CN202481848U

CN202481848U - Yarn winding machine

Info

Publication number: CN202481848U
Application number: CN201220037555XU
Authority: CN
Inventors: 刘晓红; 李�荣; 黄晓珍
Original assignee: OPPERMANN WEBBING (KUNSHAN) CO Ltd
Current assignee: OPPERMANN WEBBING (KUNSHAN) CO Ltd
Priority date: 2012-02-07
Filing date: 2012-02-07
Publication date: 2012-10-10
Anticipated expiration: 2022-02-07

Abstract

The utility model discloses a yarn winding machine, which comprises a big turntable, a power transmission device, a big support frame, a yarn supply mechanism, a winding device, a cycloid mechanism and a transition wheel set, wherein the winding device, the cycloid mechanism and the transition wheel set are arranged on the big turntable; the power transmission device comprises a motor, a first vertical shaft, a second vertical shaft and a first belt pulley; the yarn supply mechanism comprises a yarn creel, a twisting device, a guide ring and a guide stranding device; the winding device comprises a first horizontal shaft and a transverse H-shaped clamp; a third belt pulley and a fourth belt pulley are arranged at one end of the first horizontal shaft, and a tightening manual wheel is arranged at the other end of the first horizontal shaft; the cycloid mechanism comprises a second horizontal shaft, a cycloid device and a cycloid rod; a fifth belt pulley is arranged at one end of the second horizontal shaft; and yarns are stranded into a few strands guide stranding device, the strands are twisted into a cord through the rotating winding device and the twisting device, and the cord can be uniformly wound on a bobbin through the cycloid rod. Through the yarn winding machine, bobbin bottom yarns can be woven into polyester cords, so that waste of resources is avoided.

Description

A kind of coner

Technical field

The utility model relates to a kind of coner.

Background technology

The woven polyester filament in cotton mill all is that unit dispatches from the factory with the ingot, and the weight of every ingot yarn is different, and the weight difference between the spindle reaches 0.2～0.5kg at least.Polyester filament is a raw material of weaving the terylene industrial ribbon; Generally all use up to a hundred or thousands of spindles when producing the terylene industrial ribbon; Because the weight of every ingot yarn is different; So cause the ribbon originating firm when weaving industrial ribbon, can not the yarn on every ingot yarn tube to be used up, usually, remaining yarn is known as a filling on every ingot yarn tube.At present, the ribbon originating firm is normally sold tube filling and paper web together when waste product, wasted raw material greatly, or adopts and artificial the tube filling is separated from paper web, yarn is sold with different prices with paper web, not only efficient low, also wasted raw material greatly.

The utility model content

For solving the problems of the technologies described above, the utility model provides a kind of coner, it can be woven into the terylene cotton rope with the tube filling, with the resource that avoids waste.

For achieving the above object, the technical scheme of the utility model is following:

A kind of coner, it comprises traffic cycle, power drive, big bracing frame, supplies yarn mechanism, and the Winder and the cycloid mechanism that are located at the traffic cycle end face; Cycloid mechanism and Winder parallel; Traffic cycle is located on the big bracing frame, and its end face also is provided with the transition wheels; Power drive is located at the bottom surface of traffic cycle, and it comprises motor, first vertical axis, second vertical axis, and first belt pulley that is connected through big belt with motor; First belt pulley is set on the axle sleeve of first vertical axis upper end; One end face of first vertical axis is connected with the base of big bracing frame, and its other end is located between first belt pulley and the traffic cycle; The center that second vertical axis passes traffic cycle is inserted in first vertical axis, and its top is provided with second belt pulley, and second belt pulley is positioned at the upper surface of traffic cycle; Supply yarn mechanism to be located at a side of traffic cycle, it comprises creel and the guiding plying device that is connected with creel, twist thread device and conductor loop; Winder comprises the I shape anchor clamps that first horizontal shaft is middle with being set in first horizontal shaft; First horizontal shaft, one end is provided with the 3rd belt wheel, and its other end is provided with and steps up manual pulley; The 3rd belt pulley inboard is provided with the 4th belt pulley; Cycloid mechanism comprises second horizontal shaft, rides the cycloid on second horizontal shaft, and is located at the cycloid bar on the cycloid; One end of second horizontal shaft is provided with the 5th belt pulley; The 5th belt pulley is positioned at the side-lower of the 4th belt pulley.

