序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
201 Actuating mechanism for heater door for infant caring apparatus JP2000147766 2000-05-19 JP2001008984A 2001-01-16 JONES THOMAS C; HACKIN H MICHAEL
PROBLEM TO BE SOLVED: To provide an infant caring apparatus that has a mechanism to open and close the door of a heater automatically. SOLUTION: An infant caring apparatus 10 consists of an infant stand 14 to let an infant lie asleep, a vertical part 32 that extends upward from the stand, and a housing that is attached to the vertical part and that cases a heater 60 which can move near the stand between the lower and upper positions along the vertical part 32. The heater 60 has at least one door 38 that can move between the releasing position at which the heater is exposed and another releasing position at which the heater is sheltered in the housing. The infant caring apparatus also has a door moving mechanism 102 that releases the door when the heater 60 moves from the lower position toward the upper position and shutters the door when the heater 60 moves from the upper position to the lower position.
202 The system and method changes the ice adhesion strength JP50464499 1998-06-15 JP2000514756A 2000-11-07 エフ. ペトレンコ,ビクター
(57)【要約】 本発明は、物体に付着した氷の氷付着強度を変えるためのシステムを含む。 このシステムは、物体から電気的に絶縁される電極と、物体および電極に結合される、例えばバッテリなどのDC源とを含む。 DC源は、氷が回路を完成すると、氷と物体との間の界面にDCバイアスを生成する。 物体は導電性であるか、または、半導体としてドープされる。 そのため、DCバイアスは、界面のバイアス電圧が実質的にゼロである場合の氷付着強度と比べて、氷付着強度を選択的に変える電圧を、界面に印加する。 強度は、その静状態(即ち、印加電圧がない状態)に関して増加または減少され得る。 この態様で、航空機の翼上の氷などの氷が、より小さい仕事で除去され得る。 このシステムは、好ましくは、物体と電極との間に配置される電気的に絶縁性の材料を含む。 この絶縁材料は、物体および電極と実質的に共形である。 ほとんどの応用では、電極は、物体の表面に一致するような形状にされるグリッド電極を含み、グリッド電極の各点は、DC源と電気的に接触する。 従って、グリッド絶縁体は概して、物体とグリッド電極との間に配置される。 本発明は、航空機の翼、自動車のフロントガラス、スキーの底面、長靴または靴のかかと部または底部、および送電線の外側材料、などの物体に対して高い適用可能性を有する。 本発明はまた、送電線の温度を融点のすぐ上の温度に自動調整するために送電線に付与される強誘電性、強磁性、または半導体コーティングを含む。
203 JPH0154049B2 - JP12603778 1978-10-13 JPH0154049B2 1989-11-16 AMIKAARU DOGURIOTSUTEI
204 JPH01500169A - JP50261187 1987-04-10 JPH01500169A 1989-01-26
205 JPS6154154B2 - JP364878 1978-01-17 JPS6154154B2 1986-11-20 AMIRUKARE DOGUROTSUTEI
206 JPS5924274B2 - JP10073976 1976-08-25 JPS5924274B2 1984-06-08 RICHAADO JII HYUUBUSHAA; RONARUDO ESU SOBETSUKUSU; JOJIFU EI BAARI
207 JPS5734467B2 - JP2105976 1976-02-27 JPS5734467B2 1982-07-23
208 JPS5325515B2 - JP6308173 1973-06-06 JPS5325515B2 1978-07-27
209 Flexible radio plane heater JP2916277 1977-03-16 JPS534237A 1978-01-14 FURANTSU GOTSUTOFURIITO ROITER; TANKUREETO MENTSUERU
210 JPS5245066B2 - JP9656172 1972-09-26 JPS5245066B2 1977-11-12
211 Means for discharging highhtemperature molten material JP2105976 1976-02-27 JPS51138905A 1976-11-30 JIYOODAN ESU JIYAKUSON
212 Koonbatsuchizairyoshorisochi JP11592375 1975-09-25 JPS5164023A 1976-06-03 UIRIAMU CHAARUSU BURADEI; UIRIAMU FUINDORII GIRUSU
213 Sutairasusochi JP4573475 1975-04-15 JPS5121917A 1976-02-21 KAAROSU DABURYUU UIICHI
214 JPS5025664B1 - JP12506370 1970-12-30 JPS5025664B1 1975-08-26
215 JPS5096956A - JP14770074 1974-12-24 JPS5096956A 1975-08-01
216 JPS5080587A - JP13264774 1974-11-18 JPS5080587A 1975-06-30
217 JPS5036068A - JP8857673 1973-08-08 JPS5036068A 1975-04-04
218 JPS4922418B1 - JP9999869 1969-12-12 JPS4922418B1 1974-06-08
An electric toilet of the kind which presents a vertical shaft which, by means of a heat-insulating plate or the like capable of being inserted between both chambers can be divided into a lower compartment, the combustion chamber, containing an electric heat source and a grid, and into an upper compartment, the seat cone compartment housing a seat cone extending downwardly below the toilet seat, the bottom and sidewalls of the combustion compartment being heat insulated by a suitable insulating material and the combustion compartment or chamber communicating with an upright exhaust gas flue and further presenting a removable ash box, in which the external insulation of the combustion chamber of the electric toilet is at least partly shielded by columns of air which, for the purpose of creating conditions for a sufficiently good cooling of exposed parts by natural draught and for preheating air supplied to the combustion chamber, communicate freely at their bottom ends with the ambient air and open at their top ends into the seat cone compartment and via the latter, in the operative position of the plate, communicate with the combustion chamber through apertures, spaces or the like having a limited flow area as compared with said flue and preferably arranged either in the plate or in the wall of the combustion chamber or formed between the plate and the latter.
219 JPS4895246A - JP2679572 1972-03-16 JPS4895246A 1973-12-06
A thermal printing head comprising a plurality of thin insulating layers each being provided on one surface thereof with a plurality of lower slips made of an electrically conductive material arranged in spaced parallel relation to one another. The insulating layers are piled stepwise one upon another so that one end portion of the upper surface of each of the layers with the corresponding end portions of the conductive slips thereon are exposed from beneath the end of the layer immediately above. A square element made of an electrically resistive material is placed on each of the exposed end portions of the lower conductive slips. An upper slip made of an electrically conductive material extending transversely of the exposed ends of the lower conductive slips on each of the insulating layers covers the resistive elements so that the elements are sandwiched between the upper and lower conductive slips. Upon impression of a voltage between the upper and lower conductive slips, the resistive elements sandwiched therebetween are heated. By selecting the lower conductive slips between which and the upper conductive slip a voltage is to be impressed it is possible to heat those of the resistive elements which are combined to take the shape of a symbol, and with a sheet of heat-sensitive paper being applied onto the surface of the printing head, the symbol is printed on the paper.
220 JPS4827234A - JP7986072 1972-08-09 JPS4827234A 1973-04-10
QQ群二维码
意见反馈