CN201883225U - Groove-type small-cam small-fourteen-shuttle circular loom - Google Patents
Groove-type small-cam small-fourteen-shuttle circular loom Download PDFInfo
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- CN201883225U CN201883225U CN2010206702221U CN201020670222U CN201883225U CN 201883225 U CN201883225 U CN 201883225U CN 2010206702221 U CN2010206702221 U CN 2010206702221U CN 201020670222 U CN201020670222 U CN 201020670222U CN 201883225 U CN201883225 U CN 201883225U
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- swing arm
- shuttle
- groove
- roller
- cam
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Abstract
The utility model discloses a groove-type small-cam small-fourteen-shuttle circular loom. A main machine comprises a chassis, a small cam, lower rimless rollers, swing arm seats, swing arms, hinges, heald belts, a lower door ring, an upper door ring, a spindle and shuttles. The circular loom is characterized in that the upper edge of the lower door ring and the lower edge of the upper door ring are respectively designed to be a herringbone dual-inclined-surface structure, fourteen shuttles are evenly distributed between the lower door ring and the upper door ring which respectively have a diameter of 2700mm to 3100mm, nine rollers are installed on the front surface and the back surface of the shuttle body of each shuttle, grooves are arranged on the periphery of the small cam, two rollers are installed at one end of each swing arm, the two rollers are in rolling contact with the two groove walls of each groove, the swing arms are installed on the swing arm seats and are movably connected with the swing arm seats, the swing arm seats are tightly installed on the chassis, the other ends of the swing arms are movably connected with the hinges, the hinges are tightly connected with the heald belts, and the number of the swing arm seats, the swing arms, the hinges and the heald belts are respectively 84. The groove-type small-cam small-fourteen-shuttle circular loom has the beneficial effect that more than 30 percent of energy can be saved.
Description
Technical field
The utility model relates to the plastic circular loom field, little 14 shuttle circular looms of the little cam of especially a kind of plough groove type.
Technical background
Make both at home and abroad at present, sell, the plastic circular loom that uses, used shuttle running rail adopts monocline face structure, four rollers that rely on shuttle are along the circle monocline face orbital motion of last Xiamen, fly faults such as shuttle easily, used cam is the cydariform big cam, the design of cydariform big cam outer peripheral face has heavy grade, the boss of high lift, relying on boss wall on its outer circumference surface to promote slide block during work moves up and down on slide block guide post and reaches the braiding warp and open the friendship necessary requirement, big cam weight is big, the inertia force of motion is big, the boss curvilinear slope is big, the lift height, diameter be 2700mm-3100mm on use 8 or 12 big shuttles on the Xiamen circle, exist efficient low, the defective that energy consumption is high.
The utility model content
The purpose of this utility model is to overcome above-mentioned defective, provides the circular loom that efficiently can save power consumption again, little 14 shuttle circular looms of the little cam of particularly a kind of plough groove type.
For achieving the above object, little 14 shuttle circular looms of the little cam of a kind of plough groove type, main frame includes the chassis, little cam, following boundless roller, the swing arm seat, swing arm, hinge, combine band, Xia Menquan, enclose to the doorstep, main shaft, shuttle, it is characterized in that: the upper edge of described Xiamen circle is designed to the double inclined plane structure of splayed configuration, the lower edge of circle is designed to the double inclined plane structure of inverse to the doorstep, be the Xiamen circle of 2700mm-3100mm and be evenly equipped with 14 shuttles between the circle to the doorstep at diameter, every positive back side of shuttle body shuttle is equipped with 9 rollers, positive 4 internal trolleys of shuttle body roll with the interior inclined-plane of last Xiamen circle and contact, 4 outer rollers at the shuttle body back side roll with the outer inclined-plane of last Xiamen circle and contact, and positive 1 rear roller rolls with shuttle pushing wheel and contacts; Design has the simple curve groove on the outer circumference surface of described little cam, two walls of groove are one high and one low notch cuttype cell wall, be coaxially installed with first roller and second roller on one end of described swing arm, a cell wall of first roller and groove rolls and contacts, another cell wall of second roller and groove rolls and contacts, swing arm is installed on the swing arm seat and flexibly connects with the swing arm seat, the swing arm seat is fastening to be installed on the chassis, the other end of swing arm and hinge one end flexibly connect, and the hinge other end is fastenedly connected with comprehensive band.
As preferably, little 14 shuttle circular looms of the little cam of a kind of plough groove type is characterized in that described swing arm, swing arm seat, hinge, boundless roller and comprehensive band respectively are 84 down.
The beneficial effects of the utility model: owing to designed the splayed configuration double inclined plane structure of last Xiamen circle, thereby realize the even running on Xiamen circle double inclined plane shuttle running rail on the 2700mm-3100mm diameter of 14 little shuttles, designed the little cam of plough groove type, roller in two walls of its groove and the swing arm rolls and contacts, thereby can improve the rotating speed of circular loom, overcome the defective that prior art circular loom efficient is low, energy consumption is high, can save power consumption more than 30%.