Preferably, axle sleeve is connected with traffic cycle through horizontal plate.

Preferably, the bottom surface of cycloid also is provided with guide rail.

Preferably, guide rail is provided with the position of I shape anchor clamps biside plate and distinguishes cooresponding two limiting stoppers.

Preferably, cycloid is located between two limiting stoppers.

Preferably, the transition wheels comprise first transition wheel and second transition wheel.

Preferably, first transition wheel and second transition wheel lay respectively at the 3rd belt pulley both sides, and its circumference driving surface all is lower than the top of the 3rd belt pulley.

Preferably, second belt pulley, first transition wheel, the 3rd belt pulley, and second transition wheel all is connected through first belt.

Preferably, the 5th belt pulley is connected through second belt with the 4th belt pulley.

Pass through technique scheme; A kind of coner that the utility model provided is will be combined into several strands from many yarns of creel through guiding plying device; And with the device of twisting thread these several strands of yarns are twisted as single line rope through the Winder of rotation, and also swing through cycloid, make and twist with the fingers good cotton rope by uniformly on the line tube that is sheathed in the middle of the I shape anchor clamps; Therefore this coner can be woven into the terylene cotton rope with the tube filling, has avoided the waste resource.

Description of drawings

In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art; To do to introduce simply to the accompanying drawing of required use in embodiment or the description of the Prior Art below; Obviously, the accompanying drawing in describing below only is some embodiment of the utility model, for those of ordinary skills; Under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.

Fig. 1 is the front view of the disclosed a kind of coner of the utility model embodiment;

Fig. 2 is the birds-eye view of the disclosed a kind of coner of the utility model embodiment when being unkitted confession yarn mechanism.

The specific embodiment

To combine the accompanying drawing among the utility model embodiment below, the technical scheme among the utility model embodiment is carried out clear, intactly description, obviously, described embodiment only is the utility model part embodiment, rather than whole embodiment.Based on the embodiment in the utility model, those of ordinary skills are not making the every other embodiment that is obtained under the creative work prerequisite, all belong to the scope of the utility model protection.

With reference to figure 1 and Fig. 2, the utility model provides a kind of coner, and comprise traffic cycle 1, power drive, big bracing frame 2, supply yarn mechanism, and the Winder and the cycloid mechanism that are located at traffic cycle 1 end face; Traffic cycle 1 is located on the big bracing frame 2, and its end face also is provided with the transition wheels; The transition wheels comprise first transition wheel 51 and second transition wheel 52; And first transition wheel 51 and second transition wheel 52 lay respectively at the 3rd belt pulley 32 both sides; Its circumference driving surface all is lower than the top of the 3rd belt pulley 32; So they can play the effect of guiding, and they do not do relative motion with traffic cycle in this device working process

Power drive is located at the bottom surface of traffic cycle 1, can drive traffic cycle 1 rotation through power drive.It comprises motor 11, first vertical axis 14, second vertical axis 15 power drive, and first belt pulley 13 that is connected through big belt 12 with motor 11; First belt pulley 13 is set on the axle sleeve 141 of first vertical axis upper end; One end face of first vertical axis 14 is captiveed joint with the base of big bracing frame 2, and its other end is located between first belt pulley 13 and the traffic cycle 1; The center that second vertical axis 15 passes traffic cycle 1 is inserted in first vertical axis 14, and its top is provided with second belt pulley 151, and second vertical axis 15 is coaxial with first vertical axis 14; Second belt pulley 151 is positioned at the traffic cycle upper surface, and it is fixed, and promptly it does not rotate.

