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    • 4. 发明申请
    • MULTI-TOOL MACHINE FOR SURFACE PROCESSING OF SLABS OF STONE MATERIAL OR THE LIKE
    • WO2020178793A1
    • 2020-09-10
    • PCT/IB2020/051951
    • 2020-03-06
    • MAEMA S.R.L. UNIPERSONALE
    • LOVATO, Claudio
    • B24B7/00B24B7/06B24B7/22B24B27/00
    • A multi-tool machine (1 ) for surface processing of slabs (L) of stone material or the like, comprising a substantially horizontal support surface (2), which is able to move along a longitudinal axis (X), a portal structure (3) defining a transverse axis (Y) which is able to move along the longitudinal axis (X), at least one working unit (8) for the slabs being processed (L), which is mounted on the portal structure (3) and is able to move along the transverse axis (Y) above the support surface (2). The at least one working unit (8) comprises a carriage (9) which is able to move along transverse guide means (10) rigidly joined to the structure (3) and a support (13) for supporting at least one abrasive tool (14). The support (13) is mounted on the carriage (9) in stationary way and is susceptible to freely or controllably oscillate (β) about a first oscillation axis (W 1 ), to adaptively oscillate (α) about a second oscillation axis (W 2 ) orthogonal to the first oscillation axis (W 1 ), and to freely or controllably move with an alternating pendulum motion (y) in the longitudinal and/or transverse direction with respect to the carriage (9) to adapt the abrasive tool (14) to the irregularities of the slabs (L). Furthermore, the abrasive tool (14) is a flexible annular member (22) wrapped around at least one end roller (20) which is rotated about an axis of rotation (R) substantially parallel to the transverse axis (Y).
    • 6. 发明申请
    • IMPROVED STAKING MACHINE
    • WO2019106616A1
    • 2019-06-06
    • PCT/IB2018/059495
    • 2018-11-30
    • OFFICINE DI CARTIGLIANO S.P.A.
    • POLATO, Antonio
    • C14B1/40
    • C14B1/40
    • An improved staking machine (1) for softening and stretching flexible sheet products, such as industrial hides and the like having opposite sides, which comprises motorized feeding means (5) for conveying the products in a predetermined longitudinal direction (L), at least one pair of mutually facing beating plates (10, 10'), substantially parallel to the feeding means (5) and acting on the opposite faces of the products. One of the plates (10) is stationary and the other (10') is movable and connected to motor means (11) which impart a reciprocating movement thereto, with a predetermined number of beats per minute. The machine (1) comprises means (23) for adjusting the working pressure between the stationary plate (10) and the movable plate (10'), which selectively act on the stationary plate (10) to change the mutual distance between the stationary plate (10) and the movable plate (10'). The machine (1) further comprises electronic control means (24) which act on the motor means (11) to continuously change the number of beats per minute of the reciprocating motion of the movable plate (10') both during initial start-up and during steady-state operation according to the type of product to be treated and the characteristics of the desired products.
    • 8. 发明申请
    • COMPUTER-IMPLEMENTED METHOD AND SYSTEM FOR SEARCHING, SELECTING AND TREATING VIDEOGRAPHIC PRODUCTS
    • 用于搜索,选择和处理视频产品的计算机实现的方法和系统
    • WO2018055561A1
    • 2018-03-29
    • PCT/IB2017/055754
    • 2017-09-22
    • MOSAICOON S.P.A.
    • PARODI GIUSINO, Ugo
    • G06Q30/02
    • G06Q30/0276
    • A computer-implemented method for searching, selecting and processing videographic products (V) comprising the steps of a) providing a video web server (2) containing a database (3) of videographic products (V), b) loading videographic products (V) into the database (3), c) indexing the videographic products (V) using reference parameters (P1 ) and d) selecting one or more search parameters (P2) corresponding to the reference parameters (P1 ). A step of e) comparing the search parameters (P2) with the reference parameters (P1 ) to identify the videographic product (V) that is closest to the requests of the user (U), a step of f) selecting the videographic product (V) by the user (U), a step of g) selecting a processing protocol (P3) for processing the videographic product (V) and a step h) of processing the videographic product (V) are also provided. All the steps d) to g) are performed while the user (U) is logging in, and each processing protocol (P3) comprises at least one step i) of changing and correcting the audiovisual characteristics of the videographic products (V), at least one step j) of editing the videographic product (V) and at least one step k) of transcoding the container format of the videographic product (V). A computer-implemented method and system (1 ) for carrying out the above described method.
