CN103306021B - Cam of loom selvedge tucking unit - Google Patents

Cam of loom selvedge tucking unit Download PDF

Info

Publication number
CN103306021B
CN103306021B CN201310238185.5A CN201310238185A CN103306021B CN 103306021 B CN103306021 B CN 103306021B CN 201310238185 A CN201310238185 A CN 201310238185A CN 103306021 B CN103306021 B CN 103306021B
Authority
CN
China
Prior art keywords
cam
curved surface
loom
cam body
footpath
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201310238185.5A
Other languages
Chinese (zh)
Other versions
CN103306021A (en
Inventor
李正军
胡广
赵森君
李吉林
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Zhejiang Yongfeng Intelligent Technology Co., Ltd.
Original Assignee
Zhejiang Hequn Machine Co ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Zhejiang Hequn Machine Co ltd filed Critical Zhejiang Hequn Machine Co ltd
Priority to CN201310238185.5A priority Critical patent/CN103306021B/en
Publication of CN103306021A publication Critical patent/CN103306021A/en
Application granted granted Critical
Publication of CN103306021B publication Critical patent/CN103306021B/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Abstract

The invention discloses a cam of a loom selvedge tucking unit, belongs to the field of loom parts, and meets the requirement on the stable operation of a drive mechanism of a flexible selvedge tucking unit. The cam comprises the structure that an axle hole is formed in a cam body; the cam body adopts a disk-shaped structure formed by two end surfaces and one curved surface; the generatrix of the curved surface is parallel to the center line of the axle hole; the contour line of the curved surface is a curve with a variable radius vector; the contour line of the curved surface of the cam body is formed by sequentially and smoothly connecting 360 points; the positions of the 360 points are determined by a polar coordinate; and the poles of the polar coordinate is positioned in the center line of the axle hole. Through the structural design of the cam, the effect of the stable operation of the loom selvedge tucking unit cam be achieved.

