会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • System for determining axle spacing
    • 确定车轴间距的系统
    • US4667757A
    • 1987-05-26
    • US869571
    • 1986-06-02
    • Bernard A. Johnson
    • Bernard A. Johnson
    • G01B21/02G01G19/02G01G19/40G01B5/14G01G19/04
    • G01G19/024G01B21/02G01G19/027
    • A system is disclosed for determining the spacing between axles of a vehicle which may be in motion, on the basis of weight alone. A weighbridge is provided with a first load cell spaced from a second load cell along the length of the weigh bridge by a distance L, with each load cell being responsive to the load on its respective location on the weighbridge. After a first axle is on the weighbridge, the weight on the first load cell and the weight on the second load cell are periodically sampled. The average stored weight M1 of the first axle is determined at the time that a second axle is about to enter the weighbridge. The instantaneous weight W2 on the second load cell is measured at the time that the second axle is about to enter the weighbridge. The distance X.sub.1 between the first axle and the second axle is determined by calculatingW2L/M1Distances between subsequent axles can also be determined in accordance with this invention. In another embodiment, after the first axle has entered the weighbridge at a time that a second axle is about to enter the weighbridge, the weight W1 on the first load cell and the weight W2 on the second load cell are measured and the distance between the first axle and the second axle is determined by calculatingW2L/(W1+W2).
    • 公开了一种用于仅基于重量来确定可能在运动中的车辆的轴之间的间距的系统。 地磅具有与称重桥的长度相距一定距离的与第二称重传感器隔开距离L的第一测力传感器,每个测力传感器响应于其在称重桥上的相应位置上的载荷。 在第一轴位于称重桥上之后,定期采样第一测力传感器上的重量和第二测力传感器上的重量。 第二轴的平均存储重量M1在第二轴即将进入称重桥时确定。 在第二轴即将进入称重桥时测量第二称重传感器上的瞬时重量W2。 通过计算W2L / M1来确定第一轴和第二轴之间的距离X1也可以根据本发明确定后续轴之间的距离。 在另一个实施例中,在第二轴在第二轴即将进入称重桥的时刻第一轴已进入称重桥之后,测量第一测力传感器上的重量W1和第二测力传感器上的重量W2, 第一轴和第二轴通过计算W2L /(W1 + W2)来确定。
    • 3. 发明授权
    • Measurement and recording apparatus and system
    • 测量记录仪和系统
    • US4201908A
    • 1980-05-06
    • US897005
    • 1978-04-17
    • Bernard A. JohnsonFrederick P. Gardner
    • Bernard A. JohnsonFrederick P. Gardner
    • G06F17/40G08G1/01G08G1/065G06F15/48
    • G08G1/0104
    • A system for measurement and recording of data as to events and conditions is disclosed including a recorder unit adapted to be located at a surveillance site and connected to detectors providing successive signals responsive to successive actuations by individual events, and a portable reader instrument adapted to be connected to said recorder unit. The recorder unit has semi-conductor memory for data and for instructions of a program, and a programmable data processor operable under the control of a program of instructions stored in memory to function in a recording mode. The data processor includes an arithmetic and logic unit for performing computational and decisional processes in a sequence determined by a program to count events in response to the detector signals, and to classify and accumulate the counts as data in separate locations in semi-conductor memory for separate real time periods. The portable reader instrument has a visual display device, a recording device, and a manually operable keyboard and switches for generating display commands and read commands and for transmitting those commands to the recorder unit for reading and displaying data as derived by the data processor of the recorder unit, without interruption of the recording mode, and to display on the visual display and re-record data received from the recorder unit in the recording device of the reader instrument. The reader instrument is employed both for monitoring the operation of the recorder unit and for collecting data recorded in the semi-conductor memory of the recorder unit.
    • 公开了一种用于测量和记录关于事件和条件的数据的系统,包括适于位于监视现场并连接到响应于各个事件的连续致动的连续信号的检测器的记录器单元,以及适于 连接到所述记录器单元。 记录器单元具有用于数据和程序指令的半导体存储器,以及可编程数据处理器,可在存储在存储器中的指令程序的控制下以记录模式工作。 数据处理器包括一个算术和逻辑单元,用于按照由程序确定的顺序执行计算和决定过程,以响应检测器信号对事件进行计数,并将计数作为数据分类并累加在半导体存储器中的分离位置 分开的实时时间段。 便携式读取器仪器具有视觉显示装置,记录装置和用于产生显示命令和读取命令的手动可操作的键盘和开关,并用于将这些命令发送到记录器单元,用于读取和显示由数据处理器 记录器单元,而不中断记录模式,并且在可视显示器上显示并重新记录从读取器仪器的记录装置中的记录器单元接收的数据。 阅读器仪器既用于监视记录器单元的操作并且用于收集记录在记录器单元的半导体存储器中的数据。
    • 4. 发明授权
    • In-motion car weighing system
    • 运动车辆称重系统
    • US4134464A
    • 1979-01-16
    • US809028
    • 1977-06-22
    • Bernard A. JohnsonThomas M. Parkinson
    • Bernard A. JohnsonThomas M. Parkinson
    • G01G19/04G01G19/413
    • G01G19/047Y10S177/08
    • A system for bidirectional in-motion weighing of freight cars of a train includes a weighbridge, first and second sets of load cells, three wheel sensing devices, a control device, a device initiated by the control device for weighing operations, and a printer for the total car weight. The sets of load cells are mounted to receive the load from opposite ends of the weighbridge. Each set has a rapid change of output voltage when an axle enters or leaves the associated weighbridge end. The weighbridge is located between two spaced, aligned tracks and has a third track. The three tracks provide a path of train travel. Each wheel sensing device has a component to provide a signal when a wheel passes. Two components are mounted beside the first two tracks a predetermined distance from opposite ends of the third track. The third component is located beside one of the three tracks a predetermined distance from one end of the third track. The control device counts axles passing the first or second component, counts axles entering the nearer end of the weighbridge, and determines the number of axles of a car from the first coincident count of axles. The component of the third wheel sensing device senses an axle while passing through a zone and determines a normal print out of freight car weight if there is a coincident presence of an axle within that zone and an axle at the associated end of the weighbridge for all adjacent axles of each truck.
