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    • 2. 发明公开
    • INSTANT-ON COOKING DEVICE CONTROLLER
    • 即时烹饪设备控制器
    • EP0909139A1
    • 1999-04-21
    • EP97927904.0
    • 1997-06-03
    • Garland Commercial Industries, Inc.
    • HARTER, DaveJONES, DougWENZEL, Robert, J.
    • A47J27A47J37
    • A47J37/0611A47J27/62A47J2037/0617
    • A unique instant-on feature for a cooking device that allows microprocessor (26) control of the device after a period of idling. When activated, the instant-on enabler switch (16) sends a signal to the microprocessor (26), which checks an internal clock to determine the amount of time the device has remained idle since the last cook cycle. This information is sent back to the instant-on enabler switch (16), which then selects among an appropriate array of cooking times. These times, longer than the initial pre-set cooking time, are based on testing and compensate for the degree of heat zone stratification in the cooking medium or surface caused by the extended idling. The instant-on enabler program immediately supplies additional heat to the cooking surface upon activation cooking cycle or operator input, allowing the maximum time for the cooking surface to reach proper cooking temperature.
    • 烹饪设备的独特即时启动功能,允许微处理器(26)在空闲一段时间后控制设备。 当启动时,瞬时启动启动器开关(16)向微处理器(26)发送信号,微处理器(26)检查内部时钟以确定自从最后一次烹饪循环以来装置保持空闲的时间量。 该信息被发送回即时启动启动开关(16),然后启动开关(16)在适当的烹饪时间阵列中进行选择。 这些时间长于初始预设烹饪时间,是基于测试并补偿由延长空转引起的烹饪介质或表面中的热区分层程度。 即时启动程序在激活烹饪周期或操作员输入时立即向烹饪表面提供额外的热量,从而允许烹饪表面达到适当的烹饪温度的最长时间。
    • 3. 发明公开
    • VEHICLE ARRESTING UNITS AND FABRICATION METHODS
    • 用于制动车辆块制备方法
    • EP0900302A2
    • 1999-03-10
    • EP98906197.0
    • 1998-02-06
    • Datron Inc.
    • ANGLEY, Richard, D.CIESIELSKI, Michael, S.DIAL, Christopher, T.MAHAL, Peter, T.
    • B64F1E01C9
    • B64F1/025E01C9/007
    • Vehicle arresting blocks of cellular concrete (70) are usable to safely slow travel of an object and may be used to construct an aircraft arresting bed at the end of an airport runway. For such purposes, cellular concrete blocks (70) must be fabricated to exhibit compressive gradient strengths of predetermined values to provide sufficient, but not excessive, deceleration forces on an object. Material uniformity characteristics must be met to avoid unacceptable drag force variations, so that arresting blocks desirably exhibit a predetermined compressive gradient strength (e.g., a 60/80 CGS) over a depth of penetration of 10 to 66 percent of block thickness (Fig. 7). A 60/80 CGS will typically represent an average compressive strength of 70 pounds per square inch over such depth of penetration. Prior applications of cellular concrete typically involved meeting minimum strength values and the production methods did not meet uniformity or compressive gradient strength predictability as required for arresting blocks. Described methods include parameter, ingredient and process controls and ranges effective to enable fabrication of arresting blocks having dry densities and compressive gradient strengths which can be specified in order to provide limited deceleration of aircraft and other objects. Limited deceleration can avoid destructive effects inherent in excess rates of deceleration.
    • 5. 发明公开
    • FOLDABLE PANEL ARRANGEMENT FOR PLATING BARREL
    • 可折叠的平板结构电镀鼓
    • EP0859878A1
    • 1998-08-26
    • EP96933889.0
    • 1996-09-25
    • Whyco Technologies Inc.
