公开(公告)号：US20120205206A1

公开(公告)日：2012-08-16

申请号：US13342922

申请日：2012-01-03

Applicant: Jian-Yu Chen ,  Ming-Liang Wong ,  Chih-Ming Yu ,  Wun-Ya Gao ,  Jian-Hong Lin

Inventor： Jian-Yu Chen ,  Ming-Liang Wong ,  Chih-Ming Yu ,  Wun-Ya Gao ,  Jian-Hong Lin

IPC: F16F9/08

CPC classification number: F16F9/096

Abstract: A hydraulic buffer device includes a first chamber, a second chamber, and a buffering space disposed under the first and second chambers, an air bladder disposed in the buffering space, an oil chamber disposed above the first and second chambers and divided by a piston into upper and lower chamber portions, and an annular passage disposed around the oil chamber. When the piston is moved downwardly within the oil chamber, the hydraulic oil flows from the lower chamber portion into the buffering space via the first chamber to contract the air bladder so that, upon expansion of the air bladder, air pressure in the air bladder pushes the hydraulic oil to flow from the buffering space into the upper chamber portion via the second chamber and the annular passage.

Abstract translation: 液压缓冲装置包括第一室，第二室和设置在第一和第二室下方的缓冲空间，设置在缓冲空间中的空气囊，设置在第一和第二室上方并由活塞分隔的油室 上室和下室部分以及设置在油室周围的环形通道。 当活塞在油室内向下移动时，液压油经由第一腔室从下室部分流入缓冲空间，以使气囊收缩，使得当气囊膨胀时，空气囊中的空气压力推动 所述液压油经由所述第二室和所述环形通道从所述缓冲空间流入所述上室部。

公开(公告)号：US08494797B2

公开(公告)日：2013-07-23

申请号：US12981180

申请日：2010-12-29

Applicant: Jian-Yu Chen ,  Shun-Chang Lo ,  Gene C. H. Chuang

Inventor： Jian-Yu Chen ,  Shun-Chang Lo ,  Gene C. H. Chuang

IPC: G01R13/00

CPC classification number: H04B17/327 ,  H04W52/52

Abstract: An energy detection method is provided. The method obtains an initial time point of an input signal with reference to a digital signal corresponding to the input signal. An ith sample value is obtained by sampling the digital signal. The (i−M−N+1)th to the (i−N)th sample values and the (i−N+1)th to the ith sample value are buffered. The weighting coefficient is set to with initial value. A first parameter is obtained according to the weighting coefficient and the (i−M−N+1)th to the (i−N)th sample values, and a second parameter is obtained according to the (i−N+1)th to the ith sample values. A comparison between the first parameter and the second parameter is made, and the sampling time point of the (i−N+1)th sample value is determined as the signal initial time point when the second parameter is greater than the first parameter.

Abstract translation: 提供能量检测方法。 该方法参照与输入信号相对应的数字信号，获得输入信号的初始时间点。 通过对数字信号进行采样获得第i个采样值。 （i-N-1）到第（i-N）个样本值和第（i-N + 1）个到第i个样本值被缓冲。 加权系数设定为初始值。 根据加权系数和（iM-N + 1）到第（iN）个采样值获得第一参数，并且根据第（i-N + 1）到第i个样本获得第二参数 价值观。 进行第一参数和第二参数之间的比较，并且将第（i-N + 1）个采样值的采样时间点确定为当第二参数大于第一参数时的信号初始时间点。

公开(公告)号：US20120209406A1

公开(公告)日：2012-08-16

申请号：US13396491

申请日：2012-02-14

Applicant: Jian-Yu Chen ,  Chia-Chung WU ,  Wun-Ya Gao ,  Jian-Hong Lin

Inventor： Jian-Yu Chen ,  Chia-Chung WU ,  Wun-Ya Gao ,  Jian-Hong Lin

IPC: A61F2/66

CPC classification number: A61F2/66 ,  A61F2002/5003 ,  A61F2002/5007 ,  A61F2002/6621 ,  A61F2002/6664

Abstract: A foot plate device is connected to a prosthetic lower leg of an artificial foot, and includes a flexible foot plate. The foot plate has a front plate section, an inclined intermediate plate section extending rearwardly and upwardly from a rear end of the front plate section, and a rear plate section extending rearwardly from a rear end of the intermediate plate section and generally parallel to the front plate section. The front plate section has at least one open-ended slot formed vertically therethrough and extending across the front plate section along a longitudinal direction of the foot plate, so as to divide the front plate section into two force-receiving plate portions. The rear plate section is connected with the prosthetic lower leg.

Abstract translation: 脚板装置连接到人造脚的假肢小腿，并且包括柔性脚板。 脚踏板具有前板部分，从前板部分的后端向后并向上延伸的倾斜中间板部分，以及从中间板部分的后端向后延伸并且大致平行于前部的后板部分 板段。 前板部分具有至少一个垂直穿过的开口槽，沿着脚板的纵向方向延伸穿过前板部分，以将前板部分分成两个受力板部分。 后板部分与假肢小腿连接。

公开(公告)号：US20120072151A1

公开(公告)日：2012-03-22

申请号：US12981180

申请日：2010-12-29

Applicant: Jian-Yu CHEN ,  Shun-Chang LO ,  Gene C.H. CHUANG

Inventor： Jian-Yu CHEN ,  Shun-Chang LO ,  Gene C.H. CHUANG

IPC: G01R29/26 ,  G06F19/00

CPC classification number: H04B17/327 ,  H04W52/52

Abstract: An energy detection method is provided. The method obtains an initial time point of an input signal with reference to a digital signal corresponding to the input signal. An ith sample value is obtained by sampling the digital signal. The (i−M−N+1)th to the (i−N)th sample values and the (i−N+1)th to the ith sample value are buffered. The weighting coefficient is set to with initial value. A first parameter is obtained according to the weighting coefficient and the (i−M−N+1)th to the (i−N)th sample values, and a second parameter is obtained according to the (i−N+1)th to the ith sample values. A comparison between the first parameter and the second parameter is made, and the sampling time point of the (i−N+1)th sample value is determined as the signal initial time point when the second parameter is greater than the first parameter.

Abstract translation: 提供能量检测方法。 该方法参照与输入信号相对应的数字信号，获得输入信号的初始时间点。 通过对数字信号进行采样获得第i个采样值。 （i-N-1）到第（i-N）个样本值和第（i-N + 1）个到第i个样本值被缓冲。 加权系数设定为初始值。 根据加权系数和（i-M-N + 1）到第（i-N）个采样值获得第一参数，并且根据第（i-N + 1） 到第i个样本值。 进行第一参数和第二参数之间的比较，并且将第（i-N + 1）个采样值的采样时间点确定为当第二参数大于第一参数时的信号初始时间点。