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    • 71. 发明授权
    • Battery charger
    • 充电器
    • US4528492A
    • 1985-07-09
    • US482368
    • 1983-04-05
    • Masahiro InaniwaYoichi Ogawa
    • Masahiro InaniwaYoichi Ogawa
    • H02J7/00H02J7/10
    • H02J7/008Y10S320/19
    • A battery charger comprises a rectifier connected to a source of alternating voltage for generating a rectified sinusoidal halfwave voltage and a thyristor connected in a first circuit between the rectifier and a rechargeable battery for applying the sinusoidal halfwave voltage thereto. An RC triggering network is provided in a second circuit between the battery and the gate of the thyristor for triggering the same into conduction to apply the sinusoidal voltage to the battery when the instantaneous value of the voltage is higher than the voltage of the battery. A temperature responsive switch is provided for disconnecting the second circuit when the battery is heated to a temperature higher than a predetermined value. Further provided is a transistor responsive to the temperature responsive switch for establishing a short-circuit path to the gate of the thyristor.
    • 电池充电器包括连接到用于产生整流的正弦半波电压的交流电压源的整流器和连接在整流器和可充电电池之间的第一电路中的晶闸管,用于向其施加正弦半波电压。 在电池和晶闸管的栅极之间的第二电路中提供RC触发网络,用于当电压的瞬时值高于电池的电压时,触发相同的导通以将正弦电压施加到电池。 提供温度响应开关用于当电池被加热到高于预定值的温度时将第二电路断开。 进一步提供了响应于温度响应开关的晶体管,用于建立到晶闸管的栅极的短路路径。
    • 72. 发明授权
    • Safety device for preventing overspeed
    • 防止超速的安全装置
    • US4423346A
    • 1983-12-27
    • US263240
    • 1981-05-13
    • Yuki Nakazawa
    • Yuki Nakazawa
    • H01H35/10H02H5/00
    • H01H35/10
    • A safety device for preventing overspeed of a rotary shaft driven by an electrical motor is arranged to cut a portion of an electrical circuit feeding the motor with electrical power, by making a cutter received in a rotary member jump up or protrude by a centrifugal force acting on the cutter, so that dangerous overspeed is prevented. The cutter is movably received in a radial bore made in the rotary member, and receives a tensile force from a coil spring which is fixedly supported by the rotary member at one end of the spring. An adjusting screw, which is a cylindrical member, is provided for biasing the cutter against the tensile force from the spring. A critical rotational speed, above which the cutter jumps to break the electrical circuit, can be freely adjusted by changing the position of the adjusting screw. The change in position of the adjusting screw results in both the change of an eccentric distance of the cutter and the change of the tensile force of the spring.
    • 一种用于防止由电动马达驱动的旋转轴超速的安全装置被设置成通过使接收在旋转构件中的切割器通过作用的离心力跳动或突出来切割供电电机的电力的一部分, 在刀具上,以防止危险的超速。 刀具可移动地容纳在旋转构件中形成的径向孔中,并且在弹簧的一端受到由旋转构件固定支撑的螺旋弹簧的拉力。 提供作为圆柱形构件的调节螺钉用于抵抗来自弹簧的拉力而偏压切割器。 临界旋转速度可以通过改变调节螺丝的位置而自由地调节切割器跳过以断开电路。 调节螺钉的位置变化导致切割器的偏心距离的改变和弹簧的张力的变化。
    • 73. 发明授权
    • Vibratory tool with a vibration proof mechanism for the handle thereof
    • 具有用于其手柄的防振机构的振动工具
    • US4401167A
    • 1983-08-30
    • US264176
    • 1981-05-15
    • Masaaki SekizawaYasuo Sasaki
    • Masaaki SekizawaYasuo Sasaki
    • B25D11/12B25D17/04B25F5/00F16F1/54E21B12/00
    • F16F1/54B25D17/043B25F5/006F16F2236/123
    • At least two vibration proof elements are interposed between a tool body and the handle thereof. Each of the elements has a first supporting member connected to the handle, and two rubber blocks interposed between the first and second supporting members so that the element functions as a shock absorber. The first supporting member is partially received in the second supporting member in such a manner that the first supporting member is reciprocally movable with respect to the second supporting member when a force is applied to the element in a longitudinal direction of the tool body. Each of the first and second supporting members has a U-shaped portion so that the inner surface of the second supporting member abuts the outer surface of the first supporting member thus preventing the handle from excessively rotating about an axis perpendicular to the longitudinal axis, and passing through the elements.
