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    • 1. 发明申请
    • DEVICE FOR OPENING, BY MEANS OF FORCE, DOORS, WINDOWS AND OTHER TYPES OF OPENINGS, WITH A REMOTE CONTROL
    • 通过远程控制,通过强制,门,窗口和其他类型的开放来打开设备
    • US20060192187A1
    • 2006-08-31
    • US10543778
    • 2004-01-29
    • Bernard JacquinotJean-Michel Gerard
    • Bernard JacquinotJean-Michel Gerard
    • A62B3/00
    • A62B3/005
    • The invention relates to a device for opening, by means of force, an operating sash (100) which has a length (L) and which comprises an opening part (102) and a fixed frame (104), such as a door or window, comprising at least one frame (2) whose length can be extended and which is formed by one or several sliding parts (10,20) which can be adapted to the length (L) of the operating sash; a corner (12,22) which can be depressed and which is arranged in between the frame (104) and the opening part (102), a spreader ram (50) enabling the penetration of said corner (12,22) between the frame (104) and the opening part (102) in order to open the operating sash (100) by means of force; and a push ram (30) placed in a substantially perpendicular position with respect to the frame (2). The rams (30;50) can be maneuvered at a distance with the aid of a remote control (80). The invention is characterized in that the push ram (30) is a continually thrusting percussion ram acting in a repetitive reciprocating manner.
    • 本发明涉及一种用于通过力打开具有长度(L)并且包括开口部分(102)和诸如门或窗口的固定框架(104)的操作框架(100)的装置, ,其包括至少一个其长度可以延伸的框架(2),所述框架(2)由可以适应所述操作窗扇的长度(L)的一个或多个滑动部件(10,20)形成; 可以被压下并且布置在框架(104)和开口部分(102)之间的角部(12,22),使得能够将框架(12,22)穿过框架 (104)和开口部分(102),以便通过力打开操作窗框(100); 以及相对于所述框架(2)放置在基本上垂直的位置的推动压头(30)。 在远程控制(80)的帮助下,公羊可以远程操纵(30; 50)。 本发明的特征在于,推动压头(30)是以重复的往复方式运动的连续推压冲击式压头。
    • 2. 发明授权
    • Device for opening, by means of force, doors, windows and other types of openings, with a remote control
    • 用于通过力量打开门,窗和其他类型的开口的装置,具有遥控器
    • US07334775B2
    • 2008-02-26
    • US10543778
    • 2004-01-29
    • Bernard JacquinotJean-Michel Gerard
    • Bernard JacquinotJean-Michel Gerard
    • A62B3/00B66F3/24
    • A62B3/005
    • The invention relates to a device for opening, by way of force, an operating sash (100) which has a length (L) and which comprises an opening part (102) and a fixed frame (104), such as a door or window, comprising at least one frame (2) whose length can be extended and which is formed by one or several sliding parts (10,20) which can be adapted to the length (L) of the operating sash; a corner (12,22) which can be depressed and which is arranged in between the frame (104) and the opening part (102), a spreader ram (50) enabling the penetration of said corner (12,22) between the frame (104) and the opening part (102) in order to open the operating sash (100) by way of force; and a push ram (30) placed in a substantially perpendicular position with respect to the frame (2). The rams (30;50) can be maneuvered at a distance with the aid of a remote control (80). The invention is characterized in that the push ram (30) is a continually thrusting percussion ram acting in a repetitive reciprocating manner.
