公开(公告)号：US20110157592A1

公开(公告)日：2011-06-30

申请号：US12980094

申请日：2010-12-28

Applicant: Jia-Huey Tsao ,  Jau-Jiu Ju ,  Hsueh-Ching Shih ,  Chun-Min Su ,  Hung-Yueh Chen ,  Kuo-Chi Chiu ,  Chih-Cheng Feng ,  Sheng-Li Chang ,  Hsing-Cheng Yu

Inventor： Jia-Huey Tsao ,  Jau-Jiu Ju ,  Hsueh-Ching Shih ,  Chun-Min Su ,  Hung-Yueh Chen ,  Kuo-Chi Chiu ,  Chih-Cheng Feng ,  Sheng-Li Chang ,  Hsing-Cheng Yu

IPC: G01N21/55 ,  G01N1/10

CPC classification number: G01N21/553

Abstract: The present invention provides a surface plasmon resonance (SPR) unit having at least one microfluidic channel with grating structures embedded in so that a grating-coupled surface plasmon resonance can be induced by an incident light while fluid in the microfluidic channel contacts or flows through the grating area. The induced variation of optical signal due to the SPR effect is analyzed for performing bio-screening and assay of bioaffinity reaction. Meanwhile, present invention further provides an SPR inspection system possessing a rotation power to the SPR unit such that the SPR unit is capable of rotating and thereby generating a centrifugal force for driving the flow inside the microfluidic channels so as to achieve the label-free and high throughput SPR inspection system with low-cost.

Abstract translation: 本发明提供一种表面等离子体共振（SPR）单元，其具有至少一个具有嵌入光栅结构的微流体通道，从而可以通过入射光诱导光栅耦合的表面等离子体共振，同时微流体通道中的流体接触或流过 光栅区域。 分析由于SPR效应引起的光信号变化，进行生物亲和反应的生物筛选和测定。 同时，本发明还提供了一种具有向SPR单元的旋转动力的SPR检查系统，使得SPR单元能够旋转，从而产生用于驱动微流体通道内的流动的离心力，从而实现无标签和 高吞吐量SPR检测系统，成本低廉。

公开(公告)号：US20100174191A1

公开(公告)日：2010-07-08

申请号：US12632156

申请日：2009-12-07

Applicant: Chin-An LIN ,  Guo-Zua Wu ,  Sun-Hua Pao ,  Chien-Hsing Huang ,  Hsing-Cheng Yu ,  Hung-Yueh Chen

Inventor： Chin-An LIN ,  Guo-Zua Wu ,  Sun-Hua Pao ,  Chien-Hsing Huang ,  Hsing-Cheng Yu ,  Hung-Yueh Chen

IPC: A61B8/14 ,  A61B5/0402

CPC classification number: A61B8/13 ,  A61B5/02007 ,  A61B5/201 ,  A61B8/145 ,  A61B8/4254 ,  A61B8/483 ,  A61B8/543

Abstract: A system and method thereof for capturing and reconstructing a dynamic 3D ultrasound image of a blood vessel are provided. The present system includes a ultrasound transducer, a motor positioning system, an electrocardiograph, a microprocessor for processing ultrasound images and signals capturing by the ultrasound transducer, and a monitor displaying the dynamic 3D ultrasound image. The motor positioning system controls the ultrasound transducer to capture 2D ultrasound images of the blood vessel at several locations in a predetermined urea. During the capturing process, capturing times, electrocardiograms and 3D locations of those captured 2D ultrasound images are simultaneously recoded. Finally, those captured 2D ultrasound images are reconstructed to the dynamic 3D ultrasound image of the blood vessel according to the time bases based on the phases of the electrocardiograms.

Abstract translation: 提供了一种用于捕获和重建血管的动态3D超声波图像的系统及其方法。 本系统包括超声波换能器，马达定位系统，心电图仪，用于处理超声波图像的微处理器和由超声波换能器捕获的信号，以及显示动态3D超声波图像的监视器。 电动机定位系统控制超声换能器以在预定的尿素中的几个位置处捕获血管的2D超声图像。 在拍摄过程中，拍摄的2D超声图像的拍摄时间，心电图和3D位置被同时重新编码。 最后，根据心电图的相位，将所拍摄的2D超声图像根据时基重建为血管的动态3D超声图像。

