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    • 3. 发明授权
    • Evaluation device for control unit, simulator, and evaluation system
    • 控制单元,模拟器和评估系统的评估装置
    • US07162389B2
    • 2007-01-09
    • US11000820
    • 2004-11-30
    • Harunaga UozumiKenichi Kinoshita
    • Harunaga UozumiKenichi Kinoshita
    • G06F11/30
    • G06F17/5022
    • An evaluation device, for evaluating a control unit (ECU) to which another control unit (ECU) is connected through a communication line and communicating with it, which can simulate even an unstable state such as when the other control unit does not start up right after power is turned on. The evaluation device is provided with a communication behavior simulating unit for simulating communication behavior of that other control unit and a switching unit for switching the communication behavior simulating means so as not to simulate the communication behavior. The communication behavior simulating unit is provided with an acknowledgement signal generating unit, and the switching unit disables the operation of the acknowledgement signal generating unit.
    • 一种评估装置,用于评估另一个控制单元(ECU)通过通信线与之通信并与之通信的控制单元(ECU),该控制单元甚至能够模拟诸如当其他控制单元不启动时的不稳定状态 电源打开后。 该评估装置设置有通信行为模拟单元,用于模拟该另一个控制单元的通信行为和用于切换通信行为模拟装置的切换单元,以便不模拟通信行为。 通信行为模拟单元设置有确认信号生成单元,切换单元禁止确认信号生成单元的动作。
    • 4. 发明申请
    • Evaluation device for control unit, simulator, and evaluation system
    • 控制单元,模拟器和评估系统的评估装置
    • US20050120320A1
    • 2005-06-02
    • US11000820
    • 2004-11-30
    • Harunaga UozumiKenichi Kinoshita
    • Harunaga UozumiKenichi Kinoshita
    • G06F9/45G06F17/50
    • G06F17/5022
    • An evaluation device, for evaluating a control unit (ECU) to which another control unit (ECU) is connected through a communication line and communicating with it, which can simulate even an unstable state such as when the other control unit does not start up right after power is turned on. The evaluation device is provided with a communication behavior simulating unit for simulating communication behavior of that other control unit and a switching unit for switching the communication behavior simulating means so as not to simulate the communication behavior. The communication behavior simulating unit is provided with an acknowledgement signal generating unit, and the switching unit disables the operation of the acknowledgement signal generating unit.
    • 一种评估装置,用于评估另一个控制单元(ECU)通过通信线与之通信并与之通信的控制单元(ECU),该控制单元甚至能够模拟诸如当其他控制单元不启动时的不稳定状态 电源打开后。 该评估装置设置有用于模拟该另一个控制单元的通信行为的通信行为模拟单元和用于切换通信行为模拟装置的切换单元,以便不模拟通信行为。 通信行为模拟单元设置有确认信号生成单元,切换单元禁止确认信号生成单元的动作。
    • 5. 发明授权
    • Power window driving control device
    • 电动车窗驱动控制装置
    • US5723959A
    • 1998-03-03
    • US613599
    • 1996-03-11
    • Hitoshi IwataKanichi TanakaShigekazu YasudaYasushi NishibeKenichi Kinoshita
    • Hitoshi IwataKanichi TanakaShigekazu YasudaYasushi NishibeKenichi Kinoshita
    • H02H7/085H02K17/34
    • H02H7/0851
    • A power window driving control device formed of a measuring device which measures time elapsed since closing of a window glass has been designated by a switch, a sensor which detects a completely closed state of the window glass, a current detecting device which detects that current flowing to a motor when the window glass is being closed exceeds a predetermined value, and a driving control device which effects one of stopping the motor and stopping the motor after driving the motor reversely for a predetermined time, in at least one of a first state, in which the current detecting device detects that the current flowing to the motor exceeds the predetermined value and in which the completely closed state of the window glass is not detected by the sensor, and a second state, in which the time elapsed since closing of the window glass was designated exceeds a predetermined time. Even if a foreign object exists on a path of movement of the window glass in a closing direction, the foreign object is not caught between the window glass and a window frame so that stability is guaranteed.
    • 由测量窗玻璃关闭后经过的时间的测量装置形成的电动车窗驱动控制装置已由开关,检测窗玻璃的完全关闭状态的传感器指定,检测电流流动的电流检测装置 以及驱动控制装置,该驱动控制装置在第一状态和第二状态中的至少一个中反作用马达驱动马达并停止马达反转预定时间, 其中电流检测装置检测到流过电动机的电流超过预定值,并且其中窗口玻璃的完全关闭状态未被传感器检测到,并且第二状态,其中从关闭 指定窗玻璃超过预定时间。 即使异物存在于窗玻璃在关闭方向的移动路径上,异物也不会夹在窗玻璃和窗框之间,从而保证了稳定性。
    • 8. 发明授权
    • Bipolar transistor with temperature detecting terminal
    • 具有温度检测端子的双极晶体管
    • US5506439A
    • 1996-04-09
    • US925201
    • 1992-08-06
    • Yasuo ImaedaHitoshi IwataKenichi Kinoshita
    • Yasuo ImaedaHitoshi IwataKenichi Kinoshita
    • H01L29/73H01L21/331H01L27/02H01L29/732H01L31/058H01L27/082H01L27/102H01L29/70
    • H01L27/0248
    • An object of this invention is to make it possible to directly monitor a temperature of a transistor chip. According to the present invention, p.sup.- region is formed on a substrate of a p.sup.+ layer by epitaxial growth. A first n-type diffusion layer which is a base region, and a second n-type diffusion layer which forms a temperature detecting element are formed in the p.sup.- region. A first p.sup.+ diffusion layer which is an emitter region is formed in the first n-type diffusion layer, while a second p.sup.+ diffusion layer which forms the temperature detecting element is formed in the second n-type diffusion layer. The temperature detecting element is operated in the active region, so that a characteristic free from variations in collector potential is obtained for the base-emitter potential difference of the temperature detecting element and the temperature of the junction thereof. Owing to this characteristic, the temperature of the junction can be detected from the base-emitter potential difference of the temperature detecting element during operation of the transistor.
    • 本发明的目的是使得可以直接监视晶体管芯片的温度。 根据本发明,通过外延生长在p +层的衬底上形成p-区。 作为基极区域的第一n型扩散层和形成温度检测元件的第二n型扩散层形成在p-区域中。 在第一n型扩散层中形成作为发射极区域的第一p +扩散层,而形成温度检测元件的第二p +扩散层形成在第二n型扩散层中。 温度检测元件在有源区域中工作,从而获得温度检测元件的基极 - 发射极电位差及其结的温度的集电极电位变化的特性。 由于该特性,可以在晶体管的工作期间从温度检测元件的基极 - 发射极电位差检测结的温度。