CN103225187B - Yarn humidifier - Google Patents
Yarn humidifier Download PDFInfo
- Publication number
- CN103225187B CN103225187B CN201310153367.2A CN201310153367A CN103225187B CN 103225187 B CN103225187 B CN 103225187B CN 201310153367 A CN201310153367 A CN 201310153367A CN 103225187 B CN103225187 B CN 103225187B
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- lever
- entry needle
- cylinder
- engaging lug
- water
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Abstract
The invention discloses a yarn humidifier which comprises a machine frame assembly (1), a guiding system (2), a water storage system (3), an injection system (4), a lever system (7) and a positioning system (12), wherein the guiding system (2), the water storage system (3), the injection system (4), the lever system (7) and the positioning system (12) are mounted on the machine frame assembly (1) to form the yarn humidifier. The yarn humidifier is in mechanized production, high in humidifying efficiency, accurate to control the additive quantity of water, accurate to adjust the water content, and combined with microwave heating equipment to size yarns to achieve the purposes of good sizing effect and high speed.
Description
Technical field
The present invention relates to humidifier, be specifically related to line yarn humidifier.
Background technology
Finished product yarn need to have certain moisture content, to reduce yarn expansion and contraction, improves product feel, glossiness, improves yarn tension, intensity, eliminates the unbalanced stresses of static and each several part simultaneously.
The method of the yarn of cotton mill adjusting now moisture content is mainly at factory building internal spraying, makes air have sufficiently high humidity.In factory building, the too high one side of humidity worsens working condition, thereby can make on the other hand the sensor misoperation of spinning machine affect production efficiency, and the method is also difficult to accurately regulate moisture content.
It is that finished product yarn is left in warehouse that cotton mill regulates the another kind of method of finished product yarn moisture content, by increasing air humidity in warehouse, regulates finished product yarn moisture content.The method efficiency is low, can not accurately regulate moisture content, the especially moisture content of finished product yarn inside of yarn to be difficult for improving simultaneously.
Some cotton mill is placed on warming and humidifying in yarn steaming machine by finished product yarn, can regulate the finished product yarn moisture content simultaneously can be to wet setting.The method equipment is expensive, and efficiency is low, and generally finished product yarn mostly is refill, and above processing can cause refill distortion.
Summary of the invention
The object of the invention is: a kind of line yarn humidifier is provided, adopts this humidifier to finished product yarn humidification, finished product yarn moisture content is adjustable, and cost is low, and efficiency is high, moisture content regulates accurately, in conjunction with microwave heating equipment, can shape to yarn.
Technical solution of the present invention is: this line yarn humidifier comprises support assembly, guidance system, water storage system, injecting systems, lever system and navigation system, guidance system, water storage system, injecting systems, lever system and navigation system is installed on support assembly and forms line yarn humidifier.
Wherein, support assembly comprises on frame, platen, liquid injection seat fixed head, reset cylinder engaging lug, the left engaging lug of lever and inferior guide pin bushing on engaging lug, water filling cylinder, in the middle part of frame loading stand, locating core patchhole is established at the center of platen, door-plate formation enclosures is installed in the top that is positioned at platen in frame, liquid injection seat fixed head is installed at the bottom of the cabinet of enclosures, on liquid injection seat fixed head, establish leading cover installing hole, inferior guide pin bushing is arranged on liquid injection seat fixed head, and engaging lug on engaging lug on reset cylinder, water filling cylinder, the left engaging lug of lever are installed respectively on the beam in enclosures.
Wherein, guidance system comprises guide base, entry needle guide pin bushing, leading post, the right journal stirrup of lever, guide pillar frame, travel switch driving lever, inferior guide pillar and entry needle guide pin bushing holding screw, one group of entry needle guide pin bushing is distributed and is fixed on guide base by entry needle guide pin bushing holding screw, the center of guide base is fixedly connected on leading post lower end, leading post is through leading cover, leading post is fixed on guide pillar frame with time guide pillar upper end, the lower end of inferior guide pillar is through in time guide pin bushing, travel switch driving lever is fixed on time guide pillar top, the right journal stirrup of lever is fixed on leading post upper end, the right journal stirrup of lever is connected with the elongated slot of lever right-hand member by pin.
Wherein, water storage system comprises water butt, altitude valve and water outlet mouthpiece, and altitude valve is installed in water butt, and water outlet mouthpiece is established in water butt bottom, and water source enters water butt by altitude valve, and water outlet mouthpiece is connected on water filling cylinder by check valve.
