CN206486658U - Double rib warp loom - Google Patents
Double rib warp loom Download PDFInfo
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- CN206486658U CN206486658U CN201621460078.2U CN201621460078U CN206486658U CN 206486658 U CN206486658 U CN 206486658U CN 201621460078 U CN201621460078 U CN 201621460078U CN 206486658 U CN206486658 U CN 206486658U
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Abstract
The utility model provides a kind of double rib warp loom, including body, and internal body is provided with pendular motion mechanism after needle-bar motion, stylet motion mechanism, subsiding movement mechanism, sley bar forward swing motion and the sley bar of progress knitting of working in coordination；Organism bottom is provided with the first power transmission shaft, second driving shaft and the 3rd power transmission shaft；Motor is provided with the right side of body, pendular motion mechanism, which works in coordination, after power transmission shaft drive needle-bar motion, stylet motion mechanism, subsiding movement mechanism, sley bar forward swing motion and sley bar that motor is set by organism bottom carries out warp knit knitting.Each motion of the utility model is driven using independent agency, connection and reliable transmission between each drive disk assembly, it is not easy to wear, the accumulative trueness error between each drive disk assembly can effectively be reduced, transmission irregularity is greatly increased, be conducive to greatly improving equipment operation speed, effectively enhance braiding stability, help to greatly improve production efficiency and significantly improve the quality of production.
Description
Technical field
The utility model is related to a kind of tricot machine, the good double rib warp loom of more particularly to a kind of drive mechanism performance.
Background technology
At present, there are many transmission mechanisms to use common drive mechanism on common double rib warp loom, cause wherein necessary
There are one group of mechanism or multigroup mechanism to be connected when depending on balance staff using bearing, in actual production process, due to driver
Structure is complex and each drive disk assembly is also easy to produce abrasion, and fit precision is reduced between being easily caused each drive disk assembly, and then causes to set
The standby accumulative fit precision of transmission is relatively low, is unfavorable for the lifting of equipment operation speed, is unfavorable for the extension of service life of equipment.
Further, since drive disk assembly easily produces abrasion, tricot machine is after operation a period of time, it is therefore necessary to equipment
Each transmission mechanism is safeguarded and changed to ensure the transmission accuracy of equipment, need to be sent out and be taken more human and material resources progress equipment dimension
Shield maintenance is repaired.In addition, in the prior art, the drive disk assembly for having many tricot machines uses steel-casting, drive disk assembly intensity compared with
Low, the weight of drive disk assembly is larger so that equipment operation load is larger, is unfavorable for the lifting of running speed, consumes energy larger.
Utility model content
For the above-mentioned problems in the prior art, technical problem to be solved in the utility model is to provide a kind of
The good double rib warp loom of drive mechanism performance, each motion of the double rib warp loom is carried out using independent agency
Connection and reliable transmission between drive disk assembly on transmission, each motion, and it is not easy to wear, it can effectively reduce each drive disk assembly
Between accumulative trueness error, transmission irregularity greatly increases, effectively enhances braiding stability, help to greatly improve production
Efficiency and the quality of production.
The technical solution of the utility model is as follows：A kind of double rib warp loom, including body, internal body are provided with some
If needle-bar motion, some stylet motion mechanisms being spaced apart, some subsiding movement mechanisms being spaced apart every distribution,
Pendular motion mechanism after dry the sley bar forward swing motion being spaced apart and some sley bars being spaced apart；Organism bottom is provided with first
Power transmission shaft, second driving shaft and the 3rd power transmission shaft；Motor, the power transmission shaft band that motor is set by organism bottom are provided with the right side of body
Pendular motion mechanism is mutual after dynamic needle-bar motion, stylet motion mechanism, subsiding movement mechanism, sley bar forward swing motion and sley bar
It is engaged progress warp knit knitting；
The needle-bar motion includes left needle-bar motion and right needle-bar motion, right needle-bar motion and a left side
Needle-bar motion symmetrical configuration, body is installed balance staff provided with the symmetrically arranged first installation balance staff and second, is symmetrical arranged
The 5th install balance staff and the 6th install balance staff, left needle-bar motion pass through second install balance staff, the 6th install balance staff install
In in body, and the bottom of left needle-bar motion is connected with second driving shaft；Right needle-bar motion passes through the first peace
Dress balance staff, the 5th installation balance staff are installed in body, and the bottom of right needle-bar motion is connected with the first transmission shaft driven；Machine
It is additionally provided with that shelves regulation balance staff is opened on a symmetrically arranged left side and shelves regulation balance staff is opened on the right side on body, shelves regulation is opened on left needle-bar motion and a left side
Balance staff is flexibly connected, and right needle-bar motion is opened shelves regulation balance staff with the right side and is flexibly connected, and the end of body adjusts spiral shell provided with shelves are opened
Bar and shelves regulation swing arm is opened, open shelves regulation swing arm and be closely sheathed on right shelves of opening and adjust the end of balance staff, and open shelves regulation swing arm one
Hold and be flexibly connected with opening a grade adjusting screw rod, open shelves regulation swing arm other end and the activity of shelves regulation balance staff is opened even by drive link and a left side
Connect；
The stylet motion mechanism includes left stylet motion mechanism and right stylet motion mechanism, right stylet motion mechanism and a left side
Stylet motion mechanism symmetrical configuration, body installs balance staff and the 4th provided with the symmetrically arranged 3rd and installs balance staff, left nook closing member fortune
Motivation structure is installed in body by the 4th installation balance staff, and the bottom of left stylet motion mechanism is driven company with second driving shaft
Connect；Right stylet motion mechanism is installed in body by the 3rd installation balance staff, and the bottom of right stylet motion mechanism is passed with first
Driving-axle gearing is connected；
The subsiding movement mechanism includes left subsiding movement mechanism and right subsiding movement mechanism, right subsiding movement mechanism and a left side
Subsiding movement mechanism structure is symmetrical, and subsiding movement mechanism shares the first installation balance staff with needle-bar motion and the second installation is put
Axle, left subsiding movement mechanism is installed in body by the second installation balance staff, and the bottom of left subsiding movement mechanism is passed with second
Driving-axle gearing is connected；Right subsiding movement mechanism is installed in body by the first installation balance staff, and the bottom of right subsiding movement mechanism
Portion is connected with the first transmission shaft driven；
Celestial axis is additionally provided with the top of the body, the sley bar forward swing motion is installed in machine by the 5th installation balance staff
In vivo, and the top of sley bar forward swing motion is connected with celestial axis, bottom and the first power transmission shaft of sley bar forward swing motion are passed
Dynamic connection；Pendular motion mechanism is installed in body by the 6th installation balance staff after the sley bar, and pendular motion mechanism after sley bar
Top is connected with celestial axis, and the bottom of pendular motion mechanism is connected with the 3rd transmission shaft driven after sley bar.
