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    • 4. 发明申请
    • Aircraft of compact dimensions
    • 飞机尺寸紧凑
    • US20070018037A1
    • 2007-01-25
    • US11353053
    • 2006-02-14
    • Pietro PerloDenis Bollea
    • Pietro PerloDenis Bollea
    • B64C39/12
    • B64C39/06B64C29/0041B64C39/04B64C39/08B64C39/12
    • The aircraft comprises a fuselage, a main wing substantially of disc-like shape positioned above the fuselage, and a secondary wing which intersects the fuselage and is provided with movable control parts. The aircraft further comprises a main propulsion system including an internal combustion engine intended to drive a propeller positioned at the rear of the fuselage and a secondary propulsion system for the propulsion of the aircraft in a direction perpendicular to the ground. The secondary propulsion system includes a matrix of nozzles positioned on the lower surface of the secondary wing and arranged to emit the exhaust gases coming from the main engine in the form of micro-jets. The main propeller propulsion system and the secondary nozzle propulsion system are selectively controllable in such a way that the aircraft is able to perform three different take-off modes, that is to say a first, conventional take-off mode in which only the main propulsion system is used, a second (STOL) take-off mode in which both the main propulsion system and the secondary propulsion system are used, and a third (VTOL) take-off mode in which only the secondary propulsion system is used.
    • 飞机包括机身,位于机身上方的基本上呈盘状的主翼,以及与机身相交并设置有可移动控制部分的副翼。 飞机还包括主推进系统,该主推进系统包括旨在驱动位于机身后部的螺旋桨的内燃机和用于在与地面垂直的方向上推进飞行器的次推进系统。 次级推进系统包括位于次级翼的下表面上的喷嘴矩阵,并布置成以微型射流的形式发射来自主机的废气。 主推进器推进系统和辅助喷嘴推进系统可以选择性地控制,使得飞机能够执行三种不同的起飞模式,也就是说,第一种传统的起飞模式,其中只有主推进 使用主推进系统和次推进系统的第二(STOL)起飞模式,以及仅使用二次推进系统的第三(垂直起降)起飞模式。
    • 5. 发明授权
    • Complex reflector for a vehicle headlamp, and method for the manufacture of the reflector
    • 用于车辆前照灯的复合反射器,以及用于制造反射器的方法
    • US07150551B2
    • 2006-12-19
    • US10910347
    • 2004-08-04
    • Davide CapelloPiermario RepettoPietro Perlo
    • Davide CapelloPiermario RepettoPietro Perlo
    • F21V7/00
    • F21V7/04F21S41/335
    • A reflector for a vehicle headlight is described, capable of illuminating the surrounding space according to a predetermined light distribution. The reflector is formed of a plurality of sectors capable of reflecting the light beam emitted by a light source of the headlight and directing it into predetermined regions of said light distribution. The major part of the sectors of the reflector is delimited at least in part by an edge in which the divergence value of the light beam reflected at said edge portions is constant. The sectors delimited by edge portions having lower values of the angle of spread are arranged to direct the light beam reflected thereby into the regions of the light distribution having a higher spatial gradient of illuminance.
    • 描述了用于车辆前灯的反射器,其能够根据预定的光分布照射周围空间。 反射器由能够反射由大灯的光源发射的光束并将其引导到所述光分布的预定区域的多个扇区形成。 反射器的主要部分至少部分地被边缘限定,其中在所述边缘部分处反射的光束的发散值恒定。 由具有较低的扩展角值的边缘部分限定的扇区被布置成将由此反射的光束引导到具有较高空间照度梯度的光分布区域中。
    • 9. 发明申请
    • Vocal connection system between humans and animals
    • 人与动物之间的声音连接系统
    • US20050154592A1
    • 2005-07-14
    • US10508794
    • 2002-03-22
    • Pietro Perlo
    • Pietro Perlo
    • A01K67/00A01K15/02A01K29/00G10L15/00G10L11/00
    • A01K29/00A01K15/02A01K15/021
    • A vocal connection system comprises a matrix of sensors (2) adapted to send signal indicative of a status of the animal, in terms of stimuli, feelings, events, actions or behaviours, of the animal, to a microprocessor (3). The microprocessor (3) selects depending upon the signals (4) which are received, a vocal message recorded in memory means (5) associated to the microprocessor (3) and activates a loudspeaker (6) forming part of the system for emitting the vocal message. The system further comprises vocal recognition means (8) which activatge stimuli generators (11) as a function of the contents of a vocal message (9) emitted by the human user (7).
    • 声音连接系统包括传感器矩阵(2),其适于将动物的刺激,感觉,事件,动作或行为的指示动物的状态的信号发送到微处理器(3)。 微处理器(3)根据接收到的信号(4)选择记录在与微处理器(3)相关联的存储装置(5)中的声音消息,并激活形成系统的一部分的扬声器(6),用于发出声音 信息。 该系统还包括声音识别装置(8),其根据人类用户(7)发射的声音消息(9)的内容来激活激励生成器(11)。