Description of drawings
Fig. 1 is the structural representation of the little 14 shuttle circular loom embodiment of the little cam of a kind of plough groove type of the utility model;
Fig. 2 is a kind of shuttle running orbit structure schematic diagram among the little 14 shuttle circular loom embodiment of the little cam of a kind of plough groove type of the utility model;
Fig. 3 is the little cam schematic diagram of the little 14 shuttle circular loom embodiment of the little cam of a kind of plough groove type of the utility model;
The specific embodiment
Further describe embodiment below in conjunction with accompanying drawing:
With reference to Fig. 1: boundless roller, 4-swing arm seat, 5-swing arm, 6-hinge, 7-combine band, 8-Xia Menquan, 9-circle, 10-main shaft, 11-shuttle to the doorstep under 1-chassis, the little cam of 2-, the 3-.As shown in Figure 1, main frame includes chassis 1, little cam 2, following boundless roller 3, swing arm seat 4, swing arm 5, hinge 6, combine and be with 7, Xiamen circle 8, enclose 9 to the doorstep, main shaft 10, shuttle 11, the upper edge of described Xiamen circle 8 is designed to the double inclined plane structure of splayed configuration, enclose 9 lower edge to the doorstep and also be designed to the double inclined plane structure of splayed configuration, diameter be the Xiamen circle 8 of 2700mm-3100mm and enclose 9 to the doorstep between be evenly equipped with 14 shuttles 11, every positive back side of shuttle body shuttle 11 is equipped with 9 rollers, positive 4 internal trolleys of shuttle body roll with the interior inclined-plane of last Xiamen circle and contact, 4 outer rollers at the shuttle body back side roll with the outer inclined-plane of last Xiamen circle and contact, and positive 1 rear roller rolls with shuttle pushing wheel and contacts; Design has the simple curve groove on the outer circumference surface of described little cam 2, two walls of groove are one high and one low notch cuttype cell wall, be coaxially installed with first roller and second roller on one end of described swing arm 5, a cell wall of first roller and groove rolls and contacts, another cell wall of second roller and groove rolls and contacts, swing arm 5 is installed on the swing arm seat 4 and flexibly connects with swing arm seat 4, swing arm seat 4 fastening being installed on the chassis 1, one end of the other end of swing arm 5 and hinge 6 flexibly connects, hinge 6 other ends are with 7 to be fastenedly connected with comprehensive, described boundless roller 3 down, swing arm seat 4, swing arm 5, hinge 6 is with 7 respectively to be 84 with combining.
When main frame moves, little cam 2 is made circular motion with main shaft 10, to make swing arm 5 be that fulcrum swings up and down with swing arm seat 4 thereby the roller on the two cornice movable pendulum arms 5 of the groove on its outer circumference surface moves up and down along groove curve on the outer circumference surface, along with swinging up and down of swing arm 5, the hinge 6 of the other end loose joint of swing arm 5 and comprehensively be with 7 also up and down cycle movements with hinge 6 is fastenedly connected, thereby make be contained in combine with on the heald eye in warp form and open friendship, for 14 little shuttle shuttle is planted parallel, be woven into plastic woven cloth.
With reference to Fig. 2: 8-Xia Menquan, 9-is circle to the doorstep, the 11-shuttle, the outer inclined-plane of circle, 21-Xiamen, 22-is the outer inclined-plane of circle to the doorstep, the down outer shuttle wheel of 23-, the last outer shuttle wheel of 24-, shuttle wheel in 25-is last, the down interior shuttle wheel of 26-, 27-is the interior inclined-plane of circle to the doorstep, inclined-plane in the circle of 28-Xiamen, the 29-trailing wheel, Fig. 2 is a kind of shuttle running orbit structure schematic diagram among the little 14 shuttle circular loom embodiment of the little cam of a kind of plough groove type of the utility model, be evenly equipped with 14 shuttles 11 at Xiamen circle 8 with between enclosing 9 to the doorstep, design has two down outer shuttle wheels 23 on every shuttle 11, go up outer shuttle wheel 24 for two, go up interior shuttle wheel 25 for two, 26 and trailing wheels 29 of two down interior shuttle wheels are totally 9 shuttles wheels, the top of Xiamen circle 8 is designed to inclined-plane 28 in outer inclined-plane 21 of circle, Xiamen and the Xiamen circle, enclose 9 below to the doorstep and be designed to outer inclined-plane 22 of circle and the interior inclined-plane 27 of circle to the doorstep to the doorstep, when main frame moves, two down outer shuttle wheels 23 of shuttle roll with the outer inclined-plane 21 of Xiamen circle and contact, go up outer shuttle wheel 24 and contact for two of shuttle with the circle of calling outer inclined-plane 22 rollings, two down interior shuttle wheels 26 of shuttle roll with the interior inclined-plane 28 of Xiamen circle and contact, two of shuttle go up in shuttles wheel 25 contact with inclined-plane 27 rollings in the circle to the doorstep, a trailing wheel 29 rolls with shuttle pushing wheel and contacts, but fly the shuttle fault in this structure machine running, help improving the rotating speed of circular loom.
