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
    • 1. 发明授权
    • Multiple-valued literal circuit using resonant tunneling diodes
    • 使用谐振隧道二极管的多值文字电路
    • US5714891A
    • 1998-02-03
    • US650178
    • 1996-05-20
    • Hung C. LinTang Hao
    • Hung C. LinTang Hao
    • H03M1/36H03K19/10
    • B82Y10/00H03M1/361
    • A multiple-valued literal circuit is implemented with resonant tunneling diodes (RTD). A number of RTD sections are connected in series with a current source. Current is tapped by a current bleeder between every two adjacent RTD sections. The current bleeders are turned on at different levels of input voltage, which is applied at the joint between the current source and the RTD sections. When the voltage reaches a certain threshold level, the current bleeder with the highest threshold voltage is turned on and taps the most current from the current source, depleting the current from other current bleeders with lower threshold voltages. Thus only one dominant current is tapped from the current source. The literal circuit can be used for multiple-valued decoders, multiplexers, demultiplexers and other multiple-valued digital systems.
    • 谐振隧道二极管(RTD)实现了多值文字电路。 许多RTD部分与电流源串联连接。 每两个相邻RTD部分之间的电流泄漏电流被分流。 电流放电器以不同的输入电压水平开启,这些电压源被施加在电流源和RTD部分之间的接头处。 当电压达到一定的阈值电平时,具有最高阈值电压的电流放电器导通,并从电流源抽出最大电流,从较低阈值电压的其他电流泄放器中消耗电流。 因此,只有一个主流电流从当前源被轻敲。 文字电路可用于多值解码器,多路复用器,解复用器和其他多值数字系统。
    • 2. 发明授权
    • Visual aid for the hearing impaired
    • 听障人士视力辅助
    • US5029216A
    • 1991-07-02
    • US363807
    • 1989-06-09
    • Murzban D. JhabvalaHung C. Lin
    • Murzban D. JhabvalaHung C. Lin
    • G02C11/06G09B21/00H04R25/00
    • H04R25/552G02C11/06G09B21/009H04R25/407
    • A multi-channel electronic visual aid device which is able to signal to the user whether sound is coming from the left or right, front or back, or both. For the plurality of channels, which may operate in pairs, the sound is picked up by a respective microphone and amplified and rectified into a DC voltage. The DC voltage is next fed to an analog to digital converter and then to a digital encoder. The binary code from the encoder is coupled into a logic circuit where the binary code is decoded to provide a plurality of output levels which are used to drive an indicator which, in turn, provides a visual indication of the sound level received. The binary codes for each pair of channels are also fed into a digital comparator. The output of the comparator is used to enable the logic circuits of the two channels such that if, for example, the signal coming from the right is louder than that coming from the left, the output of the logic unit of the right channel will be enabled and the corresponding indicator activated, indicating the sound source on the right. An indication of the loudness is also provided. One embodiment of the invention may be carried by the hearing impaired or deaf, as a system, for example, which is embedded into eye glasses or a cap. Another embodiment of the invention may be integrated with a vehicle to give a hearing impaired or deaf driver a warning, with a directional indication, that an emergency vehicle is in the vicinity. In this second embodiment, the emergency vehicle transmits an RF signal which would be used as an enabling signal for the visual aid device to avoid false alarms from traffic and other sound sources in the vicinity of the dirver's vehicle.
    • 一种多通道电子视觉辅助装置,其能够向用户发出声音是从左还是右,前,后或二者发出。 对于可以成对操作的多个通道,声音由相应的麦克风拾取并被放大并整流为直流电压。 然后将直流电压馈送到模数转换器,然后馈送到数字编码器。 来自编码器的二进制码被耦合到逻辑电路中,其中二进制码被解码以提供多个输出电平,这些输出电平用于驱动指示符,这又指示了所接收的声级的视觉指示。 每对通道的二进制码也被馈送到数字比较器。 比较器的输出用于使能两个通道的逻辑电路,使得如果例如来自右侧的信号比来自左侧的信号更大,则右声道的逻辑单元的输出将为 启用,相应的指示灯激活,指示右侧的声源。 还提供了响度的指示。 本发明的一个实施例可以由听力受损或耳聋携带,例如作为嵌入眼镜或帽中的系统。 本发明的另一个实施例可以与车辆集成,以给予听力受损或聋哑驾驶员带有方向指示的紧急车辆在附近的警告。 在该第二实施例中,紧急车辆发送将被用作视觉辅助装置的使能信号的RF信号,以避免来自车辆附近的交通和其他声源的错误警报。
    • 3. 发明授权
    • Method of simulating a semiconductor MOSFET
    • 模拟半导体MOSFET的方法
    • US4584662A
    • 1986-04-22
    • US666351
    • 1984-10-30
    • Hung C. Lin
    • Hung C. Lin
    • G06G7/62G06F7/00G06G7/48
    • G06G7/62
    • A method of simulating the voltage-current characteristics of a short channel metal-oxide-semiconductor field effect transistor (MOSFET) by connecting a series of incremental MOSFETs of different threshold voltages. The threshold voltages near the source and the drain are reduced due to charge sharing. The substrate of each reduced threshold voltage incremental MOSFET is connected to its source. The reduction in threshold voltage can be obtained by Schwartz-Christoffel transformation of the depletion layer edges of the charge sharing region. From these threshold voltages one can calculate the incremental channel conductances and the voltage drops.