Supply yarn mechanism to be located at a side of traffic cycle 1, it comprises creel 21, the device 23 of twisting thread, conductor loop 24, and guiding plying device 22; Twist thread device 23, conductor loop 24, and guiding plying device 22 all is connected with creel 21; The device 23 of twisting thread is the order font; Guiding plying device 22 is plates that are provided with several holes, the effect that can lead and pool capital in this hole to yarn.

Winder comprises first horizontal shaft 31 and the I shape anchor clamps 35 that are set in first horizontal shaft, 31 centres; First horizontal shaft, 31 1 ends are provided with the 3rd belt wheel 32, and its other end is provided with and steps up manual pulley 311; The 3rd belt pulley 32 inboards are provided with the 4th belt pulley 33, clamp manual pulley 311 through rotation and can pick and place and open I shape anchor clamps 35.When with the line jacket casing in the middle of I shape anchor clamps 35 time, can the line tube be fixed in the middle of the I shape anchor clamps 35 through manual pulley 311; Second belt pulley 151, first transition wheel 51, the 3rd belt pulley 32, and second transition wheel 52 all is connected through first belt 46.

Cycloid mechanism and Winder parallel; It comprises second horizontal shaft 41, rides the cycloid 43 on second horizontal shaft 41; And being located at the cycloid bar 432 on the cycloid 43, this cycloid 43 also is provided with governor lever 431, can change the speed that cycloid 43 moves through governor lever 431; One end of second horizontal shaft 41 is provided with the 5th belt pulley 42; The 5th belt pulley 42 is positioned at the side-lower of the 4th belt pulley 32, and the 5th belt pulley 42 is connected through second belt 34 with the 4th belt pulley 33.In addition, the bottom of cycloid 43 also is provided with guide rail 44, and this guide rail 44 is provided with two limiting stoppers 45, and cycloid 43 is located between two limiting stoppers 45; The spacing of limiting stopper 45 and I shape anchor clamps 35 width identical, and its position is also corresponding with the position of I shape anchor clamps 35; When cycloid 43 swings, good cotton rope can be equably on the line tube can to make sth. made by twisting.

The principle of work of a kind of coner that present embodiment provided is: at first that the line jacket casing is middle at I shape anchor clamps 35; Through manual pulley 311 the line tube is fixed in the middle of the I shape anchor clamps 35, and the tube filling is installed on the round bar 211 that is complementary with the yarn tube on the creel 21, again yarn is divided into several strands; Contain the same root yarn in the per share yarn; Again per share yarn is passed guiding plying device 22,22 pairs of yarns of guiding plying device are pooled capital, and more per share yarn are passed the device 23 of twisting thread successively; Again yarn is passed conductor loop 24, and the circular hole at cycloid bar 432 tops; Again yarn through on the artificial line tube on the I shape anchor clamps 35; When motor 11 drove 13 rotations of first belt pulley, first belt pulley 13 drove axle sleeve 141 rotations that are located at first vertical axis, 14 tops simultaneously, also rotates in the same way with axle sleeve 141 through the traffic cycle 1 that horizontal plate 142 is connected with axle sleeve 141; Certainly rotation is in the same way also being done with traffic cycle 1 by the Winder that parallels and the cycloid mechanism that set firmly on the traffic cycle 1.In the combined action of the Winder rotation and the device of twisting thread, these several strands of yarns can be twisted as the single line rope, twist thread with completion; During traffic cycle 1 rotation, the 3rd belt pulley 32 is also rotation under the effect of first belt 46, and first horizontal shaft 31 is done the rotation along its circumferencial direction under the drive of the 3rd belt pulley 32 simultaneously, makes to twist with the fingers good cotton rope by on the line tube; When the 4th belt pulley 33 rotates with first horizontal shaft 31; The 5th belt pulley 42 is also rotation under the effect of second belt 34; So do the rotation along its circumferencial direction with second horizontal shaft 41 that the 5th belt pulley 42 is connected, thereby make cycloid 43 between two limiting stoppers 45, do axial back and forth movement along second horizontal shaft 41, cycloid bar 432 is also done axial back and forth movement with cycloid 43 simultaneously; Good cotton rope can be equably on the line tube thereby make sth. made by twisting; After winding, shut down, take off the line tube through clamping manual pulley 311; Change another one line tube, repeat above-mentioned action.