Description

A kind of cam of edge inward-folding device for loom
Technical field
The invention belongs to loom part field, especially relevant with a kind of cam of edge inward-folding device for loom.
Background technology
The fabric that Tucked-in selvage apparatus can make loom be made into has plain edge performance and style, can increase edge intensity and keep cloth width when fabric is plain edge, has functions such as facilitating hanging, washing, minimizing cutting sled limit.The power transmission connected mode that conjugate cam mechanical type Tucked-in selvage apparatus in the market adopts divides overhead toothed belt transmission and underneath type gear drive two kinds, both there is insecurity in overhead toothed belt transmission, block again operative employee's sight line, be difficult to during multiple device close together hold.Although underneath type gear drive is safer, but Tucked-in selvage apparatus in the middle of two can only be held at most, middle Tucked-in selvage apparatus is increased as needed again, need relend and combinationally use with a set of synchronous belt drive mechanism, the parts of device composition are many, bulky, installing space position takies greatly, is all not suitable with that towel, scarf etc. are narrow, the weaving of several fabrics.And the conjugate cam accuracy of manufacture requires very high again, manufacture processing difficulties, cause production cost higher, when installing the situation of multiple Tucked-in selvage apparatus at same loom, price is more difficult to allow user accept, and causes market to be difficult to popularize.
For solving the problem, applicant develops a kind of flexible Tucked-in selvage apparatus, containing a set of driving mechanism, many covers performance element and be interconnected component, driving mechanism is primarily of a set of (totally 5) driving cam and corresponding swing arm composition, so needs exploitation is used for the driving cam of drive unit.
Summary of the invention
The object of the invention is intended to the driving mechanism needs adapting to a kind of flexible Tucked-in selvage apparatus, provides that a kind of structure is relatively simple, cost is lower and can make the loom cam of edge inward-folding device for loom even running.
For this reason, the present invention is by the following technical solutions: a kind of cam of edge inward-folding device for loom, cam body is provided with axis hole, cam body is the disk-shaped structure that two end faces and a curved surface connect to form, surface bus and axis hole centerline parallel, and curved surface profile line is the curve with change radius vector, it is characterized in that: described cam body curved surface profile line is made up of 360 points successively smooth line, the position of these 360 points is determined by polar coordinate system, and polar angle and the footpath, pole of the polar coordinate system of every bit are as shown in the table
Point sequence number Polar angle Footpath, pole Point sequence number Polar angle Footpath, pole Point sequence number Polar angle Footpath, pole
1 0 50.0050 121 120 54.0215 241 240 50.2090
2 1 50.0050 122 121 54.0215 242 241 50.2055
3 2 50.0045 123 122 54.0215 243 242 50.2035
4 3 50.0045 124 123 54.0210 244 243 50.2030
5 4 50.0050 125 124 54.0200 245 244 50.2035
6 5 50.0055 126 125 54.0205 246 245 50.2040
7 6 50.0065 127 126 54.0200 247 246 50.2040
8 7 50.0075 128 127 54.0200 248 247 50.2045
9 8 50.0100 129 128 54.0195 249 248 50.2045
10 9 50.0105 130 129 54.0190 250 249 50.2045
11 10 50.0145 131 130 54.0195 251 250 50.2045
12 11 50.0200 132 131 54.0190 252 251 50.2045
13 12 50.0290 133 132 54.0190 253 252 50.2045
14 13 50.0405 134 133 54.0195 254 253 50.2045
15 14 50.0535 135 134 54.0180 255 254 50.2045
16 15 50.0675 136 135 54.0175 256 255 50.2060
17 16 50.0850 137 136 54.0175 257 256 50.2060
