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    • 2. 发明申请
    • AN IMPACT ABSORBING UNIT OF A ROCKFALL PROTECTION GALLERY AND THE RELATIVE ROCKFALL PROTECTION GALLERY
    • WO2021152475A1
    • 2021-08-05
    • PCT/IB2021/050624
    • 2021-01-27
    • IMPERO, Pasquale
    • IMPERO, Pasquale
    • E01F7/04
    • An impact absorbing unit (1) of a rockfall protection gallery (G), wherein: it comprises a plurality of columns (2) which are arranged flanked to one another; each column (2a) of the plurality of columns (2) comprises: a plurality of collapsible tubular elements (3); a plurality of connecting elements (4) for connecting the collapsible tubular elements to one another; each collapsible tubular element (3a) of the plurality of collapsible tubular elements (3) comprises an end edge (5) and has a length (L) and a transversal section (S) which are inter-related in order to determine a folding process along the relative extension axis (X) when the collapsible tubular element (3a) is subjected to an axial force having an intensity that is at least equal to a critical force value; each connecting element (4a) of the plurality of connecting elements (4) comprises a first face (6) and a second face (7), opposite the first face (6), and is fixed to two collapsible tubular elements (3a, 3b) of a same column (2a) of the plurality of columns (2), which are consecutive to one another. The impact absorbing unit (1) is configured in such a way that, during use, at least a part of the collapsible tubular elements of the plurality of collapsible tubular elements (3) deforms in an irreversible way, by effect of the compression determined by an axial force exerted by a mass (M) falling on the rockfall protection gallery (G).
    • 3. 发明申请
    • AN INTERCONNECTING SYSTEM OF GUARDRAILS
    • 保护的互连系统
    • WO2014141123A1
    • 2014-09-18
    • PCT/IB2014/059726
    • 2014-03-13
    • IMPERO, Pasquale
    • IMPERO, Pasquale
    • E01F15/04
    • E01F15/0423
    • The interconnecting system for two guardrails which are predisposed along an edge of a carriageway with an end of a terminal band (N1) of a first guardrail (R1) distanced from an end of an initial band of a second guardrail (R2) comprises: at least a first housing (1), delimited by a portion of the concave surface of a first undulation (01) of the terminal band (N1) of the first guardrail (R1), at least a second housing (2), delimited by a portion of the concave surface of a first undulation (02) of the initial band (N2) of the second guardrail (R2), and at least an interconnecting modular interconnecting group (G) comprising a first modular connecting element (G1), a conjoining element (G3) and a second modular connecting element (G2). The first modular connecting element (G1), the second modular connecting element (G2) and the conjoining element (G3) are reciprocally assemblage and couplable, with the first modular connecting element (G1) exhibiting a first portion (11) positionable and fixable in the first housing (1) and with the second modular connecting element (G2) exhibiting a relative first portion (21) positionable and fixable in the second housing (2) so as to constitute an interconnection between the ends of the two bands (N1, N2).
    • 用于两个护栏的互连系统沿着车道边缘倾斜,第一护栏(R1)的终端带(N1)的端部与第二护栏(R2)的初始带的端部相距包括:在 至少一个由第一护栏(R1)的端子带(N1)的第一起伏(01)的凹面的一部分限定的第一壳体(1),至少第二壳体(2),由第一壳体 第二护栏(R2)的初始带(N2)的第一起伏(02)的凹表面的部分,以及至少包括第一模块化连接元件(G1)的互连模块化互连组(G),连接 元件(G3)和第二模块连接元件(G2)。 第一模块连接元件(G1),第二模块化连接元件(G2)和联结元件(G3)是可往复组合和联接的,第一模块化连接元件(G1)具有可定位和固定的第一部分(11) 所述第一壳体(1)和所述第二模块化连接元件(G2)具有可定位并固定在所述第二壳体(2)中的相对第一部分(21),以便构成所述两个带(N1, N2)。
    • 6. 发明申请
    • A MANAGEMENT SYSTEM OF VEHICULAR TRAFFIC ALONG A CARRIAGEWAY
    • WO2021191857A1
    • 2021-09-30
    • PCT/IB2021/052525
    • 2021-03-26
    • IMPERO, Pasquale
    • IMPERO, Pasquale
    • G08G1/01H04W4/44G08G1/0116G08G1/012G08G1/0133G08G1/0141G08G1/096783
    • A management system of vehicular traffic (1) along a carriageway, comprising: a road safety barrier (6) which extends along a side of the carriageway (3); a plurality of local data monitoring and data transmission units (2, 20, 200), which are distributed along the road safety barrier (6); a plurality of mobile data receiving and data re-transmitting units (4, 40), which are mobile along the carriageway (3); a remote data receiving and data re-transmitting unit (5); the management system of vehicular traffic (1) being configured in such a way that in the event of the absence of connectivity between the local data monitoring and transmission unit (20), comprising the monitoring device (2b) having the sensor which detected the datum relative to the management of vehicular traffic, and the remote data receiving and data re-transmitting unit (5), the one or more mobile data receiving and data re-transmitting units (40, 4), which is or are in transit along the associated portion of carriageway (3a), having received the datum relative to the management of vehicular traffic, memorises the datum in the memory (4c) and re-transmits the datum after having passed beyond the portion of carriageway (3a) to another local data monitoring and transmission unit (200) or to the remote data receiving and data re-transmitting unit (5).