Further, the left needle-bar motion includes needle-bar transmission mechanism, needle bed mechanism and guiding mechanism, by needle-bar
Transmission mechanism drive needle bed mechanism moved up and down along guiding mechanism, the needle-bar transmission mechanism including the first adjusting rod,
Extension bar, needle-bar triangular coupling rod, the first arch connecting rod, the first imitative U-shaped connecting rod, needle-bar 8 in needle-bar swing arm, the second adjusting rod, first
Type connecting rod, the second imitative U-shaped connecting rod, the first eccentric bushing and the first eccentric wheel；The bottom of first adjusting rod and the right-hand member of needle-bar swing arm
Top movable is connected, and the left end of needle-bar swing arm is rotationally sheathed on the 6th installation balance staff, the right-hand member bottom of needle-bar swing arm and the
The top of two adjusting rods is flexibly connected, and the bottom of the second adjusting rod is fixedly connected with the top of extension bar in first, extension bar in first
Bottom be flexibly connected with the top of needle-bar triangular coupling rod, the middle part of needle-bar triangular coupling rod, which is provided with, is used for what is be connected with body activities
First balance staff, the bottom of needle-bar triangular coupling rod is flexibly connected with the right-hand member of the first arch connecting rod, the left end of the first arch connecting rod with
The right-hand member of the type connecting rod of needle-bar 8 is flexibly connected by the first imitative U-shaped connecting rod, the left end of the type connecting rod of needle-bar 8 and the top of the first eccentric bushing
End is flexibly connected by the second imitative U-shaped connecting rod, the first eccentric wheel is provided with the first eccentric bushing, the first eccentric wheel is passed located at second
On moving axis, the operating of the first eccentric wheel is driven by second driving shaft；The guiding mechanism include needle-bar main support, the 3rd adjusting rod,
Second eccentric bushing and the second eccentric wheel, the right-hand member of needle-bar main support are sheathed on the second installation balance staff, the middle part of needle-bar main support
Provided with bearing pin is oriented to, the left end of needle-bar main support is flexibly connected with the top of the 3rd adjusting rod, the bottom of the 3rd adjusting rod and the
Two eccentric bushing tops are fixedly connected, and the second eccentric wheel is provided with the second eccentric bushing, and the second eccentric wheel opens shelves regulation balance staff located at a left side
On, shelves regulation balance staff is opened by a left side and drives the operating of the second eccentric wheel；The needle bed mechanism includes groove pin, needle-bar, needle bed carrier and support
Frame support bar, bracket support bar can slide up and down on needle-bar main support along bearing pin is oriented to, and the bottom of bracket support bar
End is fixedly connected with the top of the first adjusting rod, and the top of bracket support bar is flexibly connected with the bottom of needle bed carrier, needle-bar support
The top of frame is provided with needle-bar, and the top of needle-bar is provided with groove pin.
Further, the left stylet motion mechanism includes nook closing member transmission mechanism and nook closing member mechanism, by nook closing member transmission mechanism
Nook closing member mechanism kinematic is driven, the nook closing member transmission mechanism includes the secondary swing arm of the 4th adjusting rod, nook closing member, nook closing member master pendulum arm, the 5th tune
Extension bar, nook closing member triangular coupling rod, the second arch connecting rod, the 3rd imitative U-shaped connecting rod, the type connecting rod of nook closing member 8, the 4th imitative U-shaped in pole, second
Connecting rod, three eccentricity set and three eccentricity wheel；4th adjusting rod bottom is flexibly connected with the right-hand member of the secondary swing arm of nook closing member, nook closing member pair pendulum
Arm left end and nook closing member master pendulum arm left end are closely sheathed on the 4th installation balance staff, and the secondary swing arm of nook closing member, nook closing member are driven by nook closing member master pendulum arm
The right-hand member of master pendulum arm is flexibly connected with the top of the 5th adjusting rod, and the bottom and the top of extension bar in second of the 5th adjusting rod are fixed
Connect, the bottom of extension bar is flexibly connected with the top of nook closing member triangular coupling rod in second, the middle part of nook closing member triangular coupling rod, which is provided with, to be used for
The second balance staff being connected with body activities, the bottom of nook closing member triangular coupling rod is flexibly connected with the right-hand member of the second arch connecting rod, and second
The left end of arch connecting rod is flexibly connected with the right-hand member of the type connecting rod of nook closing member 8 by the 3rd imitative U-shaped connecting rod, the left end of the type connecting rod of nook closing member 8
It is flexibly connected with the top that three eccentricity covers by the 4th imitative U-shaped connecting rod, is provided with three eccentricity wheel in three eccentricity set, the 3rd is inclined
Heart wheel drives three eccentricity wheel to operate on second driving shaft by second driving shaft；The nook closing member mechanism includes nook closing member, nook closing member
Bed and nook closing member bed fixed seat, the bottom of nook closing member bed fixed seat are flexibly connected with the top of the 4th adjusting rod, nook closing member bed fixed seat
Top is provided with nook closing member provided with nook closing member bed, nook closing member bed top.
Further, the left subsiding movement mechanism includes sinker, sedimentation needle-bar, sedimentation swing arm, the 6th adjusting rod, the
Extension bar, settlement triangle connecting rod, 8 type connecting rods of sedimentation, the 5th imitative U-shaped connecting rod, the 4th eccentric bushing and the 4th eccentric wheel in three；It is described heavy
Dropping swing arm includes the secondary swing arm of integrally formed sedimentation and sedimentation master pendulum arm, is set in the junction of the secondary swing arm of sedimentation and sedimentation master pendulum arm
There is axis hole, sedimentation swing arm is rotationally sheathed on by axis hole on the second installation balance staff, the top of the secondary swing arm of sedimentation is provided with sedimentation
Needle-bar, sedimentation needle-bar is provided with sinker, and the left end of sedimentation master pendulum arm is flexibly connected with the top of the 6th adjusting rod, the 6th regulation
The bottom of bar is fixedly connected with the top of extension bar in the 3rd, and the bottom of extension bar and the top of two settlement triangle connecting rods lead in the 3rd
Cross bearing pin to be rotatably connected, the 3rd balance staff for being connected with body activities is equipped with the middle part of each settlement triangle connecting rod, each
The bottom of settlement triangle connecting rod has been rotatably coupled a 8 type connecting rods of sedimentation, the other end of two 8 type connecting rods of sedimentation, the 4th
The top of eccentric bushing is flexibly connected by the 5th imitative U-shaped connecting rod, the 4th eccentric wheel is provided with the 4th eccentric bushing, the 4th eccentric wheel is set
In on second driving shaft, the operating of the 4th eccentric wheel is driven by second driving shaft.
Further, the sley bar forward swing motion includes the first transmission mechanism and preceding swinging mechanism, by the first driver
Swinging mechanism is moved before structure drives, and the preceding swinging mechanism includes extension bar and forward swing in the secondary swing arm of forward swing, the 7th adjusting rod, the 4th
Master pendulum arm, the left end of forward swing pair swing arm is fastenedly connected with celestial axis, the top activity of the right-hand member and the 7th adjusting rod of forward swing pair swing arm
Connection, the bottom of the 7th adjusting rod is fixedly connected with the top of extension bar in the 4th, the bottom of extension bar and forward swing master pendulum arm in the 4th
Top movable connection, the right side of forward swing master pendulum arm with the 5th install balance staff be fastenedly connected；First transmission mechanism includes the
Extension bar, the first internal overarm support, the type connecting rod of forward swing 8, first rotating shaft, the 5th eccentric bushing and the 5th eccentric wheel in eight adjusting rods, the 5th；The
The top of eight adjusting rods is flexibly connected with the left side of forward swing master pendulum arm, and the top of extension bar is consolidated in the bottom and the 5th of the 8th adjusting rod
Fixed to connect, the bottom of extension bar is fixedly connected with the top of the first internal overarm support in the 5th, and the bottom of the first internal overarm support, the type of forward swing 8 connect
It is flexibly connected between the top three of the left end of bar and the 5th eccentric bushing by bearing pin, the right-hand member of the type connecting rod of forward swing 8 and first turn
Axle is fastenedly connected, and the 5th eccentric wheel is provided with the 5th eccentric bushing, the 5th eccentric wheel is on the first power transmission shaft, by the first power transmission shaft
The 5th eccentric wheel is driven to operate.
Further, pendular motion mechanism includes the second transmission mechanism and rear swinging mechanism after the sley bar, by the second driver
Swinging mechanism is moved after structure drives, and the rear swinging mechanism puts extension bar, the 9th in master pendulum arm, the secondary swing arm of rear pendulum, the 6th after including
Adjusting rod, reel cage and arm, top and the celestial axis of the arm are fastenedly connected, and the bottom of arm and the top of reel cage pass through bearing pin
It is flexibly connected, the left end of reel cage is flexibly connected with the top of the 9th adjusting rod, extension bar in the bottom and the 6th of the 9th adjusting rod
Top is fixedly connected, and the bottom of extension bar is flexibly connected with the right-hand member of the secondary swing arm of rear pendulum in the 6th, the rear secondary swing arm left end of pendulum and rear pendulum
Master pendulum arm left end is closely sheathed on the 6th installation balance staff, put after being driven from rear pendulum master pendulum arm secondary swing arm around the 6th install balance staff toward
Physical pendulum is moved；Second transmission mechanism includes extension bar in the tenth adjusting rod, the 7th, the second internal overarm support, 8 type connecting rods of rear pendulum, second
Rotating shaft, the 6th eccentric bushing and the 6th eccentric wheel；The top of tenth adjusting rod is flexibly connected with the right-hand member of rear pendulum master pendulum arm, and the tenth adjusts
The bottom of pole is fixedly connected with the top of extension bar in the 7th, and the bottom of extension bar and the top of the second internal overarm support are fixed and connected in the 7th
Connect, between the top three of the bottom of the 7th internal overarm support, the left end of 8 type connecting rods of rear pendulum and the 6th eccentric bushing by bearing pin activity even
Connect, the right-hand member of 8 type connecting rods of rear pendulum is fastenedly connected with the second rotating shaft, and the 6th eccentric wheel, the 6th eccentric wheel are provided with the 6th eccentric bushing
On the 3rd power transmission shaft, the operating of the 6th eccentric wheel is driven by the 3rd power transmission shaft.