    • 至少两个防振元件插入在工具主体和其手柄之间。 每个元件具有连接到手柄的第一支撑构件和插入在第一和第二支撑构件之间的两个橡胶块,使得该元件用作减震器。 第一支撑构件被部分地容纳在第二支撑构件中,使得当沿着工具主体的纵向施加力时,第一支撑构件可相对于第二支撑构件往复运动。 第一支撑构件和第二支撑构件中的每一个具有U形部分,使得第二支撑构件的内表面抵靠第一支撑构件的外表面,从而防止手柄围绕垂直于纵向轴线的轴线过度旋转,并且 通过元素。
    • 74. 发明授权
    • Percussion drill
    • 打击乐器
    • US4336847A
    • 1982-06-29
    • US163504
    • 1980-06-27
    • Koshichi ItoYoshihiko Watanabe
    • Koshichi ItoYoshihiko Watanabe
    • B25D16/00B25D17/06B23B45/04
    • B25D16/00B25D17/06B25D2211/003B25D2211/068B25D2217/0015
    • A percussion drill comprises an open-ended, hollow cylinder having an air exhaust hole on the side wall thereof, a piston mounted in the rear end portion of the cylinder, and a slide shaft mounted in the front end portion of the cylinder. A drill bit is releasably attached to the forward end of the slide shaft for working with a material. Between the piston and the slide shaft is mounted a striker which forms a forward variable volume air chamber and a rearward variable volume air chamber. The piston is driven by a motor-crankshaft arrangement to reciprocate axially in the cylinder to cause a positive high pressure to develop in the rearward chamber, which pressure provides an impact on the striker whose mechanical energy is transferred to the slide shaft. A return movement of the piston develops a negative pressure in the rearward chamber to pull back the striker to the impact position. The striker is formed with an air passage which is open at one end to the forward chamber and at the other end to the side wall thereof for communicating the forward chamber to the atmosphere through the air exhaust hole of the cylinder. This communication is established when the workpiece is pierced to allow a negative pressure to develop in the forward chamber.
    • 冲击钻包括开口的中空圆筒,其侧壁上具有排气孔,安装在气缸的后端部的活塞和安装在气缸的前端部的滑动轴。 钻头可释放地附接到滑动轴的前端,用于处理材料。 在活塞和滑动轴之间安装有撞击器,其形成前部可变容积空气室和向后可变容积的空气室。 活塞由电动机 - 曲轴装置驱动,以在气缸中轴向往复运动,从而在后室中形成正高压,该压力对其机械能传递到滑动轴的撞针提供冲击。 活塞的返回运动在后室中产生负压,以将撞针拉回冲击位置。 撞针形成有一个空气通道,该通道在一端向前室敞开,另一端形成在其侧壁上,用于通过气缸的排气孔将前室与大气连通。 当穿透工件以允许在正向室中产生负压时,建立该通信。
    • 76. 发明授权
    • Paper feed control system in a printer
    • 打印机中的送纸控制系统
    • US4228938A
    • 1980-10-21
    • US923240
    • 1978-07-10
    • Hisayoshi MonmaShigenobu KatagiriHiroomi Kozawa
    • Hisayoshi MonmaShigenobu KatagiriHiroomi Kozawa
    • G06F3/12B41J11/42B41J11/44B65H20/22G06K15/16B65H25/10
    • B41J11/44B65H20/22
    • In a paper feed control system employing a pulse motor steppingly rotatable in response to driving pulses, paper feeding is controlled by a prepunched format tape wherein line pulses generated every one line feeding of the paper are in synchronism with perforations detected from the format tape. Briefly, the format tape is moved by the pulse motor, and when a first perforation is detected therefrom a predetermined number of the driving pulses is applied to the pulse motor, whereby the format tape is moved to an approximate midpoint of the perforation. A first line pulse is generated in response to the predetermined number of the driving pulses so that the line pulse is generated in approximate midpoint of the first perforation. Accordingly, the succeeding line pulses are generated in the approximate midpoints of the succeeding perforations.
    • 在采用响应于驱动脉冲而逐步旋转的脉冲电机的供纸控制系统中,通过预先打孔的格式磁带来控制供纸,其中每一行送纸所产生的线脉冲与从格式磁带检测的穿孔同步。 简而言之,格式磁带被脉冲电机移动,并且当从其检测到第一穿孔时,将预定数量的驱动脉冲施加到脉冲电机,由此格式磁带移动到穿孔的大致中点。 响应于预定数量的驱动脉冲产生第一行脉冲,使得在第一穿孔的大致中点产生线脉冲。 因此,后续行脉冲在后续穿孔的近似中点处产生。
    • 77. 发明授权
    • Printing apparatus
    • 印刷装置
    • US4210076A
    • 1980-07-01
    • US909106
    • 1978-05-24
    • Takahiro YamamotoKazuo Sugano
    • Takahiro YamamotoKazuo Sugano
    • B41J1/20B41J11/20B41J25/308
    • B41J11/20
    • A printing apparatus comprising a stationary frame structure having accommodated therewithin a plurality of printing hammers arranged in a row, a tiltable support structure positioned in front of the frame structure and rotatable about an axis fixed on the frame structure, a type carrier movable on the support structure partially along a straight travelling path extending in parallel with the row of the printing hammers and forming an elongated clearance between the travelling path and the row of the printing hammers, position retaining means for holding the support structure in an inoperative position having the travelling path of the type carrier spaced wider apart from the row of the printing hammers, clearance adjusting means for minutely adjusting the above mentioned clearance depending upon the thickness of the printing sheet or sheets to be printed at a time, and cam means providing a mechanical and functional intervention between the position retaining and clearance adjusting means.