    • 7. 发明申请
    • A ROAD SAFETY BARRIER ASSEMBLY FOR DETECTING AN IMPACT OF A VEHICLE
    • WO2020170191A1
    • 2020-08-27
    • PCT/IB2020/051432
    • 2020-02-20
    • IMPERO, Pasquale
    • IMPERO, Pasquale
    • E01F15/04E05F15/40G08G1/01G01B7/16G01H11/08
    • A road safety barrier assembly (1) for detecting an impact of a vehicle, comprising: a road safety barrier (2); an electric circuit (3) that can be supplied with direct current, comprising: an outward electric cable (4) and a return electric cable (5); a plurality of impact detecting sensors (6) which are distributed along the road safety barrier (2), so that each impact detecting sensor (6a) of the plurality of impact detecting sensors (6) is able to detect an impact of a vehicle against a portion (2a) of road safety barrier (2) in which the impact detecting sensor (6a) is located; each impact detecting sensor (6a) of the plurality of impact detecting sensors (6) being connected to the electric circuit (3) so that, if it detects an impact of a vehicle against the portion (2a) of road safety barrier (2) in which it is located, it causes a switching of the electric current coming from the outward electric cable (4) towards the return electric cable (5) at the same portion (2a) of road safety barrier (2); a voltage measuring device (7) which is arranged so as to measure a voltage value between the outward electric cable (4) and the return electric cable (5) upstream of the plurality of impact detecting sensors (6); a control unit (8) which is predisposed to receive a signal indicating the voltage value measured by the voltage measuring device (7) and which is configured to calculate the distance between the voltage measuring device (7) and the portion (2a) of the road safety barrier (2) at which the impact took place, by applying Ohm's Law.
    • 8. 发明申请
    • AN INTERCONNECTING SYSTEM OF GUARDRAILS
    • 保护的互连系统
    • WO2015150961A1
    • 2015-10-08
    • PCT/IB2015/052033
    • 2015-03-19
    • IMPERO, Pasquale
    • IMPERO, Pasquale
    • E01F15/04
    • E01F15/0423
    • The interconnecting system (S) of the end of the terminal band (N1) of a first guardrail (R1) with the end of the initial band (N2) of a second guardrail (R2) comprises: a first engaging section (P1) in proximity of the end of the terminal band (N1); a second engaging section (P2) in proximity of the end of the initial band (N2); a first modular connecting element (10) and a second modular connecting element (20). The first modular connecting element (10) comprises a first portion (11) and a second portion (12) which is arranged at an angle with respect to the first portion (11), and is blockable at the first engaging section (P1) with the first portion (11); the second modular connecting element (20) comprises a first portion (21) and a second portion (22) arranged at an angle with respect to the first portion (21) and is blockable in the second engaging station (P2) with the first portion (21). The second portion (12) of the first modular connecting element (10) and the second portion (22) of the second modular connecting element (20) exhibit a shape and dimensions such that they are partially superposed on one another so as, to be reciprocally fixed once the first modular connecting element (10) has been fixed in the first engaging section (P1) and the second modular connecting element (20) has been fixed to the second engaging section (P2).
    • 第一护栏(R1)的端子带(N1)的端部与第二护栏(R2)的初始带(N2)的端部的连接系统(S)包括:第一接合部分 端子带(N1)的端部接近; 在初始带(N2)的端部附近的第二接合部分(P2); 第一模块化连接元件(10)和第二模块化连接元件(20)。 第一模块化连接元件(10)包括相对于第一部分(11)以一定角度布置的第一部分(11)和第二部分(12),并且可在第一接合部分(P1)处阻挡, 第一部分(11); 第二模块化连接元件(20)包括相对于第一部分(21)以一定角度布置的第一部分(21)和第二部分(22),并且可阻挡在第二接合台(P2)中,第一部分 (21)。 第一模块化连接元件(10)的第二部分(12)和第二模块化连接元件(20)的第二部分(22)呈现形状和尺寸,使得它们彼此部分重叠,以便成为 一旦第一模块化连接元件(10)已经固定在第一接合部分(P1)中并且第二模块化连接元件(20)已经固定到第二接合部分(P2),则相互固定。