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    • 5. 发明授权
    • Thermal printhead and protective cover used for the same
    • 热敏打印头和保护盖用于相同
    • US06236422B1
    • 2001-05-22
    • US09600959
    • 2000-07-25
    • Takaya NagahataYasuhiro YoshikawaEiji Yokoyama
    • Takaya NagahataYasuhiro YoshikawaEiji Yokoyama
    • B41J2335
    • B41J2/335B41J2/345
    • A protective cover (9) is provided which is used for a thermal printhead including a heat sink plate (1) formed with a plurality of fixing holes (10), a head substrate (2), and a circuit board (3). The heat sink plate (1) is formed with a groove (1a) which divides the upper surface of the heat sink plate (1) into a first region (1b) and a second region (1c). The head substrate (2) is provided with a heating resistor (4) and drive ICs (5). The drive ICs (5) are covered with a coating resin layer (6). The circuit board (3) is formed with through-holes (11). The protective cover (9) includes a main body (9a) having an obverse surface and a reverse surface, and a plurality of pins (12) extending from the reverse surface. Each of the pins (12) is formed with a slit (12a), which facilitates press-fitting of the pin (12) into a respective one of the fixing holes (10).
    • 提供一种用于包括形成有多个固定孔(10),头基板(2)和电路板(3)的散热板(1)的热打印头的保护盖(9)。 散热板(1)形成有将散热板(1)的上表面分割为第一区域(1b)和第二区域(1c)的槽(1a)。 头基板(2)设有加热电阻(4)和驱动IC(5)。 驱动IC(5)被涂覆树脂层(6)覆盖。 电路板(3)形成有通孔(11)。 保护罩(9)包括具有正面和反面的主体(9a)和从反面延伸的多个销(12)。 每个销(12)形成有狭缝(12a),其有利于销(12)压配合到相应的一个固定孔(10)中。
    • 6. 发明授权
    • Thick film type thermal head
    • 厚膜式热敏头
    • US06215510B1
    • 2001-04-10
    • US09513202
    • 2000-02-25
    • Ryoichi Imai
    • Ryoichi Imai
    • B41J2335
    • B41J2/335
    • A thick film type thermal head for thermally perforating a stencil material in an imagewise pattern to make a stencil is moved along the stencil material in a sub-scanning direction while energizing a plurality of heater elements arranged in an array extending in a main scanning direction. The thermal head includes an electric heater strip extending in the main scanning direction direction, and a plurality of first and second electrodes which are alternately disposed spaced from each other in the main scanning direction and extend across the heater strip in contact with the electrodes. The parts of the heater strip between adjacent first and second electrodes form the heater elements. An electrical insulating layer is disposed between the first and second electrodes and the heater strip at least on one side of the heater strip so that the width of the electrical contact area between the first and second electrodes and the heater strip becomes smaller than the width of the heater strip.
    • 用于以成像模板热成型模板材料以制造模板的厚膜型热敏头沿副扫描方向沿模板材料移动,同时激励沿主扫描方向延伸的阵列布置的多个加热器元件。 热敏头包括沿主扫描方向延伸的电加热器条,以及多个第一和第二电极,它们在主扫描方向上彼此间隔地交替设置并且延伸穿过与电极接触的加热条。 相邻的第一和第二电极之间的加热器条的部分形成加热元件。 电绝缘层至少在加热条的一侧设置在第一和第二电极和加热器条之间,使得第一和第二电极与加热带之间的电接触面积的宽度变得小于 加热条。
    • 7. 发明授权
    • Device for making a master
    • 制作主人的设备
    • US06664992B1
    • 2003-12-16
    • US09528032
    • 2000-03-17
    • Yasumitsu YokoyamaYasunobu KidouraSatoshi KatohYoshiyuki Shishido
    • Yasumitsu YokoyamaYasunobu KidouraSatoshi KatohYoshiyuki Shishido
    • B41J2335
    • B41C1/144B41J2/33545B41J2/3356B41J2/3357B41J2202/32
    • A master making device includes a thermal head with heat generating elements and a platen roller. While the head and platen roller convey a thermosensitive medium in a subscanning direction perpendicular to a main scanning direction, the heat generating elements selectively generate heat in order to perforate the medium in accordance with an image signal. The head includes a stepped portion formed at a medium outlet side in the subscanning direction. The edges of the heat generating elements adjoining the medium outside side are located at a distance of 0.018 mm to 0.5 mm from the end of the stepped portion adjoining the above edges. It is not necessary to position the head with respect to an effective nip between it and the platen roller by a troublesome procedure. Further, the distance over which the perforated medium is conveyed is reduced to obviate the reduction or contraction of an image ascribable to the sticking of the medium to the head.