Further, the motor drives the first power transmission shaft to operate by the first belt pulley set, and the first power transmission shaft is in operating
While can by the second belt pulley set drive second driving shaft carry out reverse sync operating, the first power transmission shaft operating while
By the 3rd belt pulley set the 3rd power transmission shaft can be driven to be operated.
The beneficial effects of the utility model are：Each motion of the double rib warp loom is carried out using independent agency
Connection and reliable transmission between drive disk assembly on transmission, each motion, and it is not easy to wear, it can effectively reduce each drive disk assembly
Between accumulative trueness error, transmission irregularity greatly increases, is conducive to greatly improving equipment operation speed, stably reaches 800-
1100 revs/min, braiding stability is effectively enhanced, the fabric quality come is knit out more preferably, helps to greatly improve production efficiency
With significantly improve the quality of production, in addition, the utility model can effectively reduce maintenance and the maintenance cost of equipment, can effectively reduce
The energy consumption of the drive noise of equipment, effectively reduction equipment, can effective extension device service life.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is internal body assembling structure schematic diagram of the present utility model.
Fig. 3 is the structural representation of left needle-bar motion of the present utility model.
Fig. 4 is the attachment structure schematic diagram of the first adjusting rod of the present utility model and bracket support bar.
Fig. 5 is the structural representation of the of the present utility model first imitative U-shaped connecting rod.
Fig. 6 is the structural representation of needle-bar triangular coupling rod of the present utility model.
Fig. 7 is the structural representation of the first arch connecting rod of the present utility model.
Fig. 8 is the structural representation of the type connecting rod of needle-bar 8 of the present utility model.
Fig. 9 is the structural representation of left stylet motion mechanism of the present utility model.
Figure 10 is the front view of left stylet motion mechanism of the present utility model.
Figure 11 is the structural representation of left subsiding movement mechanism of the present utility model.
Figure 12 is the connection stereogram at Figure 11 square frame A.
Figure 13 is the structural representation of sley bar forward swing motion of the present utility model.
Figure 14 is the structural representation of pendular motion mechanism after sley bar of the present utility model.
Figure 15 is the front view of pendular motion mechanism after sley bar of the present utility model.
Figure 16 is the drive mechanism schematic diagram of motor of the present utility model.
Figure 17 is the drive mechanism schematic diagram of the first power transmission shaft of the present utility model and the 3rd power transmission shaft.
Embodiment
Below with reference to accompanying drawing, preferred embodiment of the present utility model is described in detail.
As shown in Fig. 1 to Figure 17, a kind of double rib warp loom, including body 1, the inside of body 1 is spaced apart provided with some
Needle-bar motion 2, some stylet motion mechanisms 3 being spaced apart, some subsiding movement mechanisms 4 being spaced apart, some
Pendular motion mechanism 6 after the sley bar forward swing motion 5 and some sley bars being spaced apart that are spaced apart；The bottom of body 1 is provided with the
One power transmission shaft 11, the power transmission shaft 13 of second driving shaft 12 and the 3rd；The top of body 1 is additionally provided with celestial axis 15, and the right side of body 1 is provided with electricity
Machine 14, motor 14 drives the first power transmission shaft 11 to operate by the first belt pulley set 16, meeting while operating of the first power transmission shaft 11
Second driving shaft 12 is driven to carry out reverse sync operating by the second belt pulley set 17, the first power transmission shaft 11 is gone back while operating
The 3rd power transmission shaft 13 can be driven to be operated simultaneously by the 3rd belt pulley set 18；In this way, motor 14 is set by the bottom of body 1
Power transmission shaft drive needle-bar motion 2, stylet motion mechanism 3, subsiding movement mechanism 4, sley bar forward swing motion 5 and comb
Zhi Hou pendular motions mechanism 6, which works in coordination, carries out warp knit knitting.
As shown in Figures 1 to 8, the needle-bar motion 2 includes left needle-bar motion 21 and right needle-bar motion
22, right needle-bar motion 22 and the left symmetrical configuration of needle-bar motion 21, body 1 install pendulum provided with symmetrically arranged first
Axle 101 and second installs balance staff 102, symmetrically arranged 5th installation balance staff 105 and the 6th and installs balance staff 106, left needle-bar motion
Mechanism 21 installs balance staff 106 by the second installation balance staff the 102, the 6th and is installed in body 1, and the bottom of left needle-bar motion 21
Portion is connected with second driving shaft 12；Right needle-bar motion 22 installs balance staff the 101, the 5th by first and installs balance staff 105
It is installed in body 1, and the bottom of right needle-bar motion 22 is connected with the first power transmission shaft 11；It is additionally provided with body 1 pair
Claiming the left side set to open, shelves adjust balance staff 108 and shelves regulation balance staff 107 is opened on the right side, and left needle-bar motion 21 opens shelves regulation balance staff with a left side
108 are flexibly connected, and right needle-bar motion 22 is opened shelves regulation balance staff 107 with the right side and is flexibly connected, and the end of body 1 is adjusted provided with shelves are opened
Section screw rod 110 adjusts swing arm 109 with shelves are opened, and opens shelves regulation swing arm 109 and is closely sheathed on the right end for opening shelves regulation balance staff 107,
And open shelves regulation the one end of swing arm 109 be flexibly connected with opening grade adjusting screw rod 110, open shelves regulation the other end of swing arm 109 pass through be driven
Bar 111 is opened shelves regulation balance staff 108 with a left side and is flexibly connected.
The left needle-bar motion 21 includes needle-bar transmission mechanism 71, needle bed mechanism 74 and guiding mechanism 73, by needle-bar
Transmission mechanism 71 drives needle bed mechanism 74 to be moved up and down along guiding mechanism 73, and the needle-bar transmission mechanism 71 includes first
Extension bar 714, needle-bar triangular coupling rod 715, the first arch connect in adjusting rod 711, needle-bar swing arm 713, the second adjusting rod 712, first
It is inclined that bar 716, first imitates the imitative U-shaped connecting rod 718 of U-shaped connecting rod 717, the type connecting rod 719, second of needle-bar 8, the first eccentric bushing 720 and first
Heart wheel 721；The bottom of first adjusting rod 711 is connected with the right-hand member top movable of needle-bar swing arm 713, the left end of needle-bar swing arm 713
Rotationally it is sheathed on the 6th installation balance staff 106, the right-hand member bottom of needle-bar swing arm 713 and the top activity of the second adjusting rod 712
Connection, the bottom of the second adjusting rod 712 is fixedly connected with the top of extension bar in first 714, in first the bottom of extension bar 714 and
The top of needle-bar triangular coupling rod 715 is flexibly connected, and the middle part of needle-bar triangular coupling rod 715, which is provided with, is used for what is be flexibly connected with body 1
First balance staff 722, the bottom of needle-bar triangular coupling rod 715 is flexibly connected with the right-hand member of the first arch connecting rod 716, the first arch connecting rod
716 left end is flexibly connected with the right-hand member of the type connecting rod 719 of needle-bar 8 by the first imitative U-shaped connecting rod 717, the type connecting rod 719 of needle-bar 8
Left end is flexibly connected with the top of the first eccentric bushing 720 by the second imitative U-shaped connecting rod 718, and first is provided with the first eccentric bushing 720
Eccentric wheel 721, the first eccentric wheel 721 drives the first eccentric wheel 721 to transport on second driving shaft 12 by second driving shaft 12
Turn；The guiding mechanism 73 includes needle-bar main support 731, the 3rd adjusting rod 732, the second eccentric bushing 733 and the second eccentric wheel
734, the right-hand member of needle-bar main support 731 is sheathed on the second installation balance staff 102, and the middle part of needle-bar main support 731 is provided with guide finger
Axle 735, the left end of needle-bar main support 731 is flexibly connected with the top of the 3rd adjusting rod 732, the bottom of the 3rd adjusting rod 732 with
The top of second eccentric bushing 733 is fixedly connected, and is provided with the second eccentric wheel 734 in the second eccentric bushing 733, the second eccentric wheel 734 is located at
A left side is opened on shelves regulation balance staff 108, and opening shelves regulation balance staff 108 by a left side drives the second eccentric wheel 734 to operate；The needle bed mechanism 74 is wrapped
Include groove pin 741, needle-bar 742, needle bed carrier 743 and bracket support bar 744, bracket support bar 744 can be along being oriented on bearing pin 735
It is located on needle-bar main support 731 to lower slider, and the bottom of bracket support bar 744 and the top of the first adjusting rod 711 are fixed and connected
Connect, the top of bracket support bar 744 is flexibly connected with the bottom of needle bed carrier 743, the top of needle bed carrier 743 is provided with needle-bar
742, the top of needle-bar 742 is provided with groove pin 741.
