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    • 1. 发明专利
    • Heat-fixing device
    • 热固定装置
    • JP2014085534A
    • 2014-05-12
    • JP2012234766
    • 2012-10-24
    • Stanley Electric Co Ltdスタンレー電気株式会社
    • KUBO FUMIOMATSUMOTO TAKAHIROTAYA SHUICHIKOIZUMI TOMOAKI
    • G03G15/20
    • PROBLEM TO BE SOLVED: To provide a heat-fixing device including a fixing member that has high heating efficiency and can reduce power consumption.SOLUTION: A heat-fixing device comprises a heat generating source 10, a heating roller 20' that is heated to a temperature appropriate to thermal press-bonding with the heat generating source 10 as a central axis, and a pressure roller 30 that comes into pressure contact with the heating roller 20'. The heating roller 20' and pressure roller 30 that are brought into pressure contact with each other form an appropriate nip part 40. A recording medium 50 having a toner image 50a formed thereon is held at the nip part 40, and consequently, the toner image 50a is heat-fixed to the recording medium 50 by application of heat and pressure. The heating roller 20' comprises a base material 21, elastic layer 22, surface layer 23, and selective absorption layer 24. The pressure roller 30 comprises a base material 31 and elastic layer 32. The selective absorption layer 24 absorbs light closer to a short-wavelength side than a predetermined infrared wavelength λ, and acts to reflect light closer to a long-wavelength side than the infrared wavelength λ.
    • 要解决的问题:提供一种包括具有高加热效率并且可以降低功耗的固定构件的热定影装置。解决方案:一种热定影装置包括发热源10,加热辊20' 与作为中心轴的发热源10进行热压接的温度以及与加热辊20'压力接触的加压辊30。 彼此压力接触的加热辊20'和加压辊30形成适当的夹持部40.具有形成在其上的调色剂图像50a的记录介质50保持在辊隙部40,因此调色剂图像 50a通过加热和压力被热固定到记录介质50上。 加热辊20'包括基材21,弹性层22,表面层23和选择性吸收层24.加压辊30包括基材31和弹性层32.选择吸收层24吸收更接近短路的光 波长侧比预定的红外线波长λ更大,并且反射比红外线波长λ更靠近长波长侧的光。
    • 5. 发明专利
    • フィラメント、光源装置、および、フィラメントの製造方法
    • FILAMENT,光源设备和制造方法
    • JP2014216132A
    • 2014-11-17
    • JP2013091407
    • 2013-04-24
    • スタンレー電気株式会社Stanley Electric Co Ltd
    • KOIZUMI TOMOAKI
    • H01K1/26H01K1/08H01K1/10H01K3/02
    • H01K1/08H01K1/10H01K1/26H01K3/02
    • 【課題】電力を可視光に変換する効率が高い、巻き線構造のフィラメントを提供する。【解決手段】所定の形状に巻き回された巻き線構造の線状の基材11の、巻き線構造の外周側に位置する基材表面にのみ、放射制御層12を配置する。放射制御層12は、少なくとも所定の波長以下の光の放射率が基材11よりも高い。これにより、巻き線構造の外周側の放射制御層12から効率よく可視光や近赤外光が放射される。巻き線構造の内周側には放射制御層12が配置されていないため、放射制御層12よりも放射されるエネルギーが小さい。よって、外部に光を取り出しにくい内周側のエネルギー放射を抑制でき、電力を可視光に変換する効率が向上する。【選択図】図1
    • 要解决的问题:提供一种将功率转换成可见光并具有卷绕结构的高效率的灯丝。解决方案:辐射控制层12仅布置在位于绕组结构的外周侧的基材表面上 以预定形状卷绕成为卷绕结构的衬垫基材11。 在辐射控制层12中,具有至少预定波长或更小的光的辐射速率高于基底材料11中的光的辐射速率。因此,可见光和近红外光被有效地从辐射控制层12辐射到外周 侧面的绕组结构。 由于辐射控制层12不布置在绕组结构的内周侧,所以从内周侧照射比从辐射控制层12的能量更小的能量。因此,来自光的内侧的能量辐射为 难以提取到外部,可以抑制,从而提高将电力转换成可见光的效率。
    • 6. 发明专利
    • Carbon-based substrate, heat sink, method of producing carbon-based substrate
    • 基于碳的基板,散热器,生产基于碳的基板的方法
    • JP2012164853A
    • 2012-08-30
    • JP2011024775
    • 2011-02-08
    • Stanley Electric Co Ltdスタンレー電気株式会社
    • KOIZUMI TOMOAKIMATSUMOTO NAOKO
    • H01L33/64
    • PROBLEM TO BE SOLVED: To provide a carbon-based substrate in which a fine concavo-convex structure having a width (pitch) of nanometer order or sub-micrometer order is formed in the surface, human hand can be prevented from touching the fine concavo-convex structure during the assembling work, or the like, and thereby destruction of the fine concavo-convex structure can be prevented and high heat dissipation performance is maintained.SOLUTION: In the carbon-based substrate 1, protrusions 3 having a height of millimeter order and a width of sub-millimeter order are provided at intervals of millimeter order in the surface. A fine concavo-convex structure 2 having a width (pitch) of nanometer order or sub-micrometer order and a depth of sub-micrometer order are formed in the surface between the protrusions.
