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    • 1. 发明申请
    • Lockable Caster Wheels
    • 可锁定脚轮
    • US20110023267A1
    • 2011-02-03
    • US12864159
    • 2009-09-22
    • Ying QiuLiming FangJinyuan XuJie Ma
    • Ying QiuLiming FangJinyuan XuJie Ma
    • B60B33/00
    • B60B33/021B60B33/0007B60B33/0021B60B33/0028B60B33/0039B60B33/0049B60B33/0057B60B33/0068B60B33/0073B60B33/0092B62B5/0423B62B5/0452Y10T16/1847
    • The invention relates a lockable caster wheel. The lockable caster wheel can be widely used in shopping carts, luggage carts, strollers, turnover carts, stretcher cars and many other trolleys. The controlling mechanism of the lockable caster wheel comprises a controller which comprises a signal receiving device and a locking device which is controlled by the controller. The locking mechanism further comprises a revolving damper which comprises a shell having a restricting structure and a damping wheel located inside the shell. The shell, through its restricting structure, separates from or connects with the locking device to form unlocked or locked states. The damping wheel connects with the wheel components. The caster wheel uses a damper. Beyond the allowed area of use, the trolleys can be slowly pushed for a few of meters because of the damper effect, but it will not suddenly stop completely. Therefore it will not present danger to the users. It can also prevent the casters from being damaged by a forceful push when they are locked.
    • 本发明涉及可锁定脚轮。 可锁定脚轮可广泛用于购物车,行李车,婴儿推车,周转车,担架车和许多其他手推车。 可锁定脚轮的控制机构包括控制器,该控制器包括由控制器控制的信号接收装置和锁定装置。 锁定机构还包括一个旋转阻尼器,它包括具有限制结构的壳体和位于壳体内部的阻尼轮。 壳体通过其限制结构与锁定装置分离或连接以形成解锁或锁定状态。 阻尼轮与车轮部件连接。 脚轮使用阻尼器。 超过允许的使用范围,手推车可以缓慢推动几米,因为阻尼效应,但不会完全停止。 所以不会给用户带来危险。 它也可以防止脚轮在锁定时被强力推动而损坏。
    • 2. 发明授权
    • Lockable caster wheels
    • 可锁定脚轮
    • US08464843B2
    • 2013-06-18
    • US12864159
    • 2009-09-22
    • Ying QiuLiming FangJinyuan XuJie Ma
    • Ying QiuLiming FangJinyuan XuJie Ma
    • B60B33/00
    • B60B33/021B60B33/0007B60B33/0021B60B33/0028B60B33/0039B60B33/0049B60B33/0057B60B33/0068B60B33/0073B60B33/0092B62B5/0423B62B5/0452Y10T16/1847
    • The invention relates a lockable caster wheel. The lockable caster wheel can be widely used in shopping carts, luggage carts, strollers, turnover carts, stretcher cars and many other trolleys. The controlling mechanism of the lockable caster wheel comprises a controller which comprises a signal receiving device and a locking device which is controlled by the controller. The locking mechanism further comprises a revolving damper which comprises a shell having a restricting structure and a damping wheel located inside the shell. The shell, through its restricting structure, separates from or connects with the locking device to form unlocked or locked states. The damping wheel connects with the wheel assembly. The caster wheel uses a damper. Beyond the allowed area of use, the trolleys can be slowly pushed for a few of meters because of the damper effect, but it will not suddenly stop completely. Therefore it will not present danger to the users. It can also prevent the casters from being damaged by a forceful push when they are locked.
    • 本发明涉及可锁定脚轮。 可锁定脚轮可广泛用于购物车,行李车,婴儿推车,周转车,担架车和许多其他手推车。 可锁定脚轮的控制机构包括控制器,该控制器包括由控制器控制的信号接收装置和锁定装置。 锁定机构还包括一个旋转阻尼器,它包括具有限制结构的壳体和位于壳体内部的阻尼轮。 壳体通过其限制结构与锁定装置分离或连接以形成解锁或锁定状态。 阻尼轮与车轮组件连接。 脚轮使用阻尼器。 超过允许的使用范围,手推车可以缓慢推动几米,因为阻尼效应,但不会完全停止。 所以不会给用户带来危险。 它也可以防止脚轮在锁定时被强力推动而损坏。
    • 4. 发明授权
    • Method and apparatus for controlling DSL line transmission power
    • 控制DSL线路传输功率的方法和装置
    • US08908749B2
    • 2014-12-09
    • US12551246
    • 2009-08-31
    • Liming Fang
    • Liming Fang
    • H04B1/38H04M11/06H04L25/08H04B3/32H04L25/03H04L27/26
    • H04L25/085H04B3/32H04L25/03828H04L27/2601H04M11/062
    • A method for controlling DSL transmission power includes: determining a group to which a line belongs, and selecting a representative line from each group to form a line model; obtaining a crosstalk model of the line model; obtaining Transmit Power Spectrum Density (TxPSD) of each representative line in the line model according to the crosstalk model, and converting the TxPSD into a spectrum control parameter; and enhancing the line rate according to the spectrum control parameter. An apparatus for controlling DSL transmission power is also disclosed. Through the method, the transmission power of the band that incurs serious line crosstalk is restricted, and the line that incurs serious crosstalk can achieve higher transmission rates. Therefore, the adverse impact from the crosstalk between xDSL lines is reduced, and the line works in the optimum state.
