CN201546002U

CN201546002U - Fully-electric driven sample loom

Info

Publication number: CN201546002U
Application number: CN2009201992916U
Authority: CN
Inventors: 孟长明; 李旦; 胡克勤
Original assignee: University of Shaoxing
Current assignee: University of Shaoxing
Priority date: 2009-11-05
Filing date: 2009-11-05
Publication date: 2010-08-11
Anticipated expiration: 2019-11-05

Abstract

The utility model discloses a fully-electric driven sample loom which belongs to textile machinery technical field, and comprises a main wall board, a let-off mechanism, a weft insertion mechanism, a shedding mechanism, a beating-up mechanism and a draw-off mechanism mounted on the main wall board; the five mechanisms respectively adopt stepping motors and servomotor motor for driving, the motion state of the loom is controlled in centralized manner by a PLC program controller, and the time sequence of the motions is controlled by programs. The let-off motion of warp adopts an electronic inductor to sense warp tension change and performs let-off motion in preset speed and let-off quantity after the operation of PLC program controller. The beating-up mechanism adopts a reed and is connected with a beating-up servomotor through a reed base, a main swing arm eccentric connecting rod and an eccentric wheel. A weft insertion servomotor drives a rigid rapier to drive the reed to swing back and forth. The fully-electric driven sample loom improves the work efficiency of textile and avoids the auxiliary facilities such as air compressors and pipelines, and makes relevant mechanical structures simple.

Description

Full-electric drive small sample loom

One, technical field

The utility model relates to a kind of textile machine, relates in particular to a kind of full-electric drive small sample loom.

Two, background technology

Small sample loom is a kind of machine that various fiber weavings is become the fabric sample.At present the shedding motion of fabric small sample loom commonly used and beat up, weft inserting apparatus mostly is the pneumatic type structure greatly.This pneumatic type structure is owing to be subjected to the restriction of air velocity, and the speed of service is slow, and the power of beating up is difficult to increase, and needs the supporting use of air compressor, and is incompatible with the control trend of present electronization.

Three, utility model content

At above-mentioned deficiency, the purpose of this patent is to provide a kind of full-electric drive small sample loom, and five big motions of this loom all adopt servomotor and stepper motor directly to drive, the automaticity height, and the speed of service is very fast.

For achieving the above object, the technical scheme that the utility model is taked is: a kind of all-electronin small sample loom, and comprise main wall plate, and be installed on warp-feeding mechanism, weft insertion device, shedding mechanism, beating-up mechanism and spooler on the main wall plate, it is characterized in that:

Warp-feeding mechanism comprises the warp shaft that is installed on the main wall plate, through spindle motor and belt wheel install with main wall plate on link to each other with warp shaft, swing arm and rear axletree are installed on the main wall plate above the warp shaft successively, are installed on the position of corresponding swing arm on the main wall plate through yarn sensor;

Spooler comprises Expanding roller, the cloth beam that is installed on the main wall plate, and the winding off spindle belt wheel is installed on the cloth beam, and is connected by reel-motor and the belt wheel that batches on synchronous band and installation and the main wall plate;

Weft insertion device comprises the wefting insertion bar, and a side of answering at the wefting insertion pole pair is provided with color selector, and the wefting insertion gear links to each other with the wefting insertion bar, and the wefting insertion servomotor links to each other with the wefting insertion gear.

Shedding mechanism comprises electronic dobby machine, and the opening torque arm links to each other with electronic dobby machine, and the opening pivoted arm links to each other with the opening torque arm, and brown frame links to each other with the opening pivoted arm;

Beating-up mechanism comprises the servomotor that beats up that is installed on the main wall plate, eccentric wheel is connected with the servomotor that beats up, connecting rod links to each other with eccentric wheel, the bar pivoted arm that beats up is installed on the rocker and links to each other with connecting rod, rocker is installed on the main wall plate, reed is installed on the slay, and slay is installed on the rocker and is connected with the bar pivoted arm that beats up.

Of the present utility modelly further be set to:

Described wefting insertion bar is a rigidity wefting insertion bar.

Described electronic dobby machine is the electronic type revolving dobby.