    • 本发明涉及一种用于通过力打开具有长度(L)并且包括开口部分(102)和诸如门或窗口的固定框架(104)的操作窗框(100)的装置, ,其包括至少一个其长度可以延伸的框架(2),所述框架(2)由可以适应于所述操作窗扇的长度(L)的一个或多个滑动部件(10,20)形成; 可以被压下并且布置在框架(104)和开口部分(102)之间的角部(12,22),使得能够将框架(12,22)穿过框架 (104)和开口部分(102),以便通过力打开操作窗扇(100); 以及相对于所述框架(2)放置在基本上垂直的位置的推动压头(30)。 在远程控制(80)的帮助下,公羊可以远程操纵(30; 50)。 本发明的特征在于,推动压头(30)是以重复的往复方式运动的连续推压冲击式压头。
    • 3. 发明授权
    • Quantum well heterostructure optical operator
    • 量子阱异质结构光学算子
    • US5521398A
    • 1996-05-28
    • US351774
    • 1994-12-08
    • Nikolaos PelekanosBenoit Deveaud-PledranPhilippe GraveyJean-Michel Gerard
    • Nikolaos PelekanosBenoit Deveaud-PledranPhilippe GraveyJean-Michel Gerard
    • G02F1/017H01L29/06H01L31/0328H01L31/0336
    • B82Y20/00G02F1/01716G02F2202/13
    • An optical operator designed to be subjected to write radiation for processing read radiation that it receives, the operator comprising an electro-optical material (Q2), first and second materials (Q1, Q3) distributed on either side of the electro-optical material (Q2), said first and second materials (Q1, Q3) being collection quantum wells. Quantum barrier forming materials (6, 8) are interposed between said two materials (Q1, Q3) and the electro-optical material (Q2), with one of the quantum barrier forming materials (6) constituting a filter such that charges of a certain sign photoexcited by the write radiation in a material (4, Q1) on one side of said filter pass through it in the absence of an external electric field to relax in the collection quantum well (Q3) situated on the other side of the filter (6), while charges of opposite sign are blocked by the filter (6) in the other collection well (Q1).
    • 设计为经受写入辐射处理其所接收的读取辐射的光学操作器,操作者包括电光材料(Q2),分布在电光材料的两侧的第一和第二材料(Q1,Q3) Q2),所述第一和第二材料(Q1,Q3)是收集量子阱。 量子势垒形成材料(6,8)插入在所述两种材料(Q1,Q3)和电光材料(Q2)之间,其中一个量子势垒形成材料(6)构成过滤器,使得一定量的电荷 通过在不存在外部电场的情况下在所述滤波器一侧的材料(4,Q1)中的写入辐射进行签名的光标号在位于滤光器另一侧的收集量子阱(Q3)中松弛, 6),而相反符号的电荷被另一个收集井(Q1)中的过滤器(6)阻挡。
    • 8. 发明授权
    • Quantum well photoelectric detector with improved detectivity
    • 量子阱光电探测器具有改进的检测能力
    • US5296699A
    • 1994-03-22
    • US18116
    • 1993-02-17
    • Benoit Deveaud-PledranJean-Michel Gerard
    • Benoit Deveaud-PledranJean-Michel Gerard
    • H01L31/10H01L31/0352H01J40/14
    • B82Y20/00H01L31/035236H01L31/035254
    • Photoelectric detector presenting a multiple quantum well structure, each quantum well comprising a first barrier made from a first semiconductor material, a well made from a second semiconductor material, and a second barrier made from a third semiconductor material, each semiconductor material being defined by its chemical composition, and the electric conductibility in the detector being ensured by propagation, from the first barrier to the second barrier, of given charge carriers in a given electronic band, presenting an energy extremum in each of the said materials. In accordance with the invention, said semiconductor materials are at least partly doped with carriers, the chemical composition of the first and third semiconductor materials being such that the difference in energy, between the energy extremum of the said electronic band in the first semiconductor material and the energy extremum of the said electronic band in the third semiconductor material, is greater in absolute value than the maximum energy of the optical longitudinal phonons in the second semiconductor material making up the well. Application: infrared detectors, especially in the range 2.times.10.sup.13 -4.times.10.sup.13 Hz.
    • 具有多量子阱结构的光电检测器,每个量子阱包括由第一半导体材料制成的第一屏障,由第二半导体材料制成的阱以及由第三半导体材料制成的第二阻挡层,每个半导体材料由其定义 化学成分和检测器中的电导率通​​过在给定电子带中的给定电荷载体从第一屏障传递到第二屏障来确保,在每个所述材料中呈现能量极值。 根据本发明,所述半导体材料至少部分地掺有载流子,第一和第三半导体材料的化学成分使得第一半导体材料中的所述电子带的能量极值和 第三半导体材料中的所述电子带的能量极值的绝对值大于构成该阱的第二半导体材料中的光学纵向声子的最大能量。 应用:红外探测器,特别在2 * 1013-4 * 1013 Hz的范围内。