会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 52. 发明申请
    • PAPER FEED MECHANISM AND PRINTER
    • 纸张进纸机构和打印机
    • US20100219581A1
    • 2010-09-02
    • US12716224
    • 2010-03-02
    • Masahiko Yamada
    • Masahiko Yamada
    • B65H5/06
    • B65H5/062B65H2402/24B65H2402/441B65H2404/1431B65H2404/611
    • A printer has a paper feed mechanism that can reliably balance the paper feed force of the paper feed roller and paper pressure roller on the left and right sides of the recording paper width. Using the self-centering action of a pressure lever fulcrum 31k and adjustment of the position where an extension spring 32 applies force, the paper feed mechanism 30 of a printer 1 can press the paper pressure roller 23 that is supported by a pressure lever 31 to a paper feed roller 21 so that the paper pressure roller 23 applies equal pressure at all points along the width of the paper feed roller 21, can balance the paper feed force applied by the paper feed roller 21 and the paper pressure roller 23 to the recording paper 12a left and right widthwise to the paper, and can prevent the recording paper 12a from meandering, skewing, and jamming.
    • 打印机具有能够可靠地平衡记录纸宽度的左侧和右侧的供纸辊和纸张压力辊的供纸力的进纸机构。 使用压力杆支点31k的自定心动作和拉伸弹簧32施加力的位置的调整,打印机1的供纸机构30可以将由压力杆31支撑的纸压力辊23按压到 供纸辊21,使得纸张压力辊23在沿着进纸辊21的宽度的所有点处施加相等的压力,可以将由供纸辊21和纸张压力辊23施加的供纸力平衡到记录纸 纸张12a左右横向纸张,并且可以防止记录纸12a蜿蜒,歪斜和干扰。
    • 53. 发明授权
    • In-wheel suspension
    • 车轮悬挂
    • US07699326B2
    • 2010-04-20
    • US11813961
    • 2006-08-07
    • Masahiko Yamada
    • Masahiko Yamada
    • B60G7/02
    • B60G7/008B60G3/01B60G2200/10B60G2200/46B60G2200/462B60G2204/30B60G2204/4104B60G2204/4232B60G2206/50
    • An in-wheel suspension including a vehicle body-side member (90). The vehicle body-side member (90) is coupled with a vehicle body at least two coupling portions (92a, 92b, 92c), one of which is positioned above a wheel center and the other of which is positioned below the wheel center, via respective elastic members (96a, 96b, 96c). The elastic member (96b) arranged at the upper coupling portion (92b) has portions with high rigidity, and portions with low rigidity formed in an oblique direction that extends upward and toward an inside of a vehicle from a position outside of the vehicle. The elastic member (96a, 96c) arranged at the lower coupling portion (92a, 92c) has portions with high rigidity, and portions with low rigidity formed in an oblique direction that extends downward and toward the inside of the vehicle from a position outside of the vehicle.
    • 一种车轮悬架,包括车体侧构件(90)。 车身侧构件(90)与车身与至少两个联接部分(92a,92b,92c)联接,其中一个联接部分(92a,92b,92c)位于车轮中心之上并且另一个位于车轮中心下方,经由 各弹性部件(96a,96b,96c)。 布置在上连接部分(92b)处的弹性构件(96b)具有高刚性部分,并且从车辆外部的位置向上并向车辆内侧向倾斜方向形成刚性低的部分。 布置在下连接部分(92a,92c)处的弹性构件(96a,96c)具有高刚性部分,并且从倾斜方向形成的刚性部分从向外延伸的车辆外侧的位置向下延伸 机动车。
    • 58. 发明授权
    • Image processing method and apparatus
    • 图像处理方法和装置
    • US06233362B1
    • 2001-05-15
    • US09298851
    • 1999-04-26
    • Hideya TakeoMasahiko YamadaNobuyoshi Nakajima
    • Hideya TakeoMasahiko YamadaNobuyoshi Nakajima
    • G06K940
    • G06T7/0012G06K9/4609G06T5/004G06T5/008G06T5/30G06T7/0004G06T2207/10116G06T2207/20044G06T2207/30068
    • An operation of an iris filter is carried out on an original image signal representing an image, and the degree of centralization of gradients of the original image signal with respect to a picture element is thereby calculated, each of picture elements constituting the image being taken as the picture element. An image portion, which is associated with a high degree of centralization, in the image is detected in accordance with the calculated degree of centralization. Image emphasis processing is then selectively carried out on the detected image portion. Alternatively, a morphology operation is carried out on an original image signal Dorg by using a multiply structure element Bi and a scale factor &lgr;, and a morphology signal Dmor is thereby obtained. The morphology signal Dmor represents whether each of picture elements constituting the image is or is not the one corresponding to an image portion, at which the original image signal Dorg fluctuates in a spatially narrower range than the multiply structure element Bi. Image emphasis processing is then carried out on the original image signal Dorg and in accordance with the morphology signal Dmor.