18 17 50.1045 138 137 54.0180 258 257 50.2065
19 18 50.1265 139 138 54.0175 259 258 50.2065
20 19 50.1520 140 139 54.0170 260 259 50.2065
21 20 50.1805 141 140 54.0175 261 260 50.2065
22 21 50.2130 142 141 54.0180 262 261 50.2070
23 22 50.2505 143 142 54.0180 263 262 50.2070
24 23 50.2855 144 143 54.0175 264 263 50.2075
25 24 50.3215 145 144 54.0180 265 264 50.2080
26 25 50.3635 146 145 54.0250 266 265 50.2075
27 26 50.4085 147 146 54.0165 267 266 50.2085
28 27 50.4625 148 147 54.0170 268 267 50.2090
29 28 50.5060 149 148 54.0155 269 268 50.2095
30 29 50.5565 150 149 54.0170 270 269 50.2085
31 30 50.6110 151 150 54.0155 271 270 50.2090
32 31 50.6680 152 151 54.0170 272 271 50.2090
33 32 50.7295 153 152 54.0160 273 272 50.2090
34 33 50.7935 154 153 54.0160 274 273 50.2090
35 34 50.8600 155 154 54.0165 275 274 50.2095
36 35 50.9275 156 155 54.0130 276 275 50.2095
37 36 50.9995 157 156 54.0090 277 276 50.2105
38 37 51.0755 158 157 54.0065 278 277 50.2110
39 38 51.1535 159 158 54.0010 279 278 50.2115
40 39 51.2340 160 159 53.9950 280 279 50.2115
41 40 51.3175 161 160 53.9870 281 280 50.2120
42 41 51.4055 162 161 53.9765 282 281 50.2120
43 42 51.4960 163 162 53.9640 283 282 50.2120
44 43 51.5870 164 163 53.9485 284 283 50.2120
45 44 51.6855 165 164 53.9310 285 284 50.2125
46 45 51.7850 166 165 53.9110 286 285 50.2120
47 46 51.8840 167 166 53.8895 287 286 50.2125
48 47 51.9880 168 167 53.8655 288 287 50.2125
49 48 52.0945 169 168 53.8380 289 288 50.2125
50 49 52.2000 170 169 53.8090 290 289 50.2130
51 50 52.3085 171 170 53.7775 291 290 50.2130
52 51 52.4180 172 171 68.7435 292 291 50.2130
53 52 52.5245 173 172 53.7080 293 292 50.2105
54 53 52.6325 174 173 53.6690 294 293 50.1990
55 54 52.7370 175 174 53.6295 295 294 50.1810
56 55 52.8390 176 175 53.5840 296 295 50.1565
57 56 52.9380 177 176 53.5380 297 296 50.1290
58 57 53.1250 178 177 53.4900 298 297 50.1020
59 58 53.1250 179 178 53.4370 299 298 50.0785
60 59 53.2145 180 179 53.3845 300 299 50.0565
61 60 53.2935 181 180 53.3285 301 300 50.0390
62 61 53.3720 182 181 53.2695 302 301 50.0245
63 62 53.4460 183 182 53.2080 303 302 50.0140
64 63 53.5145 184 183 53.1435 304 303 50.0060
65 64 53.5775 185 184 53.0765 305 304 50.0025
66 65 53.6385 186 185 53.0085 306 305 50.0000
67 66 53.6930 187 186 52.9370 307 306 50.0000
68 67 53.7440 188 187 52.8630 308 307 50.0000
69 68 53.7910 189 188 52.7870 309 308 50.0005
70 69 53.8345 190 189 52.7085 310 309 50.0000
71 70 53.8730 191 190 52.6285 311 310 50.0000
72 71 53.9065 192 191 52.5475 312 311 50.0005
73 72 53.9350 193 192 52.4645 313 312 50.0015
74 73 53.9595 194 193 52.3815 314 313 50.0015
75 74 53.9805 195 194 52.2955 315 314 50.0025
76 75 53.9970 196 195 52.2110 316 315 50.0025
77 76 54.0100 197 196 52.1265 317 316 50.0015
78 77 54.0185 198 197 52.0425 318 317 50.0030
79 78 54.0240 199 198 51.9605 319 318 50.0030
80 79 54.0285 200 199 51.8790 320 319 50.0030
81 80 54.0300 201 200 51.7990 321 320 50.0025
82 81 54.0300 202 201 51.7200 322 321 50.0025
83 82 54.0295 203 202 51.6440 323 322 50.0035
84 83 54.0295 204 203 51.5690 324 323 50.0035
85 84 54.0290 205 204 51.4965 325 324 50.0035
86 85 54.0285 206 205 51.4255 326 325 50.0040
87 86 54.0285 207 206 51.3570 327 326 50.0040
88 87 54.0285 208 207 51.2920 328 327 50.0050
89 88 54.0285 209 208 51.2265 329 328 50.0055
90 89 54.0280 210 209 51.1645 330 329 50.0050
91 90 54.0280 211 210 51.1055 331 330 50.0055
92 91 54.0270 212 211 51.0470 332 331 50.0055
93 92 54.0265 213 212 50.9915 333 332 50.0050
94 93 54.0260 214 213 50.9370 334 333 50.0050
95 94 54.0255 215 214 50.8845 335 334 50.0055
96 95 54.0260 216 215 50.8345 336 335 50.0055
97 96 54.0265 217 216 50.7870 337 336 50.0040
98 97 54.0270 218 217 50.7410 338 337 50.0045
99 98 54.0265 219 218 50.6965 339 338 50.0050
100 99 54.0265 220 219 50.6555 340 339 50.0045
101 100 54.0255 221 220 50.6160 341 340 50.0035
102 101 54.0250 222 221 50.5775 342 341 50.0030
