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    • 11. 发明授权
    • Security system and method for electronic apparatus, particularly car
radios or similar automotive audio equipment
    • 电子设备的安全系统和方法,特别是汽车无线电或类似的汽车音响设备
    • US4720700A
    • 1988-01-19
    • US820674
    • 1986-01-21
    • Peter SeiboldKarl-Peter Strauss
    • Peter SeiboldKarl-Peter Strauss
    • H04B1/06B60R11/02G08B13/00G08B13/14G08B15/00
    • H04B1/06G08B13/1418B60R2011/0096
    • Upon unauthorized removal of a car radio (2) from the chassis (C) of a car, a memory (5) which has a code stored therein is changed and inhibits operation of the car radio. The memory is retained in a predetermined memory state either by continuously receiving data inputs, for example from a potentiometer slider of a potentiometer (6), or data entered into an RAM energized only upon being properly connected in the vehicle. Alternatively, a user may enter a code, for example by operation of station selector buttons (4) of the car radio (2), and upon operating a set code switch (9), which code is destroyed upon removal of the radio, or upon failure to enter the correct code from time to time. The selected code can be encrypted by a preset encrypting memory chip, for example within the memory (5), and the encrypted code displayed, with only the manufacturer knowing the encrypting data, and releasing the encrypting data only to an authorized person, thereby permitting continued use of the radio by the authorized person even though the code word may have been forgotten.
    • 在车辆的机箱(C)未经许可的情况下移除汽车收音机(2)时,存储有存储在其中的代码的存储器(5)被改变并禁止车载无线电装置的操作。 通过连续地接收数据输入,例如从电位器(6)的电位器滑动器或者被正确地连接到车辆中而被输入到RAM中的数据,存储器被保持在预定的存储状态。 或者,用户可以例如通过操作车载无线电设备(2)的站选择器按钮(4)并且在操作设置代码开关(9)时输入代码,该代码在移除无线电时被销毁,或 无法输入正确的代码。 所选择的代码可以通过预设的加密存储器芯片加密,例如在存储器(5)内,并且只有制造商知道加密数据才显示加密代码,并且仅将授权的人员释放加密数据,从而允许 即使代码字可能被遗忘,被授权人继续使用无线电。
    • 14. 发明授权
    • Method for utilizing waste-gas heat from heat-generating and
refrigerating machines
    • 利用来自发电和制冷机器的废气热的方法
    • US5794444A
    • 1998-08-18
    • US765223
    • 1997-01-06
    • Peter HofbauerKlaus HeikrodtRolf-Peter StraussBernd Thomas
    • Peter HofbauerKlaus HeikrodtRolf-Peter StraussBernd Thomas
    • F02G1/04F02G1/043F02G1/044F02G1/057F02G5/02F25B9/14F01B29/10F25B9/00
    • F02G5/02F02G1/043F02G1/0445F02G1/057F25B9/14Y02T10/166
    • The invention relates to method and an arrangement for utilizing the heat comprised i the exhaust gas of the combustion chamber of a heating and refrigerating engine working on the basis of a regenerative cyclic gas process by preheating the combustion air supplied to the combustion chamber, with the process gas, which is displaced from the hot working volume or supplied to this working volume, flowing through a regenerator arranged inside of a pressure-proof housing in the region of the hot piston. In order to achieve an effective utilization of the exhaust gas heat without additional apparatus complexity and without insulation of the engine in the region of the warm regenerator while maintaining the temperature profile necessary for the operation of the regenerator, the combustion air to the cooling of the pressure vessel wall surrounding the lower section of the regenerator is used, which cooling corresponds to the lower section of the temperature profile of the regenerator. For maintaining the upper section of the temperature profile necessary for the operation of the regenerator, the exhaust gas flows around the upper section of the pressure vessel wall surrounding the regenerator while, at the same time, heat is extracted from the exhaust gas in this region by means of the combustion air conducted on the outer side of the exhaust gas flow in the reverse direction.