Wherein, injecting systems comprises entry needle, entry needle gland, entry needle connector, water inlet interface, liquid injection seat, leading cover, entry needle connector holding screw and water filling cylinder, one group of entry needle connector distributes and is fixed on liquid injection seat through entry needle connector holding screw, number and the position of the corresponding entry needle guide pin bushing in entry needle connector number and position, entry needle afterbody is connected to entry needle connector lower end through entry needle gland, water inlet interface connects entry needle connector upper end, water inlet interface is communicated with water filling cylinder through check valve, water filling cylinder is arranged in enclosures, the fixing leading cover in center of liquid injection seat, liquid injection seat is fixed on liquid injection seat fixed head lower surface.
Wherein, lever system comprises lever, engaging lug under water filling cylinder, screw mandrel, screw mandrel fixed block, handwheel, reset cylinder and travel switch, screw mandrel fixed block is fixed on lever, under water filling cylinder, engaging lug is enclosed within on lever, screw axis is to passing engaging lug and screw mandrel fixed block under water filling cylinder, handwheel is fixed on screw mandrel, under water filling cylinder, engaging lug is connected by pin with the cylinder body lower end of water filling cylinder, water filling cylinder upper end is connected with engaging lug on water filling cylinder by pin, lever left end is connected by the left engaging lug of pin and lever, lever right-hand member is connected by the right engaging lug of pin and lever, reset cylinder upper end is connected with engaging lug on reset cylinder by pin, reset cylinder lower end connects on lever by oscillating bearing, travel switch is fixed on liquid injection seat fixed head by fixed head.
Wherein, navigation system comprises locating core and drives cylinder, drives cylinder to be arranged in frame and is positioned at platen bottom, and locating core is fixed on the piston rod upper end that drives cylinder.
During work, finished product yarn is placed on to the locating core patchhole top of platen center, pressing power knob, that electromagnetic valve is obtained is electric, drive the piston rod of cylinder to drive locating core to rise, the interior finished product yarn that drives of yarn core that locating core inserts finished product yarn rises, in finished product yarn uphill process, entry needle progressively penetrates in the yarn of finished product yarn, finished product yarn promotes guidance system and rises, guidance system drives lever system upwards to swing, lever system drives water filling cylinder cylinder body to rise, and the water in water filling cylinder is flow in yarn by entry needle lower end by shunt, check valve; Electromagnetic valve dead electricity when travel switch driving lever touches travel switch, drive cylinder piston rod to decline and drive finished product yarn return, reset cylinder drives lever system to lower swing, thereby drives water filling cylinder cylinder body to decline, and by check valve, water is sucked from water butt to water filling cylinder; Finished product yarn is placed 1 to 2 day after adding water, makes water diffusion evenly; If the finished product yarn after humidification, through microwave heating equipment heating, is realized to the sizing to yarn.
Rotation hand wheel changes water filling cylinder cylinder body lower end with respect to the position of lever, thereby changes the impulse stroke of water filling cylinder, and then changes water injection rate.
The present invention has the following advantages: 1. do mechanization operation, and humidification efficiency is high; 2. accurately control amount of water, moisture content regulates accurately; 3. simple in structure, with low cost, easy to operate; 4. in conjunction with microwave heating equipment, yarn is shaped, fixed effect is good, and speed is fast.
Accompanying drawing explanation
Fig. 1 is profile schematic diagram of the present invention.
Fig. 2 is structural representation of the present invention.
Fig. 3 is another visual angle schematic diagram of Fig. 2.
Fig. 4 is the finished product yarn schematic diagram of Fig. 2.
Fig. 5 is the support assembly schematic diagram of Fig. 2.
Fig. 6 is the guidance system schematic diagram of Fig. 2.
Fig. 7 is the water storage system schematic diagram of Fig. 2.
Fig. 8 is the injecting systems schematic diagram of Fig. 2.
Fig. 9 is the lever system schematic diagram of Fig. 2.
Figure 10 is water route of the present invention schematic diagram.
Figure 11 is gas circuit schematic diagram of the present invention.