公开(公告)号：US07573218B2

公开(公告)日：2009-08-11

申请号：US11738527

申请日：2007-04-23

Applicant: Hsing-Cheng Yu ,  Hsing-Yu Lin ,  Shir-Kuan Lin ,  Shyh-Jier Wang

Inventor： Hsing-Cheng Yu ,  Hsing-Yu Lin ,  Shir-Kuan Lin ,  Shyh-Jier Wang

IPC: H02P6/00

CPC classification number: H02P6/18 ,  H02P6/15

Abstract: A sensorless driving method for a brushless DC motor is provided. The time for the motor to rotate an electrical angle 60° is obtained by alternatively counting the occurrences of zero crossings with two counters and comparing the counted values, and the motor is delayed an electrical angle of 30°, by which a precise commutating time is obtained. The driving method provides a mask-based phase shift digital detection mechanism for effectively detecting true zero-crossing points. The driving method further provides an inhabitation mechanism with the function of soft-switch for inhibiting noise caused by transistor switching. By using these two counters, the time for the motor to rotate two electrical angles 30°−Δθ and 30°+Δθ are obtained and stored in two registers. The time period before and after the commutating point is added into a pulse width modulation (PWM) signal to reduce the noise and vibration.

Abstract translation: 提供一种无刷直流电动机的无传感器驱动方法。 电动机旋转电角度为60°的时间是通过交替地计数与两个计数器的零交叉出现并比较计数值而得到的，并且电动机的电角度延迟30°，精确的换向时间 获得。 驱动方法提供了一种用于有效检测真实过零点的基于掩模的相移数字检测机构。 该驱动方法还提供了一种具有软开关功能的抑制机制，用于抑制由晶体管切换引起的噪声。 通过使用这两个计数器，电机旋转两个电角度30° - 电压和30°+ Deltatheta的时间获得并存储在两个寄存器中。 整流点前后的时间周期被加到脉冲宽度调制（PWM）信号中以减少噪声和振动。

公开(公告)号：US20070145935A1

公开(公告)日：2007-06-28

申请号：US11532103

申请日：2006-09-15

Applicant: LI-TE KUO ,  HSING-CHENG YU ,  TZUNG-YUAN LEE ,  Shyh-Jier Wang

Inventor： LI-TE KUO ,  HSING-CHENG YU ,  TZUNG-YUAN LEE ,  Shyh-Jier Wang

IPC: G05B11/00

CPC classification number: G01B7/003 ,  G01D5/24404 ,  G01D5/24452 ,  G01D5/2448 ,  G01D5/2449

Abstract: A method and an apparatus for estimating the position of a moving part of a linear actuator are provided. The method comprises the following steps. Move the moving part towards a target position. Receive magnetic signals generated by the magneto-resistive sensor of the linear actuator, which include a sine signal and a cosine signal. Then, generate a first square wave, a second square wave, and a regional square wave based on the sine signal and the cosine signal. Generate a saw-tooth wave based on the sine signal, the cosine signal, the second square wave, and the regional square wave. Next, calculate the number of regions which the moving part is across from the origin point based on the first square wave, the second square wave, and the regional square wave. Finally, estimate the current position of the moving part based on the saw-tooth wave and the number of regions.

Abstract translation: 提供了用于估计线性致动器的运动部分的位置的方法和装置。 该方法包括以下步骤。 将移动的部分移动到目标位置。 接收由线性致动器的磁阻传感器产生的磁信号，其包括正弦信号和余弦信号。 然后，基于正弦信号和余弦信号产生第一方波，第二方波和区域方波。 基于正弦信号，余弦信号，第二方波和区域方波产生锯齿波。 接下来，基于第一方波，第二方波和区域方波来计算运动部分与原点相对的区域的数量。 最后，基于锯齿波和区域数量来估计运动部件的当前位置。

公开(公告)号：US06879469B2

公开(公告)日：2005-04-12

申请号：US10342293

申请日：2003-01-15

Applicant: Tzong-Shi Liu ,  Po-Ching Liu ,  Hsing-Cheng Yu

Inventor： Tzong-Shi Liu ,  Po-Ching Liu ,  Hsing-Cheng Yu

IPC: G11B5/48 ,  G11B5/56 ,  G11B5/60 ,  G11B21/24 ,  G11B7/08 ,  G11B7/085 ,  G11B7/09 ,  G11B17/00 ,  G11B21/16

CPC classification number: G11B5/6005 ,  G11B5/4833 ,  G11B5/56

Abstract: The present invention provides a tuning mechanism for flying pickup heads in data storage devices. The pickup device includes a coil, a pivot, a suspension, and a piezoelectric bender. The piezoelectric bender made by a bi-layer or a multi-layer piezoelectric material is formed on one end of the suspension, and proper voltages applied to the piezoelectric bender via wires enable the piezoelectric bender to undergo both neutral axis displacement and bending deflection. A pickup head is attached to the free end of the piezoelectric bender opposite to the coil, and via the piezoelectric bender, focusing and tracking motion of the pickup head can be tuned at the same time. Furthermore, since the characteristic of the piezoelectric bender is similar to bimetallic elements, the bender can undergo large bending deflection to compensate large deformation of rotating optical disks, so that the flying height of the pickup head can be tuned to maintain a constant focusing distance in reading/writing data.