103 102 54.0245 223 222 50.5410 343 342 50.0040
104 103 54.0245 224 223 50.5075 344 343 50.0055
105 104 54.0235 225 224 50.4755 345 344 50.0050
106 105 54.0235 226 225 50.4450 346 345 50.0045
107 106 54.0235 227 226 50.4170 347 346 50.0040
108 107 54.0235 228 227 50.3900 348 347 50.0040
109 108 54.0230 229 228 50.3650 349 348 50.0045
110 109 54.0235 230 229 50.3420 350 349 50.0045
111 110 54.0235 231 230 50.3215 351 350 50.0050
112 111 54.0230 232 231 50.3025 352 351 50.0055
113 112 54.0230 233 232 50.2855 353 352 50.0050
114 113 54.0235 234 233 50.2705 354 353 50.0045
115 114 54.0230 235 234 50.2570 355 354 50.0055
116 115 54.0225 236 235 50.2455 356 355 50.0045
117 116 54.0220 237 236 50.2350 357 356 50.0055
118 117 54.0220 238 237 50.2265 358 357 50.0050
119 118 54.0220 239 238 50.2195 359 358 50.0045
120 119 54.0220 240 239 50.2130 360 359 50.0045
Polar limit is positioned on the center line of described axis hole.
Use the present invention can reach following beneficial effect: edge inward-folding device for loom even running can be made.
Accompanying drawing explanation
Fig. 1 is front view of the present invention.
Fig. 2 is left view of the present invention.
Detailed description of the invention
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is described in detail.
As shown in accompanying drawing 1 ~ 2, the present invention's research and development be a kind of cam of edge inward-folding device for loom, cam body 1 is provided with axis hole 2, cam body 1 is the disk-shaped structure that two end faces and a curved surface connect to form, the centerline parallel of surface bus and axis hole 2, and curved surface profile line is the curve with change radius vector, the curved surface profile line of cam body 1 is made up of 360 points successively smooth line, the position of these 360 points is determined by polar coordinate system, and polar angle and the footpath, pole of the polar coordinate system of every bit are as shown in the table
Point sequence number Polar angle Footpath, pole Point sequence number Polar angle Footpath, pole Point sequence number Polar angle Footpath, pole
1 0 50.0050 121 120 54.0215 241 240 50.2090
2 1 50.0050 122 121 54.0215 242 241 50.2055
3 2 50.0045 123 122 54.0215 243 242 50.2035
4 3 50.0045 124 123 54.0210 244 243 50.2030
5 4 50.0050 125 124 54.0200 245 244 50.2035
6 5 50.0055 126 125 54.0205 246 245 50.2040
7 6 50.0065 127 126 54.0200 247 246 50.2040
8 7 50.0075 128 127 54.0200 248 247 50.2045
9 8 50.0100 129 128 54.0195 249 248 50.2045
10 9 50.0105 130 129 54.0190 250 249 50.2045
11 10 50.0145 131 130 54.0195 251 250 50.2045
12 11 50.0200 132 131 54.0190 252 251 50.2045
13 12 50.0290 133 132 54.0190 253 252 50.2045
14 13 50.0405 134 133 54.0195 254 253 50.2045
15 14 50.0535 135 134 54.0180 255 254 50.2045
16 15 50.0675 136 135 54.0175 256 255 50.2060
17 16 50.0850 137 136 54.0175 257 256 50.2060
18 17 50.1045 138 137 54.0180 258 257 50.2065
19 18 50.1265 139 138 54.0175 259 258 50.2065
20 19 50.1520 140 139 54.0170 260 259 50.2065
21 20 50.1805 141 140 54.0175 261 260 50.2065
22 21 50.2130 142 141 54.0180 262 261 50.2070
23 22 50.2505 143 142 54.0180 263 262 50.2070
24 23 50.2855 144 143 54.0175 264 263 50.2075
25 24 50.3215 145 144 54.0180 265 264 50.2080
26 25 50.3635 146 145 54.0250 266 265 50.2075
27 26 50.4085 147 146 54.0165 267 266 50.2085
28 27 50.4625 148 147 54.0170 268 267 50.2090
29 28 50.5060 149 148 54.0155 269 268 50.2095
30 29 50.5565 150 149 54.0170 270 269 50.2085
31 30 50.6110 151 150 54.0155 271 270 50.2090
32 31 50.6680 152 151 54.0170 272 271 50.2090
33 32 50.7295 153 152 54.0160 273 272 50.2090
34 33 50.7935 154 153 54.0160 274 273 50.2090
35 34 50.8600 155 154 54.0165 275 274 50.2095
36 35 50.9275 156 155 54.0130 276 275 50.2095
37 36 50.9995 157 156 54.0090 277 276 50.2105
38 37 51.0755 158 157 54.0065 278 277 50.2110
39 38 51.1535 159 158 54.0010 279 278 50.2115
