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    • 4. 发明授权
    • Recording/reproducing apparatus with a probe to detect data recorded in
pits and projections of a recording medium
    • 具有用于检测记录在记录介质的凹坑和凸起中的数据的探针的记录/再现装置
    • US5581538A
    • 1996-12-03
    • US358545
    • 1994-12-14
    • Tetsuya InuiHirotsugu MatobaSusumu HirataYorishige IshiiKenji Ohta
    • Tetsuya InuiHirotsugu MatobaSusumu HirataYorishige IshiiKenji Ohta
    • G11B9/14G01Q60/12G11B9/00H01L21/66
    • G11B9/1445G11B9/1454G11B9/1472G11B9/149B82Y10/00G01Q80/00Y10S977/947
    • A probe is displaced relative to a recording medium according to a drive voltage. A chip is provided at an end of the probe. The chip serves to form pits and projections on a surface of the recording medium according to a recording voltage (Vp2) and serves to output a current signal responsive to the pits and projections with a reproducing voltage (Vp1) applied. A voltage generator generates the recording voltage and the reproducing voltage based on address and data signals. A sample-hold unit samples at a specified frequency a current signal obtained from a no-recording area of the recording medium by the chip and produces an output voltage signal. A reproducing unit demodulates and reproduces increment and decrement of the current signal obtained from a recording area of the recording medium by the chip. A control unit controls recording and reproduction. The control unit outputs such a drive voltage that the interval between the chip and the recording medium is maintained constant by feedback control based on the voltage signal derived from the sample-hold unit. The control unit controls the recording so that no-recording areas and recording areas are arranged alternately.
    • 根据驱动电压,探针相对于记录介质移位。 在探头的一端设有芯片。 该芯片用于根据记录电压(Vp2)在记录介质的表面上形成凹坑和突起,并用于以施加的再现电压(Vp1)响应于凹坑和突起输出电流信号。 电压发生器基于地址和数据信号产生记录电压和再现电压。 采样保持单元以指定频率对由芯片从记录介质的无记录区域获得的当前信号进行采样,并产生输出电压信号。 再现单元解调并再现由芯片从记录介质的记录区域获得的当前信号的增量和减量。 控制单元控制记录和再现。 控制单元输出通过基于从采样保持单元导出的电压信号的反馈控制将芯片与记录介质之间的间隔保持恒定的驱动电压。 控制单元控制记录,使得不记录区域和记录区域交替布置。
    • 5. 发明授权
    • Recording device
    • 录音设备
    • US5949464A
    • 1999-09-07
    • US895912
    • 1997-07-17
    • Susumu HirataHirotsugu MatobaYorishige IshiiShingo AbeTetsuya Inui
    • Susumu HirataHirotsugu MatobaYorishige IshiiShingo AbeTetsuya Inui
    • B41J2/445B41J2/45B41J2/46B41J2/475
    • B41J2/451B41J2/46B41J2/475
    • A recording device having a highly integrated recording head, which can perform high-quality high-speed printing of halftone image and which is compact and inexpensive to manufacture and can work at reduced running cost (with no need of replacing its recording head due to contamination with ink) and at saved power consumption. The recording device comprises an ink feeding unit for applying ultraviolet curing ink to an image transfer intermediate, an ultraviolet ink-curing head for selectively ultraviolet curing ink applied to the image transfer intermediate according to an image pattern, a platen for pressing a recording medium against the image transfer intermediate to transfer not-cured ink from the image transfer intermediate onto the recording medium, ultraviolet thermal ink-curing unit for fixing the ink on the recording medium and an ink removing unit for removing residual ink from the image transfer intermediate.
    • 具有高度集成的记录头的记录装置,其能够进行半色调图像的高质量高速打印,并且其制造紧凑且便宜,并且可以以降低的运行成本工作(不需要由于污染而替换其记录头 与墨水)和节省的功耗。 记录装置包括用于向图像转印中间体施加紫外线固化油墨的供墨单元,用于根据图像图案施加到图像转印中间体的选择性紫外线固化油墨的紫外线油墨固化头,用于压制记录介质的压板 用于将未固化油墨从图像转印中间转印到记录介质上的图像转印中间体,用于将油墨固定在记录介质上的紫外线热油墨固化单元和用于从图像转印中间体去除残留油墨的除墨单元。
    • 6. 发明授权
    • Thermal head with buckling exothermic resistor and manufacturing method
thereof
    • 具有屈曲放热电阻的热敏头及其制造方法
    • US5926199A
    • 1999-07-20
    • US733824
    • 1996-10-18
    • Hirotsugu MatobaSusumu HirataYorishige IshiiShingo AbeHiroshi OndaTetsuya Inui
    • Hirotsugu MatobaSusumu HirataYorishige IshiiShingo AbeHiroshi OndaTetsuya Inui
    • B41J2/335
    • B41J2/3357
    • A pair of opposite end portions of a buckling exothermic body as an exothermic resistor are fixed onto a substrate via insulating members. The buckling exothermic body heats with resistance thereof by applying a voltage from a power source to the buckling exothermic body via a switch. As inner temperature of the exothermic resistor reaches a predetermined temperature or higher required for the exothermic resistor to buckle, and a compressive force exceeds a buckling load, the exothermic resistor buckles and distorts towards thermosensible paper from a non-shifted state in which there is virtually no thermal stress. As the buckled and distorted exothermic resistor comes into contact with the thermosensible paper, recording, such as printing, is performed only at the contact portion. This reduces thermal mutual interference between neighboring buckling exothermic bodies. As a result, recording of high resolution and high print quality is performed. Moreover, since, unlike the prior art, there is no need to provide an abrasion protection layer, production costs can be cut down and a smaller and lighter head can be made.
    • 作为放热电阻的翘曲放热体的一对相对端部通过绝缘部件固定在基板上。 弯曲放热体通过将来自电源的电压经由开关施加到屈曲放热体而受到其电阻的加热。 由于放热电阻器的内部温度达到放热电阻器所需的预定温度或更高的压力,并且压缩力超过屈​​曲负载,放热电阻器将从非移动状态向热敏纸片弯曲并变形,其中实际上 无热应力。 当弯曲和变形的放热电阻与热敏纸接触时,仅在接触部分进行记录,例如印刷。 这减少了相邻屈曲放热体之间的热相互干扰。 结果,执行高分辨率和高打印质量的记录。 此外,由于与现有技术不同,不需要设置磨损保护层,可以削减生产成本,并且可以制造更小和更轻的头部。