序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
101 Method for producing a ring for a safety net, especially for rockfall or avalanche baffle works, and also a safety net US11268507 2005-11-08 US20060144640A1 2006-07-06 Stephan Wartmann
In a method for the production of a safety net consisting of intermeshing rings (1), a wire (2) is inserted in approximately its axial direction and shaped by bending into a ring (1) with several windings. While being fed through, the wire (2) is passed through two elements (3, 4) each provided with a through-opening (4′) and fully enclosed, and bent more or less into a ring (1) and, with each winding, is fed through these elements (3, 4), until the through-opening (4′) of these elements (3, 4) is more or less filled with wires (2). This ring (1) withstands loads better, while at the same time being simple to produce and the wire loops are additionally more consistently held together in a ring.
102 Wire ring net for rocky wall barriers and method for making it US10910444 2004-08-03 US20050029408A1 2005-02-10 Mauro Giuseppin
The present invention relates to a wire ring net, particularly for providing barriers for rocky walls and the like, which comprises a plurality of braided wire rings, the main feature of the net being that each wire ring comprises, at a starting end of its wire, a first curled portion wound about the wire of the first turn and, at the terminal end of the wire, a second curled portion wound about the rope forming the wire ring.
103 Method and apparatus for producing a retaining net US416612 1995-04-05 US5597017A 1997-01-28 Bernhard Eicher; Xaver Popp
A retaining net is made of wire rings which are interlooped when producing at least some of the rings while other rings that participate in the interlooping are prefabricated. Such nets are used for protection against falling rocks, avalanches, and mud slides. The interlooping rings are formed by feeding a wire (22) through a bending tool (15) to form several turns that interloop with at least two prefabricated rings (20A, 20B) that are held by suspender members (31) so that the rings (20 being formed extend crosswise to the prefabricated rings. When the formation of a first row of interlooped rings is completed, that row is interlooped with a second row and so forth. The interlooped ring structure provides a simple, cost effective construction method for strong retaining nets.
104 Blasting mat US3539135D 1968-04-15 US3539135A 1970-11-10 BERG ERIC H
105 Mesh machine US1728639D US1728639A 1929-09-17
106 Machine for making articles composed of wire rings or links US58284422 1922-08-19 US1688988A 1928-10-23 KARL ROLLE FRIEDRICH AUGUST
107 Mesh machine US74560224 1924-10-24 US1666940A 1928-04-24 HARRIS LYNDS FRED
108 Mesh machine US13187426 1926-08-27 US1666745A 1928-04-17 HARRIS LYNDS FRED
109 Mesh machine US4111125 1925-07-02 US1627397A 1927-05-03 HARRIS LYNDS FRED
110 Mesh machine US65127223 1923-07-13 US1506880A 1924-09-02 BERKLEY RICHARD H
111 Process of making articles having connected links US49455121 1921-08-23 US1478720A 1923-12-25 MARTIN WEBER JOHANN
112 Machine for making metal fabric US18219217 1917-07-23 US1352913A 1920-09-14 ARTHUR PAYETTE JOSEPH
113 Link-mesh machine. US1914849081 1914-07-06 US1290951A 1919-01-14 FINGLER CARL; STURTEVANT NORRIS O
114 Process of manufacturing wire-link mesh. US8291716 1916-03-08 US1186854A 1916-06-13 SMITH ERNEST WALKER
115 Wire-feeding mechanism for machines for manufacturing chain-mail fabric. US3185915 1915-06-03 US1176430A 1916-03-21 CHARGUERAUD NAPOLEON
116 Method of making chain mesh. US1914815578 1914-01-30 US1143262A 1915-06-15 EYNON WILLIAM H
117 Machine for making flexible metal fabric. US1913758440 1913-04-02 US1094471A 1914-04-28 PRATT ALPHONSO C
118 Link-mesh machine. US1913759179 1913-04-05 US1078318A 1913-11-11 SMITH HARRY W; SMITH CHARLES G
119 Link-mesh machine. US1911626954 1911-05-13 US1078317A 1913-11-11 SMITH HARRY W; SMITH CHARLES G
120 Machine for making link mesh. US1911648876 1911-09-12 US1028904A 1912-06-11 PRATT ALPHONOSE C
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