Abstract translation: 本发明提供一种用于在数据存储装置中飞行拾取头的调谐机构。 拾取装置包括线圈，枢轴，悬架和压电弯曲机。 通过双层或多层压电材料制成的压电弯曲器形成在悬架的一端，并且经由导线施加到压电弯曲机的适当电压使得压电弯曲机能够承受中性轴位移和弯曲偏转。 拾音头连接到与线圈相对的压电弯曲机的自由端，并且通过压电弯曲机可以同时调节拾音头的聚焦和跟踪运动。 此外，由于压电弯曲机的特性类似于双金属元件，所以弯曲机可以经受大的弯曲偏转以补偿旋转光盘的大变形，从而可以调节拾取头的飞行高度以保持恒定的聚焦距离 读/写数据。

公开(公告)号：US08410414B2

公开(公告)日：2013-04-02

申请号：US12872910

申请日：2010-08-31

Applicant: Ping Jung Wu ,  Kuen Chiuan Cheng ,  Hsing Cheng Yu ,  Jau Jiu Ju ,  Chun Chieh Huang ,  Yuan Chin Lee

Inventor： Ping Jung Wu ,  Kuen Chiuan Cheng ,  Hsing Cheng Yu ,  Jau Jiu Ju ,  Chun Chieh Huang ,  Yuan Chin Lee

IPC: G02B7/04 ,  G01J1/58

CPC classification number: G02B21/16 ,  G02B21/245

Abstract: A fluorescence microscopy imaging system is used for detecting a fluorescence signal of a sample, and includes a module for detecting fluorescence and a module for focusing control. The module for detecting fluorescence includes a fluorescence excitation light source generator (FELSG) and a fluorescence detector. The FELSG is capable of generating an excitation light beam having a first wavelength to excite the sample to emit fluorescence. The fluorescence detector is used to read the fluorescence signal of the sample. The module for focusing control generates a servo light beam having a second wavelength. A servo light beam reflecting film disposed on an observation plane is used to reflect the servo light beam. A return beam signal is analyzed using a focusing detection method. An actuator is used to move the objective for focusing, so as to enable the fluorescence excitation light beam to excite the sample to emit fluorescence.

Abstract translation: 荧光显微镜成像系统用于检测样品的荧光信号，并且包括用于检测荧光的模块和用于聚焦控制的模块。 用于检测荧光的模块包括荧光激发光源发生器（FELSG）和荧光检测器。 FELSG能够产生具有第一波长的激发光束以激发样品发射荧光。 荧光检测器用于读取样品的荧光信号。 用于聚焦控制的模块产生具有第二波长的伺服光束。 使用设置在观察平面上的伺服光束反射膜来反射伺服光束。 使用聚焦检测方法分析回波信号。 使用致动器来移动用于聚焦的物镜，以便使荧光激发光束能够激发样品以发射荧光。

公开(公告)号：US07319303B2

公开(公告)日：2008-01-15

申请号：US11532103

申请日：2006-09-15

Applicant: Li-Te Kuo ,  Hsing-Cheng Yu ,  Tzung-Yuan Lee ,  Shyh-Jier Wang

Inventor： Li-Te Kuo ,  Hsing-Cheng Yu ,  Tzung-Yuan Lee ,  Shyh-Jier Wang

IPC: H02K41/02 ,  G05B11/00

CPC classification number: G01B7/003 ,  G01D5/24404 ,  G01D5/24452 ,  G01D5/2448 ,  G01D5/2449

Abstract: A method and an apparatus for estimating the position of a moving part of a linear actuator are provided. The method comprises the following steps. Move the moving part towards a target position. Receive magnetic signals generated by the magneto-resistive sensor of the linear actuator, which include a sine signal and a cosine signal. Then, generate a first square wave, a second square wave, and a regional square wave based on the sine signal and the cosine signal. Generate a saw-tooth wave based on the sine signal, the cosine signal, the second square wave, and the regional square wave. Next, calculate the number of regions which the moving part is across from the origin point based on the first square wave, the second square wave, and the regional square wave. Finally, estimate the current position of the moving part based on the saw-tooth wave and the number of regions.

