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    • 2. 发明授权
    • Pressure controller for an ink cartridge
    • 墨盒压力控制器
    • US06540341B2
    • 2003-04-01
    • US09730297
    • 2000-12-05
    • Shu-Cheng HsiehShyh-Haur SuCheng-Wei HsuChin-Tai ChenI-Chung HouChieh-Wen Wang
    • Shu-Cheng HsiehShyh-Haur SuCheng-Wei HsuChin-Tai ChenI-Chung HouChieh-Wen Wang
    • B41J2175
    • B41J2/17556
    • The ink cartridge is provided with a pressure controller to regulate the inner pressure therein by atmospheric pressure while the ink stored in the ink cartridge is gradually drained off. The ink is stored in a container with negative pressure therein, and at least one through hole formed on the container is used to connect to the atmosphere, and at least one recess is formed on the inner wall of the through hole. The pressure controller has a plug movably disposed on the through hole and the recesses. The recesses are used as a channel to allow the entrance of the atmospheric air, and the plug can be automatically moved so as to enlarge the clearance between the plug and the through hole while the ink stored in the ink cartridge is gradually drained off. The inputted air can effectively reduce the negative pressure in the container, and therefore the printing process of the ink cartridge can be proceeding steadily.
    • 墨盒设置有压力控制器,以在储存在墨盒中的墨水逐渐排出时通过大气压来调节其内部压力。 油墨存储在其中具有负压的容器中,并且使用形成在容器上的至少一个通孔连接到大气,并且在通孔的内壁上形成至少一个凹部。 压力控制器具有可移动地设置在通孔和凹部上的插头。 这些凹槽用作允许大气进入的通道,并且插头可以被自动移动,以便当存储在墨盒中的墨水逐渐排出时,扩大插头和通孔之间的间隙。 输入的空气可以有效地减少容器中的负压,因此墨盒的打印过程可以稳定地进行。
    • 4. 发明授权
    • Method and structure for measuring temperature of heater elements of ink-jet printhead
    • 用于测量喷墨打印头加热元件温度的方法和结构
    • US06382773B1
    • 2002-05-07
    • US09704027
    • 2000-11-03
    • Charles C. ChangChieh-Wen WangShyh-Haur Su
    • Charles C. ChangChieh-Wen WangShyh-Haur Su
    • B41J205
    • B41J2/04541B41J2/04563B41J2/0458B41J2/125B41J2/14129B41J2/14153
    • A method and a structure for measuring the temperature of heating elements of an ink-jet printhead are provided, wherein an extra metal layer or semiconductor layer is formed on the ink-jet chip having driving elements to precisely measure the temperature of each individual heating element. The structure includes: an ink-jet device including a heating element for heating liquid ink; a transistor driver for driving a transistor to control heating of the heating element; and a temperature-sensing layer located between the ink-jet device and the transistor driver and under the heating element, the temperature-sensing layer having two terminals, one connecting to the transistor and the other connecting to an electrode terminal connected to a printer, wherein the ink-jet device connects to the transistor driver through the temperature-sensing layer.
    • 提供了一种用于测量喷墨打印头的加热元件的温度的方法和结构,其中在具有驱动元件的喷墨芯片上形成多余的金属层或半导体层,以精确测量各个加热元件的温度 。 该结构包括:喷墨装置,包括用于加热液体油墨的加热元件; 用于驱动晶体管以控制加热元件的加热的晶体管驱动器; 以及位于喷墨装置和晶体管驱动器之间以及加热元件下方的温度感测层,所述温度感测层具有两个端子,一个连接到晶体管,另一个连接到连接到打印机的电极端子, 其中喷墨装置通过温度感测层连接到晶体管驱动器。
    • 5. 发明授权
    • Inkjet print head
    • 喷墨打印头
    • US06543887B2
    • 2003-04-08
    • US10004639
    • 2001-12-04
    • Charles C. ChangJhih-Ping LuShyh-Haur SuYuan-Liang Lan
    • Charles C. ChangJhih-Ping LuShyh-Haur SuYuan-Liang Lan
    • B21J2175
    • B41J2/17553B41J2/17513B41J2/1753
    • A common print head module that can accommodate either a single-color or multi-color inkjet print head comprises an ink cartridge having an ink output, and an inkjet chip arranged over the ink output. The ink cartridge internally includes ink channels that terminate through a surface of the ink output, wherein two adjacent ink channels are spaced apart by a channel wall. The channel wall has a top surface lower than the surface of the ink output where the ink channels terminate. The ink channels communicate with ink slots of the inkjet chip. When accommodating a single-color print head, the ink flows out through the ink channels over the channel wall. When accommodating a multi-color print head, the ink slots of the inkjet chip have slot walls that are sealed with the channel walls such that inks of different colors can be separately ejected through the ink slots.
