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    • 2. 发明授权
    • Impact resistant compact cable
    • 耐冲击紧凑型电缆
    • US07488892B2
    • 2009-02-10
    • US10518468
    • 2003-06-05
    • Sergio BelliFabrizio DonazziAlberto BareggiCesare BisleriCarlo Marin
    • Sergio BelliFabrizio DonazziAlberto BareggiCesare BisleriCarlo Marin
    • H01B9/02
    • H01B7/189H01B9/02
    • A cable for use in a predetermined voltage class, has a conductor; an insulating layer surrounding the conductor, the insulating layer having a thickness selected to provide a predetermined electrical stress when the cable is operated at a nominal voltage in said predetermined voltage class; and a protective element around the conductor having a thickness and mechanical properties selected to provide a predetermined impact resistance capability, the protective element having at least one expanded polymeric layer. The insulating layer thickness and the protective element thickness are selected in combination to minimize the overall cable weight while preventing a detectable insulating layer damage upon impact of 50 J energy. A method for designing a cable is also disclosed.
    • 用于预定电压等级的电缆具有导体; 围绕所述导体的绝缘层,所述绝缘层的厚度被选择为当所述电缆在所述预定电压等级中的标称电压下操作时提供预定的电应力; 以及围绕导体的保护元件,其具有被选择用于提供预定抗冲击性能的厚度和机械性能,所述保护元件具有至少一个发泡聚合物层。 选择绝缘层厚度和保护元件厚度,以最大限度地减少总体电缆重量,同时防止在50J能量冲击时可检测的绝缘层损坏。 还公开了一种用于设计电缆的方法。
    • 4. 发明授权
    • Granulator for cross-linkable plastic
    • 可交联塑料造粒机
    • US4698009A
    • 1987-10-06
    • US864039
    • 1986-05-16
    • Carlo MarinGianmario LanfranconiAndrea Borroni
    • Carlo MarinGianmario LanfranconiAndrea Borroni
    • B01J2/20B29B9/06B29B13/10E04B1/19
    • B29B13/10B29B9/065
    • A granulator for forming granules of cross-linkable plastic compounds in which a screw extruder extrudes the compound into the smaller diameter end of a funnel-shaped, annular conduit, the other end of the conduit facing a die with circular arrays of through-holes. The compound which passes through the through-holes is cut into granules by rotating blades having air nozzles which remove particles of the compound from the blades. The granules are received in a chamber from which they are removed pneumatically. Where the annular conduit meets the die, there are channels within and outside of the arrays of through-holes which lead to the outside of the granulator and which provide conduits for removal of compound which does not directly impinge on the entrances of the through-holes which are specially shaped to avoid accumulation of the compound between the through-holes.
    • 一种用于形成可交联塑料化合物颗粒的造粒机,其中螺杆挤出机将化合物挤出到漏斗形环形导管的较小直径端,导管的另一端面对具有圆形阵列通孔的模具。 穿过通孔的化合物通过旋转具有从叶片除去化合物颗粒的空气喷嘴的叶片切成颗粒。 将颗粒接收在气室中从中除去的室中。 在环形导管与模具相接触的地方,在通孔阵列内和外部有通向造粒机外部的通道,其通道用于去除不直接撞击通孔入口的化合物 其特别地成形为避免化合物在通孔之间的积聚。
    • 5. 发明授权
    • Centering device for inserting of a dental implant
    • US11504209B2
    • 2022-11-22
    • US16322286
    • 2017-08-03
    • Carlo Marin
    • Carlo Marin
    • A61C3/00A61C1/08A61C8/00A61C19/04A61C5/44
    • The present invention relates to a centering and guiding device (1) for a dental drill which comprises a body (10) including a guiding hole (15) for a dental drill and two arms (20, 30) pivotally coupled to the body (10). Each arm includes a respective free end (22, 32). Said arms (20,30) are capable of pivoting between a first open position, in which said respective free ends (22, 32) are mutually spaced apart to promote the movement of the device (1) from and towards an operating surface, and a second closed position, in which the free ends (22, 32) are approached to each other to match an operating surface. The device according to the invention also comprises an elastic element (40) to push the arms (20, 30) towards the closed position. According to the invention, each of said arms (20, 30) comprises a cylindrical end (27, 37), opposite to the corresponding free end (22, 32), accommodated in a corresponding seat (10A) defined by the body (10). Moreover, the cylindrical ends (27, 37) of said arms (20, 30) comprise respective toothed sectors (25, 35) mutually meshing each other to guide the rotation of said arms (20, 30) between said closed and open positions.
    • 6. 发明申请
    • CENTERING DEVICE FOR INSERTING OF A DENTAL IMPLANT
    • US20190183606A1
    • 2019-06-20
    • US16322286
    • 2017-08-03
    • Carlo MARIN
    • Carlo MARIN
    • A61C1/08A61C8/00
    • A61C1/084A61C5/44A61C8/0089
    • The present invention relates to a centering and guiding device (1) for a dental drill which comprises a body (10) including a guiding hole (15) for a dental drill and two arms (20, 30) pivotally coupled to the body (10). Each arm includes a respective free end (22, 32). Said arms (20,30) are capable of pivoting between a first open position, in which said respective free ends (22, 32) are mutually spaced apart to promote the movement of the device (1) from and towards an operating surface, and a second closed position, in which the free ends (22, 32) are approached to each other to match an operating surface. The device according to the invention also comprises an elastic element (40) to push the arms (20, 30) towards the closed position. According to the invention, each of said arms (20, 30) comprises a cylindrical end (27, 37), opposite to the corresponding free end (22, 32), accommodated in a corresponding seat (10A) defined by the body (10). Moreover, the cylindrical ends (27, 37) of said arms (20, 30) comprise respective toothed sectors (25, 35) mutually meshing each other to guide the rotation of said arms (20, 30) between said closed and open positions.
    • 7. 发明授权
    • Extrusion process and apparatus for low contaminant cable insulation
    • 低污染电缆绝缘的挤出工艺和设备
    • US5182066A
    • 1993-01-26
    • US800645
    • 1991-11-27
    • Carlo Marin
    • Carlo Marin
    • B29C47/10B29C47/50B29C47/68
    • B29C47/1063B29C47/0016B29C47/364B29C47/367B29C47/38B29C47/687B29K2105/0005B29K2995/0007B29L2031/3462
    • Method and apparatus for applying a layer of insulation around an electrical cable core in which the contaminant size is not greater than about 200 microns. Unplasticized insulation material, such as polyethylene, is supplied to an extruder which forces the material through a filter which prevents the passage of contaminants having a size greater than about 200 microns and in which there is a pressure drop. The filtered material is delivered to a pump which increases the pressure thereon and forces it through a static mixer at the output of which the filtered material is delivered to the cross-head of extrusion apparatus which applies the filtered material to the cable core as it is advanced longitudinally. If the insulating material is to be cross-linked by a cross-linking agent, the agent is injected into the filtered material between the pump and the mixer.
    • 在电缆芯线周围施加绝缘层的方法和装置,其中污染物尺寸不大于约200微米。 将未增塑的绝缘材料(例如聚乙烯)供应到挤出机中,该挤出机迫使材料通过过滤器,该过滤器防止尺寸大于约200微米的污染物的通过并且存在压降。 过滤的材料被输送到泵,其增加其上的压力并迫使其通过静态混合器,其输出处将过滤的材料输送到挤出设备的十字头,其将过滤的材料施加到电缆芯,因为它是 纵向前进。 如果绝缘材料要被交联剂交联,则将试剂注入泵和混合器之间的过滤材料中。