40 39 51.2340 160 159 53.9950 280 279 50.2115
41 40 51.3175 161 160 53.9870 281 280 50.2120
42 41 51.4055 162 161 53.9765 282 281 50.2120
43 42 51.4960 163 162 53.9640 283 282 50.2120
44 43 51.5870 164 163 53.9485 284 283 50.2120
45 44 51.6855 165 164 53.9310 285 284 50.2125
46 45 51.7850 166 165 53.9110 286 285 50.2120
47 46 51.8840 167 166 53.8895 287 286 50.2125
48 47 51.9880 168 167 53.8655 288 287 50.2125
49 48 52.0945 169 168 53.8380 289 288 50.2125
50 49 52.2000 170 169 53.8090 290 289 50.2130
51 50 52.3085 171 170 53.7775 291 290 50.2130
52 51 52.4180 172 171 68.7435 292 291 50.2130
53 52 52.5245 173 172 53.7080 293 292 50.2105
54 53 52.6325 174 173 53.6690 294 293 50.1990
55 54 52.7370 175 174 53.6295 295 294 50.1810
56 55 52.8390 176 175 53.5840 296 295 50.1565
57 56 52.9380 177 176 53.5380 297 296 50.1290
58 57 53.1250 178 177 53.4900 298 297 50.1020
59 58 53.1250 179 178 53.4370 299 298 50.0785
60 59 53.2145 180 179 53.3845 300 299 50.0565
61 60 53.2935 181 180 53.3285 301 300 50.0390
62 61 53.3720 182 181 53.2695 302 301 50.0245
63 62 53.4460 183 182 53.2080 303 302 50.0140
64 63 53.5145 184 183 53.1435 304 303 50.0060
65 64 53.5775 185 184 53.0765 305 304 50.0025
66 65 53.6385 186 185 53.0085 306 305 50.0000
67 66 53.6930 187 186 52.9370 307 306 50.0000
68 67 53.7440 188 187 52.8630 308 307 50.0000
69 68 53.7910 189 188 52.7870 309 308 50.0005
70 69 53.8345 190 189 52.7085 310 309 50.0000
71 70 53.8730 191 190 52.6285 311 310 50.0000
72 71 53.9065 192 191 52.5475 312 311 50.0005
73 72 53.9350 193 192 52.4645 313 312 50.0015
74 73 53.9595 194 193 52.3815 314 313 50.0015
75 74 53.9805 195 194 52.2955 315 314 50.0025
76 75 53.9970 196 195 52.2110 316 315 50.0025
77 76 54.0100 197 196 52.1265 317 316 50.0015
78 77 54.0185 198 197 52.0425 318 317 50.0030
79 78 54.0240 199 198 51.9605 319 318 50.0030
80 79 54.0285 200 199 51.8790 320 319 50.0030
81 80 54.0300 201 200 51.7990 321 320 50.0025
82 81 54.0300 202 201 51.7200 322 321 50.0025
83 82 54.0295 203 202 51.6440 323 322 50.0035
84 83 54.0295 204 203 51.5690 324 323 50.0035
85 84 54.0290 205 204 51.4965 325 324 50.0035
86 85 54.0285 206 205 51.4255 326 325 50.0040
87 86 54.0285 207 206 51.3570 327 326 50.0040
88 87 54.0285 208 207 51.2920 328 327 50.0050
89 88 54.0285 209 208 51.2265 329 328 50.0055
90 89 54.0280 210 209 51.1645 330 329 50.0050
91 90 54.0280 211 210 51.1055 331 330 50.0055
92 91 54.0270 212 211 51.0470 332 331 50.0055
93 92 54.0265 213 212 50.9915 333 332 50.0050
94 93 54.0260 214 213 50.9370 334 333 50.0050
95 94 54.0255 215 214 50.8845 335 334 50.0055
96 95 54.0260 216 215 50.8345 336 335 50.0055
97 96 54.0265 217 216 50.7870 337 336 50.0040
98 97 54.0270 218 217 50.7410 338 337 50.0045
99 98 54.0265 219 218 50.6965 339 338 50.0050
100 99 54.0265 220 219 50.6555 340 339 50.0045
101 100 54.0255 221 220 50.6160 341 340 50.0035
102 101 54.0250 222 221 50.5775 342 341 50.0030
103 102 54.0245 223 222 50.5410 343 342 50.0040
104 103 54.0245 224 223 50.5075 344 343 50.0055
105 104 54.0235 225 224 50.4755 345 344 50.0050
106 105 54.0235 226 225 50.4450 346 345 50.0045
107 106 54.0235 227 226 50.4170 347 346 50.0040
108 107 54.0235 228 227 50.3900 348 347 50.0040
109 108 54.0230 229 228 50.3650 349 348 50.0045
110 109 54.0235 230 229 50.3420 350 349 50.0045
111 110 54.0235 231 230 50.3215 351 350 50.0050
112 111 54.0230 232 231 50.3025 352 351 50.0055
113 112 54.0230 233 232 50.2855 353 352 50.0050
114 113 54.0235 234 233 50.2705 354 353 50.0045
115 114 54.0230 235 234 50.2570 355 354 50.0055
116 115 54.0225 236 235 50.2455 356 355 50.0045
117 116 54.0220 237 236 50.2350 357 356 50.0055
118 117 54.0220 238 237 50.2265 358 357 50.0050
119 118 54.0220 239 238 50.2195 359 358 50.0045
120 119 54.0220 240 239 50.2130 360 359 50.0045
Polar limit is positioned on the center line of axis hole 2.Use structure of the present invention, edge inward-folding device for loom can be made to run stably.

