CN208815218U - A kind of warping machine of automatically drawing a design - Google Patents

Abstract

The utility model discloses a kind of warping machines of automatically drawing a design, including mounting rack and telescopic spring bar, the mounting rack and operational module are connected with each other, lateral spring is fixed on the oscillating deck, and the inside of lateral spring and mounting rack connects, the vertical gear and horizontal gear are connected with each other, and horizontal gear is fixed on the bottom end of lower axle, and control wheel is installed in lower axle, lower axle is mounted on the inside of mounting rack simultaneously, the telescopic spring bar is fixed on the avris of the second upper frame, and it is connected with each other on the inside of telescopic spring bar and mounting rack, and the top of the second upper frame is equipped with the second tuyere, the lower end surface of the second upper frame is fixed with push plate simultaneously.The warping machine of automatically drawing a design, it is designed using novel structure, allow the present apparatus to being guided out from bobbin cradle, the operation of broken yarn or impurity is not yet removed by the warp thread that collection filament plate is gathered, it can guarantee in subsequent guidance winding process, no broken yarn or impurity impact process.

Description

A kind of warping machine of automatically drawing a design

Technical field

The utility model relates to warping machine technical field, specially a kind of warping machine of automatically drawing a design.

Background technique

Warping machine is that a kind of warp thread that will be guided out on bobbin cradle by structures such as collection filament plate, spreaders carries out arrangement winding The equipment of collection, draw a design warping machine in textile production using very extensive, the warping effect of warping machine is to subsequent product Production has a great impact.

With continuing on for warping machine of drawing a design, traditional warping machine of drawing a design due to unreasonable structural design, can not to from Broken yarn contained in the warp thread that bobbin cradle is guided out or impurity are cleared up, and will lead to warp thread can not uniformly wind, and are influenced The use of subsequent warp thread, so needing to improve the structure of traditional warping machine of drawing a design.

Utility model content

The purpose of this utility model is to provide a kind of warping machines of automatically drawing a design, to solve to propose in above-mentioned background technique Unreasonable structural design, the problem of can not clearing up broken yarn or impurity.

To achieve the above object, the utility model provides the following technical solutions: a kind of warping machine of automatically drawing a design, including peace Shelve with telescopic spring bar, the mounting rack and operational module are connected with each other, and bobbin cradle are provided with by mounting rack, and install It is fixed with motor on the outside of frame, drive shaft is installed, and drive shaft is connect with mounting rack on the motor, and is solid in drive shaft Surely there are actuating cylinder and vertical gear, driving belt is installed, and the outer surface of driving belt is fixed with outer rail on the actuating cylinder The bottom end of road, the outside track and oscillating deck is connected with each other, and oscillating deck is fixed in functional shaft, and functional shaft is mounted on peace It shelves, lateral spring is fixed on the oscillating deck, and the inside of lateral spring and mounting rack connects, and the top of oscillating deck is solid Surely there is the first upper frame, while the first tuyere being installed on the first upper frame, the vertical gear and horizontal gear are connected with each other, and water Horizontal gear is fixed on the bottom end of lower axle, and control wheel is equipped in lower axle, while lower axle is mounted on the inside of mounting rack, the bullet Spring telescopic rod is fixed on the avris of the second upper frame, and is connected with each other on the inside of telescopic spring bar and mounting rack, and the second upper frame Top is equipped with the second tuyere, while the lower end surface of the second upper frame is fixed with push plate.

Preferably, the outer surface of the driving belt is evenly distributed with outside track, and outside track is the company of engagement with oscillating deck It connects.

Preferably, the shape of the oscillating deck is sector, and oscillating deck by functional shaft and mounting frame at rotating mechanism, And oscillating deck and lateral spring are to be welded to connect, while lateral spring is torque spring.

Preferably, the horizontal gear is to engage connection, and vertical gear is vertical point with horizontal gear with vertical gear Cloth.

Preferably, the horizontal gear and control wheel are parallelly distribute on, and the side of control wheel is provided with arc convex.

Preferably, the control wheel and push plate is vertical distribution, and push plate is welded on the lower end surface of the second upper frame, and the The avris of two upper frames is fixed with 2 telescopic spring bars.