In figure: 1 support assembly, 2 guidance systems, 3 water storage systems, 4 injecting systems, 5 reset cylinders, 6 water filling cylinders, 7 lever systems, 8 travel switches, 9 finished product yarns, 10 locating cores, 11 drive cylinder, 12 navigation systems, 1-1 frame, 1-2 platen, 1-3 liquid injection seat fixed head, engaging lug on 1-4 restoring cylinder, engaging lug on 1-5 water filling cylinder, the left engaging lug of 1-6 lever, 1-7 guide pin bushing, 2-1 activity-oriented pedestal, 2-2 entry needle guide pin bushing, 2-3 dominates post, the right journal stirrup of 2-4 lever, 2-5 guide pillar frame, 2-6 travel switch driving lever, 2-7 guide pillar, 2-8 entry needle guide pin bushing holding screw, 3-1 water butt, 3-2 altitude valve, 3-3 water outlet mouthpiece, 4-1 entry needle, 4-2 entry needle gland, 4-3 entry needle connector, the 4-4 interface of intaking, 4-5 liquid injection seat, the leading cover of 4-6, 4-7 entry needle connector holding screw, 7-1 lever, engaging lug under 7-2 water filling cylinder, 7-3 screw mandrel, 7-4 screw mandrel fixed block, 7-5 handwheel, 9-1 yarn, 9-2 yarn core.
The specific embodiment
As shown in Fig. 1-11, this line yarn humidifier comprises support assembly 1, guidance system 2, water storage system 3, injecting systems 4, lever system 7 and navigation system 12, guidance system 2, water storage system 3, injecting systems 4, lever system 7 and navigation system 12 is installed on support assembly 1 and forms line yarn humidifier.
Wherein, support assembly 1 comprises frame 1-1, platen 1-2, liquid injection seat fixed head 1-3, engaging lug 1-4 on reset cylinder, engaging lug 1-5 on water filling cylinder, the left engaging lug 1-6 of lever and time guide pin bushing 1-7, at the middle part of frame 1-1 loading stand 1-2, platen 1-2 establishes locating core patchhole in center, door-plate formation enclosures is installed in the top that is positioned at platen 1-2 on frame 1-1, liquid injection seat fixed head 1-3 is installed at the bottom of the cabinet of enclosures, on liquid injection seat fixed head 1-3, establish leading cover installing hole, inferior guide pin bushing 1-7 is arranged on liquid injection seat fixed head 1-3, engaging lug 1-4 on reset cylinder is installed respectively on the beam in enclosures, engaging lug 1-5 on water filling cylinder, the left engaging lug 1-6 of lever.
Wherein, guidance system 2 comprises guide base 2-1, entry needle guide pin bushing 2-2, leading post 2-3, the right journal stirrup 2-4 of lever, guide pillar frame 2-5, travel switch driving lever 2-6, inferior guide pillar 2-7 and entry needle guide pin bushing holding screw 2-8, one group of entry needle guide pin bushing 2-2 is distributed and is fixed on guide base 2-1 by entry needle guide pin bushing holding screw 2-8, guide base 2-1 center is fixedly connected on leading post 2-3 lower end, leading post 2-3 is through leading cover 4-6, leading post 2-3 is fixed on guide pillar frame 2-5 with time guide pillar 2-7 upper end, the lower end of inferior guide pillar 2-7 is through in time guide pin bushing 1-7, travel switch driving lever 2-6 is fixed on time guide pillar 2-7 top, the right journal stirrup 2-4 of lever is fixed on leading post 2-3 upper end, the right journal stirrup 2-4 of lever is connected with the elongated slot of lever 7-1 right-hand member by pin.
Wherein, water storage system 3 comprises water butt 3-1, altitude valve 3-2 and water outlet mouthpiece 3-3, altitude valve 3-2 is installed in water butt 3-1, water butt 3-1 establishes water outlet mouthpiece 3-3 in bottom, water source enters water butt 3-1 by altitude valve 3-2, and water outlet mouthpiece 3-3 is connected on water filling cylinder 6 by check valve.
Wherein, injecting systems 4 comprises entry needle 4-1, entry needle gland 4-2, entry needle connector 4-3, water inlet interface 4-4, liquid injection seat 4-5, leading cover 4-6, entry needle connector holding screw 4-7 and water filling cylinder 6, one group of entry needle connector 4-3 distributes and is fixed on liquid injection seat 4-5 through entry needle connector holding screw 4-7, number and the position of entry needle connector 4-3 number and position corresponding entry needle guide pin bushing 2-2, entry needle 4-1 afterbody is connected to entry needle connector 4-3 lower end through entry needle gland 4-2, water inlet interface 4-4 connects entry needle connector 4-3 upper end, water inlet interface 4-4 is communicated with water filling cylinder 6 through check valve, water filling cylinder 6 is arranged in enclosures, the fixing leading cover 4-6 in liquid injection seat 4-5 center, liquid injection seat 4-5 is fixed on liquid injection seat fixed head 1-3 lower surface.