Described first imitative U-shaped connecting rod 717 is identical with the second imitative U-shaped 718 structures of connecting rod, the described first imitative U-shaped connecting rod 717
Openend is movably set in provided with connection bearing pin 751, the right-hand member of the left end and the type connecting rod 719 of needle-bar 8 of the first arch connecting rod 716
Bearing pin 751 is connected, the closed end both sides of the first imitative U-shaped connecting rod 717 are provided with the connection balance staff for being used for being flexibly connected with frame 1
752, the first imitative U-shaped connecting rod 717 is integrally formed with being connected balance staff 752；In addition, the first adjusting rod of left needle-bar motion 21
711st, extension bar 714 in needle-bar swing arm 713, the second adjusting rod 712, first, needle-bar triangular coupling rod 715, the first arch connecting rod 716,
First imitative U-shaped connecting rod 717, the type connecting rod 719 of needle-bar 8 and the second imitative U-shaped connecting rod 718 are made of high intensity aerolite,
The mechanical strength of drive disk assembly is greatly strengthen, each drive disk assembly is not easy to wear, reduces the weight of drive disk assembly so that machine
Operating load is lighter, and the effect directly brought is exactly rotating speed lifting, and energy consumption is lower, and power saving reaches 15% left side of conventional board consumption
It is right.
The left transmission process of needle-bar motion 21 is as follows：Second driving shaft 12 drives the first eccentric wheel 721 to operate, the
One eccentric wheel 721 drives the first eccentric bushing 720 to operate, and the first eccentric bushing 720 drives the type connecting rod 719 of needle-bar 8 and the second imitative U-shaped to connect
Bar 718 is operated, and the second imitative U-shaped connecting rod 718 is under the drive of the first eccentric bushing 720 around the connection reciprocally swinging of balance staff 752, the type of needle-bar 8
Connecting rod 719 drives the first imitative U-shaped connecting rod 717 and the first arch connecting rod 716 to operate, and the first arch connecting rod 716 drives needle-bar triangle
Connecting rod 715 is around the reciprocally swinging of the first balance staff 722, and needle-bar triangular coupling rod 715 passes through the adjusting rod of extension bar 714 and second in first again
712, which drive needle-bar swing arm 713 to install balance staff 106 around the 6th, carries out reciprocally swinging, and needle-bar swing arm 713 passes through the first adjusting rod again
711 drive needle bed mechanisms 74 are pumped along guiding mechanism 73.
As shown in Figure 1, Figure 2, shown in Fig. 9 and Figure 10, the stylet motion mechanism 3 includes left stylet motion mechanism 31 and right nook closing member
Motion 32, right stylet motion mechanism 32 and the left symmetrical configuration of stylet motion mechanism 31, body 1 is provided with symmetrically arranged the
Three, which install balance staff 103 and the 4th, installs balance staff 104, and left stylet motion mechanism 31 is installed in body 1 by the 4th installation balance staff 104
It is interior, and the bottom of left stylet motion mechanism 31 is connected with second driving shaft 12；Right stylet motion mechanism 32 passes through the 3rd peace
Dress balance staff 103 is installed in body 1, and the bottom of right stylet motion mechanism 32 is connected with the first power transmission shaft 11.
The left stylet motion mechanism 31 includes nook closing member transmission mechanism 81 and nook closing member mechanism 83, by the band of nook closing member transmission mechanism 81
Dynamic nook closing member mechanism 83 is moved, and the nook closing member transmission mechanism 81 includes the secondary swing arm 812 of the 4th adjusting rod 811, nook closing member, nook closing member master pendulum arm
813rd, extension bar 815, nook closing member triangular coupling rod 816, the second arch connecting rod the 817, the 3rd imitate U-shaped connecting rod in the 5th adjusting rod 814, second
818th, the type connecting rod the 819, the 4th of nook closing member 8 imitates U-shaped connecting rod 820, three eccentricity set 821 and three eccentricity wheel 822；4th adjusting rod
811 bottoms are flexibly connected with the right-hand member of the secondary swing arm 812 of nook closing member, and the nook closing member pair left end of swing arm 812 and the left end of nook closing member master pendulum arm 813 are tight
It is close to be sheathed on the 4th installation balance staff 104, drive the secondary swing arm 812 of nook closing member to enter around the 4th installation balance staff 104 by nook closing member master pendulum arm 813
Row is swung, and the right-hand member of nook closing member master pendulum arm 813 is flexibly connected with the top of the 5th adjusting rod 814, the bottom of the 5th adjusting rod 814
It is fixedly connected with the top of extension bar in second 815, the bottom of extension bar 815 and the top activity of nook closing member triangular coupling rod 816 in second
Connection, the middle part of nook closing member triangular coupling rod 816 is provided with the second balance staff 823 for being used for being flexibly connected with body 1, nook closing member triangular coupling rod
816 bottom is flexibly connected with the right-hand member of the second arch connecting rod 817, left end and the type connecting rod of nook closing member 8 of the second arch connecting rod 817
819 right-hand member is flexibly connected by the 3rd imitative U-shaped connecting rod 818, the top of left end and the three eccentricity set 821 of the type connecting rod 819 of nook closing member 8
End is flexibly connected by the 4th imitative U-shaped connecting rod 820, and three eccentricity wheel 822, three eccentricity wheel 822 are provided with three eccentricity set 821
On second driving shaft 12, three eccentricity wheel 822 is driven to operate by second driving shaft 12；The nook closing member mechanism 83 includes nook closing member
831st, nook closing member bed 832 and nook closing member bed fixed seat 833, the bottom of nook closing member bed fixed seat 833 and the top activity of the 4th adjusting rod 811
Connection, the top of nook closing member bed fixed seat 833 is provided with nook closing member bed 832, and the top of nook closing member bed 832 is provided with nook closing member 831.
Nook closing member bed fixed seat 833 includes bracket 841, mandrel 842 and support arm 843, the bottom of support arm 843 and the
The top of four adjusting rods 811 is flexibly connected, and the top of support arm 843 is fixedly connected by mandrel 842 with bracket 841, bracket 841
Upper surface is provided with nook closing member bed 832；The structure of the described 3rd imitative U-shaped connecting rod 820 of imitative U-shaped connecting rod 818 and the 4th imitates U with first
The structure of shape connecting rod 717 is identical；The structure of nook closing member triangular coupling rod 816 is identical with the structure of needle-bar triangular coupling rod 715；In addition, left
The secondary swing arm 812 of the 4th adjusting rod 811, nook closing member of stylet motion mechanism 31, nook closing member master pendulum arm 813, the 5th adjusting rod 814, second
Middle extension bar 815, nook closing member triangular coupling rod 816, the second arch connecting rod 817, the 3rd imitative U-shaped connecting rod 818, the type connecting rod 819 of nook closing member 8 and the
Four imitative U-shaped connecting rods 820 are made of high intensity aerolite, greatly strengthen the mechanical strength of drive disk assembly, each transmission
Part is not easy to wear, reduces the weight of drive disk assembly so that machine run load is lighter, and the effect directly brought is exactly rotating speed
Lifting, energy consumption is lower, and power saving reaches 15% or so of conventional board consumption.