Claims (1)

1. the cam of an edge inward-folding device for loom, cam body (1) is provided with axis hole (2), cam body (1) is the disk-shaped structure that two end faces and a curved surface connect to form, the centerline parallel of surface bus and axis hole (2), curved surface profile line is the curve with change radius vector, it is characterized in that: described cam body (1) curved surface profile line is made up of 360 points successively smooth line, the position of these 360 points is determined by polar coordinate system, polar angle and the footpath, pole of the polar coordinate system of every bit are as shown in the table
Point sequence number Polar angle Footpath, pole Point sequence number Polar angle Footpath, pole Point sequence number Polar angle Footpath, pole 1 0 50.0050 121 120 54.0215 241 240 50.2090 2 1 50.0050 122 121 54.0215 242 241 50.2055 3 2 50.0045 123 122 54.0215 243 242 50.2035 4 3 50.0045 124 123 54.0210 244 243 50.2030 5 4 50.0050 125 124 54.0200 245 244 50.2035 6 5 50.0055 126 125 54.0205 246 245 50.2040 7 6 50.0065 127 126 54.0200 247 246 50.2040 8 7 50.0075 128 127 54.0200 248 247 50.2045 9 8 50.0100 129 128 54.0195 249 248 50.2045 10 9 50.0105 130 129 54.0190 250 249 50.2045 11 10 50.0145 131 130 54.0195 251 250 50.2045 12 11 50.0200 132 131 54.0190 252 251 50.2045 13 12 50.0290 133 132 54.0190 253 252 50.2045 14 13 50.0405 134 133 54.0195 254 253 50.2045 15 14 50.0535 135 134 54.0180 255 254 50.2045 16 15 50.0675 136 135 54.0175 256 255 50.2060 17 16 50.0850 137 136 54.0175 257 256 50.2060 18 17 50.1045 138 137 54.0180 258 257 50.2065 19 18 50.1265 139 138 54.0175 259 258 50.2065 20 19 50.1520 140 139 54.0170 260 259 50.2065 21 20 50.1805 141 140 54.0175 261 260 50.2065 22 21 50.2130 142 141 54.0180 262 261 50.2070 23 22 50.2505 143 142 54.0180 263 262 50.2070 24 23 50.2855 144 143 54.0175 264 263 50.2075 25 24 50.3215 145 144 54.0180 265 264 50.2080 26 25 50.3635 146 145 54.0250 266 265 50.2075 27 26 50.4085 147 146 54.0165 267 266 50.2085 28 27 50.4625 148 147 54.0170 268 267 50.2090 29 28 50.5060 149 148 54.0155 269 268 50.2095 30 29 50.5565 150 149 54.0170 270 269 50.2085 31 30 50.6110 151 150 54.0155 271 270 50.2090 32 31 50.6680 152 151 54.0170 272 271 50.2090 33 32 50.7295 153 152 54.0160 273 272 50.2090 34 33 50.7935 154 153 54.0160 274 273 50.2090 35 34 50.8600 155 154 54.0165 275 274 50.2095 36 35 50.9275 156 155 54.0130 276 275 50.2095 37 36 50.9995 157 156 54.0090 277 276 50.2105 38 37 51.0755 158 157 54.0065 278 277 50.2110 39 38 51.1535 159 158 54.0010 279 278 50.2115 40 39 51.2340 160 159 53.9950 280 279 50.2115 41 40 51.3175 161 160 53.9870 281 280 50.2120 42 41 51.4055 162 161 53.9765 282 281 50.2120 43 42 51.4960 163 162 53.9640 283 282 50.2120 44 43 51.5870 164 163 53.9485 284 283 50.2120 45 44 51.6855 165 164 53.9310 285 284 50.2125 46 45 51.7850 166 165 53.9110 286 285 50.2120 47 46 51.8840 167 166 53.8895 287 286 50.2125 48 47 51.9880 168 167 53.8655 288 287 50.2125 49 48 52.0945 169 168 53.8380 289 288 50.2125 50 49 52.2000 170 169 53.8090 290 289 50.2130 51 50 52.3085 171 170 53.7775 291 290 50.2130 52 51 52.4180 172 171 68.7435 292 291 50.2130 53 52 52.5245 173 172 53.7080 293 292 50.2105 54 53 52.6325 174 173 53.6690 294 293 50.1990 55 54 52.7370 175 174 53.6295 295 294 50.1810 56 55 52.8390 176 175 