    • 要解决的问题为了提供一种在表面形成具有纳米级或亚微米级宽度(间距)的微细凹凸结构的碳基基板,可以防止人的手触摸 在组装作业期间的微细凹凸结构等,从而可以防止细小凹凸结构的破坏,并且保持高的散热性能。 解决方案:在碳基基板1中,在表面上以毫米级间隔设置具有毫米级高度和亚毫米级宽度的突起3。 在突起之间的表面中形成具有纳米级或亚微米级的宽度(间距)和亚微米级的深度的精细凹凸结构2。 版权所有(C)2012,JPO&INPIT
    • 9. 发明专利
    • Heat-fixing device
    • 热固定装置
    • JP2014085535A
    • 2014-05-12
    • JP2012234767
    • 2012-10-24
    • Stanley Electric Co Ltdスタンレー電気株式会社
    • KUBO FUMIOMATSUMOTO TAKAHIROTAYA SHUICHIKOIZUMI TOMOAKI
    • G03G15/20F16C13/00H05B3/10
    • PROBLEM TO BE SOLVED: To provide a heat-fixing device that has high heating efficiency and low power consumption.SOLUTION: A heat-fixing device comprises a selective radiation heat generating source 10', a heating roller 20 that is heated to a temperature appropriate to thermal press-bonding with the selective radiation heat generating source 10' as a central axis, and a pressure roller 30 that comes into pressure contact with the heating roller 20. The heating roller 20 and pressure roller 30 that are brought into pressure contact with each other form an appropriate nip part 40. A recording medium 50 having a toner image 50a formed thereon is held at the nip part 40, and consequently, the toner image 50a is heat-fixed to the recording medium 50 by application of heat and pressure. The heating roller 20 comprises a base material 21, elastic layer 22, and surface layer 23. The pressure roller 30 comprises a base material 31 and elastic layer 32. The selective radiation heat generating source 10' includes a selective radiation control layer that acts to absorb light closer to a short-wavelength side than a predetermined infrared wavelength λand reflect light closer to a long-wavelength side than the infrared wavelength λ.
    • 要解决的问题:提供一种具有高加热效率和低功耗的热定影装置。解决方案:一种热定影装置包括选择性辐射热发生源10',加热辊20被加热到适当的温度 与作为中心轴的选择性辐射热发生源10'进行热压接,以及与加热辊20压力接触的加压辊30。加压辊20和加压辊30与压力接触 彼此形成适当的夹持部40.具有形成在其上的调色剂图像50a的记录介质50保持在夹持部40处,因此,调色剂图像50a通过施加热和压力而被热固定到记录介质50 。 加热辊20包括基材21,弹性层22和表面层23.加压辊30包括基材31和弹性层32.选择性辐射热产生源10'包括选择性辐射控制层, 吸收比预定的红外波长λ更近的短波长侧的光,并反射比红外线波长λ更近的长波长侧的光。
    • 10. 发明专利
    • Heat dissipation substrate, its manufacturing method, and semiconductor device using heat dissipation substrate
    • 散热基板,其制造方法和使用散热基板的半导体器件
    • JP2013069547A
    • 2013-04-18
    • JP2011207273
    • 2011-09-22
    • Stanley Electric Co Ltdスタンレー電気株式会社
    • KOIZUMI TOMOAKI
    • F21V29/00F21S2/00F21V7/22F21Y101/02H01L33/50H01L33/64
    • PROBLEM TO BE SOLVED: To solve the problem with a conventional heat dissipation substrate made of metal or the like, wherein high brightness is not achieved since reflex action and thermolytic action thereof is not sufficient, and phosphor strength is degraded due to temperature quenching since a phosphor of a phosphor layer has high temperature and deterioration of the phosphor and degradation of reliability is caused.SOLUTION: The heat dissipation substrate 2' includes a metal impregnation graphite base material 21, and a metal reflecting layer 22 formed on a surface of the metal impregnation graphite base material 21 to have an uneven structure 21a having protrusions and recesses with widths from nano-meter order to submicron-meter order on the backside of the metal impregnation graphite base material 21. While high reflex action is maintained by the metal reflecting layer 22, heat dissipation action can be greatly improved by this uneven structure 21a.
    • 要解决的问题为了解决由金属等制成的传统散热基板的问题,其反射作用和热解作用不充分而不能获得高亮度,并且由于温度导致荧光体强度降低 由于荧光体层的荧光体具有高的温度和荧光体的劣化以及可靠性的降低,因此淬火。 散热基板2'包括金属浸渍石墨基材21和金属反射层22,金属反射层22形成在金属浸渍石墨基材21的表面上,具有不均匀结构21a,其具有宽度和宽度的突起和凹陷 从金属浸渍石墨基材21的背面的纳米级到亚微米级。通过金属反射层22保持高的反射作用,可以通过该凹凸结构21a大大提高散热作用。 版权所有(C)2013,JPO&INPIT