    • PCT No.PCT / DE96 / 00787 Sec。 371日期1997年1月6日 102(e)日期1997年1月6日PCT提交1996年5月6日PCT公布。 WO96 / 35086 PCT公开号 日期:1996年11月7日本发明涉及利用包括加热和制冷发动机的燃烧室的排气的方法和装置,该加热和制冷发动机是基于再生循环气体处理, 燃烧室,其处理气体从热工作体积移动或供给到该工作体积,流过设置在热活塞区域内的耐压壳体内的再生器。 为了在维持再生器运行所需的温度分布的同时,在热再生器的区域内实现废气热的有效利用而不需要额外的设备复杂性和发动机的绝缘性,燃烧空气就可以冷却 使用围绕再生器下部的压力容器壁,该冷却对应于再生器温度分布的下部。 为了维持再生器操作所需的温度分布的上部,废气围绕再生器的压力容器壁的上部流动,同时从该区域的废气中提取热量 通过在废气流的外侧沿相反方向传导的燃烧空气。
    • 15. 发明授权
    • Mobile broadcast receiver with channels selectable according to
reception location
    • 具有可根据接收位置选择的频道的移动广播接收机
    • US4476582A
    • 1984-10-09
    • US484569
    • 1983-04-13
    • Karl-Peter StraussJurgen Kasser
    • Karl-Peter StraussJurgen Kasser
    • H04B1/16H03J1/00H03J5/00H03J5/02H04B1/06H03J7/20
    • H03J1/0066
    • The location coordinates, as well as the transmitting station frequencies, of stations that broadcast the same programs by network arrangements or otherwise, are stored so that when a particular program (network) is selected, all these stations broadcasting the same program as a station being listened to which are not more than a prescribed maximum distance from the station being listened to, may be listed in a table in a working store. While a particular station is being listened to, therefore, continuous checking of the station being listened to with other stations broadcasting the same program for relative reception quality can be carried out automatically while a station is being listened to in a moving vehicle, without taking into account the signals broadcast by stations that are too far away. As soon as some other station broadcasting the same program is found to provide better reception, it is automatically tuned in, and from then on the distance criterion is referred to the location of the new station, a new set of stations for signal comparison is selected and the comparative signal checking process is continued automatically.
    • 存储通过网络布置或其他方式广播相同节目的站的位置坐标以及发射站频率,使得当选择特定节目(网络)时,所有这些站播放与站相同的节目 听不到从正在听的车站规定的最大距离,可以列在工作店的桌子上。 在正在听特定车站的同时,可以在站在正在被移动的车辆中被收听的情况下自动地进行与广播相同节目的其他站相关接收质量正在收听的台站的连续检查,而不进入 记录由太远的车站广播的信号。 一旦发现了其他广播相同节目的其他台站提供更好的接收,则它被自动调谐,并且从那时起,距离标准被称为新站的位置,选择用于信号比较的一组新的站 并且自动继续比较信号检查处理。
    • 17. 发明授权
    • Control means for a diaphragm of a single lens reflex camera
    • 用于单镜头反光相机的光圈的控制装置
    • US4104656A
    • 1978-08-01
    • US733770
    • 1976-10-19
    • Karl-Peter Strauss
    • Karl-Peter Strauss
    • G03B7/085G03B7/08
    • G03B7/085
    • Electronic means for controlling the aperture of an electromagnetically operated diaphragm of a photographic camera, especially a single lens mirror reflex camera. The diaphragm aperture is set by a pot-shaped electromagnet. The coil of the electromagnet is supplied with current by an electronic circuit which responds to light falling on a photoelectric converter placed behind the diaphragm, which compares the value of this response to a nominal value resulting from a shutter speed setting and a film speed or sensivity setting, and transmits current in a rapid series of pulses to the coil of the magnet which operates the diaphragm. The pulsing nature of the current applied to the electromagnet tends to cause a slight vibration in the mechanical parts of the diaphragm mechanism, and this vibration helps to overcome the static friction of the moving parts of the diaphragm mechanism, facilitating the setting of the diaphragm to the exact value desired.
    • 用于控制照相机的电磁操作隔膜的孔径的电子装置,特别是单透镜镜反射照相机。 隔膜孔由锅形电磁铁设置。 电磁体的线圈由电子电路供电,该电子回路响应于落在隔膜后面的光电转换器上的光,该光电转换器将该响应的值与由快门速度设置和胶片速度或感光度引起的标称值进行比较 将电流以快速脉冲的形式传送到操作膜片的磁体的线圈上。 施加到电磁体的电流的脉冲特性倾向于在隔膜机构的机械部件中引起轻微的振动,并且该振动有助于克服隔膜机构的运动部件的静摩擦,便于将隔膜设置到 所需的确切值。