    • GRADOWSKI, Stephen
    • B05C3C25D17
    • C25D17/20
    • A barrel for chemically treating parts having a panel system for retaining said parts within said barrel (10) while permitting passage of a bath solution into said barrel. The panel system comprises a plurality of side panels (202, 202') formed from a continuous sheet of material (200) with integral hinges connecting said panels. The hinges (205) comprise a notch (204) having a center and first and second sides with thickness greater than said center and a material fused to and filling in the notch. The side panels comprise a base and a plurality of perforated sections on the base, with each perforated section containing a plurality of openings in the base for passage of the solution. A plurality of ribs extends outwardly from one surface of the base, wherein the ribs separate each of the perforated sections from an adjacent perforated section. The ribs are comprised of individual rib segments, with each rib segment separating one perforated section from an adjacent perforated section. Each of the rib segements intersect at a point with at least one other rib segment between adjacent perforated sections. At each of the intersection points, at least one rib segment terminates with other rib segments, the terminating rib segment being non-colinearly oriented with respect to other intersecting ribs to provide bracing for another intersecting rib segment. Preferably, three of the rib segments intersect at the intersection point between adjacent perforated panel sections. The perforated panel sections may be rectilinear, circular or hexagonal in shape.
    • 6. 发明公开
    • SYSTEM FOR MEASURING JITTER IN A NON-BINARY DIGITAL SIGNAL
    • SYSTEM FOR MEASURING相位抖动IN非二进制数字信号
    • EP0843926A1
    • 1998-05-27
    • EP96928118.0
    • 1996-08-09
    • GENRAD, INC.
    • SMITH, Marc, L.DAOU, Fadi, H.
    • H04L25H04L1H04L7
    • H04L1/205
    • To measure various frequency components of the jitter with which the transition times in a signal on a signal line (44) of a device being tested deviate from nominal bit times; a sampler (40) responds to a reference clock (50) by sampling the signal at a rate high enough to determine the transition time with the required resolution. By employing a differentiator (60), test circuitry can detect not only zero crossings but all digital-level transitions, so relatively high jitter-frequency components can be measured. A Fourier-transform unit (76) computes jitter-frequency components from a resultant sequence of deviations from nominal transition times. Although computation of the lowest jitter-frequency components is necessarily based on a sequence that extends over a correspondingly long signal record, the input of a memory (48) that receives the raw samples from which those transition-time deviations are computed is so gated that the memory (48) receives only infrequently occurring bursts of the sampler's high-sample-rate output when the lower jitter frequencies are to be measured. A memory (48) of only moderate size can therefore be employed despite the necessarily high sample rate and necessarily long record duration.
    • 8. 发明公开
    • CATHETER DEPTH, POSITION AND ORIENTATION LOCATION SYSTEM
    • 安排用于确定管理的深度和导管的对齐
    • EP0822778A1
    • 1998-02-11
    • EP96911698.0
    • 1996-04-11
    • NAVION BIOMEDICAL CORPORATION
    • SHAPIRO, Alan, R.KAY, Donald, A.
    • A61M25A61B5G01V3A61B19
    • A61B5/06A61B5/062A61B34/20A61B34/25A61B2034/107A61B2034/2051A61B2090/062A61B2090/3958G01V3/105H01F2005/027
    • A system (10) for externally locating a sensor in tissue, comprising an external probe including at least first and second electromagnetic output coils (12) with non-parallel longitudinal axes; and output coil (2) driver for alternately energizing the first and second output coils, for generating a time-varying magnetic field which penetrates the patient's skin (7); a sensor coil (30), having a longitudinal axis, for developing an induced electrical voltage in response to the time-varying magnetic field; a distance determinator, responsive to the induced voltage from the sensor coil (30), for determining from the induced voltage, the distance between the output coils (12) and the sensor coil (30), independently of the relative angle, in a horizontal plane, between the sensor coil (30) longitudinal axis, and the longitudinal axes of the output coils (12); and a direction determinator for determining and displaying the direction, in the horizontal plane, in which the sensor coil (30) longitudinal axis is pointing.
    • 一种用于从外部定位在组织中的传感器,外部探头包括至少第一和第二电磁线圈输出具有非平行的纵向轴的系统,包括; 和用于交替输出线圈驱动器激励所述第一和第二输出线圈,用于产生一个随时间变化的磁场,该磁场穿透患者的皮肤; 一个传感器线圈,具有纵向轴线,用于响应于随时间变化的磁场所感应的电压的发展; 的距离确定器,响应于来自所述传感器线圈的感应电压,用于从所述感应电压确定性采矿,输出线圈和传感器线圈之间的距离,unabhängig的相对角度的,在水平平面中,传感器线圈纵向轴线之间, 和输出线圈的纵向轴线; 以及用于确定性采矿和显示方向,水平面内的方向确定器,其中,所述传感器线圈纵向轴线指向。