    • 一种用于控制DSL传输功率的方法包括:确定一条线路所属的组,并从每个组中选择一条代表线以形成线路模型; 获得线模型的串扰模型; 根据串扰模型获得线路模型中每个代表线的发射功率谱密度(TxPSD),并将TxPSD转换为频谱控制参数; 并根据频谱控制参数提高线路速率。 还公开了一种用于控制DSL传输功率的装置。 通过该方法,导致严重线路串扰的频带的发射功率受到限制,并且导致严重串扰的线路可以实现更高的传输速率。 因此,xDSL线路之间串扰的不利影响降低,线路处于最佳状态。
    • 6. 发明授权
    • XDSL system and signal transmission method, sending device, and receiving device of xDSL system
    • XDSL系统和信号传输方法,发送设备和xDSL系统的接收设备
    • US08711669B2
    • 2014-04-29
    • US13484760
    • 2012-05-31
    • Liming FangJie LvHuishen Dong
    • Liming FangJie LvHuishen Dong
    • H04M11/00
    • H04M11/062H04B3/32
    • An xDSL signal transmission method includes: receiving 2N−1 signals from 2N−1 signal input ends, where each signal in the 2N−1 signals is a signal transmitted by an independent channel in the xDSL system; pre-multiplying a (2N−1)×1 matrix formed by the 2N−1 signals by a first conversion matrix to obtain a 2N×1 matrix, where elements in the 2N×1 matrix respectively correspond to 2N signals, and the first conversion matrix is a 2N×(2N−1) matrix; and sending the 2N signals via N twisted pair lines respectively. The N twisted pair lines can transmit signals of 2N−1 channels, thereby increasing the number of signal transmissions, and improving signal transmission efficiency.
    • xDSL信号发送方法包括:从2N-1个信号输入端接收2N-1个信号,其中2N-1个信号中的每个信号是由xDSL系统中的独立信道发送的信号; 将由2N-1信号形成的(2N-1)×1矩阵预先乘以第一转换矩阵,以获得2N×1矩阵,其中2N×1矩阵中的元素分别对应于2N个信号,并且第一转换 矩阵是2N×(2N-1)矩阵; 并分别通过N条双绞线发送2N个信号。 N双绞线可以发送2N-1个信道的信号,从而增加信号传输的数量,提高信号传输效率。
    • 8. 发明申请
    • SIGNAL PROCESSING METHODS, DEVICES AND SYSTEMS IN BONDING-DSL
    • 信号处理方法,绑定DSL中的设备和系统
    • US20120207197A1
    • 2012-08-16
    • US13371854
    • 2012-02-13
    • Jie LVLiming Fang
    • Jie LVLiming Fang
    • H04B17/00
    • H04M11/062H04B3/32
    • In the field of communication, this application discloses a signal processing method, device, and system of bonded DSL channels. A signal processing method of bonded DSL channels: sending a pilot sequence to a receiving end through bonded channels; receiving, through the bonded channels, clipped error sample fragments returned by the receiving end, where the receiving end constructs a clipped error sample according to an error of a received signal and fragments the clipped error sample to acquire the clipped error sample fragments; aggregating the received clipped error sample fragments into a clipped error sample; and calculating a pre-encoding coefficient according to the pilot sequence and the aggregated clipped error sample, where the pre-encoding coefficient is used to perform pre-encoding processing on a signal before the signal is sent.
    • 在通信领域中,本申请公开了一种信号处理方法,装置和绑定DSL信道的系统。 一种绑定DSL信道的信号处理方法:通过绑定信道向接收端发送导频序列; 通过绑定通道接收由接收端返回的剪辑的错误样本片段,其中接收端根据接收到的信号的错误构建剪切的错误样本,并将剪切的错误样本分片以获取剪切的错误样本片段; 将接收到的剪辑错误样本片段聚合为剪辑错误样本; 以及根据导频序列和聚合剪切误差样本计算预编码系数,其中预编码系数用于对发送信号之前的信号执行预编码处理。
    • 9. 发明授权
    • SerDes jitter tolerance BIST in production loopback testing with enhanced spread spectrum clock generation circuit
    • SerDes抖动容限BIST在增强扩频时钟发生电路的生产环回测试中
    • US08958515B2
    • 2015-02-17
    • US13096454
    • 2011-04-28
    • Yi CaiIvan ChanLiming FangMax J. Olsen
    • Yi CaiIvan ChanLiming FangMax J. Olsen
    • H04L7/00H04L25/00H04L25/40G06G7/16G01R31/317H04B15/04
    • G06G7/16G01R31/31709H04B15/04H04L7/00
    • A system for controllably generating jitter in a serial data stream includes a frequency generator and first and second mixers. The frequency generator is configured to output in-phase and quadrature local oscillator signals with a local oscillator frequency of at least about 5 MHz. The local oscillator frequency varies between a selectable minimum frequency and a selectable maximum frequency. The first mixer is configured to mix a fixed frequency clock signal with the in-phase local oscillator signal to output a first mixer output. The second mixer is configured to mix the fixed frequency clock signal with the quadrature local oscillator signal to output a second mixer output. An adder is configured to add the first and second mixer outputs to produce a frequency-modulated clock signal with a frequency that is about the sum of the fixed frequency and the local oscillator frequency and includes a periodic jitter.
    • 用于可控制地产生串行数据流中的抖动的系统包括频率发生器和第一和第二混频器。 频率发生器被配置为输出具有至少约5MHz的本地振荡器频率的同相和正交本地振荡器信号。 本地振荡器频率在可选择的最小频率和可选择的最大频率之间变化。 第一混频器被配置为将固定频率时钟信号与同相本地振荡器信号混频以输出第一混频器输出。 第二混频器被配置为将固定频率时钟信号与正交本地振荡器信号混频以输出第二混频器输出。 加法器被配置为添加第一和第二混频器输出以产生频率约为固定频率和本地振荡器频率之和的频率调制时钟信号,并且包括周期性抖动。