The transmission process of the left stylet motion mechanism 31 is as follows：Second driving shaft 12 drives three eccentricity wheel 822 to operate,
Three eccentricity wheel 822 drives three eccentricity set 821 to operate, and three eccentricity set 821 drives the type connecting rod 819 of nook closing member 8 and the 4th imitative U
Shape connecting rod 820 is operated, and the 4th imitative U-shaped connecting rod 820 carries out reciprocally swinging, the type connecting rod of nook closing member 8 in the case where three eccentricity set 821 drives
819 drive the 3rd imitative U-shaped connecting rod 818 and the second arch connecting rod 817 to operate, and the second arch connecting rod 817 drives nook closing member triangular coupling rod
816 around the reciprocally swinging of the second balance staff 823, and nook closing member triangular coupling rod 816 passes through extension bar 815 and the band of the 5th adjusting rod 814 in second again
Dynamic nook closing member master pendulum arm 813 carries out reciprocally swinging, and nook closing member master pendulum arm 813 drives the secondary swing arm 812 of nook closing member to enter around the 4th installation balance staff 104
Row reciprocally swinging, nook closing member pair swing arm 812 drives nook closing member mechanism 83 to operate by the 4th adjusting rod 811.
As shown in Figure 1, Figure 2, shown in Figure 11 and Figure 12, the subsiding movement mechanism 4 includes left subsiding movement mechanism 41 and the right side is heavy
Motion 42, right subsiding movement mechanism 42 and the left symmetrical configuration of subsiding movement mechanism 41 are dropped, and subsiding movement mechanism 4 is transported with needle-bar
Motivation structure 2 shares first and installs the installation balance staff 102 of balance staff 101 and second, and left subsiding movement mechanism 41 passes through second and installs balance staff
102 are installed in body 1, and the bottom of left subsiding movement mechanism 41 is connected with second driving shaft 12；Right subsiding movement machine
Structure 42 is installed in body 1 by the first installation balance staff 101, and the bottom of right subsiding movement mechanism 42 is passed with the first power transmission shaft 11
Dynamic connection.
The left subsiding movement mechanism 41 includes sinker 411, sedimentation needle-bar 412, sedimentation swing arm 413, the 6th adjusting rod
414th, extension bar 415, settlement triangle connecting rod 416,8 type connecting rods the 417, the 5th of sedimentation imitate U-shaped connecting rod 418, the 4th eccentric bushing in the 3rd
419 and the 4th eccentric wheel 420；The sedimentation swing arm 413 includes the secondary swing arm 421 of integrally formed sedimentation and sedimentation master pendulum arm 422,
Axis hole 423 is provided with the junction of the secondary swing arm 421 of sedimentation and sedimentation master pendulum arm 422, sedimentation swing arm 413 can turn by axis hole 423
It is sheathed on dynamicly on the second installation balance staff 102, the top of the secondary swing arm 421 of sedimentation is settled on needle-bar 412 provided with sedimentation needle-bar 412
Provided with sinker 411, the left end of sedimentation master pendulum arm 422 is flexibly connected with the top of the 6th adjusting rod 414, the 6th adjusting rod 414
Bottom be fixedly connected with the top of extension bar 415 in the 3rd, the bottom of extension bar 415 and two settlement triangle connecting rods 416 in the 3rd
Top be rotatably connected by bearing pin, the structure of settlement triangle connecting rod 416 is identical with the structure of needle-bar triangular coupling rod 715, respectively
The middle part of settlement triangle connecting rod 416 is equipped with the 3rd balance staff 424 for being connected with body activities, each settlement triangle connecting rod
416 bottom has been rotatably coupled a 8 type connecting rods 417 of sedimentation, the other end of two 8 type connecting rods 417 of sedimentation, the 4th bias
The top of set 419 is flexibly connected by the 5th imitative U-shaped connecting rod 418, the 5th imitative U-shaped connecting rod 717 of imitative U-shaped connecting rod 418 and first
Structure is identical, and the 4th eccentric wheel 420 is provided with the 4th eccentric bushing 419, and the 4th eccentric wheel 420 is located on second driving shaft 12, by
Second driving shaft 12 drives the 4th eccentric wheel 420 to operate.
Extension bar 415, sedimentation three in the sedimentation swing arm 413 of the left subsiding movement mechanism 41, the 6th adjusting rod the 414, the 3rd
Angle connecting rod 416, the type connecting rod 417 of sedimentation 8 and the 5th imitative U-shaped connecting rod 418 are made of high intensity aerolite, are greatly enhanced
The mechanical strength of drive disk assembly, each drive disk assembly is not easy to wear, reduces the weight of drive disk assembly so that machine run load
Lighter, the effect directly brought is exactly rotating speed lifting, and energy consumption is lower, and power saving reaches 15% or so of conventional board consumption.
The transmission process of the left subsiding movement mechanism 41 is as follows：The eccentric wheel 420 of second driving shaft 12 the 4th is operated, and the 4th
Eccentric wheel 420 drives the 4th eccentric bushing 419, and the 4th eccentric bushing 419 drives the 5th imitative U-shaped connecting rod 418 and 8 type connecting rods 417 of sedimentation
Operating, the 5th imitative U-shaped connecting rod 418 carries out reciprocally swinging under the drive of the 4th eccentric bushing 419, and 8 type connecting rods 417 of sedimentation drive sedimentation
Triangular coupling rod 416 carries out reciprocally swinging around the 3rd balance staff 424, and settlement triangle connecting rod 416 passes through extension bar 415 in the 3rd and the again
Six adjusting rods 414 drive sedimentation swing arm 413 to install balance staff 102 around second and carry out reciprocally swinging, and sedimentation swing arm 413 drives sedimentation pin
Sinker 411 on bed 412 carries out reciprocating operation.
As shown in Figure 1, Figure 2 with shown in Figure 13, the sley bar forward swing motion 5 is installed in machine by the 5th installation balance staff 105
In body 1, and the top of sley bar forward swing motion 5 is connected with celestial axis 15, and the bottom of sley bar forward swing motion 5 is passed with first
Moving axis 11 is connected.The sley bar forward swing motion 5 includes the first transmission mechanism 51 and preceding swinging mechanism 52, by the first transmission
Swinging mechanism 52 is moved before mechanism 51 drives, and the preceding swinging mechanism 52 includes the swing arm 521 of forward swing pair, the 7th adjusting rod 522, the
Extension bar 523 and forward swing master pendulum arm 524 in four, the left end of forward swing pair swing arm 521 are fastenedly connected with celestial axis 15, forward swing pair swing arm 521
Right-hand member be flexibly connected with the top of the 7th adjusting rod 522, in the bottom and the 4th of the 7th adjusting rod 522 top of extension bar 523
It is fixedly connected, the bottom of extension bar 523 is connected with the top movable of forward swing master pendulum arm 524 in the 4th, the right side of forward swing master pendulum arm 524
Side is fastenedly connected with the 5th installation balance staff 105；First transmission mechanism 51 includes extension bar in the 8th adjusting rod the 511, the 5th
512nd, the first internal overarm support 513, the type connecting rod 514 of forward swing 8, first rotating shaft 515, the 5th eccentric bushing 516 and the 5th eccentric wheel 517；The
The top of eight adjusting rods 511 is flexibly connected with the left side of forward swing master pendulum arm 524, and the bottom of the 8th adjusting rod 511 in the 5th with connecing
The top of bar 512 is fixedly connected, and the bottom of extension bar 512 is fixedly connected with the top of the first internal overarm support 513 in the 5th, the first inner support
Between bottom, the left end of the type connecting rod 514 of forward swing 8 and the top three of the 5th eccentric bushing 516 of bar 513 by bearing pin activity even
Connect, the right-hand member of the type connecting rod 514 of forward swing 8 is fastenedly connected with first rotating shaft 515, the 5th eccentric wheel is provided with the 5th eccentric bushing 516
517, the 5th eccentric wheel 517 drives the 5th eccentric wheel 517 to operate on the first power transmission shaft 11 by the first power transmission shaft 11.