53.5840 296 295 50.1565 57 56 52.9380 177 176 53.5380 297 296 50.1290 58 57 53.1250 178 177 53.4900 298 297 50.1020 59 58 53.1250 179 178 53.4370 299 298 50.0785 60 59 53.2145 180 179 53.3845 300 299 50.0565 61 60 53.2935 181 180 53.3285 301 300 50.0390 62 61 53.3720 182 181 53.2695 302 301 50.0245 63 62 53.4460 183 182 53.2080 303 302 50.0140 64 63 53.5145 184 183 53.1435 304 303 50.0060 65 64 53.5775 185 184 53.0765 305 304 50.0025 66 65 53.6385 186 185 53.0085 306 305 50.0000 67 66 53.6930 187 186 52.9370 307 306 50.0000 68 67 53.7440 188 187 52.8630 308 307 50.0000 69 68 53.7910 189 188 52.7870 309 308 50.0005 70 69 53.8345 190 189 52.7085 310 309 50.0000 71 70 53.8730 191 190 52.6285 311 310 50.0000 72 71 53.9065 192 191 52.5475 312 311 50.0005 73 72 53.9350 193 192 52.4645 313 312 50.0015 74 73 53.9595 194 193 52.3815 314 313 50.0015 75 74 53.9805 195 194 52.2955 315 314 50.0025 76 75 53.9970 196 195 52.2110 316 315 50.0025 77 76 54.0100 197 196 52.1265 317 316 50.0015 78 77 54.0185 198 197 52.0425 318 317 50.0030 79 78 54.0240 199 198 51.9605 319 318 50.0030 80 79 54.0285 200 199 51.8790 320 319 50.0030 81 80 54.0300 201 200 51.7990 321 320 50.0025 82 81 54.0300 202 201 51.7200 322 321 50.0025 83 82 54.0295 203 202 51.6440 323 322 50.0035 84 83 54.0295 204 203 51.5690 324 323 50.0035 85 84 54.0290 205 204 51.4965 325 324 50.0035 86 85 54.0285 206 205 51.4255 326 325 50.0040 87 86 54.0285 207 206 51.3570 327 326 50.0040 88 87 54.0285 208 207 51.2920 328 327 50.0050 89 88 54.0285 209 208 51.2265 329 328 50.0055 90 89 54.0280 210 209 51.1645 330 329 50.0050 91 90 54.0280 211 210 51.1055 331 330 50.0055 92 91 54.0270 212 211 51.0470 332 331 50.0055 93 92 54.0265 213 212 50.9915 333 332 50.0050 94 93 54.0260 214 213 50.9370 334 333 50.0050 95 94 54.0255 215 214 50.8845 335 334 50.0055 96 95 54.0260 216 215 50.8345 336 335 50.0055 97 96 54.0265 217 216 50.7870 337 336 50.0040 98 97 54.0270 218 217 50.7410 338 337 50.0045 99 98 54.0265 219 218 50.6965 339 338 50.0050 100 99 54.0265 220 219 50.6555 340 339 50.0045 101 100 54.0255 221 220 50.6160 341 340 50.0035 102 101 54.0250 222 221 50.5775 342 341 50.0030 103 102 54.0245 223 222 50.5410 343 342 50.0040 104 103 54.0245 224 223 50.5075 344 343 50.0055 105 104 54.0235 225 224 50.4755 345 344 50.0050 106 105 54.0235 226 225 50.4450 346 345 50.0045 107 106 54.0235 227 226 50.4170 347 346 50.0040 108 107 54.0235 228 227 50.3900 348 347 50.0040 109 108 54.0230 229 228 50.3650 349 348 50.0045 110 109 54.0235 230 229 50.3420 350 349 50.0045 111 110 54.0235 231 230 50.3215 351 350 50.0050 112 111 54.0230 232 231 50.3025 352 351 50.0055 113 112 54.0230 233 232 50.2855 353 352 50.0050 114 113 54.0235 234 233 50.2705 354 353 50.0045 115 114 54.0230 235 234 50.2570 355 354 50.0055 116 115 54.0225 236 235 50.2455 356 355 50.0045 117 116 54.0220 237 236 50.2350 357 356 50.0055 118 117 54.0220 238 237 50.2265 358 357 50.0050 119 118 54.0220 239 238 50.2195 359 358 50.0045 120 119 54.0220 240 239 50.2130 360 359 50.0045
Polar limit is positioned on the center line of axis hole (2).
CN201310238185.5A 2013-06-14 2013-06-14 Cam of loom selvedge tucking unit Expired - Fee Related CN103306021B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201310238185.5A CN103306021B (en) 2013-06-14 2013-06-14 Cam of loom selvedge tucking unit

