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    • 2. 发明申请
    • Coating Film Transfer Tool
    • 涂膜转移工具
    • US20090050275A1
    • 2009-02-26
    • US12223561
    • 2007-01-24
    • Yutaka Sakanishi
    • Yutaka Sakanishi
    • B32B37/10
    • B43L19/0068B65H37/007Y10T156/17Y10T156/1705
    • A gear 40 is provided coaxially on a supply reel 21a or a take-up reel 21b. A sliding body 50 which comprises a pawl member 52 which engages with the gear 40 in only one direction and a cover member 55 which houses a transfer head 30 and has an opening 56 is held movable by means of an elastic member 60 within a casing main body 20. The cover member 55 is made openable and closable on the sliding body 50. With the cover member 55 in a closed position, a coating film can be transferred on a spot by pressing the cover member 55 against a receiving surface to cause the sliding body 50 to retreat and by pressing the transfer head 30 against the receiving surface which is pushed out of the opening 56 of the cover member 55, and as the cover member 55 is released from pressing and the sliding body 50 is moved forward, the pawl member 52 rotates the supply reel 21a and the take-up reel 21b in a forwarding direction of the transfer tape. With the cover member 55 in an open position, the coating film can be transferred continuously by pressing the transfer head 30 against and moving it parallel to the receiving surface.
    • 齿轮40同轴地设置在供带盘21a或卷取卷轴21b上。 包括仅在一个方向上与齿轮40接合的棘爪构件52和容纳转移头30并具有开口56的盖构件55的滑动体50通过弹性构件60保持在壳体主体内 盖构件55在滑动体50上可打开和关闭。在盖构件55处于关闭位置时,可以通过将盖构件55压靠在接收表面上而将涂膜转移到现场,从而使 滑动体50退回并且将转印头30压靠在从盖构件55的开口56推出的接收表面上,并且当盖构件55被按压而解除并且滑动体50向前移动时, 棘爪构件52沿着传送带的传送方向旋转供带盘21a和卷取卷轴21b。 在盖构件55处于打开位置时,可以通过将传送头30按压平行于接收表面并使其移动而连续地传送涂膜。
    • 4. 发明授权
    • Composite holding tool
    • 复合保持工具
    • US07014380B2
    • 2006-03-21
    • US10682799
    • 2003-10-10
    • Masahiko OnoKazuya WatanabeTadao OdakaTadashi Keda
    • Masahiko OnoKazuya WatanabeTadao OdakaTadashi Keda
    • B05C1/00B43K27/00
    • B43K27/02B43K24/146B43K27/12B43K29/00B43K29/004B43K29/02B43K29/05Y10T156/1705
    • A composite holding tool has a space in a rear barrel to be effectively used in order to expand a range of use of one composite holding tool. The composite holding tool includes a front barrel, a rear barrel rotatably connected to the front barrel, a plurality of holding bodies housed in the front barrel non-rotatably relative to the front barrel and movably in an axial direction, a cam cylinder that rotates integrally with the rear barrel, and can selectively hold any of the plurality of holding bodies, with a tip of the holding body protruding from a tip of the front barrel, by a relative rotation between the front barrel and the rear barrel, and a cartridge connected to the rear barrel or the cam cylinder and placed in the rear barrel. A tip of the cartridge projects from a rear end of the rear barrel
    • 复合保持工具在后筒中具有有效使用的空间,以扩大一个复合保持工具的使用范围。 复合保持工具包括前筒,可旋转地连接到前筒的后筒,多个保持体,其容纳在前筒中,相对于前筒不可旋转并且沿轴向可移动;整体旋转的凸轮筒 具有后筒,并且可以选择性地保持多个保持体中的任何一个,其中保持体的末端通过前筒和后筒之间的相对旋转而从前筒的尖端突出,并且盒连接 到后筒或凸轮缸并放置在后筒中。 盒的尖端从后筒的后端突出
    • 10. 发明授权
    • Thermal transfer medium
    • 热转印介质
    • US5597641A
    • 1997-01-28
    • US381209
    • 1995-01-31
    • Hideki SuematsuManabu IkemotoYuriko Kameda
    • Hideki SuematsuManabu IkemotoYuriko Kameda
    • B41M5/382B41M5/34B41M5/392B41M5/395B41M5/42B41M5/26
    • B41M5/38214B41M5/345B41M5/34Y10S428/913Y10S428/914Y10T428/249953Y10T428/31551Y10T428/31725
    • A thermal transfer medium is disclosed which is useful in a method for forming a color image by selectively melt-transferring at least two of a yellow heat-meltable ink layer, a magenta heat-meltable ink layer and a cyan heat-meltable ink layer onto a receptor having a microporous surface layer. The thermal transfer medium includes a foundation having thereon a yellow heat-meltable ink layer, a magenta heat-meltable ink layer and a cyan heat-meltable ink layer, a non-transferable undercoat layer being provided between the foundation and the respective ink layers, each of the ink layers comprising a coloring agent and a vehicle comprising a wax as a major ingredient, each of the ink layers having a melt viscosity of 20 to 200 cps/90 .degree. C., the undercoat layer comprising a resin exhibiting a strong adhesion to a wax. The thermal transfer medium gives highly fine color images excellent in gradation quality and color reproducibility on the basis of subtractive color mixture of yellow, magenta and cyan.
    • 公开了一种热转印介质,其可用于通过选择性地将黄色可热熔油墨层,品红色可热熔融油墨层和青色可热熔油墨层中的至少两种熔融转移到 具有微孔表面层的受体。 热转印介质包括其上具有黄色可热熔油墨层,品红色可热熔油墨层和青色可热熔油墨层的基底,在基底和各墨层之间设置不可转印的底涂层, 每个油墨层包括着色剂和包含蜡作为主要成分的载体,每个油墨层具有20至200cps / 90℃的熔体粘度,底涂层包含显示出强粘附性的树脂 到蜡 热转印介质在黄色,品红色和青色的减色混合的基础上提供了优异的色调质量和色彩再现性的高精度彩色图像。