    • 一种打印设备,包括:固定框架结构,其中容纳有排列成一排的多个打印锤;可倾斜的支撑结构,其位于所述框架结构的前面,并且可围绕固定在所述框架结构上的轴线旋转;可在所述支撑件 结构部分地沿着平行于印刷锤的平行延伸的直线行进路径,并且在行进路径和行的打印锤之间形成细长间隙,位置保持装置用于将支撑结构保持在具有行进路径的不工作位置 与打印锤排相距较宽的类型托架间隔调整装置,用于根据要打印的一次或多张片材的厚度一次微调上述间隙,以及提供机械和功能的凸轮装置 介入位置保持和间隙调整m 没有
    • 78. 发明授权
    • Printing apparatus having print line visibility control
    • 具有打印线可视性控制的打印设备
    • US4196666A
    • 1980-04-08
    • US773763
    • 1977-03-02
    • Tsuneki KobayashiToshio HikiKiyoo Kawate
    • Tsuneki KobayashiToshio HikiKiyoo Kawate
    • B41J1/20B41J11/14B41J29/06B41J29/18
    • B41J1/20B41J29/18
    • A printing apparatus comprising a type carrier to travel along a print line on a printing paper, a plurality of printing hammers to be selectively driven to strike the printing paper against an inking ribbon and the inking ribbon against a platen in front of the inking ribbon, and a support member supporting the type carrier, inking ribbon and platen thereon, wherein the support member is movable between a position holding the type carrier, inking ribbon and platen in positions capable of performing printing operation but intercepting the line of sight between the print line and the operator's eyes and a position holding the type carrier, inking ribbon and platen in inoperative positions but providing an unobstructed line of sight from the operator's eyes toward the print line for enabling the operator to clearly view the printed information along the print line.
    • 一种打印装置,包括:沿着打印纸上的打印线行进的类型托架;多个打印锤,其被选择性地驱动以使打印纸抵靠着墨色带和打印色带抵靠着色带前方的压板; 以及支撑构件,其支撑所述载体,着色带和压板,其中,所述支撑构件可以在能够执行打印操作但是截断所述打印线之间的视线的位置之间在保持所述载体,着墨带和压板之间移动 并且操作者的眼睛和位置保持类型承载件,着色带和压板处于不工作位置,但是从操作者的眼睛朝向打印线提供无阻碍的视线,以使操作者能够沿着打印线清楚地查看打印信息。
    • 80. 发明授权
    • Power operated screwdriver
    • 电动螺丝刀
    • US5138916A
    • 1992-08-18
    • US742243
    • 1991-08-08
    • Yuichi SatoAtsushi Nakagawa
    • Yuichi SatoAtsushi Nakagawa
    • B25B21/00B25B23/00B25B23/14B25B23/157F16D11/00
    • B25B23/00B25B23/141
    • A power operated screwdriver including a support shaft firmly secured to a motor housing, a gear driven by a motor shaft and rotatably mounted on the support shaft, a main spindle slidably mounted on the supported shaft and holding a detachable drill bit, and an intermediate clutch disc slidably mounted on the support shaft between the gear and the main spindle. The gear and the intermediate clutch disc are selectively connected and separated by a first clutch, while the intermediate clutch disc and the main spindle are always connected together by a second clutch. A compression coil spring acts between the support shaft and the intermediate clutch disc and urges the intermediate clutch disc toward the main spindle to disengage the first clutch. With this construction, the a rotational driving force of the gear is transmitted to the main spindle via the intermediate clutch disc and first and second clutches only when the screwdriver is performing a screw-driving operation. During a no-load rotation of the gear, the main spindle is separated from the gear so that the driver bit can be fitted in a groove in the head of a screw stably and reliably.
    • 一种电动螺丝刀,包括牢固地固定到马达壳体的支撑轴,由马达轴驱动并可旋转地安装在支撑轴上的齿轮,可滑动地安装在支撑轴上并保持可拆卸钻头的主轴和中间离合器 盘可滑动地安装在齿轮和主轴之间的支撑轴上。 齿轮和中间离合器盘由第一离合器选择性地连接和分离,而中间离合器盘和主轴总是通过第二离合器连接在一起。 压缩螺旋弹簧作用在支撑轴和中间离合器盘之间,并且推动中间离合器盘朝主轴脱离第一离合器。 通过这种结构,仅当螺丝刀进行螺丝驱动操作时,齿轮的旋转驱动力通过中间离合器盘和第一和第二离合器传递到主轴。 在齿轮的空载旋转期间,主轴与齿轮分离,使得驾驶员头可以稳定可靠地装配在螺钉头部的凹槽中。