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    • 1. 发明申请
    • Encoder Without Stopping Structure
    • 无停止结构的编码器
    • US20130106624A1
    • 2013-05-02
    • US13806884
    • 2010-07-23
    • Zhiliang Jin
    • Zhiliang Jin
    • H03M1/24
    • H03M1/245G01D5/25H01C10/32H01H19/585
    • An encoder without a stopping structure comprises a rotating shaft (1), an axis sleeve (2), a stopping base (4), a positioning elastic trip (5), a spacer (6), a partition plate (7), at least one movable arm (8), at least one electric brush (9) and at least one main body (11), and they are sequentially arranged from bottom to top. There is not any stopping structure on the rotating shaft (1) and the stopping base (4). The rotating shaft (1) can be rotated 360 degrees or more. The electric brush (9) has a plastic covered part (91), a bent part (92), an elastic arm (93) and a brush head (94) forming an integrated structure. The plastic covered part (91) is covered in a movable arm (8). The bent part (92) connects the plastic covered part (91) and the elastic arm (93) and bends the elastic arm (93) toward the plastic covered part (91). The elastic arm (93) comprises a main arm (931) with long strip ring body and a branch arm (932). Said brush head (94) is pressed at the free ends of the main arm (931) and the branch arm (932). The number of channels of the encoder increases to 32 or more, so that the programming and operating control can be conveniently realized. The electric brush is connected steadily with the circuit plate of the encoding circuit because of the electric brush without any loose situations.
    • 没有止动结构的编码器包括旋转轴(1),轴套(2),止动基座(4),定位弹性跳闸(5),间隔件(6),隔板(7) 至少一个可动臂(8),至少一个电刷(9)和至少一个主体(11),并且它们从底部到顶部依次布置。 旋转轴(1)和止动基座(4)上没有任何止动结构。 旋转轴(1)可旋转360度以上。 电刷(9)具有塑料覆盖部分(91),弯曲部分(92),弹性臂(93)和形成一体结构的刷头(94)。 塑料覆盖部分(91)被覆盖在可动臂(8)中。 弯曲部分(92)连接塑料被覆盖部分(91)和弹性臂(93),并将弹性臂(93)朝向塑料覆盖部分(91)弯曲。 弹性臂(93)包括具有长带环主体和分支臂(932)的主臂(931)。 所述刷头(94)在主臂(931)和分支臂(932)的自由端被按压。 编码器的通道数增加到32个以上,可以方便地实现编程和操作控制。 由于电刷没有任何松动的情况,电刷与编码电路的电路板稳定连接。
    • 4. 发明授权
    • Miniature wireless apparatus for collecting physiological signals
    • 用于收集生理信号的微型无线设备
    • US07672714B2
    • 2010-03-02
    • US11462103
    • 2006-08-03
    • Terry B. J. KuoCheryl C. H. Yang
    • Terry B. J. KuoCheryl C. H. Yang
    • A61B5/02
    • G05G1/08A61B5/0006A61B5/0008A61B5/02405A61B5/04087A61B5/08A61B5/7232A61B2560/0412G05G5/04H01C10/32
    • A miniature wireless apparatus for collecting physiological signals comprises an electrode pair, an amplifier module, a microcontroller, a wireless module, and a battery. The electrode pair collects a pair of physiological signals of a person under test. The amplifier module amplifies the pair of physiological signals. The microcontroller performs an analog-to-digital conversion and a data compression for an amplified physiological signal generated by the amplifier module. The wireless module modulates a digital physiological signal generated by the microcontroller and transmitting the modulated digital physiological signal to a receiver at the far end. The apparatus can be implemented by a structure of multilayered circuit boards. With the progress of semiconductor technology, all the components of the miniature wireless apparatus can be further integrated to one circuit board, or even one chip.
    • 用于收集生理信号的微型无线装置包括电极对,放大器模块,微控制器,无线模块和电池。 电极对收集被测试者的一对生理信号。 放大器模块放大一对生理信号。 微控制器对由放大器模块产生的放大的生理信号执行模数转换和数据压缩。 无线模块调制由微控制器产生的数字生理信号,并将调制的数字生理信号发射到远端的接收机。 该装置可以通过多层电路板的结构来实现。 随着半导体技术的进步,微型无线设备的所有组件都可以进一步集成到一个电路板,甚至一个芯片上。
    • 5. 发明申请
    • Potentiometer
    • 电位器
    • US20090322465A1
    • 2009-12-31
    • US12524202
    • 2008-01-21
    • Josef Inschlag
    • Josef Inschlag
    • H01C10/34
    • H01C10/30H01C10/32
    • The invention relates to a potentiometer comprising (a) at least two electrically conducting segments (12), each of which has a contact end (14) that is bordered by a circumferential edge (16) and which adjoin each other in a flush manner by means of one respective section (18, 20) of the edges (16) thereof, and (b) a connecting device (38) for electrically connecting a first contact point (P1) in a first segment to at least one second contact point (P2, P3) in a second segment that is different from the first segment.
