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    • 2. 发明授权
    • Photosensitive detector and mosaic of photosensitive detectors for the
detection of luminous flashes and applications
    • 感光探测器和感光探测器的马赛克,用于检测发光闪光和应用
    • US6023058A
    • 2000-02-08
    • US936658
    • 1997-09-24
    • Jean-Pierre MerleThierry SolenneYang NiFrancis Devos
    • Jean-Pierre MerleThierry SolenneYang NiFrancis Devos
    • G01S3/784H01J40/14F41G7/26
    • G01S3/784F41G7/226F41G7/2293
    • A photosensitive detector (1) for detecting luminous flashes (2) is provided with a photosensitive diode (3) which is linked to a positive voltage and to ground via a resistor R1 and which is capable of transforming the luminous flashes into electrical signals and a circuit (4) that processes the electrical signals generated by the photosensitive diode (3). The circuit (4) causes electrical signals which correspond to luminous flashes (2) received by the photosensitive diode (3) and which exhibit a fast rise time to be strengthened, and the circuit (4) causes electrical signals which correspond to luminous flashes (2) received by the photosensitive diode (3) and which vary more slowly in intensity to be attenuated. The circuit (4) is linked directly to the photosensitive diode (3) and includes a differentiator circuit. The differentiator circuit has a differential amplifier (5) with a non-inverting input linked to a connection point situated between the photosensitive diode and the resistor R1, an inverting input linked to ground via a capacitor and to the connection point via a resistor Rx, and an output, and the differential amplifier (5) also has a resistor R2 linked to a connection point between the capacitor and the inverting input.
    • 用于检测发光闪光(2)的光敏检测器(1)设置有光敏二极管(3),其通过电阻器R1连接到正电压并接地,并且能够将发光闪光变换成电信号,并且 电路(4),其处理由感光二极管(3)产生的电信号。 电路(4)引起对应于由光敏二极管(3)接收的发光闪光(2)的电信号,并且其显示快速上升时间被加强,并且电路(4)引起对应于发光闪光的电信号 2)由感光二极管(3)接收并且其强度变化较慢以被衰减。 电路(4)直接连接到光敏二极管(3),并包括微分电路。 微分电路具有差分放大器(5),其中非反相输入端连接到位于光敏二极管和电阻器R1之间的连接点,反相输入端通过电容器接地,并通过电阻器Rx连接到连接点, 和输出端,并且差分放大器(5)还具有与电容器和反相输入端之间的连接点连接的电阻器R2。
    • 5. 发明授权
    • Integrated retina having a processors array
    • 具有处理器阵列的集成视网膜
    • US4792982A
    • 1988-12-20
    • US875078
    • 1986-06-17
    • Francis DevosPatrick GardaBertrand Zavidovique
    • Francis DevosPatrick GardaBertrand Zavidovique
    • H01L27/148G06K9/56G06T1/00G06T1/20H04N5/335G06K9/20G06K9/28
    • H04N5/335G06K9/56
    • The retina is constituted by an array of cells formed on a substrate and each comprising a photosensitive element, means for converting a signal delivered by the photosensitive element into a binary information, storage means connected to the converting means and an elementary processor formed on the substrate and connected to the storage means. The storage means are arranged as a bidimensional array of shift registers to allow transfer of binary information from one cell to the neighboring ones, and the shift registers and elementary processors are connected in parallel to control inputs so as to control the acquisition of an image by simultaneously storing of the binary informations, the realization of simultaneous and parallel processings on the stored binary informations, and the write-in of the results in the storage means. Thus, successive processing steps of the image can be performed on the retina itself, the image being re-written on itself after each step.
    • 视网膜由形成在基板上的每个单元阵列构成,每个单元包括感光元件,用于将由感光元件传送的信号转换成二进制信息的装置,连接到转换装置的存储装置和形成在基板上的基本处理器 并连接到存储装置。 存储装置被布置为移位寄存器的二维阵列以允许将二进制信息从一个单元传送到相邻单元,并且移位寄存器和基本处理器并行连接到控制输入,以便通过以下方式控制图像的获取 同时存储二进制信息,对存储的二进制信息实现同时和并行处理,以及将结果写入存储装置。 因此,可以对视网膜本身执行图像的连续处理步骤,在每个步骤之后将图像重新写入其自身。
    • 8. 发明授权
    • Sugarless-type chewing gum
    • 无糖型口香糖
    • US4382962A
    • 1983-05-10
    • US157159
    • 1980-06-06
    • Francis DevosGuy BussiereMichel Huchette
    • Francis DevosGuy BussiereMichel Huchette
    • A23G4/00A23G4/10A23G4/20A23G3/30
    • A23G4/10A23G4/20
    • The invention relates to noncariogenic and sugarless chewing gum, and a process for manufacturing it.The chewing gum according to the invention is constituted by gum, by an aqueous softening agent and by one or several solid sweetening agents, of which notably mannitol, wherein the aqueous softening agent is at least partly constituted by a hydrogenated starch hydrolysate containing:less than 3% of polyols of DP higher than 20,less than 60% of maltitol (DP 2) andless than 19% of sorbitol (DP 1),the balance to 100 being constituted by a mixture of polyols of DP 3 to 20, the content of the final chewing gum in hydrolysate being from 5 to 35% in weight, preferably from 10 to 30% by weight, whereas its mannitol content decreases when the content of hydrolysate increases.
    • 本发明涉及非致癌和无糖口香糖,以及其制造方法。 根据本发明的口香糖由胶,水性软化剂和一种或几种固体甜味剂组成,其中特别是甘露醇,其中水性软化剂至少部分地由氢化淀粉水解产物组成,所述氢化淀粉水解产物包含:小于 3%DP高于20的多元醇,小于60%的麦芽糖醇(DP 2)和小于19%的山梨糖醇(DP 1),余量为100是由DP 3至20的多元醇混合物构成, 水解产物中最终口香糖的含量为5至35重量%,优选10至30重量%,而当水解产物的含量增加时其甘露醇含量降低。
    • 10. 发明授权
    • Process and device for the analog convolution of images
    • 图像模拟卷积的过程和设备
    • US5521857A
    • 1996-05-28
    • US166650
    • 1993-12-14
    • Yang NiFrancis Devos
    • Yang NiFrancis Devos
    • G06G7/19G06G7/12
    • G06K9/4619G06G7/1907G06K9/00986
    • A process and device for the analog convolution of images, especially two-dimensional convolution operations of Gaussian type on a set of image pixels represented by voltages. The voltages are applied to a first set of capacitors. For each capacitor, one terminal is connected to a reference voltage; the other terminal is part of a network of nodes, each of which is insulated from the others. The nodes which are adjacent are connected together for a predetermined duration via a second set of uncharged capacitors. The nodes of the network are then insulated from each other again and the second set of capacitors are discharged. The steps of connecting the nodes together, insulating them from each other, and discharging the second set are repeated. Finally, the new voltages on the nodes of the network, which represent the pixels of a convolved image, are read out.
    • 用于模拟卷积图像的过程和装置,特别是高斯类型的二维卷积运算在由电压表示的一组图像像素上。 电压被施加到第一组电容器。 对于每个电容器,一个端子连接到参考电压; 另一个终端是节点网络的一部分,每个节点与其他网络绝缘。 相邻的节点经由第二组不带电电容器连接在一起预定的持续时间。 然后,网络的节点再次彼此绝缘,并且第二组电容器被放电。 重复将节点连接在一起,彼此绝缘并排出第二组的步骤。 最后,读出代表卷积图像像素的网络节点上的新电压。