CN203754868U - Novel intelligent antistatic agent cotton suction machine - Google Patents
Novel intelligent antistatic agent cotton suction machine Download PDFInfo
- Publication number
- CN203754868U CN203754868U CN201420082744.8U CN201420082744U CN203754868U CN 203754868 U CN203754868 U CN 203754868U CN 201420082744 U CN201420082744 U CN 201420082744U CN 203754868 U CN203754868 U CN 203754868U
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- Prior art keywords
- cotton
- fixed
- annular
- water outlet
- water storage
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Abstract
The utility model discloses a novel intelligent antistatic agent cotton suction machine which comprises a cotton picking trolley and an annular bin used for containing cotton. The annular bin comprises an inner wall plate and an outer wall plate, wherein an annular space used for containing cotton is defined by the inner wall plate and the outer wall plate. An annular water storage shell and at least four water outlet pipe heads are fixed to the lower end of the outer side wall of the inner wall plate. The water outlet pipe heads are arranged above the annular water storage shell. Four partition plates are arranged in the annular water storage shell, and then the annular water storage shell is uniformly divided into four independent cavities. An annular block is arranged in each independent cavity, and then the independent cavity is divided into an upper water storage cavity body and a lower cavity body through the annular block, wherein a push oil cylinder is arranged in the lower cavity body, and a push rod of the push oil cylinder is upward fixed to the bottom face of the annular block. Water outlets of the water outlet pipe heads face right towards the outer wall plate, four inductive heads are fixed to the upper portion of the inner side wall of the outer wall plate, and sensor bars are fixed to suction cups. By means of the novel intelligent antistatic agent cotton suction machine, automatic recognition can be conducted so that antistatic agents can be controlled to be sprayed, the suction cups can be automatically lifted, and the cotton suction effect can be ensured.
Description
Technical field:
The utility model relates to technical field of textile machine, relates in particular a kind of novel intelligent antistatic additive suction machine.
Background technology:
Griping cotton machine is a kind of very important equipment of cotton spinning producer of producing yarn.
In the production process of dry method nonwoven fabric, the interpolation of antistatic additive is an important link, because between fibrous material or when the mutual friction of fibrous material phase, two articles generation electronics shifts, thereby easily produce static, the harm of static is very large in process of production: affect fibre forming and product quality, on the other hand, in the time of fiber lapping, affect the randomness of fiber lapping thereby lapping fiber and fiber that will lapping have been subject to the impact of static to produce attraction or rejection, caused the difference of whole product in structure and performance.In the production of present short fiber enterprise, mainly take to increase the humidity of environment, in production, use some anlistatig materials, also having is exactly to add the methods such as antistatic additive in the process of preparing at raw material.Antistatic additive reduce static generation, accelerate static in and loss, or by above-mentioned both combine to eliminate static.What in dry method nonwoven fabric, select is the amphoteric surfactant simultaneously with yin, yang ion, and it has hygroscopicity, flexibility and antistatic behaviour, and the consumption of antistatic additive is 3-5%, before short fiber enters into combination process, evenly sprays into.The consumption of antistatic additive exceedes 5%, product just there will be carding effect bad in process of production, be entangled with agglomerating, short fiber twines roller phenomenon, so directly affect production efficiency, serious can also damage card clothing, and what therefore Chinese patent notification number was 202730461U can add automatically, and anlistatig griping cotton machine equipment is provided with one can make antistatic crowded injection install uniformly, but this device is mounted in sucker and cotton delivery pipe in, this has affected the effect of suction.
Meanwhile, existing suction machine does not have function of auto-lift, need to manually remove to push away heap raw cotton, affects yarn production efficiency.
Utility model content:
The purpose of this utility model is to overcome the deficiencies in the prior art, and a kind of novel intelligent antistatic additive suction machine is provided, and it can automatically be identified to control and spray antistatic additive, can automatic lifting sucker, meanwhile, the effect that it can ensure suction, has improved the quality of suction.
