序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
121 Method of stopping a weaving machine automatically, and a yarn stop motion for performing the method US49582574 1974-08-08 US3907005A 1975-09-23 DEMUTH HANS
The yarn stop motion has a latch which is pivotal into an operative position in response to a yarn break. In addition, the latch is movable when in the operative position via a cam arrangement synchronized to the main shaft of the loom. The motion of the latch is such as to activate a loom stop when the main shaft reaches a first angular position and, after restarting of the loom, to again activate the loom stop when the main shaft reaches a second angular position. The angular positions of the main shaft are selected to correspond to an open-shed position of the heald shafts and a later closed-shed position of the heald shafts.
122 Loom stop motion US35572173 1973-04-30 US3817293A 1974-06-18 CHILDS R
A flexible keeper device carried by the sliding feeler bar of a loom stop motion for maintaining the feeler bar in operating position within the motion''s sliding feeler bar holder, and by manually deforming the device permit unrestricted removal of the feeler bar from the feeler bar holder.
123 Filament tension detector US30385872 1972-11-06 US3800162A 1974-03-26 LUECK A; YOUCH E
Apparatus for monitoring tension in filamentary materials capable of exerting a control function when the tension falls outside of predetermined limits. The detector comprises a centrally pivoted arm having at one end a rider over which the filament passes, and at the opposed end a flag of predetermined size and mass. The detector has an unbalanced mass sufficient to deflect the filament a specified number of degrees under proper conditions of tension; an increase in filament tension raises the flag and a decrease in tension lowers the flag. In either event one of two light beams is broken, causing a light sensor to energize the desired control function. The invention also functions as a continuity or broken-filament detector, inasmuch as this is the equivalent of zero tension. In an alternative embodiment, the light beams may be replaced with electrical conductors and movement of the pivot arm utilized to close an electrical circuit and energize the desired control function.
124 Bar check device US48669365 1965-09-13 US3324899A 1967-06-13 STAGG JR FRED H
125 End of strand control mechanism US12670061 1961-07-25 US3082968A 1963-03-26 REICHELT LESTER O; WEIGEL JOHN R
126 Stop motion for tight and loose warps US77916258 1958-12-09 US2957498A 1960-10-25 MARTIN RAYMOND S
127 Drop wires for warping machines and the like US49986555 1955-04-07 US2756482A 1956-07-31 KAUFMANN FRANK H
128 Stop motion for looms US35872453 1953-06-01 US2723687A 1955-11-15 WILFRID CROTEAU
129 Center brace US29341752 1952-06-13 US2668563A 1954-02-09 PALOMBO LOUIS J
130 Warp stop motion for weaving looms and other textile machines US2163548 1948-04-17 US2650623A 1953-09-01 ROGER ROBIN
131 First pick warp stop motion connection US7834149 1949-02-25 US2521650A 1950-09-05 PELLETIER CHARLES E
132 Warp stop motion US78479047 1947-11-08 US2479546A 1949-08-16 THATCHES HARRY W; BROWN CARL D
133 Warp stop motion US42449241 1941-12-26 US2342752A 1944-02-29 PAYNE OSCAR V
134 Warp stop motion US33437640 1940-05-10 US2233552A 1941-03-04 PENLAND WILLIAM F
135 Drop wire bar support US22792138 1938-09-01 US2139456A 1938-12-06 NOYES IRA W
136 Mechanical warp stop motion US4734735 1935-10-30 US2098444A 1937-11-09 CURT WAGNER THEODOR
137 Stop motions of textile apparatus US66772133 1933-04-24 US2039209A 1936-04-28 IZCHAK BLUM
138 Warp stop motion US526935 1935-02-06 US2028723A 1936-01-21 HAROLD MARSH
139 Warp stop motion US59795532 1932-03-10 US1947992A 1934-02-20 JACOB KAUFMANN JOHN
140 Driving means for warp stop motions US66136533 1933-03-17 US1924790A 1933-08-29 JOSEPH HYDE
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