separately formed in actual forms to prevent the generation of the crack of the black ceramic along a boundary line of the bus bar and the black ceramic caused by the heating wire of the extremely low resistivity. - 特許庁
| 例文 (8件) |
| Copyright © Japan Patent office. All Rights Reserved. |
ログイン |
Weblio会員(無料)になると
|
検索履歴を保存できる！|
ログイン |
Weblio会員(無料)になると
|