The warping machine compared with prior art, the utility model has the beneficial effects that this is automatically drawn a design, using novel knot Structure design allows the present apparatus to what is be guided out from bobbin cradle, is not yet removed by the warp thread that collection filament plate is gathered disconnected The operation of yarn or impurity can guarantee that in subsequent guidance winding process, no broken yarn or impurity cause shadow to process It rings；

1. drive shaft, actuating cylinder, driving belt, outside track, oscillating deck and lateral spring cooperate with each other can be to first Upper frame is driven, and swings the first tuyere on the first upper frame in a certain range, changes air-out direction, reinforces removal The effect of broken yarn or impurity；

2. vertical gear, horizontal gear, control wheel, telescopic spring bar and push plate mutual cooperation can enable the second upper frame in water It square is moved back and forth upwards, so that the position of brushing of the second tuyere also can change, and the direction moved and the first wind Mouth is different, guarantees the removal effect of broken yarn or impurity.

Detailed description of the invention

Fig. 1 is the utility model drive shaft positive structure diagram；

Fig. 2 is the utility model driving belt side elevational cross-section structural schematic diagram；

Fig. 3 is the utility model vertical gear side structure schematic view；

Fig. 4 is that the utility model lower axle looks up the schematic diagram of the section structure；

Fig. 5 is the utility model positive structure diagram.

In figure: 1, mounting rack；2, operational module；3, bobbin cradle；4, motor；5, drive shaft；6, actuating cylinder；7, vertical teeth Wheel；8, driving belt；9, outside track；10, oscillating deck；11, functional shaft；12, lateral spring；13, the first upper frame；14, the first tuyere； 15, horizontal gear；16, lower axle；17, control wheel；18, telescopic spring bar；19, the second upper frame；20, the second tuyere；21, push plate.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-5 is please referred to, the utility model provides a kind of technical solution: a kind of warping machine of automatically drawing a design, including installation Frame 1, bobbin cradle 3, motor 4, drive shaft 5, actuating cylinder 6, vertical gear 7, driving belt 8, outside track 9, is swung operational module 2 Plate 10, functional shaft 11, lateral spring 12, the first upper frame 13, the first tuyere 14, horizontal gear 15, lower axle 16, control wheel 17, spring Telescopic rod 18, the second upper frame 19, the second tuyere 20 and push plate 21, mounting rack 1 and operational module 2 are connected with each other, and by mounting rack 1 It is provided with bobbin cradle 3, and the outside of mounting rack 1 is fixed with motor 4, drive shaft 5, and drive shaft 5 and peace are installed on motor 4 1 connection is shelved, and is fixed with actuating cylinder 6 and vertical gear 7 in drive shaft 5, driving belt 8 is installed, and pass on actuating cylinder 6 The outer surface of dynamic belt 8 is fixed with outside track 9, the bottom end interconnection of outside track 9 and oscillating deck 10, and oscillating deck 10 is fixed on In functional shaft 11, and functional shaft 11 is mounted on mounting rack 1, is fixed with lateral spring 12 on oscillating deck 10, and lateral spring 12 with The inside of mounting rack 1 connects, and the top of oscillating deck 10 is fixed with the first upper frame 13, while the is equipped on the first upper frame 13 One tuyere 14, vertical gear 7 and horizontal gear 15 are connected with each other, and horizontal gear 15 is fixed on the bottom end of lower axle 16, and under Control wheel 17 is installed, while lower axle 16 is mounted on 1 inside of mounting rack on axis 16, telescopic spring bar 18 is fixed on the second upper frame 19 Avris, and be connected with each other on the inside of telescopic spring bar 18 and mounting rack 1, and the top of the second upper frame 19 is equipped with the second tuyere 20, while the lower end surface of the second upper frame 19 is fixed with push plate 21.