    • 主制造装置包括具有发热元件的热​​敏头和压纸辊。 当头部和压纸辊在垂直于主扫描方向的副扫描方向上传送热敏介质时,发热元件选择性地产生热量,以便根据图像信号对介质进行穿孔。 头包括形成在副扫描方向上的介质出口侧的台阶部分。 与介质外侧相邻的发热元件的边缘位于与上述边缘相邻的台阶部分的端部0.018mm至0.5mm的距离处。 通过麻烦的过程,不需要相对于其与压纸辊之间的有效压区来定位头部。 此外,减少了穿孔介质被输送的距离,以消除由于介质粘附到头部而引起的图像的减少或收缩。
    • 9. 发明授权
    • Thermal head and ink transfer printer using same
    • 热敏头和墨水转印打印机使用相同
    • US06485129B2
    • 2002-11-26
    • US10023988
    • 2001-12-21
    • Minoru Suzuki
    • Minoru Suzuki
    • B41J2335
    • B41J2/005
    • Thermal line head includes an electrically-insulated base member, plural sets of at least two electric resistance elements formed on a surface of the base member and aligned with each other, and a driver circuit that selectively and electrically energizes the at least two electric resistance elements in each set in accordance with an associated digital image-pixel signal and an associated digital gradation-signal. When the digital image-pixel signal has a value “0”, none of the at least two electric resistance elements in a corresponding set are electrically energized, and, when the digital image-pixel signal has a value “1”, the selective and electrical energization of the at least two electric resistance elements in the corresponding set are performed in accordance with values of the digital gradation-signal, wherein a total thermal energy output of each of the plural sets of at least two electric resistance elements is stepwisely adjustable.
    • 热线头包括电绝缘基座构件,形成在基座构件的表面上彼此对准的多组至少两个电阻元件,以及驱动器电路,其选择性地和电激励至少两个电阻元件 在每组中根据相关的数字图像像素信号和相关的数字灰度信号。 当数字图像像素信号具有值“0”时,对应的组中的至少两个电阻元件中没有一个电通电,并且当数字图像像素信号具有值“1”时,选择性和 根据数字灰度信号的值执行相应组中的至少两个电阻元件的电通电,其中多组至少两个电阻元件中的每一组的总热能输出是可逐步调节的。
    • 10. 发明授权
    • Thermal head, method of manufacturing the same, and thermal stencil making apparatus using the same
    • 热敏头,其制造方法以及使用其的热模版加工装置
    • US06456312B1
    • 2002-09-24
    • US09650819
    • 2000-08-30
    • Hikaru Oike
    • Hikaru Oike
    • B41J2335
    • B41J2/3355B41C1/144B41J2/3357B41J2202/32
    • A thermal head includes a heat radiating plate and an electrical insulating substrate which is provided with a plurality of resistance heater elements arranged in a direction over a predetermined length and a plurality of electrodes for energizing the resistance heater and is integrated with the heat radiating plate. The substrate is smaller than the heat radiating plate in coefficient of thermal expansion and is fixed to the heat radiating plate at a temperature higher than the normal working temperature range of the thermal head. In the normal working temperature range of the thermal head, the thermal head is convex toward the resistance heater in a cross-section taken along a line parallel to the direction in which the resistance heater elements are arranged due to the difference in coefficient of thermal expansion between the heat radiating plate and the substrate.
    • 热敏头包括散热板和电绝缘基板,电绝缘基板具有沿预定长度方向布置的多个电阻加热元件,以及多个用于激励电阻加热器的电极,并与散热板一体化。 基板的热膨胀系数小于散热板,并且在高于热敏头的正常工作温度范围的温度下固定在散热板上。 在热敏头的正常工作温度范围内,由于热膨胀系数的差异,热敏头沿着平行于电阻加热器元件布置方向的截面截取的电阻加热器凸出 在散热板和基板之间。