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
    • 52. 发明授权
    • Non-directional magnet field based proximity receiver with multiple warning and machine shutdown capability
    • 基于非定向磁场的接近接收机,具有多种警告和机器关机功能
    • US06810353B2
    • 2004-10-26
    • US10045741
    • 2001-10-26
    • William H. Schiffbauer
    • William H. Schiffbauer
    • G08B2300
    • G08B21/0213F16P3/145
    • A hazardous area warning system with a non-directional magnetic field based proximity receiver for warning personnel of an attendant hazard. The receiver includes a x-axis receiver with an antenna directed in a x direction, a y-axis receiver with an antenna directed in a y direction and a z-axis receiver with an antenna directed in a z direction. The antennas may be a wire loop wrapped around a ferrite core. The output from each of the three receivers are combined in an adder. The combined result from the adder is representative of the distance between the receiver and a warning transmitter antenna. A comparator determines whether the received signal indicates an attendant hazard, i.e., the receiver is too close to the warning transmitter. The receiver wearer is warned of the attendant hazard, visually and/or tactilly, e.g., with warning lights and/or vibrations. An encoder encodes the signal indication and a transmitter transmits the encoded signal. A data link receiver (located, for example, at a potentially hazardous machine) receives the encoded signal from the proximity receiver. The data link receiver decodes the encoded signal and activates a safety indicator light in response to the decoded information, a green light indicating normal operation, a yellow light indicating a caution or potentially hazardous condition, and a red light indicating danger. The data link receiver may shutdown and/or disable the machinery in a caution or dangerous condition.
    • 一个带有无方向磁场的接近接收器的危险区域警告系统,用于警告人员的危险。 接收机包括具有沿x方向定向的天线的x轴接收机,具有沿y方向定向的天线的y轴接收机和具有朝向z方向的天线的z轴接收机。 天线可以是缠绕在铁氧体磁芯上的线环。 三个接收器中的每一个的输出在加法器中组合。 来自加法器的组合结果代表接收机和警告发射机天线之间的距离。 比较器确定接收到的信号是否指示伴随的危险,即接收机太靠近警告发射机。 警告接收者穿戴者在视觉上和/或触觉上警告说伴随的危险,例如警告灯和/或振动。 编码器对信号指示进行编码,并且发射机发送编码信号。 数据链接接收器(例如位于潜在危险机器处)从接近接收器接收编码信号。 数据链路接收机对编码信号进行解码,并响应于解码信息,指示正常操作的绿灯,表示警告或潜在危险状态的黄灯以及指示危险的红灯来激活安全指示灯。 数据链接接收器可能会在小心或危险的情况下关闭和/或关闭机器。
    • 54. 发明授权
    • Anticipatory interactive protective system
    • 预期互动保护系统
    • US5315289A
    • 1994-05-24
    • US834445
    • 1992-02-12
    • Terry A. FullerThomas Jennings
    • Terry A. FullerThomas Jennings
    • A41D13/00A42B3/04A62B17/00F16P3/00F16P3/14G08B23/00
    • A41D13/00A42B3/046A62B17/00F16P3/00F16P3/14F16P3/141F16P3/144F16P3/145F16P3/147
    • One or more sensors located on or surrounding a dangerous condition anticipate when an individual is approaching a hazard zone associated with the dangerous condition and then arms an alarm and activates an interactive protective system which protects an individual from exposure to the dangerous condition. The interactive system comprises a protective garment adapted to be worn by the individual. The protective garment includes a sensor for sensing when the protective garment is being worn and a signalling device responsive to the sensor for generating a signal indicating when the protective garment is being worn. A detector and control device responsive to the signal from the signalling device triggers an alarm sensible to the individual when it is activated by the motion sensor and does not sense the signal from the signalling device.
    • 位于或围绕危险状态的一个或多个传感器预测当个人正在接近与危险状况相关联的危险区域时,然后发出警报并激活保护个人免受暴露于危险状况的交互式保护系统。 交互式系统包括适于被个人佩戴的防护服。 保护性服装包括用于感测何时穿着保护性服装的传感器,以及响应于传感器的信号装置,用于产生指示何时穿着防护服的信号。 响应于来自信号装置的信号的检测器和控制装置在由运动传感器激活时触发对个体敏感的警报,并且不感测来自信号装置的信号。
    • 59. 发明授权
    • Proximity detection system and method and collision avoidance system and method using proximity detection
    • 接近检测系统及方法及碰撞避免系统及使用接近检测的方法
    • US09466216B2
    • 2016-10-11
    • US14479172
    • 2014-09-05
    • STRATA PROXIMITY SYSTEMS, LLC
    • Larry D. FrederickPaul Hammond
    • G08G1/16G08B3/10F16P3/14G08B21/02
    • G08G1/166B60Q9/008F16P3/14F16P3/145F16P3/147G08B3/10G08B21/0213G08B21/0275
    • The invention relates to a complex proximity safety and warning system. The invention provides a safety system comprising a generator that generates a magnetic field that establishes a boundary, where the generator is capable of receiving radio frequency signals. Also provided is a radio frequency device that sends radio frequency signals, the radio frequency device being capable of sensing the magnetic field and generating a radio frequency response. In the safety system, the generator generates the magnetic field for a first predefined time period, and thereafter senses for a radio frequency response signal from the radio frequency device within a second predefined time period. The invention also provides for shaping safety zones by overlaying magnetic field boundaries to produce a different boundary. The invention also provides for varying the strength of magnetic fields by adjusting a width of a timed pulse.
    • 本发明涉及复杂的接近安全和警告系统。 本发明提供了一种安全系统,其包括产生建立边界的磁场的发生器,其中发生器能够接收射频信号。 还提供了发射无线电频率信号的射频设备,射频设备能够感测磁场并产生射频响应。 在安全系统中,发电机产生第一预定时间段的磁场,然后在第二预定时间段内感测来自射频设备的射频响应信号。 本发明还提供了通过覆盖磁场边界以产生不同边界来成形安全区域。 本发明还提供通过调整定时脉冲的宽度来改变磁场的强度。
    • 60. 发明申请
    • MECHANIZED AREA CONTROLLER
    • 机械区域控制器
    • US20140191869A1
    • 2014-07-10
    • US14151056
    • 2014-01-09
    • Frederick Energy Products, LLC
    • Larry D. Frederick
    • G08B13/24G01B7/00
    • F16P3/145H03K17/9502H03K17/9522
    • Mechanized area controller systems and methods for coordinating the movement of workers and vehicles to improve safety are disclosed. Some embodiments of the methods include generating a magnetic field defining a first zone and detecting a response signal from a first device. Other method embodiments also include detecting a response signal from a second device and generating a danger signal when the first and second devices are both within the first zone. Some system embodiments include a magnetic field generator for defining a first zone and a first device configured to detect the first zone magnetic field and generate a first device response signal. Other system embodiments also include a second device configured to detect the first zone magnetic field and generate a second device response signal and a first controller configured to generate a danger signal when the first and second devices are both within the first zone.
    • 公开了机械化区域控制系统和协调工人和车辆行动以提高安全性的方法。 所述方法的一些实施例包括产生限定第一区域的磁场并检测来自第一设备的响应信号。 其它方法实施例还包括当第一和第二设备都在第一区域内时检测来自第二设备的响应信号并产生危险信号。 一些系统实施例包括用于限定第一区域的磁场发生器和被配置为检测第一区域磁场并产生第一设备响应信号的第一设备。 其他系统实施例还包括被配置为检测第一区域磁场并生成第二设备响应信号的第二设备和被配置为当第一和第二设备都在第一区域内时产生危险信号的第一控制器。