The scheme that the utility model solve the technical problem is:
A kind of novel intelligent antistatic additive suction machine, comprise and grab cotton dolly and for placing the annular feed bin of cotton, describedly grab the sucker that cotton dolly comprises a upside down funnel type, sucker below is horizontally arranged with one and grabs cotton hired roughneck, the both sides of grabbing cotton hired roughneck is provided with the magnet piece for scrap iron removing, the one end of grabbing cotton dolly is fixed on the central rotating shaft of central rotating shaft mechanism of annular feed bin, the support arm bottom of grabbing the other end of cotton dolly is fixed with slide block, annular feed bin comprises lining and Side fascia, lining and Side fascia surround an annulus of placing cotton, the arranged outside of Side fascia has ring-shaped guide rail, slide block is pressed against on ring-shaped guide rail, sucker top is connected with tube connector, tube connector sleeve is in cotton delivery pipe,
Described lining lateral wall lower end is fixed with annular water storage housing and at least four water outlet tube heads, water outlet tube head is above annular water storage housing, in annular water storage housing, be provided with four demarcation strips, make annular water storage housing evenly be separated into four individual cavity, four water outlet tube heads are corresponding one by one with four individual cavity, in individual cavity, be provided with ring block, the limit portion of ring block is provided with sealing ring, ring block makes individual cavity be divided into water storage cavity and lower chamber, in lower chamber, be provided with promotion oil cylinder, the catch bar that promotes oil cylinder is upwards fixed on the bottom surface of ring block, upper water storage cavity is connected with water outlet tube head by connecting water pipe, the delivery port of water outlet tube head is wallboard just externally, the top of the madial wall of Side fascia is fixed with four inductive heads, four inductive heads and outlet pipe are first one corresponding, on sucker, be fixed with inductive rod, inductive rod is near inductive head.
Described top of grabbing cotton dolly is fixed with Hydraulic Cylinder Pedestal Used, is fixed with hydraulic cylinder on Hydraulic Cylinder Pedestal Used, and downwards and be fixed with connecting rod, connecting rod is fixed on the sidewall of tube connector for the push rod of hydraulic cylinder; Grab and on cotton dolly, be also fixed with hydraulic fluid tank and hydraulic mechanism; Grab on cotton dolly and be fixed with cotton delivery pipe support bar, cotton delivery pipe is fixed on cotton delivery pipe support bar.
The lateral wall of the ring-shaped guide rail that the arranged outside of described Side fascia has is fixed with annular retaining ring, is fixed with wear-resisting graphite linings on ring-shaped guide rail.
The bottom of described annular feed bin forms at least four line holes and four oil pipe holes, four oil pipe holes are corresponding one by one with four lower chambers, oil pipe hole is connected with lower chamber, four line holes are below four inductive heads and corresponding one by one with four inductive heads, the ground of the bottom of annular feed bin is provided with at least four logical spool roads, and line hole, oil pipe hole that each logical spool road is corresponding with it communicate.
Describedly grab cotton hired roughneck and drive by main motor.
Described water outlet tube head is fan-shaped block, forms water outlet cavity in it, is provided with multiple spacer bars and uses water chamber and form multiple delivery ports in the front portion in water outlet cavity, and water outlet cavity is connected with connecting water pipe.
Outstanding effect of the present utility model is:
Compared with prior art, it can automatically be identified to control and spray antistatic additive, can automatic lifting sucker, and meanwhile, the effect that it can ensure suction, has improved the quality of suction.
Brief description of the drawings:
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of annular feed bin of the present utility model;
Fig. 3 is the structural representation of the annular water storage housing of annular feed bin;
Fig. 4 is the partial enlarged drawing of Fig. 1;
Fig. 5 is the partial enlarged drawing of another part of Fig. 1.
Detailed description of the invention:
Embodiment, see as shown in Fig. 1 to 5, a kind of novel intelligent antistatic additive suction machine, comprise and grab cotton dolly 10 and for placing the annular feed bin 20 of cotton, describedly grab the sucker 1 that cotton dolly 10 comprises a upside down funnel type, sucker 1 below is horizontally arranged with one and grabs cotton hired roughneck 2, the both sides of grabbing cotton hired roughneck 2 is provided with the magnet piece 3 for scrap iron removing, the one end of grabbing cotton dolly 10 is fixed on the central rotating shaft 21 of central rotating shaft mechanism of annular feed bin 20, support arm 4 bottoms of grabbing the other end of cotton dolly 10 are fixed with slide block 41, annular feed bin 20 comprises lining 22 and Side fascia 23, lining 22 and Side fascia 23 surround an annulus of placing cotton, the arranged outside of Side fascia 23 has ring-shaped guide rail 24, slide block 41 is pressed against on ring-shaped guide rail 24, sucker 1 top is connected with tube connector 11, tube connector 11 sleeves are in cotton delivery pipe 12,
Described lining 22 lateral wall lower ends are fixed with annular water storage housing 27 and at least four water outlet tube heads 28, water outlet tube head 28 is above annular water storage housing 27, in annular water storage housing 27, be provided with four demarcation strips 276, make annular water storage housing 27 evenly be separated into four individual cavity 277, four water outlet tube heads 28 are corresponding one by one with four individual cavity 277, in individual cavity 277, be provided with ring block 271, the limit portion of ring block 271 is provided with sealing ring (because sealing ring is not indicate in common structure the present embodiment figure), ring block 271 makes individual cavity 277 be divided into water storage cavity 272 and lower chamber 273, in lower chamber 273, be provided with and promote oil cylinder 274, the catch bar that promotes oil cylinder 274 is upwards fixed on the bottom surface of ring block 271, upper water storage cavity 272 is connected with water outlet tube head 28 by connecting water pipe 275, the delivery port 282 of water outlet tube head 28 is wallboard 23 just externally, the top of the madial wall of Side fascia 23 is fixed with four inductive heads 231, four inductive heads 231 are corresponding one by one with water outlet tube head 28, on sucker 1, be fixed with inductive rod 13, inductive rod 13 is near inductive head 231.