Extension bar 523 and preceding in the secondary swing arm 521 of the forward swing of the sley bar forward swing motion 5, the 7th adjusting rod the 522, the 4th
Put extension bar 512, the first internal overarm support 513 and the type connecting rod 514 of forward swing 8 in master pendulum arm 524, the 8th adjusting rod the 511, the 5th and use height
Intensity aerolite is made, and greatly strengthen the mechanical strength of drive disk assembly, and each drive disk assembly is not easy to wear, reduces transmission
The weight of part so that machine run load is lighter, the effect directly brought is exactly rotating speed lifting, and energy consumption is lower, and power saving reaches
15% or so of conventional board consumption.
The transmission process of the sley bar forward swing motion 5 is as follows：First power transmission shaft 11 drives the 5th eccentric wheel 517 to transport
Turn, the 5th eccentric wheel 517 drives the 5th eccentric bushing 516 to operate, the 5th eccentric bushing 516 is driven in the type connecting rod 514 and first of forward swing 8
Strut 513 is operated, and the type connecting rod 514 of forward swing 8 carries out reciprocally swinging under the drive of the 5th eccentric bushing 516 around first rotating shaft 515, the
One internal overarm support 513 is pumped under the collective effect of the 5th eccentric bushing 516 and the type connecting rod 514 of forward swing 8, in the 5th
The adjusting rod 511 of extension bar 512 and the 8th is pumped together with the first internal overarm support 513, the band of the 8th adjusting rod 511
Dynamic forward swing master pendulum arm 524 installs balance staff 105 around the 5th and carries out reciprocally swinging, extension bar 523 during forward swing master pendulum arm 524 drives the 4th
Pumped, the 7th adjusting rod 522 with the 4th extension bar 523 pumped, and the 7th adjusting rod
522 drive the secondary swing arm 521 of forward swing around the row reciprocally swinging of celestial axis 15, and reciprocally swinging is carried out around celestial axis 15 in the secondary swing arm 521 of forward swing
When, celestial axis 15 can carry out reciprocating rotary with the reciprocally swinging of the secondary swing arm 521 of forward swing；The movement effects finally produced are：The
One power transmission shaft 11 is rotated, under the transmission of the first transmission mechanism 51 and preceding swinging mechanism 52 so that celestial axis 15 carries out reciprocating rotary
Turn.
As shown in Figure 1, Figure 2, shown in Figure 14 and Figure 15, pendular motion mechanism 6 is installed by the 6th installation balance staff 106 after the sley bar
In in body 1, and the top of pendular motion mechanism 6 is connected with celestial axis 15 after sley bar, the bottom of pendular motion mechanism 6 and the 3rd after sley bar
Power transmission shaft 13 is connected.Pendular motion mechanism 6 includes the second transmission mechanism 61 and rear swinging mechanism 62 after the sley bar, is passed by second
Swinging mechanism 62 is moved after motivation structure 61 drives, pendulum master pendulum arm 621 after the rear swinging mechanism 62 includes, rear pendulum pair swing arm 622,
Extension bar 623, the 9th adjusting rod 624, reel cage 625 and arm 626 in 6th, the top of the arm 626 is fastened with celestial axis 15 to be connected
Connect, the bottom of arm 626 is flexibly connected with the top of reel cage 625 by bearing pin, the left end of reel cage 625 and the 9th adjusting rod 624
Top be flexibly connected, the bottom of the 9th adjusting rod 624 is fixedly connected with the top of extension bar 623 in the 6th, extension bar 623 in the 6th
Bottom is flexibly connected with the right-hand member of the secondary swing arm 622 of rear pendulum, the rear secondary left end of swing arm 622 of pendulum and to put the left end of master pendulum arm 621 afterwards tight
It is close to be sheathed on the 6th installation balance staff 106, by rear pendulum master pendulum arm 621 drive after put secondary swing arm 622 and enter around the 6th installation balance staff 106
Row reciprocally swinging；Second transmission mechanism 61 include the tenth adjusting rod the 611, the 7th in extension bar 612, the second internal overarm support 613, after
Put 8 type connecting rods 614, the second rotating shaft 615, the 6th eccentric bushing 616 and the 6th eccentric wheel 617；The top of tenth adjusting rod 611 is with after
The right-hand member for putting master pendulum arm 621 is flexibly connected, and the bottom of the tenth adjusting rod 611 is fixedly connected with the top of extension bar 612 in the 7th, the
The bottom of extension bar 612 is fixedly connected with the top of the second internal overarm support 613 in seven, and the bottom of the 7th internal overarm support 613,8 types of rear pendulum connect
It is flexibly connected between the top three of the left end of bar 614 and the 6th eccentric bushing 616 by bearing pin, the right-hand member of 8 type connecting rods 614 of rear pendulum
It is fastenedly connected with the second rotating shaft 615, the 6th eccentric wheel 617 is provided with the 6th eccentric bushing 616, the 6th eccentric wheel 617 is located at the 3rd
On power transmission shaft 13, the 6th eccentric wheel 617 is driven to operate by the 3rd power transmission shaft 13.
Extension bar the 623, the 9th in the rear pendulum master pendulum arm 621 of pendular motion mechanism 6, the secondary swing arm the 622, the 6th of rear pendulum after the sley bar
Extension bar 612, the second internal overarm support 613 and 8 type connecting rods 614 of rear pendulum are using high-strength in adjusting rod 624, the tenth adjusting rod the 611, the 7th
Degree aerolite is made, and greatly strengthen the mechanical strength of drive disk assembly, each drive disk assembly is not easy to wear, reduces driving section
The weight of part so that machine run load is lighter, the effect directly brought is exactly rotating speed lifting, and energy consumption is lower, and power saving reaches often
Advise 15% or so of board consumption.
The transmission process of pendular motion mechanism 6 is as follows after the sley bar：3rd power transmission shaft 13 drives the 6th eccentric wheel 617 to transport
Turn, the 6th eccentric wheel 617 drives the 6th eccentric bushing 616 to operate, the 6th eccentric bushing 616 is put in 8 type connecting rods 614 and second after driving
Strut 613 is operated, and 8 type connecting rods 614 of rear pendulum carry out reciprocally swinging under the drive of the 6th eccentric bushing 616 around the second rotating shaft 615, the
Two internal overarm supports 613 are pumped under the collective effect of 8 type connecting rods 614 of the 6th eccentric bushing 616 and rear pendulum, in the 7th
The adjusting rod 611 of extension bar 612 and the tenth is pumped together with the second internal overarm support 613, the band of the tenth adjusting rod 611
Master pendulum arm 621 is put after dynamic and carries out reciprocally swinging, secondary swing arm 622 is put around the 6th installation balance staff by rear put after master pendulum arm 621 drives
106 reciprocally swingings；Extension bar 623 during secondary swing arm 622 drives the 6th is put afterwards to be pumped, the 9th adjusting rod 624 with
Extension bar 623 is pumped in 6th, the 9th adjusting rod 624 drive reel cage 625, make reel cage 625 around with arm 626
Bottom bearing pin active connection place, carries out left and right reciprocally swinging；The movement effects finally produced are：3rd 13 turns of power transmission shaft
It is dynamic, under the transmission of the second transmission mechanism 61 and rear swinging mechanism 62 so that reel cage 625 carries out left and right around the bottom of arm 626
Reciprocally swinging.
The beneficial effects of the utility model are：Each motion of the double rib warp loom is carried out using independent agency
Connection and reliable transmission between drive disk assembly on transmission, each motion, and it is not easy to wear, it can effectively reduce each drive disk assembly
Between accumulative trueness error, transmission irregularity greatly increases, is conducive to greatly improving equipment operation speed, stably reaches 800-
1100 revs/min, braiding stability is effectively enhanced, the fabric quality come is knit out more preferably, helps to greatly improve production efficiency
With significantly improve the quality of production, in addition, the utility model can effectively reduce maintenance and the maintenance cost of equipment, can effectively reduce
The energy consumption of the drive noise of equipment, effectively reduction equipment, can effective extension device service life.