The beneficial effects of the utility model are as follows: stepper motor and driven by servomotor are adopted in of the present utility model five big motions respectively, and the machine motion state is by PLC cyclelog centralized Control entirely, and sequential of each action is then by programme-control.The warp let-off of warp thread adopts warp tension to change by after the electronic inductor perception, carries out the warp let-off with speed and the warp run-in set after the computing of PLC cyclelog.Beat up and adopt reed by slay, master pendulum arm eccentric ratio, eccentric wheel, servomotor is connected with beating up.Along with wefting insertion driven by servomotor rigid rapier, drive the reed swing.After the utility model adopts each big motion of servomotor and step motor control, can in weaving process, accelerate the speed of service of loom greatly by relevant programming.Help improving the operating efficiency of fabric.Avoided auxiliary equipment such as air compressor and pipeline simultaneously, made relevant mechanical structure become simple.

The utility model is described in further detail below in conjunction with the drawings and specific embodiments.

Four, description of drawings

Fig. 1 is a general structure schematic diagram of the present utility model;

Fig. 2 is the warp let-off of the present utility model, spooler structural representation.

Fig. 3 is wefting insertion of the present utility model, shedding mechanism structural representation

Fig. 4 is a beating-up mechanism structural representation of the present utility model.

Five, the specific embodiment

As shown in Figure 1, all-electronin small sample loom of the present utility model comprises main wall plate 6, and is installed on warp-feeding mechanism 1, weft insertion device 2, shedding mechanism 3, beating-up mechanism 4 and spooler 5 on the main wall plate 6, wherein:

In conjunction with shown in Figure 2, warp-feeding mechanism 1 is mainly used in the supply of warp thread, comprise the warp shaft 10 that is installed on the main wall plate 6, through spindle motor and belt wheel 11 install with main wall plate 6 on link to each other with warp shaft 10, the swing arm 14 and the rear axletree 12 of band spring 13 are installed on the main wall plate above the warp shaft 10 6 successively, be installed on the position of corresponding swing arm 14 on the main wall plate 6 through yarn sensor 15, during work, after warp thread 16 is drawn from warp shaft 10, and inweave in the fabric through rear axletree 12, when weaving, warp thread 16 constantly is made into sample cloth and is consumed, warp thread 16 tension force are increased, make swing arm 14 to fuselage below swing, touch corresponding swing arm 11 on the main wall plate 6 through yarn sensor 15, signal is passed to electric cabinet, make through spindle motor and belt wheel 11 and rotate, warp shaft 10 is emitted warp thread 16.

Spooler 5 comprises the cloth supporting plate 51 that is positioned at fell, and be installed on Expanding roller 52, cloth beam 53 on the main wall plate 6, winding off spindle belt wheel 54 is installed on the cloth beam 53, and by batch synchronously with 55 with installation and main wall plate 6 on reel-motor and belt wheel 56 be connected.During work, provide power by reel-motor and belt wheel 56, drive winding off spindle belt wheel 54 interlock cloth beams 53, the fabric that makes fell formation is through cloth supporting plate 51, and Expanding roller 52 batches on the cloth beam 53.

Please again in conjunction with shown in Figure 3, weft insertion device 2 comprises wefting insertion bar 21, and wefting insertion bar 21 is a rigidity wefting insertion bar, is provided with the color selector 22 that band selects the look bar in a side of wefting insertion bar 21 correspondences, wefting insertion gear 23 links to each other with wefting insertion bar 21, and wefting insertion servomotor 24 links to each other with wefting insertion gear 23.During work,, under the control of cyclelog,, drive rigidity wefting insertion bar 21, realize horizontal wefting insertion by 23 transmissions of wefting insertion gear by 24 work of wefting insertion servomotor.When wefting insertion bar 21 after color selector 22 1 lateral movements are at the end, color selector 22 stretches out and selects the look bar, weft yarn is guided into the gripper head of wefting insertion bar 21 heads.After gripper head was clamped weft yarn, wefting insertion bar 21 was return, and weft yarn is introduced fell, thereby finish wefting insertion one time.

Shedding mechanism 3 comprises electronic dobby machine 31, opening torque arm 32 links to each other with electronic dobby machine 31, and opening pivoted arm 33 links to each other with opening torque arm 32, and brown frame 34 links to each other with opening pivoted arm 33, shedding mechanism of the present utility model adopts the electronic type revolving dobby, during work, according to the control signal that mainframe box provides, 31 work of electronic type revolving dobby, and by opening torque arm 32, opening pivoted arm 33, pulling heald frame 34 moves up and down, and makes lower leaf on the warp thread, thereby reaches the opening purpose.