Abstract translation: 提供了用于估计线性致动器的运动部分的位置的方法和装置。 该方法包括以下步骤。 将移动的部分移动到目标位置。 接收由线性致动器的磁阻传感器产生的磁信号，其包括正弦信号和余弦信号。 然后，基于正弦信号和余弦信号产生第一方波，第二方波和区域方波。 基于正弦信号，余弦信号，第二方波和区域方波产生锯齿波。 接下来，基于第一方波，第二方波和区域方波来计算运动部分与原点相对的区域的数量。 最后，基于锯齿波和区域数量来估计运动部件的当前位置。

公开(公告)号：US20110284720A1

公开(公告)日：2011-11-24

申请号：US12872910

申请日：2010-08-31

Applicant: Ping Jung Wu ,  Kuen Chiuan Cheng ,  Hsing Cheng Yu ,  Jau Jiu Ju ,  Chun Chieh Huang ,  Yuan Chin Lee

Inventor： Ping Jung Wu ,  Kuen Chiuan Cheng ,  Hsing Cheng Yu ,  Jau Jiu Ju ,  Chun Chieh Huang ,  Yuan Chin Lee

IPC: G02B7/04 ,  G01J1/58

CPC classification number: G02B21/16 ,  G02B21/245

Abstract: A fluorescence microscopy imaging system is used for detecting a fluorescence signal of a sample, and includes a module for detecting fluorescence and a module for focusing control. The module for detecting fluorescence includes a fluorescence excitation light source generator (FELSG) and a fluorescence detector. The FELSG is capable of generating an excitation light beam having a first wavelength to excite the sample to emit fluorescence. The fluorescence detector is used to read the fluorescence signal of the sample. The module for focusing control generates a servo light beam having a second wavelength. A servo light beam reflecting film disposed on an observation plane is used to reflect the servo light beam. A return beam signal is analyzed using a focusing detection method. An actuator is used to move the objective for focusing, so as to enable the fluorescence excitation light beam to excite the sample to emit fluorescence.

Abstract translation: 荧光显微镜成像系统用于检测样品的荧光信号，并且包括用于检测荧光的模块和用于聚焦控制的模块。 用于检测荧光的模块包括荧光激发光源发生器（FELSG）和荧光检测器。 FELSG能够产生具有第一波长的激发光束以激发样品发射荧光。 荧光检测器用于读取样品的荧光信号。 用于聚焦控制的模块产生具有第二波长的伺服光束。 使用设置在观察平面上的伺服光束反射膜来反射伺服光束。 使用聚焦检测方法分析回波信号。 使用致动器来移动用于聚焦的物镜，以便使荧光激发光束能够激发样品以发射荧光。

公开(公告)号：US20080252241A1

公开(公告)日：2008-10-16

申请号：US11738527

申请日：2007-04-23

Applicant: Hsing-Cheng Yu ,  Hsing-Yu Lin ,  Shir-Kuan Lin ,  Shyh-Jier Wang

Inventor： Hsing-Cheng Yu ,  Hsing-Yu Lin ,  Shir-Kuan Lin ,  Shyh-Jier Wang

IPC: H02P6/14 ,  H02P7/06

CPC classification number: H02P6/18 ,  H02P6/15

Abstract: A sensorless driving method for a brushless DC motor is provided. The time for the motor to rotate an electrical angle 60° is obtained by alternatively counting the occurrences of zero crossings with two counters and comparing the counted values, and the motor is delayed an electrical angle of 30°, by which a precise commutating time is obtained. The driving method provides a mask-based phase shift digital detection mechanism for effectively detecting true zero-crossing points. The driving method further provides an inhabitation mechanism with the function of soft-switch for inhibiting noise caused by transistor switching. By using these two counters, the time for the motor to rotate two electrical angles 30°−Δθ and 30°+Δθ are obtained and stored in two registers. The time period before and after the commutating point is added into a pulse width modulation (PWM) signal to reduce the noise and vibration.

Abstract translation: 提供一种无刷直流电动机的无传感器驱动方法。 电动机旋转电角度为60°的时间是通过交替地计算与两个计数器的零交叉出现并比较计数值而得到的，并且电动机的电角度延迟30°，精确的换向时间 获得。 驱动方法提供了一种用于有效检测真实过零点的基于掩模的相移数字检测机构。 该驱动方法还提供了一种具有软开关功能的抑制机制，用于抑制由晶体管切换引起的噪声。 通过使用这两个计数器，电机旋转两个电角度30° - 电压和30°+ Deltatheta的时间获得并存储在两个寄存器中。 整流点前后的时间周期被加到脉冲宽度调制（PWM）信号中以减少噪声和振动。