The utility model preferably embodiment is these are only, but protection domain of the present utility model is not limited to
This, all within spirit of the present utility model and principle, any modification, equivalent substitution and improvements made etc. should be included in this
Within the protection domain of utility model.
Claims (7)
1. a kind of double rib warp loom, including body, it is characterised in that internal body is provided with some needle-bar motions being spaced apart
Mechanism, some stylet motion mechanisms being spaced apart, some subsiding movement mechanisms being spaced apart, some sley bars being spaced apart
Pendular motion mechanism after forward swing motion and some sley bars being spaced apart；Organism bottom is provided with the first power transmission shaft, the second transmission
Axle and the 3rd power transmission shaft；Be provided with motor on the right side of body, the power transmission shaft that motor is set by organism bottom drive needle-bar motion,
Pendular motion mechanism works in coordination carry out warp knit after stylet motion mechanism, subsiding movement mechanism, sley bar forward swing motion and sley bar
Knitting；
The needle-bar motion includes left needle-bar motion and right needle-bar motion, right needle-bar motion and left needle-bar
Motion symmetrical configuration, body installs balance staff and second provided with symmetrically arranged first and installs balance staff, symmetrically arranged the
Five install balance staff and the 6th installation balance staff, and left needle-bar motion is installed in machine by the second installation balance staff, the 6th installation balance staff
In vivo, and bottom and the second driving shaft of left needle-bar motion is connected；Right needle-bar motion is installed by first and put
Axle, the 5th installation balance staff are installed in body, and the bottom of right needle-bar motion is connected with the first transmission shaft driven；On body
It is additionally provided with that shelves regulation balance staff is opened on a symmetrically arranged left side and shelves regulation balance staff is opened on the right side, shelves regulation balance staff is opened on left needle-bar motion and a left side
Be flexibly connected, right needle-bar motion and the right side are opened shelves regulation balance staff and be flexibly connected, the end of body be provided with open grade adjusting screw rod with
Open shelves regulation swing arm, open shelves regulation swing arm and be closely sheathed on right shelves of opening and adjust the end of balance staff, and open shelves regulation swing arm one end with
Open grade adjusting screw rod to be flexibly connected, open shelves regulation swing arm other end shelves regulation balance staff is opened by drive link and a left side and be flexibly connected；
The stylet motion mechanism includes left stylet motion mechanism and right stylet motion mechanism, right stylet motion mechanism and left nook closing member
Motion symmetrical configuration, body installs balance staff and the 4th provided with the symmetrically arranged 3rd and installs balance staff, left movement of slide machine
Structure is installed in body by the 4th installation balance staff, and the bottom of left stylet motion mechanism is connected with second driving shaft；It is right
Stylet motion mechanism is installed in body by the 3rd installation balance staff, and the bottom of right stylet motion mechanism is passed with the first power transmission shaft
Dynamic connection；
The subsiding movement mechanism includes left subsiding movement mechanism and right subsiding movement mechanism, right subsiding movement mechanism and left sedimentation
Motion symmetrical configuration, subsiding movement mechanism shares first with needle-bar motion and installs balance staff and the second installation balance staff, left
Subsiding movement mechanism is installed in body by the second installation balance staff, and the bottom of left subsiding movement mechanism is passed with second driving shaft
Dynamic connection；Right subsiding movement mechanism is installed in body by the first installation balance staff, and the bottom of right subsiding movement mechanism and the
One transmission shaft driven is connected；
Celestial axis is additionally provided with the top of the body, the sley bar forward swing motion is installed in body by the 5th installation balance staff
It is interior, and the top of sley bar forward swing motion is connected with celestial axis, bottom and the first transmission shaft driven of sley bar forward swing motion
Connection；After the sley bar pendular motion mechanism by the 6th installation balance staff be installed in body, and after sley bar pendular motion mechanism top
Portion is connected with celestial axis, and the bottom of pendular motion mechanism is connected with the 3rd transmission shaft driven after sley bar.
2. double rib warp loom according to claim 1, it is characterised in that：The left needle-bar motion is passed including needle-bar
Motivation structure, needle bed mechanism and guiding mechanism, drive needle bed mechanism to be moved up and down along guiding mechanism by needle-bar transmission mechanism,
The needle-bar transmission mechanism includes extension bar, needle-bar triangular coupling rod, the in the first adjusting rod, needle-bar swing arm, the second adjusting rod, first
One arch connecting rod, the first imitative U-shaped connecting rod, the type connecting rod of needle-bar 8, the second imitative U-shaped connecting rod, the first eccentric bushing and the first eccentric wheel；The
The bottom of one adjusting rod is connected with the right-hand member top movable of needle-bar swing arm, and the left end of needle-bar swing arm is rotationally sheathed on the 6th peace
Balance staff is filled, the right-hand member bottom of needle-bar swing arm is flexibly connected with the top of the second adjusting rod, in the bottom of the second adjusting rod and first
The top of extension bar is fixedly connected, and the bottom of extension bar is flexibly connected with the top of needle-bar triangular coupling rod in first, needle-bar triangular coupling rod
Middle part be provided with and be used for the right-hand member of the first balance staff for be connected with body activities, the bottom of needle-bar triangular coupling rod and the first arch connecting rod
It is flexibly connected, the left end of the first arch connecting rod is flexibly connected with the right-hand member of the type connecting rod of needle-bar 8 by the first imitative U-shaped connecting rod, needle-bar 8
The left end of type connecting rod is flexibly connected with the top of the first eccentric bushing by the second imitative U-shaped connecting rod, and first is provided with the first eccentric bushing
Eccentric wheel, the first eccentric wheel drives the operating of the first eccentric wheel on second driving shaft by second driving shaft；The guiding mechanism
Including needle-bar main support, the 3rd adjusting rod, the second eccentric bushing and the second eccentric wheel, the right-hand member of needle-bar main support is sheathed on the second peace
Fill on balance staff, the middle part of needle-bar main support is provided with guiding bearing pin, the top activity of the left end of needle-bar main support and the 3rd adjusting rod
Connection, the bottom of the 3rd adjusting rod is fixedly connected with the second eccentric bushing top, and the second eccentric wheel, second are provided with the second eccentric bushing
Eccentric wheel is opened on shelves regulation balance staff located at a left side, and opening shelves regulation balance staff by a left side drives the operating of the second eccentric wheel；The needle bed mechanism bag
Groove pin, needle-bar, needle bed carrier and bracket support bar are included, bracket support bar can slide up and down to located at needle-bar master along bearing pin is oriented to
On support, and the bottom of bracket support bar is fixedly connected with the top of the first adjusting rod, top and the needle-bar support of bracket support bar
The bottom of frame is flexibly connected, and the top of needle bed carrier is provided with needle-bar, and the top of needle-bar is provided with groove pin.
3. double rib warp loom according to claim 1, it is characterised in that：The left stylet motion mechanism is passed including nook closing member
Motivation structure and nook closing member mechanism, nook closing member mechanism kinematic is driven by nook closing member transmission mechanism, and the nook closing member transmission mechanism includes the 4th regulation
Extension bar, nook closing member triangular coupling rod, the second arch connecting rod, the 3rd in the secondary swing arm of bar, nook closing member, nook closing member master pendulum arm, the 5th adjusting rod, second
Imitative U-shaped connecting rod, the type connecting rod of nook closing member 8, the 4th imitative U-shaped connecting rod, three eccentricity set and three eccentricity wheel；4th adjusting rod bottom and pin
The right-hand member of core pair swing arm is flexibly connected, and nook closing member pair swing arm left end and nook closing member master pendulum arm left end are closely sheathed on the 4th installation balance staff,
The secondary swing arm of nook closing member is driven by nook closing member master pendulum arm, the right-hand member of nook closing member master pendulum arm is flexibly connected with the top of the 5th adjusting rod, and the 5th adjusts
The bottom of pole is fixedly connected with the top of extension bar in second, the bottom of extension bar and the top activity of nook closing member triangular coupling rod in second
Connection, the middle part of nook closing member triangular coupling rod is provided with the second balance staff for being used for be connected with body activities, the bottom of nook closing member triangular coupling rod and
The right-hand member of second arch connecting rod is flexibly connected, and the left end of the second arch connecting rod passes through the 3rd imitative U-shaped with the right-hand member of the type connecting rod of nook closing member 8
Connecting rod is flexibly connected, and the top that left end and the three eccentricity of the type connecting rod of nook closing member 8 cover is flexibly connected by the 4th imitative U-shaped connecting rod, the
Three eccentricity wheel is provided with three eccentricity set, three eccentricity wheel drives three eccentricity on second driving shaft by second driving shaft
Wheel operating；The nook closing member mechanism includes nook closing member, nook closing member bed and nook closing member bed fixed seat, bottom and the 4th regulation of nook closing member bed fixed seat
The top of bar is flexibly connected, and the top of nook closing member bed fixed seat is provided with nook closing member bed, and nook closing member bed top is provided with nook closing member.
