1 |
一种六梭圆织机开口机构 |
CN201510956517.2 |
2015-12-16 |
CN105420880A |
2016-03-23 |
陈宗敏; 王金刚 |
一种六梭圆织机开口机构,包括凸轮、综杆、导向杆、上滑块和下滑块,凸轮外圆周围上设有双凹槽曲面滑道,双凹槽曲面滑道均布30组上滑块和下滑块,上滑块和下滑块上开有三个并排的圆形孔,两根导向杆穿过一组上、下滑块上边缘的圆形孔,综杆穿过上、下滑块中间的圆形孔,综杆的底部通过紧定螺钉固定在下滑块上,综杆的上部固定有长方形的综框。所述的双凹槽曲面滑道为正弦曲线槽线形式。所述的每组上、下滑块在双凹槽曲面滑道上运动的升降距离是120mm。本发明设计的开口机构,双凹槽曲面滑道的大凸轮结构取代了传统上的摆臂式小凸轮开口机机构,上、下滑块和导向杆的结构降低设备复杂度,同时能够有效降低经纱张力波动,提高织物质量。 |
2 |
JPS5614380Y2 - |
JP1286375 |
1975-01-28 |
JPS5614380Y2 |
1981-04-03 |
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3 |
Herudokudoyosochi |
JP9743175 |
1975-08-11 |
JPS5143461A |
1976-04-14 |
HANSU DEMUTO |
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4 |
Shokukinoshafutookudosuruekisenkikai |
JP9182875 |
1975-07-28 |
JPS5138564A |
1976-03-31 |
ERUBIN PUFUARUBARAA |
|
5 |
Dobby mechanism for looms |
US3695304D |
1970-05-18 |
US3695304A |
1972-10-03 |
MENEGATTO CARLO |
Dobby having cams of a varying ratio for looms, in combination comprising a rotary cam carrying drum, interchangeably carrying a plurality of cams, each of which through a cam follower means and a suitable spring return lever system operating a corresponding heddle carrying frame in the loom. The cams may be either disc cams or chain cams at the same time winding up on a second idle drum which can be moved to or away from the first drum to accomodate chain cams of a different length for operating said chain cams.
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6 |
Timing gear mechanism for looms |
US24036862 |
1962-11-27 |
US3178954A |
1965-04-20 |
DEXTER WHITING RAYMOND |
|
7 |
Harness motion for loom |
US3524260 |
1960-06-10 |
US3016923A |
1962-01-16 |
ROBB WALTER Y |
|
8 |
Loom harness cam block |
US58528445 |
1945-03-28 |
US2415623A |
1947-02-11 |
BROOKS JASPER J; HOLLOWAY LUTHER J |
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9 |
Idler gear mechanism for looms |
US19835738 |
1938-03-28 |
US2147027A |
1939-02-14 |
GRIER HOMER H |
|
10 |
Heddle structure for looms |
US4598035 |
1935-10-21 |
US2076167A |
1937-04-06 |
THOMPSON HERBERT L |
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11 |
John almond |
US1718198D |
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US1718198A |
1929-06-18 |
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12 |
Harness mechanism for looms |
US13625626 |
1926-09-18 |
US1662931A |
1928-03-20 |
JONATHAN LUCAS |
|
13 |
JPS5830428B2 - |
JP9743175 |
1975-08-11 |
JPS5830428B2 |
1983-06-29 |
HANSU DEMUTO |
|
14 |
JPS5717097B2 - |
JP9182775 |
1975-07-28 |
JPS5717097B2 |
1982-04-08 |
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15 |
Shokukinoshafutono kudonitaisuruhenshinkikai |
JP9182775 |
1975-07-28 |
JPS5138563A |
1976-03-31 |
ERUBIN PUFUARUBARAA |
|
16 |
JPS50101673U - |
JP1286375 |
1975-01-28 |
JPS50101673U |
1975-08-22 |
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17 |
JPS49108366A - |
JP902774 |
1974-01-22 |
JPS49108366A |
1974-10-15 |
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18 |
Eccentric drive for a dobby |
US603386 |
1975-08-11 |
US3991793A |
1976-11-16 |
Hans Demuth |
The eccentric drive for moving the heddle frames between a top shed position and a bottom shed position is constructed to form symmetrical sheds not only for large frame movements but also for small frame movements. In one embodiment, the link between the cam-actuated lever and the deflecting lever is pivoted on the deflecting lever and secured to one of a plurality of positions on the cam-actuated lever. These positions are located on a curved line which has a center of curvature located away from the axis on which the link is mounted on the deflecting lever. These positions are formed by a toothing, a row of apertures or an elongated slot. |
19 |
Eccentric drive for driving the shafts of a weaving machine |
US593380 |
1975-07-07 |
US3986529A |
1976-10-19 |
Erwin Pfarrwaller |
The eccentric drive for lifting the heddle frame uses a mounting arrangement by which cam rollers can be detachably mounted on a cam-follower lever. The mounting arrangement uses a roller journal which is secured by bolts to the lever and which serves as a mount for a roller. The diameter of the journal surface on which the roller rotates is relatively large to provide a low surface pressure of the roller on the journal. |
20 |
Power loom dobby shedding motion |
US540466 |
1975-01-13 |
US3946766A |
1976-03-30 |
Luc Amigues |
This dobby shedding motion for power looms comprises essentially a series of twin cams mounted on a common drive shaft and oscillating arms each provided with a pair of roller followers adapted to co-operate with said cams. Each cam assembly comprises a pair of parallel discs slightly spaced in the axial direction and off-set angularly to each other, and each oscillating arm carries two pairs of strap-forming strips rotatably supporting a roller follower, each roller follower being adapted to engage one of the discs of the registering cam assembly. Said strips have extensions bent to provide inner surfaces adapted to engage the side surfaces of said discs to assist in centering the roller followers in relation to said discs. The cam assemblies and roller followers are mounted and assembled by means of bolts comprising each a frustoconical headed screw and a nut also formed with a frustoconical portion whereby tightening said bolts in properly countersunk holes will provide a reliable vibration proof assembly. |