Please again in conjunction with shown in Figure 4, beating-up mechanism 4 comprises the servomotor 41 that beats up that is installed on the main wall plate 6, eccentric wheel 40 is connected with the servomotor 41 that beats up, connecting rod 42 links to each other with eccentric wheel 40, the bar pivoted arm 43 that beats up is installed on the rocker 44 and links to each other with connecting rod 42, rocker 44 is installed on the main wall plate 6, and reed 45 is installed on the slay 46, and slay 46 is installed on the rocker 44 and is connected with the bar pivoted arm 43 that beats up.During work, by rotatablely moving of the servomotor 41 that beats up, interlock eccentric wheel 40, connecting rod 42, pulling is beaten up bar pivoted arm 43 around rocker 44 swings, drives slay 46, reed 45 swings on the rocker 44, thereby the weft yarn of introducing is beaten to fell.

Below in conjunction with the said structure explanation, operation principle of the present utility model is described further, full-electric drive small sample loom of the present utility model comprises five motions greatly altogether:

1, let-off motion: warp-feeding mechanism is mainly used in the supply of warp thread.Warp thread inweaves in the fabric behind rear axletree, heald, reed after drawing from the warp thread beaming roller.When weaving, warp thread constantly is made into sample cloth and is consumed, and warp tension is increased, and swing arm touches through yarn sensor to the swing of fuselage below, and signal is passed to electric cabinet, makes through spindle motor and rotates, and emits warp thread.

2, takeup motion: the power of takeup motion provides by batching stepper motor.The fabric that fell forms is through cloth supporting plate, and Expanding roller batches on the cloth beam.The speed of takeup motion is exactly filling density, by the filling density program setting of control system, and by the decision of the coiling speed of stepper motor.

3, motion of weft-insertion: by the wefting insertion servomotor, under the control of cyclelog,, drive rigidity wefting insertion bar, realize horizontal wefting insertion by the wefting insertion gear drive.When the wefting insertion bar after the color selector lateral movement is at the end, color selector stretches out and selects the look bar, weft yarn is guided into the gripper head of wefting insertion club head.After gripper head was clamped weft yarn, the wefting insertion bar was return, and weft yarn is introduced fell, finished wefting insertion one time.

4, harness motion: shedding motion adopts the electronic type revolving dobby.The control signal that shedding motion provides according to mainframe box, by opening torque arm, opening pivoted arm, the pulling heald frame moves up and down, and makes lower leaf on the warp thread and reaches the opening purpose.

5, beating motion: rotatablely moving of the servomotor that beats up by eccentric wheel, connecting rod, spur and beat up the bar pivoted arm around the rocker swing, members such as slay, reed are housed on the rocker, the weft yarn of introducing is beaten to fell.

To sum up, full-electric drive small sample loom of the present utility model adopts computer to control comprehensively, and five big motions of loom drive by servomotor and stepper motor, speed of a motor vehicle height, and parameter changes convenient, multiple functional, be a kind of revolutionary improvement to common small sample loom.This loom adopts eccentric wheel type beating-up mechanism, the position sensor in motor point, electronics shedding mechanism, electronic take-up mechanism, electric induction type warp-feeding mechanism, electronic weft selection device, electronics weft detector, the rigidity weft inserting apparatus of driven by servomotor.In weaving process, accelerate the speed of service of loom greatly.Help improving the operating efficiency of fabric, changed traditional, pneumatic formula structure owing to be subjected to the restriction of air velocity, the speed of service is slow, some defectives that the power of beating up is difficult to increase, also avoided auxiliary equipment such as air compressor and pipeline simultaneously, made the mechanical structure of equipment become simple.

Claims

1. an all-electronin small sample loom comprises main wall plate, and is installed on warp-feeding mechanism, weft insertion device, shedding mechanism, beating-up mechanism and spooler on the main wall plate, it is characterized in that:

Weft insertion device comprises the wefting insertion bar, and a side of answering at the wefting insertion pole pair is provided with color selector, and the wefting insertion gear links to each other with the wefting insertion bar, and the wefting insertion servomotor links to each other with the wefting insertion gear;

2. a kind of all-electronin small sample loom according to claim 1 is characterized in that: described wefting insertion bar is a rigidity wefting insertion bar.

3. a kind of all-electronin small sample loom according to claim 1 is characterized in that: described electronic dobby machine is the electronic type revolving dobby.