Described top of grabbing cotton dolly 10 is fixed with Hydraulic Cylinder Pedestal Used 5, is fixed with hydraulic cylinder 51 on Hydraulic Cylinder Pedestal Used 5, and downwards and be fixed with connecting rod 53, connecting rod 53 is fixed on the sidewall of tube connector 11 push rod of hydraulic cylinder 51 52; Grab on cotton dolly 10 and be also fixed with hydraulic fluid tank 6 and hydraulic mechanism; Grab on cotton dolly 10 and be fixed with cotton delivery pipe support bar 7, cotton delivery pipe 12 is fixed on cotton delivery pipe support bar 7.
The lateral wall of the ring-shaped guide rail 24 that the arranged outside of described Side fascia 23 has is fixed with annular retaining ring 25, is fixed with wear-resisting graphite linings 26 on ring-shaped guide rail 24.
The bottom of described annular feed bin 20 forms at least four line holes 291 and four oil pipe holes 292, four oil pipe holes 292 are corresponding one by one with four lower chambers 273, oil pipe hole 292 is connected with lower chamber 273, four line holes 2911 are below four inductive heads 231 and corresponding one by one with four inductive heads 231, the ground of the bottom of annular feed bin 20 is provided with at least four logical spool roads 30, the line hole 291 that each logical spool road 30 is corresponding with it, oil pipe hole 292 communicates and (holding wire that inductive head 3 is connected can be passed by connecting hole 291 and logical spool road 30, and oil pipe can be passed with extraneous PLC main control system and is connected and control with hydraulic control system by oil pipe hole 292 and logical spool road 30).
Describedly grab cotton hired roughneck 2 and drive by main motor 40.
Described water outlet tube head 28 is fan-shaped block, forms water outlet cavity 281 in it, is provided with multiple spacer bars and uses water chamber 281 and form multiple delivery ports 282 in the front portion in water outlet cavity 281, and water outlet cavity 281 is connected with connecting water pipe 275.
Operation principle: the central rotating shaft 21 of the central rotating shaft mechanism by annular feed bin 20 drives grabs cotton dolly 10 and rotate, magnet piece 3 can be by some the iron tramp absorption in cotton fiber, when rotation, slide block 41 is pressed against the enterprising line slip of wear-resisting graphite linings 26, it is wear-resisting effective, and with the alternative road wheel of slide block 41, because road wheel easily damages, and slide block 41 is not easy to damage, greatly reduce fault rate.
Thereby it adopts the push rod 52 of hydraulic cylinder 51 to pull tube connector 11 controls to grab cotton hired roughneck 2 and moves up and down, it is owing to adopting hydraulic cylinder 51, and it moves up and down controls gently, effective.
And its liquid antistatic ejector principle is: in the time that sucker 1 rotates, its inductive rod 12 and inductive head 231 mutually near time, inductive head 231 flows to PLC main control system by induced signal by holding wire, control signal is flowed to hydraulic system by PLC main control system, the catch bar that promotes oil cylinder 274 by HYDRAULIC CONTROL SYSTEM upwards promotes ring block 271 antistatic additive is sprayed from the delivery port 282 of water outlet tube head 28, because water outlet tube head 28 is fan-shaped block, its spray regime is 60 ° to 90 °, 1/4 the cotton material that ensures annular feed bin 20 is ejected into, even like this sucker 1 successively after four inductive heads 231 whole annular feed bin 20 be evenly ejected into, ensure that it sprays evenly, and spray more than not understanding, and do not affect the normal suction of sucker 1, effect is very good, and (control mode of its PLC main control system and concrete hydraulic system all can be in supporting purchases on the market, here no longer describe in detail).
Meanwhile, the top of each upper water storage cavity 272 has the water cover of adding 50, adds water cover 50 and can add water by opening.