    • 一种用于搜索,选择和处理视频产品(V)的计算机实现的方法,包括以下步骤:a)提供包含视频产品(V)的数据库(3)的视频网络服务器(2) ,b)将录像产品(V)加载到数据库(3)中,c)使用参考参数(P1)对录像产品(V)进行索引并且d)选择与参考参数(P1)相对应的一个或多个搜索参数 )。 e)将搜索参数(P2)与参考参数(P1)进行比较以识别与用户(U)的请求最接近的视频产品(V)的步骤,f)选择视频产品 V)的步骤g),还提供了选择用于处理所述视频产品(V)的处理协议(P3)和处理所述视频产品(V)的步骤h)的步骤。 当用户(U)登录时执行所有步骤d)到g),并且每个处理协议(P3)包括至少一个改变和校正视频产品(V)的视听特性的步骤i): 编辑所述视频产品(V)的至少一个步骤j)和转码所述视频产品(V)的容器格式的至少一个步骤k)。 一种用于执行上述方法的计算机实现的方法和系统(1)。
    • 9. 发明申请
    • ROTATING TOOL FOR CUTTING MICROTRENCHES
    • 用于切割微型转子的旋转工具
    • WO2018055543A1
    • 2018-03-29
    • PCT/IB2017/055726
    • 2017-09-21
    • GARBIN GRUP S.R.L.
    • LUCATO, Alberto
    • E01C23/09B28D1/18E02F5/08E02F5/10E02F3/24E02F9/28
    • E01C23/0933B28D1/186E02F3/241E02F5/08E02F9/2866
    • A rotating tool for cutting microtrenches (1) comprising a disk-like rotatable body (2) having a central axis (X) and adapted to be secured to an arriver spindle of a digging machine or the like and a circular peripheral edge (3), at least one first trenching peak (5) designed to engrave a rigid substrate for cutting a microtrench, which is secured to the circular peripheral edge (3) in an at least partially radial position with a predetermined maximum width (h). The tool (1) also comprises a second trenching peak (7) other than the first peak (5), whose maximum width (l2) is smaller than that of the latter. The second peak (7) is secured to the peripheral edge (3) in an angularly staggered position relative to the first peak (5).
    • 一种用于切割微型沟槽(1)的旋转工具,其包括具有中心轴线(X)并且适于被固定到挖掘机等的到达器主轴上的盘状可旋转主体(2) 和圆形周边边缘(3);至少一个第一沟槽尖峰(5),设计成雕刻用于切割微小沟槽的刚性衬底,所述刚性衬底以至少部分径向位置固定到所述圆形周边边缘(3) 最大宽度(h)。 工具(1)还包括除第一峰(5)之外的第二挖沟峰(7),其最大宽度(12)小于后者的最大宽度(12)。 第二峰(7)相对于第一峰(5)以角度交错的位置固定在外围边缘(3)上。
    • 10. 发明申请
    • MACHINE AND METHOD FOR AUTOMATICALLY FILLING AND SEALING VALVE BAGS
    • 用于自动填充和密封阀袋的机器和方法
    • WO2018020429A1
    • 2018-02-01
    • PCT/IB2017/054523
    • 2017-07-26
    • GROUP PACK S.R.L.
    • BAROSI, Paolino
    • B65B43/18B65B43/54B65B1/18B65B3/17B65B7/02
    • A machine (1 ) for automatically filling and sealing valve bags, which comprises a load-bearing frame (2) with bag-filling means (3) mounted thereto, and comprising a nozzle (4) adapted to be introduced into the mouth (M) of each bag (B), transfer means (5) for picking up each bag (B) from a supply (6) of empty bags (B) and transferring it toward the filling means (3) along a second path (T-i), one head (1 5) for sealing the valve (V) of each filled bag (B), support means (1 6) for supporting each bag (B) toward a collection area and a computerized control unit for automatically controlling the filling means (3), the transfer means (5), the sealing head (14) and the support means (1 6). The support means (1 6) are adapted to move between the nozzle (4) and the sealing head (1 5) along a second path (T2), the control unit is programmed to control the movement of the transfer means (5) and the support means (1 6) such that the transfer of each empty bag (B) toward the nozzle (4) and the movement of each filled bag (B) to the sealing head (1 5) may be synchronized while preventing any interference of their respective paths. A method of filling and sealing valve bags (B) using said machine (1 ).
    • 一种用于自动填充和密封阀袋的机器(1),其包括具有安装到其上的袋填充装置(3)的承载框架(2),并且包括喷嘴(4) (B)的口部(M)的输送装置(5),用于从空袋(B)的供给源(6)中拾取每个袋(B)并将其传送到填充装置(3) ),用于密封每个装满的袋子(B)的阀(V)的一个头部(15),用于将每个袋子(B)支撑到收集区域的支撑装置(16),以及计算机化的 控制单元,用于自动控制填充装置(3),传送装置(5),密封头(14)和支撑装置(16)。 支撑装置(16)适于沿着第二路径(T2)在喷嘴(4)和密封头(15)之间移动,控制单元被编程为控制传送装置(5)的移动并且 支撑装置(16),使得每个空袋(B)朝向喷嘴(4)的传输和每个填充袋(B)向密封头(15)的移动可以同步,同时防止任何干涉 他们各自的路径。 一种使用所述机器(1)填充和密封阀袋(B)的方法。