Can find out through above-mentioned technical scheme; A kind of coner that the utility model provided is through guiding plying device 22 the tube filling to be pooled capital; And with the device 23 of twisting thread these several strands of yarns are twisted with the fingers into single line through the Winder of rotation and restrict; Also swing through the cycloid in the cycloid mechanism 43, the cotton rope that feasible sth. made by twisting is got well is uniformly on the line tube that is sheathed on I shape anchor clamps 35 centres; The various technical parameters of this terylene cotton rope all meet the terylene cotton rope that is used to weave industrial circular suspender belt, and its price is well below the price of import polyester thread, so this coner can be woven into the terylene cotton rope with the tube filling, have avoided the waste resource.

To the above-mentioned explanation of the disclosed embodiments, make this area professional and technical personnel can realize or use the utility model.Multiple modification to these embodiment will be conspicuous concerning those skilled in the art, and defined General Principle can realize under the situation of spirit that does not break away from the utility model or scope in other embodiments among this paper.Therefore, the utility model will can not be restricted to these embodiment shown in this paper, but will meet and principle disclosed herein and features of novelty the wideest corresponding to scope.

Claims

1. a coner is characterized in that, comprising: traffic cycle, power drive, big bracing frame, confession yarn mechanism, and the Winder and the cycloid mechanism that are located at said traffic cycle end face; Said cycloid mechanism and said Winder parallel;

Said traffic cycle is located on the said big bracing frame, and its end face also is provided with the transition wheels;

Said power drive is located at the bottom surface of said traffic cycle, and it comprises motor, first vertical axis, second vertical axis, and first belt pulley that is connected through big belt with said motor; Said first belt pulley is set on the axle sleeve of said first vertical axis upper end; One end face of said first vertical axis is connected with the base of said big bracing frame, and its other end is located between said first belt pulley and the said traffic cycle; The center that said second vertical axis passes said traffic cycle is inserted in said first vertical axis, and its top is provided with second belt pulley; Said second belt pulley is positioned at the upper surface of said traffic cycle;

Said confession yarn mechanism is located at a side of said traffic cycle, and it comprises creel, and the guiding that is connected with said creel plying device, twist thread device and conductor loop;

Said Winder comprises the I shape anchor clamps that first horizontal shaft is middle with being set in said first horizontal shaft; Said first horizontal shaft, one end is provided with the 3rd belt wheel, and its other end is provided with and steps up manual pulley; Said the 3rd belt pulley inboard is provided with the 4th belt pulley;

Said cycloid mechanism comprises second horizontal shaft, rides the cycloid on said second horizontal shaft, and is located at the cycloid bar on the said cycloid; One end of said second horizontal shaft is provided with the 5th belt pulley; Said the 5th belt pulley is positioned at the side-lower of said the 4th belt pulley.

2. a kind of coner according to claim 1 is characterized in that, said axle sleeve is connected with said traffic cycle through horizontal plate.

3. a kind of coner according to claim 1 is characterized in that the bottom surface of said cycloid also is provided with guide rail.

4. a kind of coner according to claim 3 is characterized in that, said guide rail is provided with cooresponding two limiting stoppers of position difference with said I shape anchor clamps biside plate.

5. a kind of coner according to claim 4 is characterized in that, said cycloid is located between said two limiting stoppers.

6. a kind of coner according to claim 1 is characterized in that, said transition wheels comprise first transition wheel and second transition wheel.

7. a kind of coner according to claim 6 is characterized in that, said first transition wheel and said second transition wheel lay respectively at said the 3rd belt pulley both sides, and its circumference driving surface all is lower than the top of said the 3rd belt pulley.

8. a kind of coner according to claim 7 is characterized in that, said second belt pulley, said first transition wheel, said the 3rd belt pulley, and said second transition wheel all is connected through first belt.

9. a kind of coner according to claim 1 is characterized in that, said the 5th belt pulley is connected through second belt with said the 4th belt pulley.