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201310238185.5A CN103306021B (en) 2013-06-14 2013-06-14 Cam of loom selvedge tucking unit

Publications (2)

Publication Number Publication Date
CN103306021A CN103306021A (en) 2013-09-18
CN103306021B true CN103306021B (en) 2015-07-08

Family

ID=49131722

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201310238185.5A Expired - Fee Related CN103306021B (en) 2013-06-14 2013-06-14 Cam of loom selvedge tucking unit

Country Status (1)

Country Link
CN (1) CN103306021B (en)

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3556162A (en) * 1967-10-20 1971-01-19 Enshu Seisaku Kk Apparatus for forming reinforced selvages of a fabric usable in combination with a shuttleless loom
GB2078795A (en) * 1980-06-26 1982-01-13 Day J & Co Derby Works Ltd Combined knitting and weaving process for fabric forming
CN88101495A (en) * 1987-05-25 1988-12-07 马尼亚机械建筑责任有限公司 Form mechanism frivolous and that hang down close tuck-in selvage when on shuttleless loom, producing fabric
JP2000282343A (en) * 1999-03-31 2000-10-10 Tsudakoma Corp Selvedging apparatus

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3556162A (en) * 1967-10-20 1971-01-19 Enshu Seisaku Kk Apparatus for forming reinforced selvages of a fabric usable in combination with a shuttleless loom
GB2078795A (en) * 1980-06-26 1982-01-13 Day J & Co Derby Works Ltd Combined knitting and weaving process for fabric forming
CN88101495A (en) * 1987-05-25 1988-12-07 马尼亚机械建筑责任有限公司 Form mechanism frivolous and that hang down close tuck-in selvage when on shuttleless loom, producing fabric
JP2000282343A (en) * 1999-03-31 2000-10-10 Tsudakoma Corp Selvedging apparatus

Also Published As

Publication number Publication date
CN103306021A (en) 2013-09-18

Similar Documents

Publication Publication Date Title
CN103306021B (en) Cam of loom selvedge tucking unit
CN203295829U (en) Napping machine
CN204437182U (en) A kind of anti-bending chain of windowing
CN203403207U (en) Adjustable disc head
CN202604977U (en) Rod bending pliers
CN203197614U (en) Auxiliary fixture of machining center
CN204491137U (en) A kind of cam transmission mechanism of braiding machine
CN204175742U (en) A kind of bearing pin
CN204000141U (en) A kind of Novel handcraft passes cutter
CN203487324U (en) Fabric width adjusting device for rapier loom
CN202919848U (en) Clothes rack with stretching function
CN203247388U (en) Loom cloth transmission mechanism with limiting devices
CN203393379U (en) Novel sinker control device
CN204284410U (en) The shift bar assembly of second gear electric vehicle transmission assembly
CN203295732U (en) Clamping-type warp beam
CN203200531U (en) Washboard provided with clamp
CN203403241U (en) Pneumatic spreading device of automatic trimming machine
CN203548711U (en) Dustproof chain
CN103054442A (en) Sliding type hanger
CN205329274U (en) Convertible braiding triangle on big circular knitting machine
CN202438875U (en) Chip conveying device for chip slot milling machine
CN202946571U (en) Rotary drum for textile
CN205329275U (en) Braiding triangle's cam adjustment mechanism on big circular knitting machine
CN203270184U (en) Magnetic propelling structure of circular weaving machine
CN201673331U (en) Glasses with adjustable size

Legal Events

Date Code Title Description
C06 Publication
PB01 Publication
C10 Entry into substantive examination
SE01 Entry into force of request for substantive examination
C53 Correction of patent for invention or patent application
CB02 Change of applicant information

Address after: 312500 Zhejiang city of Shaoxing province Xinchang County Chengtan Town Industrial Zone

Applicant after: Zhejiang crane group machinery limited company

Address before: 312500 Zhejiang city of Shaoxing province Xinchang County Chengtan Town Industrial Zone

Applicant before: Xinchang Hequn Machinery Co., Ltd.

COR Change of bibliographic data

Free format text: CORRECT: APPLICANT; FROM: XINCHANG HEQUN MACHINERY CO., LTD. TO: ZHEJIANG HEQUN MACHINERY?CO., LTD.

C14 Grant of patent or utility model
GR01 Patent grant
CP03 Change of name, title or address

Address after: 312530 Zhejiang city of Shaoxing province Xinchang County Chengtan Town Industrial Zone

Patentee after: Zhejiang cranes intelligent equipment Limited by Share Ltd

Address before: 312500 Zhejiang city of Shaoxing province Xinchang County Chengtan Town Industrial Zone

Patentee before: Zhejiang crane group machinery limited company

CP03 Change of name, title or address
TR01 Transfer of patent right

Effective date of registration: 20190312

Address after: 312500 No. 15 Wufeng Road, Xinchang County, Shaoxing City, Zhejiang Province

Patentee after: Zhejiang Yongfeng Intelligent Technology Co., Ltd.

Address before: 312530 Chengtan Town, Xinchang County, Shaoxing, Zhejiang

Patentee before: Zhejiang cranes intelligent equipment Limited by Share Ltd

TR01 Transfer of patent right
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20150708

Termination date: 20190614

CF01 Termination of patent right due to non-payment of annual fee