Wherein, lever system 7 comprises lever 7-1, engaging lug 7-2 under water filling cylinder, screw mandrel 7-3, screw mandrel fixed block 7-4, handwheel 7-5, reset cylinder 5 and travel switch 8, screw mandrel fixed block 7-4 is fixed on lever 7-1, under water filling cylinder, engaging lug 7-2 is enclosed within on lever 7-1, screw mandrel 7-3 is axially through engaging lug 7-2 and screw mandrel fixed block 7-4 under water filling cylinder, handwheel 7-5 is fixed on screw mandrel 7-3, under water filling cylinder, engaging lug 7-2 is connected by pin with the cylinder body lower end of water filling cylinder 6, water filling cylinder 6 upper ends are connected with engaging lug 1-5 on water filling cylinder by pin, lever 7-1 left end is connected by the left engaging lug 1-6 of pin and lever, lever 7-1 right-hand member is connected by the right engaging lug 2-4 of pin and lever, reset cylinder 5 upper ends are connected with engaging lug 1-4 on reset cylinder by pin, reset cylinder 5 lower ends connect on lever 7-1 by oscillating bearing, travel switch 8 is fixed on liquid injection seat fixed head 1-3 by fixed head.
Wherein, navigation system 12 comprises locating core 10 and drives cylinder 11, drives cylinder 11 to be arranged on frame 1-1 and is positioned at platen 1-2 bottom, and locating core 10 is fixed on the piston rod upper end that drives cylinder 11.
During work, finished product yarn 9 is placed on to the locating core patchhole top at platen 1-2 center, pressing power knob, that electromagnetic valve is obtained is electric, drive the piston rod of cylinder 11 to drive locating core 10 to rise, the interior finished product yarn 9 that drives of yarn core 9-2 that locating core 11 inserts finished product yarn 9 rises, in finished product yarn 9 uphill process, entry needle 4-1 progressively penetrates in the yarn 9-1 of finished product yarn 9, finished product yarn 9 promotes guidance system 2 and rises, guidance system 2 drives lever system 7 upwards to swing, lever system 7 drives water filling cylinder 6 cylinder bodies to rise, water in water filling cylinder 6 passes through shunt, check valve is flow in yarn 9-1 by entry needle 4-1 lower end, electromagnetic valve dead electricity when travel switch driving lever 2-6 touches travel switch 8, drive cylinder 11 piston rods to decline and drive finished product yarn 9 returns, reset cylinder 5 drives lever system 7 to lower swing, thereby drives water filling cylinder 6 cylinder bodies to decline, and by check valve, water is sucked from water butt 3-1 to water filling cylinder 6, finished product yarn is placed 1 to 2 day after adding water, makes water diffusion evenly, if the finished product yarn after humidification, through microwave heating equipment heating, is realized to the sizing to yarn.
Rotation hand wheel 7-5 changes water filling cylinder 6 cylinder body lower ends with respect to the position of lever 7-1, thereby changes the impulse stroke of water filling cylinder 6, and then changes water injection rate.
Claims (1)
1. line yarn humidifier, it is characterized in that: this line yarn humidifier comprises support assembly (1), guidance system (2), water storage system (3), injecting systems (4), lever system (7) and navigation system (12), in upper guidance system (2), water storage system (3), injecting systems (4), lever system (7) and the navigation system (12) of installing of support assembly (1), form line yarn humidifier, support assembly (1) comprises frame (1-1), platen (1-2), liquid injection seat fixed head (1-3), engaging lug on reset cylinder (1-4), engaging lug on water filling cylinder (1-5), the left engaging lug of lever (1-6) and time guide pin bushing (1-7), middle part loading stand (1-2) in frame (1-1), locating core patchhole is established at the center of platen (1-2), door-plate formation enclosures is installed in the top that is positioned at platen (1-2) in frame (1-1), liquid injection seat fixed head (1-3) is installed at the bottom of the cabinet of enclosures, on liquid injection seat fixed head (1-3), establish leading cover installing hole, inferior guide pin bushing (1-7) is arranged on liquid injection seat fixed head (1-3), engaging lug on reset cylinder (1-4) is installed respectively on the beam in enclosures, engaging lug on water filling cylinder (1-5), the left engaging lug of lever (1-6), guidance system (2) comprises guide base (2-1), entry needle guide pin bushing (2-2), leading post (2-3), the right journal stirrup of lever (2-4), guide pillar frame (2-5), travel switch driving lever (2-6), inferior guide pillar (2-7) and entry needle guide pin bushing holding screw (2-8), one group of entry needle guide pin bushing (2-2) is distributed and is fixed on guide base (2-1) by entry needle guide pin bushing holding screw (2-8), the center of guide base (2-1) is fixedly connected on leading