    • 一种用于对列车的货车进行双向运动间称重的系统,包括称重桥,第一和第二组称重传感器,三轮感测装置,控制装置,由称重操作的控制装置启动的装置,以及用于 总车重。 这些称重传感器组被安装成从地磅的相对端接收负载。 当轴进入或离开相关的称重桥端时,每组都具有输出电压的快速变化。 称重桥位于两个间隔开的对准轨道之间,并具有第三轨道。 三条轨道提供火车旅行的途径。 每个车轮感测装置具有当车轮通过时提供信号的部件。 两个部件安装在距离第三轨道的相对端的预定距离的前两个轨道旁边。 第三组件位于距离第三轨道的一端预定距离的三个轨道之一旁边。 控制装置计算通过第一或第二部件的轴,计数进入称重桥的更近端的轴,并且从第一重合轴数确定轿厢的轴数。 第三轮感测装置的部件在通过一个区域时感测到轴,并且如果在该区域内存在轴的一致的存在,并且在所有称重桥的相关联的端部处的车轴,则确定货车重量的正常打印 每个卡车的相邻车轴。
    • 5. 发明授权
    • Multiple connector interface assembly
    • 多连接器接口组件
    • US5249981A
    • 1993-10-05
    • US853508
    • 1992-03-18
    • Scott T. AbellWilliam J. BenkerBernard A. Johnson
    • Scott T. AbellWilliam J. BenkerBernard A. Johnson
    • H01R12/71H01R13/648H01R13/62
    • H01R13/6485H01R23/10Y10S439/939
    • Multiple connector interface assembly is used to connect cables to a peripheral device. The connector interface assembly includes a conductive body having a plurality of connector alignment slots. Mating female cable connectors are mounted on a printed circuit board and aligned within each connector alignment slot. Printed circuit board connectors are mounted on the rear of the printed circuit board with signal paths leading from the female cable connectors to the rear mounted printed circuit board connectors. The printed circuit board connectors are plugged directly into the motherboard of the peripheral device to eliminate the need for additional interfaces. Cable connectors are inserted in the connector alignment slots and connect with the mating female cable connectors. Thus, the connector alignment slots physically protect the cable connectors from damage due to misalignment as well as support the cable connectors. The interface assembly also provides electromagnetic interference shielding and protection from accidental electrostatic discharge.
    • 多连接器接口组件用于将电缆连接到外围设备。 连接器接口组件包括具有多个连接器对准槽的导电体。 配对母电缆连接器安装在印刷电路板上,并在每个连接器对准插槽内对齐。 印刷电路板连接器安装在印刷电路板的背面,信号路径从母电缆连接器引导到背面安装的印刷电路板连接器。 印刷电路板连接器直接插入外围设备的主板,以消除对附加接口的需要。 电缆连接器插入连接器对准插槽中,并与配合的母连接器连接。 因此,连接器对准插槽物理地保护电缆连接器免受由于未对准的损坏以及支撑电缆连接器。 接口组件还提供电磁干扰屏蔽和防止意外静电放电。
    • 6. 发明授权
    • Batching system
    • 分批系统
    • US3959636A
    • 1976-05-25
    • US556881
    • 1975-03-10
    • Bernard A. JohnsonRoy W. KleinFrederick Philip Gardner
    • Bernard A. JohnsonRoy W. KleinFrederick Philip Gardner
    • G01G19/38G01G19/22G06F15/20
    • G01G19/38
    • A batching system for operating each cycle of a batching process includes a communications bus to which are connected a basic processor, a control console, an analog/digital converter module, and an interface unit. The basic processor includes RAM memory means, PROM memory means and a central processing unit containing a microprocessor. The control console includes display means, a group of set-up pushbutton switch means, a group of operate pushbutton switch means, keyboard means having a number of pushbutton switch means each providing a different BCD signal, and switch means to activate alternatively the group of set-up pushbutton switch means or the group of operate pushbutton switch means. When the set-up pushbutton switch means are activated, the pressing of each button activates a different mode of the PROM memory means. By operating these switch means followed by operation of one or more buttons of the keyboard changes can be made in the digital information stored in the RAM memory means. Information stored in the RAM memory means relevant to a pushbutton is displayed on the console and changed when the keyboard is operated.
    • 用于操作批处理过程的每个循环的批量系统包括连接到基本处理器,控制台,模拟/数字转换器模块和接口单元的通信总线。 基本处理器包括RAM存储器装置,PROM存储装置和包含微处理器的中央处理单元。 控制台包括显示装置,一组设置按钮开关装置,一组操作按钮开关装置,具有多个按钮开关装置的键盘装置,每个提供不同的BCD信号;以及开关装置, 设置按钮开关装置或组操作按钮开关装置。 当设置按钮开关装置被激活时,每个按钮的按压激活PROM存储装置的不同模式。 通过操作这些开关装置,随后操作键盘的一个或多个按钮,可以在存储在RAM存储器装置中的数字信息中进行改变。 存储在RAM存储器中的与按钮相关的装置的信息显示在控制台上,并且当操作键盘时被改变。