    • 对表示图像的原始图像信号进行虹膜滤波器的操作,由此计算原始图像信号相对于图像元素的梯度的集中度,构成图像的每个图像元素被视为 图片元素。 根据计算的集中度来检测图像中与高度集中度相关联的图像部分。 然后在检测到的图像部分上选择性地执行图像强调处理。 或者,通过使用多重结构元素Bi和比例因子羔羊,对原始图像信号Dorg进行形态学操作,由此获得形态信号Dmor。 形态信号Dmor表示构成图像的每个图像是否是与图像部分对应的图像元素,其中原始图像信号Dorg在空间上比多重结构元素Bi更窄的范围内变化。 然后对原始图像信号Dorg进行图像强调处理,并根据形态信号Dmor进行。
    • 59. 发明授权
    • Winding shaft and a printer using the same
    • 绕线轴和使用其的打印机
    • US6106175A
    • 2000-08-22
    • US131603
    • 1998-08-10
    • Hiroshi NaritaMasahiko YamadaNaoki AsaiKenichiro Arai
    • Hiroshi NaritaMasahiko YamadaNaoki AsaiKenichiro Arai
    • B41J15/16B65H18/04B65H75/24B41J11/26
    • B65H75/24B65H18/04B65H75/242
    • A winding shaft, for use in a printer, which allows a wound recording paper to be easily removed therefrom. The winding shaft includes a shaft main body, a winding portion and a support-removing member. The winding portion, which sandwiches the shaft main body, winds the recording paper therearound. The shaft main body includes a pair of support-removing members, which respectively project from the shaft main body. The two support-removing members are respectively supported on the two side portions of the shaft main body in such a manner that they can be freely rotated about their respective support shafts. A tension-coiled spring is bridgingly disposed between the two support-removing members, so that the two support-removing members remain in standing positions when no external force is applied to them. If the recording paper is lightly rotated in a direction opposite to the winding direction of the recording paper, then the two support-removing members are brought down in the same direction due to an external force applied thereto from the innermost peripheral recording paper. As a result, the innermost peripheral recording paper is loosened, that is, is caused to float loosely from the outer peripheral surface of the shaft main body, thereby enabling the removable of the recording paper from the winding shaft.
    • 用于打印机中的卷绕轴,其允许容易从其中去除伤口记录纸。 卷绕轴包括轴主体,卷绕部分和支撑件移除部件。 卷绕轴主体的卷绕部分绕着记录纸缠绕。 轴主体包括分别从轴主体突出的一对支撑移除构件。 两个支撑移除部件分别支撑在轴主体的两个侧部上,使得它们能够绕其各自的支撑轴自由旋转。 张紧螺旋弹簧桥接地布置在两个支撑移除构件之间,使得当没有施加外力时,两个支撑件移除构件保持在竖立位置。 如果记录纸在与记录纸的卷绕方向相反的方向上轻微旋转,则两个支撑件移除部件由于从最内侧的周边记录纸施加到其上的外力而沿同一方向下降。 结果,最内侧的周边记录纸被松动,从而使其从轴主体的外周表面松动地浮动,从而能够从卷轴移除记录纸。
    • 60. 发明授权
    • Image processing method and apparatus
    • 图像处理方法和装置
    • US6072913A
    • 2000-06-06
    • US974689
    • 1997-11-19
    • Masahiko Yamada
    • Masahiko Yamada
    • H04N5/325G06T5/00G06T5/20G06T9/00H04N1/407H04N1/409G06K9/40
    • G06T9/00
    • Unsharp mask image signals having different frequency response characteristics are formed from an original image signal, and band-limited image signals are formed from the unsharp mask image signals. First and second converting processes are carried out on the band-limited image signals, and first converted image signals and second converted image signals are thereby formed. The first converted image signals are integrated, and a signal concerning high frequency components is thereby obtained. Also, the second converted image signals are integrated, the thus obtained integration signal is subtracted from the original image signal, and a difference signal is thereby formed. The difference signal is converted, and a signal concerning low frequency components is thereby obtained. The signal concerning high frequency components and the signal concerning low frequency components are added to the original image signal. Thus the high frequency components of the original image signal are emphasized, and the dynamic range of the original image signal is compressed.
    • 从原始图像信号形成具有不同频率响应特性的非锐化掩模图像信号,并且从锐化掩模图像信号形成带限图像信号。 对带限图像信号进行第一和第二转换处理,从而形成第一转换图像信号和第二转换图像信号。 第一转换图像信号被积分,从而获得关于高频分量的信号。 此外,第二转换图像信号被积分,从原始图像信号中减去所获得的积分信号,由此形成差分信号。 差分信号被转换,从而获得关于低频分量的信号。 关于高频分量的信号和关于低频分量的信号被添加到原始图像信号。 因此,强调原始图像信号的高频分量,并压缩原始图像信号的动态范围。