post (2-3) lower end, leading post (2-3) is through leading cover (4-6), leading post (2-3) is fixed on guide pillar frame (2-5) with time guide pillar (2-7) upper end, the lower end of inferior guide pillar (2-7) is through in time guide pin bushing (1-7), travel switch driving lever (2-6) is fixed on time guide pillar (2-7) top, the right journal stirrup of lever (2-4) is fixed on leading post (2-3) upper end, the right journal stirrup of lever (2-4) is connected with the elongated slot of lever (7-1) right-hand member by pin, water storage system (3) comprises water butt (3-1), altitude valve (3-2) and water outlet mouthpiece (3-3), altitude valve (3-2) is installed in water butt (3-1), water outlet mouthpiece (3-3) is established in water butt (3-1) bottom, water source enters water butt (3-1) by altitude valve (3-2), and water outlet mouthpiece (3-3) is connected on water filling cylinder (6) by check valve, injecting systems (4) comprises entry needle (4-1), entry needle gland (4-2), entry needle connector (4-3), water inlet interface (4-4), liquid injection seat (4-5), leading cover (4-6), entry needle connector holding screw (4-7) and water filling cylinder (6), one group of entry needle connector (4-3) distributes and is fixed on liquid injection seat (4-5) through entry needle connector holding screw (4-7), number and the position of the corresponding entry needle guide pin bushing in entry needle connector (4-3) number and position (2-2), entry needle (4-1) afterbody is connected to entry needle connector (4-3) lower end through entry needle gland (4-2), water inlet interface (4-4) connects entry needle connector (4-3) upper end, water inlet interface (4-4) is communicated with water filling cylinder (6) through check valve, water filling cylinder (6) is arranged in enclosures, the fixing leading cover in center (4-6) of liquid injection seat (4-5), liquid injection seat (4-5) is fixed on liquid injection seat fixed head (1-3) lower surface, lever system (7) comprises lever (7-1), engaging lug under water filling cylinder (7-2), screw mandrel (7-3), screw mandrel fixed block (7-4), handwheel (7-5), reset cylinder (5) and travel switch (8), screw mandrel fixed block (7-4) is fixed on lever (7-1), engaging lug under water filling cylinder (7-2) is enclosed within on lever (7-1), screw mandrel (7-3) is axially through engaging lug (7-2) and screw mandrel fixed block (7-4) under water filling cylinder, handwheel (7-5) is fixed on screw mandrel (7-3), engaging lug under water filling cylinder (7-2) is connected by pin with the cylinder body lower end of water filling cylinder (6), water filling cylinder (6) upper end is connected with engaging lug (1-5) on water filling cylinder by pin, lever (7-1) left end is connected by the left engaging lug of pin and lever (1-6), lever (7-1) right-hand member is connected by the right engaging lug of pin and lever (2-4), reset cylinder (5) upper end is connected with engaging lug on reset cylinder (1-4) by pin, reset cylinder (5) lower end connects on lever (7-1) by oscillating bearing, travel switch (8) is fixed on liquid injection seat fixed head (1-3) by fixed head, navigation system (12) comprises locating core (10) and drives cylinder (11), drives cylinder (11) to be arranged in frame (1-1) and is positioned at platen (1-2) bottom, and locating core (10) is fixed on the piston rod upper end that drives cylinder (11).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310153367.2A CN103225187B (en) | 2013-04-28 | 2013-04-28 | Yarn humidifier |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310153367.2A CN103225187B (en) | 2013-04-28 | 2013-04-28 | Yarn humidifier |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103225187A CN103225187A (en) | 2013-07-31 |
| CN103225187B true CN103225187B (en) | 2014-12-03 |
Family
ID=48835816
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310153367.2A Expired - Fee Related CN103225187B (en) | 2013-04-28 | 2013-04-28 | Yarn humidifier |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN103225187B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104963132A (en) * | 2015-06-05 | 2015-10-07 | 朱瑞瑞 | Fiber humidifier |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0633552B2 (en) * | 1991-05-13 | 1994-05-02 | 株式会社ヒラノテクシード | Web humidifying device and humidifying method |
| CN202023068U (en) * | 2011-03-14 | 2011-11-02 | 浙江佳为环境科技有限公司 | Square vacuum humidifying yarn steaming machine |
| CN202323395U (en) * | 2011-11-07 | 2012-07-11 | 界首市华宇纺织有限公司 | Yarn humidifying device |
-
2013
- 2013-04-28 CN CN201310153367.2A patent/CN103225187B/en not_active Expired - Fee Related
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| Publication number | Publication date |
|---|---|
| CN103225187A (en) | 2013-07-31 |
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Granted publication date: 20141203 Termination date: 20160428 |