The outer surface of driving belt 8 is evenly distributed with outside track 9 in this example, and outside track 9 is the company of engagement with oscillating deck 10 It connects, above-mentioned structure designs so that driving belt 8 during exercise, can utilize engagement connection relationship driving pendulum by outside track 9 Movable plate 10 moves；

The shape of oscillating deck 10 is sector, and oscillating deck 10 constitutes rotating mechanism by functional shaft 11 and mounting rack 1, and Oscillating deck 10 and lateral spring 12 are to be welded to connect, while lateral spring 12 is torque spring, and above-mentioned structure designs so that oscillating deck 10 by outside track 9 when being driven, and can be axis rotation with functional shaft 11, and after outside track 9 and oscillating deck 10 are detached from, swing Plate 10 and the structure connecting with oscillating deck 10 can carry out resetting movement under the action of lateral spring 12；

Horizontal gear 15 is to engage connection, and vertical gear 7 and horizontal gear 15 are vertical distribution with vertical gear 7, on The structure design stated is so that vertical gear 7 when following drive shaft 5 to rotate, can use the stable driving water of engagement connection relationship Horizontal gear 15 rotates；

Horizontal gear 15 and control wheel 17 are parallelly distribute on, and the side of control wheel 17 is provided with arc convex, above-mentioned Structure designs so that horizontal gear 15 when rotated, can drive the control wheel 17 being equally fixed in lower axle 16 by lower axle 16 Synchronize rotation, and the arc convex in control wheel 17 is when rotating and contacting with push plate 21, it can be by push plate 21 It squeezes, driving the second upper frame 19 movement；

Control wheel 17 and push plate 21 are vertical distribution, and push plate 21 is welded on the lower end surface of the second upper frame 19, and second The avris of upper frame 19 is fixed with 2 telescopic spring bars 18, and above-mentioned structure designs so that the second upper frame 19 is extruded in push plate 21 When, can be pushed and be given respectively 2 different active forces of telescopic spring bar 18, and the design of telescopic spring bar 18 be in order to Guarantee that the second upper frame 19 can carry out the reciprocating motion in horizontal direction.

Working principle: the structure of operational module 2 and bobbin cradle 3 in the present apparatus, the knot with existing warping machine of drawing a design Structure is identical, is existing mature technology, and the first tuyere 14 and the second tuyere 20 are connected with external air pump in the present apparatus, air pump For existing mature technology, it is not described in detail herein；

When using the present apparatus, the warp thread on bobbin cradle 3 is pulled out first, just by the first tuyere 14 and the second tuyere 20 Top, and pass through the structures such as collection filament plate, spreader in operational module 2, it is received by the structure in operational module 2 with winding function It receives, is the power structure power supply in operational module 2 by the external circuit that device is connected, device starts normal warping behaviour Make；

Then it is powered by external circuit to motor 4 and the external air pump being connect with the first tuyere 14 and the second tuyere 20, Motor 4 is slow speed motor, and slow speed motor is existing mature technology, is not described in detail herein, the motor 4 in Fig. 3 passes through driving Axis 5 drives actuating cylinder 6 and vertical gear 7 to rotate, and actuating cylinder 6 drives driving belt 8 to move, outside track 9 follow driving belt 8 into Row moves synchronously, and when the dentalation of outside track 9 and 10 bottom end of oscillating deck on driving belt 8 contacts, oscillating deck 10 is driven Dynamic to be turned an angle with functional shaft 11 for axis, subsequent outside track 9 is detached from oscillating deck 10, oscillating deck 10 and is fixed on oscillating deck Back rotation carries out resetting movement, such first upper frame under the action of lateral spring 12 of first upper frame 13 on 10 tops in Fig. 2 13 just complete an oscillating motion with the first tuyere 14 being fixed thereon, and the air-flow that the first tuyere 14 sprays also is completed once The change for brushing warp thread direction, since outside track 9 is generally evenly distributed on driving belt 8, so in oscillating deck 10 and After one upper frame 13 resets, and then next outside track 9 is contacted with oscillating deck 10, and oscillating deck 10 and the first upper frame 13 repeat above-mentioned Motion process, then an oscillating motion is carried out, driving belt 8 rotates always, and the first tuyere 14 just follows the first upper frame 13 constantly It waves change and direction is brushed to warp thread, broken yarn or impurity are blown off warp thread；