    • 可以容纳单色或多色喷墨打印头的通用打印头模块包括具有墨水输出的墨盒和布置在墨水输出端上的喷墨芯片。 墨盒内部包括通过墨水输出表面终止的墨水通道,其中两个相邻墨水通道被通道壁隔开。 通道壁具有比油墨通道终止的墨水输出表面低的顶表面。 墨水通道与喷墨芯片的墨槽连通。 当容纳单色打印头时,油墨通过通道壁上的墨水通道流出。 当容纳多色打印头时,喷墨芯片的墨槽具有与通道壁密封的槽壁,使得可以通过墨槽分别喷射不同颜色的墨。
    • 6. 发明授权
    • Multi-color level inkjet head chip structure
    • 多色级喷墨头芯片结构
    • US06457808B1
    • 2002-10-01
    • US09934669
    • 2001-08-23
    • Charles C. ChangChing-Long ChiuShyh-Haur Su
    • Charles C. ChangChing-Long ChiuShyh-Haur Su
    • B41J225
    • B41J2/211
    • A multi-color level inkjet head chip structure includes a pre-mixing space. The pre-mixing space communicates with different ink storage spaces through a plurality of providing elements, then the volume of different colored inks is controlled by the ink providing elements to be injected into the pre-mixing space. The desired color level ink is created in the pre-mixing space in advance. Finally, the desired color level pre-mixed ink is ejected onto the recording media (such as paper or other similar material) through an inkjet printing driver at the pre-mixing space. Therefore, the desired color level can be produced by only one inkjet printing at any printing area, which will be extremely beneficial for increasing the speed of inkjet printing.
    • 多色级喷墨头芯片结构包括预混合空间。 预混合空间通过多个提供元件与不同的墨水存储空间连通,然后不同颜色的墨水的体积由要注入预混合空间的墨水供应元件控制。 预先在预混合空间中产生所需的颜色水平的墨水。 最后,通过预混合空间处的喷墨打印驱动器将期望的颜色水平预混合油墨喷射到记录介质(例如纸或其它类似材料)上。 因此,可以通过在任何印刷区域仅进行一次喷墨印刷来产生所需的颜色水平,这将极大地有利于提高喷墨印刷速度。
    • 7. 发明授权
    • Back-shooting inkjet print head
    • 背投喷墨打印头
    • US06412918B1
    • 2002-07-02
    • US09861758
    • 2001-05-21
    • Chia-Tai ChenShyh-Haur SuChing-Yi MaoJe-Ping HuCharles C. ChangChun-Jung Chen
    • Chia-Tai ChenShyh-Haur SuChing-Yi MaoJe-Ping HuCharles C. ChangChun-Jung Chen
    • B41J205
    • B41J2/14112B41J2/1404B41J2002/1437B41J2202/03
    • A back-shooting inkjet print head. The inkjet print head comprises: a first substrate having a plurality of thermal resistors formed on a back surface thereof, and a plurality of orifices formed through the first substrate and respectively located proximate to the resistors; an isolation layer having a plurality of ink channels formed therein, wherein the isolation layer is arranged onto the back surface of the first substrate such that the region of each ink channel covers that of one of the resistors and one of the orifices; and a second substrate having an ink supply window, wherein the second substrate is arranged on the isolation layer covering the ink channels, such that the ink supply window, connected to the ink channels, is located at one side of the resistors while the orifices of the first substrate are located at the other side of the resistors and face the second substrate.
    • 背投喷墨打印头。 喷墨打印头包括:第一基板,其具有形成在其背面上的多个热敏电阻器,以及多个通过第一基板形成并分别位于电阻器附近的孔口; 隔离层,其中形成有多个墨水通道,其中所述隔离层布置在所述第一基底的背面上,使得每个墨水通道的区域覆盖所述电阻器和所述孔中的一个的区域; 以及具有供墨窗口的第二基板,其中第二基板布置在覆盖墨水通道的隔离层上,使得连接到墨水通道的供墨窗口位于电阻器的一侧,而孔的孔 第一基板位于电阻器的另一侧并面对第二基板。