Claims (6)
1. a novel intelligent antistatic additive suction machine, comprise and grab cotton dolly (10) and for placing the annular feed bin (20) of cotton, it is characterized in that: described in grab the sucker (1) that cotton dolly (10) comprises a upside down funnel type, sucker (1) below is horizontally arranged with one and grabs cotton hired roughneck (2), the both sides of grabbing cotton hired roughneck (2) is provided with the magnet piece (3) for scrap iron removing, the one end of grabbing cotton dolly (10) is fixed on the central rotating shaft (21) of central rotating shaft mechanism of annular feed bin (20), support arm (4) bottom of grabbing the other end of cotton dolly (10) is fixed with slide block (41), annular feed bin (20) comprises lining (22) and Side fascia (23), lining (22) and Side fascia (23) surround an annulus of placing cotton, the arranged outside of Side fascia (23) has ring-shaped guide rail (24), slide block (41) is pressed against on ring-shaped guide rail (24), sucker (1) top is connected with tube connector (11), tube connector (11) sleeve is in cotton delivery pipe (12),
Described lining (22) lateral wall lower end is fixed with annular water storage housing (27) and at least four water outlet tube heads (28), water outlet tube head (28) is in the top of annular water storage housing (27), in annular water storage housing (27), be provided with four demarcation strips (276), make annular water storage housing (27) evenly be separated into four individual cavity (277), four water outlet tube heads (28) are corresponding one by one with four individual cavity (277), in individual cavity (277), be provided with ring block (271), the limit portion of ring block (271) is provided with sealing ring, ring block (271) makes individual cavity (277) be divided into water storage cavity (272) and lower chamber (273), in lower chamber (273), be provided with and promote oil cylinder (274), the catch bar that promotes oil cylinder (274) is upwards fixed on the bottom surface of ring block (271), upper water storage cavity (272) is connected with water outlet tube head (28) by connecting water pipe (275), the delivery port (282) of water outlet tube head (28) is wallboard (23) just externally, the top of the madial wall of Side fascia (23) is fixed with four inductive heads (231), four inductive heads (231) are corresponding one by one with water outlet tube head (28), on sucker (1), be fixed with inductive rod (13), inductive rod (13) is near inductive head (231).
2. a kind of novel intelligent antistatic additive suction machine according to claim 1, it is characterized in that: described in grab cotton dolly (10) top be fixed with Hydraulic Cylinder Pedestal Used (5), on Hydraulic Cylinder Pedestal Used (5), be fixed with hydraulic cylinder (51), downwards and be fixed with connecting rod (53), connecting rod (53) is fixed on the sidewall of tube connector (11) for the push rod (52) of hydraulic cylinder (51); Grab and on cotton dolly (10), be also fixed with hydraulic fluid tank (6) and hydraulic mechanism; Grab on cotton dolly (10) and be fixed with cotton delivery pipe support bar (7), cotton delivery pipe (12) is fixed on cotton delivery pipe support bar (7).
3. a kind of novel intelligent antistatic additive suction machine according to claim 1, it is characterized in that: the lateral wall of the ring-shaped guide rail (24) that the arranged outside of described Side fascia (23) has is fixed with annular retaining ring (25), is fixed with wear-resisting graphite linings (26) on ring-shaped guide rail (24).
4. a kind of novel intelligent antistatic additive suction machine according to claim 1, it is characterized in that: the bottom of described annular feed bin (20) forms at least four line holes (291) and four oil pipe holes (292), four oil pipe holes (292) are corresponding one by one with four lower chambers (273), oil pipe hole (292) is connected with lower chamber (273), four line holes (291) are in the below of four inductive heads (231) and corresponding one by one with four inductive heads (231), the ground of the bottom of annular feed bin (20) is provided with at least four logical spool roads (30), the line hole (29) that each logical spool road (30) is corresponding with it, oil pipe hole (292) communicates.
5. a kind of novel intelligent antistatic additive suction machine according to claim 1, is characterized in that: described in grab cotton hired roughneck (2) by main motor (40) drive.
6. a kind of novel intelligent antistatic additive suction machine according to claim 1, it is characterized in that: described water outlet tube head (28) is fan-shaped block, in it, form water outlet cavity (281), in front portion in water outlet cavity (281), be provided with multiple spacer bars and use water chamber (281) and form multiple delivery ports (282), water outlet cavity (281) is connected with connecting water pipe (275).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420082744.8U CN203754868U (en) | 2014-02-26 | 2014-02-26 | Novel intelligent antistatic agent cotton suction machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420082744.8U CN203754868U (en) | 2014-02-26 | 2014-02-26 | Novel intelligent antistatic agent cotton suction machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203754868U true CN203754868U (en) | 2014-08-06 |
Family
ID=51250167
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420082744.8U Expired - Fee Related CN203754868U (en) | 2014-02-26 | 2014-02-26 | Novel intelligent antistatic agent cotton suction machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203754868U (en) |
-
2014
- 2014-02-26 CN CN201420082744.8U patent/CN203754868U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140806 Termination date: 20150226 |
|
| EXPY | Termination of patent right or utility model |