4. double rib warp loom according to claim 1, it is characterised in that：The left subsiding movement mechanism includes sedimentation
Extension bar, settlement triangle connecting rod, 8 type connecting rods of sedimentation, the 5th imitative U-shaped in piece, sedimentation needle-bar, sedimentation swing arm, the 6th adjusting rod, the 3rd
Connecting rod, the 4th eccentric bushing and the 4th eccentric wheel；The sedimentation swing arm includes the secondary swing arm of integrally formed sedimentation and sedimentation master pendulum arm,
Axis hole is provided with the junction of the secondary swing arm of sedimentation and sedimentation master pendulum arm, sedimentation swing arm is rotationally sheathed on the second peace by axis hole
Fill on balance staff, the top of the secondary swing arm of sedimentation is provided with sedimentation needle-bar, and sedimentation needle-bar is provided with sinker, settle the left end of master pendulum arm with
The top of 6th adjusting rod is flexibly connected, and the bottom of the 6th adjusting rod is fixedly connected with the top of extension bar in the 3rd, connect in the 3rd
The bottom of bar and the top of two settlement triangle connecting rods are rotatably connected by bearing pin, are equipped with the middle part of each settlement triangle connecting rod
For the 3rd balance staff being connected with body activities, the bottom of each settlement triangle connecting rod has been rotatably coupled 8 types of sedimentation
Connecting rod, the other end of two 8 type connecting rods of sedimentation, the top of the 4th eccentric bushing are flexibly connected by the 5th imitative U-shaped connecting rod, and the 4th is inclined
The 4th eccentric wheel is provided with heart set, the 4th eccentric wheel drives the 4th eccentric wheel fortune on second driving shaft by second driving shaft
Turn.
5. double rib warp loom according to claim 1, it is characterised in that：The sley bar forward swing motion includes first
Transmission mechanism and preceding swinging mechanism, drive preceding swinging mechanism to be moved, the preceding swinging mechanism includes forward swing pair by the first transmission mechanism
Extension bar and forward swing master pendulum arm in swing arm, the 7th adjusting rod, the 4th, the left end of forward swing pair swing arm are fastenedly connected with celestial axis, forward swing pair
The right-hand member of swing arm is flexibly connected with the top of the 7th adjusting rod, and the top of extension bar, which is fixed, in the bottom and the 4th of the 7th adjusting rod connects
Connect, the bottom of extension bar is connected with the top movable of forward swing master pendulum arm in the 4th, balance staff is installed in the right side of forward swing master pendulum arm with the 5th
It is fastenedly connected；First transmission mechanism includes extension bar, the first internal overarm support, the type connecting rod of forward swing 8, the in the 8th adjusting rod, the 5th
One rotating shaft, the 5th eccentric bushing and the 5th eccentric wheel；The top of 8th adjusting rod is flexibly connected with the left side of forward swing master pendulum arm, and the 8th
The bottom of adjusting rod is fixedly connected with the top of extension bar in the 5th, and the bottom of extension bar and the top of the first internal overarm support are fixed in the 5th
Connection, passes through bearing pin activity between bottom, the left end of the type connecting rod of forward swing 8 and the top three of the 5th eccentric bushing of the first internal overarm support
Connection, the right-hand member of the type connecting rod of forward swing 8 is fastenedly connected with first rotating shaft, and the 5th eccentric wheel is provided with the 5th eccentric bushing, and the 5th is eccentric
Wheel drives the operating of the 5th eccentric wheel on the first power transmission shaft by the first power transmission shaft.
6. double rib warp loom according to claim 1, it is characterised in that：Pendular motion mechanism includes second after the sley bar
Transmission mechanism and rear swinging mechanism, swinging mechanism is moved after the drive of the second transmission mechanism, and the rear swinging mechanism puts master after including
Extension bar, the 9th adjusting rod, reel cage and arm in swing arm, the secondary swing arm of rear pendulum, the 6th, the top of the arm is fastened with celestial axis to be connected
Connect, the bottom of arm is flexibly connected with the top of reel cage by bearing pin, the top activity of the left end of reel cage and the 9th adjusting rod is even
Connect, the bottom of the 9th adjusting rod is fixedly connected with the top of extension bar in the 6th, the bottom of extension bar and the secondary swing arm of rear pendulum in the 6th
Right-hand member is flexibly connected, and the rear secondary swing arm left end of pendulum and rear pendulum master pendulum arm left end are closely sheathed on the 6th installation balance staff, are led by rear pendulum
Swing arm puts secondary swing arm and installs balance staff reciprocally swinging around the 6th after driving；Second transmission mechanism includes the tenth adjusting rod, the 7th
Middle extension bar, the second internal overarm support, 8 type connecting rods of rear pendulum, the second rotating shaft, the 6th eccentric bushing and the 6th eccentric wheel；The top of tenth adjusting rod
The right-hand member with rear pendulum master pendulum arm is held to be flexibly connected, the bottom of the tenth adjusting rod is fixedly connected with the top of extension bar in the 7th, the 7th
The bottom of middle extension bar is fixedly connected with the top of the second internal overarm support, the bottom of the 7th internal overarm support, the left end of 8 type connecting rods of rear pendulum and the
It is flexibly connected between the top three of six eccentric bushings by bearing pin, the right-hand member of 8 type connecting rods of rear pendulum is fastenedly connected with the second rotating shaft, the
The 6th eccentric wheel is provided with six eccentric bushings, the 6th eccentric wheel drives the 6th bias on the 3rd power transmission shaft by the 3rd power transmission shaft
Wheel operating.
7. double rib warp loom according to claim 1, it is characterised in that：The motor is driven by the first belt pulley set
First power transmission shaft is operated, and it is reverse that the first power transmission shaft can drive second driving shaft to carry out while operating by the second belt pulley set
Run-in synchronism, the first power transmission shaft can drive the 3rd power transmission shaft to be operated while operating by the 3rd belt pulley set.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621460078.2U CN206486658U (en) | 2016-12-29 | 2016-12-29 | Double rib warp loom |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621460078.2U CN206486658U (en) | 2016-12-29 | 2016-12-29 | Double rib warp loom |
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| CN206486658U true CN206486658U (en) | 2017-09-12 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201621460078.2U Withdrawn - After Issue CN206486658U (en) | 2016-12-29 | 2016-12-29 | Double rib warp loom |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106757744A (en) * | 2016-12-29 | 2017-05-31 | 福建信亿机械科技有限公司 | Double rib warp loom |
| CN109457384A (en) * | 2019-01-14 | 2019-03-12 | 常州市赛嘉机械有限公司 | Sley bar movement mechanism for full width weft insertion machine |
-
2016
- 2016-12-29 CN CN201621460078.2U patent/CN206486658U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106757744A (en) * | 2016-12-29 | 2017-05-31 | 福建信亿机械科技有限公司 | Double rib warp loom |
| CN106757744B (en) * | 2016-12-29 | 2018-08-24 | 福建信亿机械科技有限公司 | Double rib warp loom |
| CN109457384A (en) * | 2019-01-14 | 2019-03-12 | 常州市赛嘉机械有限公司 | Sley bar movement mechanism for full width weft insertion machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170912 Effective date of abandoning: 20180824 |