    • 本发明涉及一种电位计,其包括(a)至少两个导电段(12),每个导电段(12)具有接触端(14),接触端(14)由圆周边缘(16)界定,并且以齐平的方式相互邻接, 其边缘(16)的一个相应部分(18,20)的装置和(b)用于将第一段中的第一接触点(P1)电连接到至少一个第二接触点的连接装置(38) P2,P3)在不同于第一段的第二段中。
    • 6. 发明申请
    • Chip Type Variable Electronic Part and Chip Type Variable Resistor
    • 芯片型可变电子部件和芯片型可变电阻器
    • US20080164971A1
    • 2008-07-10
    • US11597042
    • 2005-04-13
    • Akiko Araki
    • Akiko Araki
    • H01C10/34
    • H01C10/32H01C10/34
    • In a chip type variable electronic part including an insulating substrate, and an adjustment rotor made of a metal plate rotatably mounted on an upper surface of the insulating substrate, in which the rotor is constituted of a first plate formed in a bowl shape to receive a screwdriver that rotates the rotor, and a second plate superposed on an upper surface of the first plate and integrally coupled thereto via a fold-back joint, and the second plate includes a screwdriver engagement hole perforated therein for the screwdriver to be fitted in, the fold-back joint is bent downward from an upper surface of the second plate, thereby preventing deformation of the fold-back joint when the rotor is rotated with the screwdriver.
    • 在包括绝缘基板的芯片型可变电子部件和由可旋转地安装在绝缘基板的上表面上的金属板制成的调节转子中,转子由形成为碗状的第一板构成,以接收 旋转转子的螺丝刀和叠置在第一板的上表面上并通过折叠接头一体地联接到其上的第二板,并且第二板包括穿在其中的螺丝刀接合孔,用于安装螺丝刀, 折叠接头从第二板的上表面向下弯曲,从而防止当转子用螺丝刀旋转时折回接头的变形。
    • 9. 发明授权
    • Rotating electronic part and method of manufacturing the same
    • 旋转电子部件及其制造方法
    • US07077656B2
    • 2006-07-18
    • US11192296
    • 2005-07-28
    • Seiki Miura
    • Seiki Miura
    • H01R39/00
    • H01C10/32H01R39/24Y10T29/49139Y10T29/49165
    • A rotating electronic part has a board; a case composed of insulating resin; a supporting projection made of resin integrally structured with the case; and a rotating member. The board is provided with a central hole and three or more notches around the central hole at even angular intervals. The case fixes the board so as to maintain a penetration state of the central hole on the board. Each of the supporting projections is partially provided in one of the notches and projects to an inner radius of the central hole. The rotating member has a shaft inserted in the central hole on the board and is rotatably supported at the distal ends of the supporting projections; and a contact that faces to the board, makes a rotational movement with the rotation of the shaft, and contacts the board to output electric signals outward.
    • 旋转电子部件具有板; 由绝缘树脂构成的壳体; 由与壳体一体构成的树脂制成的支撑突起; 和旋转构件。 板上设有一个中心孔和三个或更多个凹口,围绕中心孔以均匀的角度间隔。 壳体固定板,以保持板上的中心孔的穿透状态。 每个支撑突起部分地设置在凹口中的一个中并突出到中心孔的内半径。 旋转构件具有插入板上的中心孔中的轴,并且可旋转地支撑在支撑突起的远端处; 并且面向板的接触件随着轴的旋转而进行旋转运动,并且与板接触以向外输出电信号。
    • 10. 发明申请
    • Contact plate apparatus for determining the position of a joystick
    • 用于确定操纵杆位置的接触板装置
    • US20050231322A1
    • 2005-10-20
    • US10967452
    • 2004-10-18
    • Chi Fong
    • Chi Fong
    • A63F13/02G05G9/047G06F3/02G06F3/033H01C10/10H01C10/32
    • H01C10/32G05G2009/04744G05G2009/04748
    • A user input device, such as a joystick, includes a wiper and a contact plate imprinted upon a printed circuit card. An arm, movable about at least one axis of motion is provided. Movement of the arm about an axis imparts relative movement between an associated wiper and the contact plate. The contact plate includes a plurality of conductive sub-regions. The relative movement of the wiper and the contact plate causes the wiper to sequentially form electrical contact with an individual sub-region, then two adjacent sub-regions, then an individual sub-region, comprising the other of the two adjacent sub-region. A microprocessor decodes an encoded pattern output generated by leads operably attached to the conductive sub-regions.
    • 诸如操纵杆的用户输入装置包括擦拭器和印刷在印刷电路卡上的接触板。 提供可围绕至少一个运动轴线移动的臂。 手臂围绕轴的运动赋予相关联的擦拭器和接触板之间的相对运动。 接触板包括多个导电子区域。 擦拭器和接触板的相对运动导致擦拭器顺序地形成与单个子区域,然后两个相邻子区域,然后是包括两个相邻子区域中的另一个子区域的单独子区域的电接触。 微处理器对由可操作地连接到导电子区域的引线产生的编码图案输出进行解码。