At the same time, the vertical gear 7 in Fig. 3 utilizes the drive that engagement connection relationship is stable when following drive shaft 5 to rotate Dynamic horizontal gear 15 rotates, and horizontal gear 15 drives the control wheel being equally fixed in lower axle 16 when rotated, by lower axle 16 17 synchronize rotation, and the arc convex in control wheel 17 passes through squeezing to push plate 21 when rotating and contacting with push plate 21 Pressure pushes the second upper frame 19 to move to the direction close to motor 4, and the second upper frame 19 is pressed against the telescopic spring close to 4 side of motor Bar 18 stretches the telescopic spring bar 18 of 17 top position of control wheel, and the arc convex in subsequent control wheel 17 continues rotation and remote From push plate 21, push plate 21 loses thrust, and the second upper frame 19 also restores under the action of 2 telescopic spring bars 18 to shape shown in Fig. 3 State, vertical gear 7 drive horizontal gear 15 to rotate always, and the arc convex in control wheel 17 is just constantly contacted far from push plate 21, For second upper frame 19 with regard to constantly being moved back and forth in the horizontal direction, the second tuyere 20 also follows the second upper frame 19 constantly to carry out The wind of reciprocating motion in horizontal direction, the blowout of the second tuyere 20 just constantly changes the position for brushing warp thread, reaches removal broken yarn Or the effect of impurity.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (6)

1. a kind of warping machine, including mounting rack (1) and telescopic spring bar (18) of automatically drawing a design, it is characterised in that: the installation Frame (1) and operational module (2) are connected with each other, and are provided with bobbin cradle (3) by mounting rack (1), and the outside of mounting rack (1) is solid Surely have motor (4), be equipped with drive shaft (5) on the motor (4), and drive shaft (5) is connect with mounting rack (1), and is driven It is fixed with actuating cylinder (6) and vertical gear (7) on axis (5), is equipped with driving belt (8) on the actuating cylinder (6), and is driven skin The outer surface of band (8) is fixed with outside track (9), and the bottom end of the outside track (9) and oscillating deck (10) is connected with each other, and oscillating deck (10) it is fixed on functional shaft (11), and functional shaft (11) is mounted on mounting rack (1), is fixed on the oscillating deck (10) Lateral spring (12), and lateral spring (12) is connect with the inside of mounting rack (1), and the top of oscillating deck (10) is fixed with the first top Frame (13), while the first tuyere (14) being installed on the first upper frame (13), the vertical gear (7) and horizontal gear (15) are mutual Connection, and horizontal gear (15) is fixed on the bottom end of lower axle (16), and control wheel (17) are equipped in lower axle (16), at present Axis (16) is mounted on the inside of mounting rack (1), and the telescopic spring bar (18) is fixed on the avris of the second upper frame (19), and spring is stretched It is connected with each other on the inside of contracting bar (18) and mounting rack (1), and the top of the second upper frame (19) is equipped with the second tuyere (20), simultaneously The lower end surface of second upper frame (19) is fixed with push plate (21).

2. a kind of warping machine of automatically drawing a design according to claim 1, it is characterised in that: outside the driving belt (8) Surface is evenly distributed with outside track (9), and outside track (9) is to engage connection with oscillating deck (10).

3. a kind of warping machine of automatically drawing a design according to claim 1, it is characterised in that: the shape of the oscillating deck (10) For sector, and oscillating deck (10) constitutes rotating mechanism, and oscillating deck (10) and side bullet by functional shaft (11) and mounting rack (1) Spring (12) is to be welded to connect, while lateral spring (12) is torque spring.

4. a kind of warping machine of automatically drawing a design according to claim 1, it is characterised in that: the horizontal gear (15) and hang down Spur gear (7) is engagement connection, and vertical gear (7) and horizontal gear (15) are vertical distribution.

5. a kind of warping machine of automatically drawing a design according to claim 1, it is characterised in that: the horizontal gear (15) and control Ratch (17) is parallelly distribute on, and the side of control wheel (17) is provided with arc convex.

6. a kind of warping machine of automatically drawing a design according to claim 1, it is characterised in that: the control wheel (17) and push plate It (21) is vertical distribution, and push plate (21) is welded on the lower end surface of the second upper frame (19), and the avris of the second upper frame (19) is solid Surely there are 2 telescopic spring bars (18).