    • 通过连接不同阈值电压的一系列增量MOSFET来模拟短沟道金属氧化物半导体场效应晶体管(MOSFET)的电压 - 电流特性的方法。 源极和漏极附近的阈值电压由于电荷共享而降低。 每个降低的阈值电压增量MOSFET的基板连接到其源极。 阈值电压的降低可以通过电荷共享区域的耗尽层边缘的Schwartz-Christoffel变换来获得。 从这些阈值电压可以计算增量通道电导和电压降。
    • 5. 发明授权
    • Multi-dimensional memory cell using resonant tunneling diodes
    • 使用谐振隧道二极管的多维存储单元
    • US5280445A
    • 1994-01-18
    • US940226
    • 1992-09-03
    • Ming-Huei ShiehHung C. Lin
    • Ming-Huei ShiehHung C. Lin
    • G11C11/56G11C5/06
    • B82Y10/00G11C11/56G11C2211/5614
    • A number of resonant tunneling diodes are connected in series with a resistor, a current source or a load device. A bit line is connected to every joint between any two devices through a switch. When properly biased, there can be (N+1).sup.m number of stable quantized operating points which are represented by a combination of m variables (of either voltage or current, where N is the number of peaks of the folding I-V characteristic and m is the number of bit lines. The m bit lines can write in (N+1).sup.m different combinations of inputs. During reading, the quantized voltage (or current) at each bit line is sensed. The number of stable states can be doubled by changing the polarity of the power supply.
    • 多个谐振隧道二极管与电阻器,电流源或负载装置串联连接。 通过开关将位线连接到任何两个设备之间的每个接头。 当适当偏置时,可以有(N + 1)m个稳定的量化工作点,它们由m个变量(电压或电流的组合)表示,其中N是折叠IV特性的峰值数,m是 位线数,m位线可以写入(N + 1)m个不同的输入组合,在读取期间,检测每个位线处的量化电压(或电流),稳定状态的数量可以加倍 改变电源的极性。
    • 8. 发明授权
    • Fuzzy membership function generator using resonant tunneling diodes
    • 使用谐振隧道二极管的模糊隶属函数发生器
    • US5572626A
    • 1996-11-05
    • US246296
    • 1994-05-19
    • Hung C. LinSen-Jung WeiHao Tang
    • Hung C. LinSen-Jung WeiHao Tang
    • G06N7/04G06G7/00
    • B82Y10/00G06N7/043Y10S706/90
    • The folding V-I characteristic of a resonant tunneling diode (RTD) is utilized to generate the multiple membership functions for each antecedent. The folding characteristic of an RTD generally has a triangular shape, which corresponds to the popular membership function functions commonly in use. The amount of overlap of adjacent membership functions can be adjusted by adding or substracting a dc current to or from the RTD characteristic. The use of RTD folding characteristic to generate multiple membership functions can be used in a fuzzifier to simplify circuit implementation. A time varying membership function can be generated by sweeping the RTD with a voltage ramp. This time varying membership function can be used in the defuzzifier to obtain a crisp output.
    • 谐振隧道二极管(RTD)的折叠V-I特性用于为每个前提产生多个隶属函数。 RTD的折叠特性通常具有三角形形状,其对应于通常使用的常用隶属函数函数。 可以通过将直流电流加到或减去RTD特性来调整相邻隶属函数的重叠量。 可以在模糊器中使用RTD折叠特性来生成多个隶属函数来简化电路实现。 可以通过用电压斜坡扫描RTD来产生时变隶属函数。 这种时变隶属函数可以在去模糊器中使用以获得清晰的输出。
    • 10. 发明授权
    • Dual-CCD, real-time, fully-analog correlator
    • 双CCD,实时,全模拟相关器
    • US4079238A
    • 1978-03-14
    • US625696
    • 1975-10-24
    • Donald Ross LampeMarvin Hart WhiteHung C. Lin
    • Donald Ross LampeMarvin Hart WhiteHung C. Lin
    • G06G7/163G06G7/19G11C27/04H03K5/159
    • G11C27/04G06G7/163G06G7/1907H03H2015/026
    • The proposed general-purpose, fully-analog device is capable of such functions as auto-correlation, cross-correlation, convolution, transversal filters, etc. at high speeds (one megahertz typical sample rates) with no analog-to-digital or digital-to-analog conversions. The device correlates analog samples in one CCD channel against analog samples in a second CCD channel by means of balanced MOSFET's which multiply the associated voltage samples to give current products that are summed for all multipliers. The two CCD channels include unique floating-clock sensor and buffer circuits which sense the CCD charge samples without affecting the efficiency of their propagation along the CCD shift register. The matched MOSFET multipliers and current summing amplifiers are also uniquely combined in a dual-differential configuration so as to minimize the nondestructive sensing and buffering cells and the matched multiplier cells with the longitudinal dimensions of the CCD, permitting the latter to be small for efficient propagation.
    • 所提出的通用全模拟器件能够具有高速(一兆赫兹典型采样率)的自相关,互相关,卷积,横向滤波器等功能,无模拟数字或数字 模拟转换。 该器件通过平衡MOSFET将一个CCD通道中的模拟采样与第二CCD通道中的模拟采样相关联,该平衡MOSFET将相关联的电压采样乘以给出所有乘法器相加的当前乘积。 两个CCD通道包括唯一的浮动时钟传感器和缓冲电路,可以感测CCD电荷样本,而不会影响其沿CCD移位寄存器传播的效率。 匹配的MOSFET乘法器和电流求和放大器也在双差分配置中独特地组合,以便最小化具有CCD纵向尺寸的非破坏性感测和缓冲单元以及匹配的乘法器单元,从而允许后者为有效传播而小 。