With reference to the little cam of Fig. 3: 2-, 4-swing arm seat, the 5-swing arm, 31-first roller, 32-second roller, 33-hangs down wall, the high wall of 34-, the 35-groove, Fig. 3 is the little cam schematic diagram of the little 14 shuttle circular loom embodiment of the little cam of a kind of plough groove type of the utility model, first roller 31 and 32 two rollers of second roller are equipped with in one endlap of swing arm 5, design has simple curve groove 35 on the outer circumference surface of little cam 2,35 liang of walls of the groove of present embodiment are designed to 33 one-tenth notch cuttypes of high wall 34 and low wall, when main frame moves, little cam 2 runnings, first roller 31 in its high wall 34 and the swing arm 5 rolls and contacts, low wall 33 rolls with second roller 32 and contacts, thereby make an end of swing arm 5 do up and down periodically swing with groove 35 curves of little cam 2, the middle part of swing arm 5 and swing arm seat 4 flexibly connect makes fulcrum, the other end of swing arm 5 is also made periodic wobble up and down, circular loom is easily economized on electricity, normal operation.
The beneficial effects of the utility model: owing to designed the splayed configuration double inclined surface structure of upper-lower door circle, thereby realize the even running on the upper-lower door circle double inclined plane shuttle orbit of 2700mm-3100mm diameter of 14 little shuttles, designed grooved small cam, roller in two walls of its groove and the swing arm rolls and contacts, thereby can improve the rotating speed of circular weaving machine, overcome the defective that prior art circular weaving machine efficient is low, energy consumption is high, can save power consumption more than 30%.
Claims (2)
1. little 14 shuttle circular looms of the little cam of plough groove type, main frame includes the chassis, little cam, following boundless roller, the swing arm seat, swing arm, hinge, combine band, Xia Menquan, enclose to the doorstep, main shaft, shuttle, it is characterized in that: the upper edge of described Xiamen circle is designed to the double inclined plane structure of splayed configuration, the lower edge of circle is designed to the double inclined plane structure of inverse to the doorstep, be the Xiamen circle of 2700mm-3100mm and be evenly equipped with 14 shuttles between the circle to the doorstep at diameter, every positive back side of shuttle body shuttle is equipped with 9 rollers, positive 4 internal trolleys of shuttle body roll with the interior inclined-plane of last Xiamen circle and contact, 4 outer rollers at the shuttle body back side roll with the outer inclined-plane of last Xiamen circle and contact, and positive 1 rear roller rolls with shuttle pushing wheel and contacts; Design has the simple curve groove on the outer circumference surface of described little cam, two walls of groove are one high and one low notch cuttype cell wall, be coaxially installed with first roller and second roller on one end of described swing arm, a cell wall of first roller and groove rolls and contacts, another cell wall of second roller and groove rolls and contacts, swing arm is installed on the swing arm seat and flexibly connects with the swing arm seat, the swing arm seat is fastening to be installed on the chassis, the other end of swing arm and hinge one end flexibly connect, and the hinge other end is fastenedly connected with comprehensive band.
2. according to little 14 shuttle circular looms of the little cam of the said a kind of plough groove type of claim 1, it is characterized in that described swing arm, swing arm seat, hinge, following boundless roller and comprehensive band respectively are 84.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN2010206702221U CN201883225U (en) | 2010-12-11 | 2010-12-11 | Groove-type small-cam small-fourteen-shuttle circular loom |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
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CN2010206702221U CN201883225U (en) | 2010-12-11 | 2010-12-11 | Groove-type small-cam small-fourteen-shuttle circular loom |
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CN201883225U true CN201883225U (en) | 2011-06-29 |
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CN2010206702221U Expired - Fee Related CN201883225U (en) | 2010-12-11 | 2010-12-11 | Groove-type small-cam small-fourteen-shuttle circular loom |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN103031657A (en) * | 2011-09-29 | 2013-04-10 | 黄美昌 | Magnetic shuttle pushing plastic circular weaving machine |
-
2010
- 2010-12-11 CN CN2010206702221U patent/CN201883225U/en not_active Expired - Fee Related
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN103031657A (en) * | 2011-09-29 | 2013-04-10 | 黄美昌 | Magnetic shuttle pushing plastic circular weaving machine |
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Legal Events
Date | Code | Title | Description |
---|---|---|---|
C14 | Grant of patent or utility model | ||
GR01 | Patent grant | ||
C17 | Cessation of patent right | ||
CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110629 Termination date: 20121211 |