CN201940304U - Glass fiber pretreatment spraying device - Google Patents
Glass fiber pretreatment spraying device Download PDFInfo
- Publication number
- CN201940304U CN201940304U CN2011200080898U CN201120008089U CN201940304U CN 201940304 U CN201940304 U CN 201940304U CN 2011200080898 U CN2011200080898 U CN 2011200080898U CN 201120008089 U CN201120008089 U CN 201120008089U CN 201940304 U CN201940304 U CN 201940304U
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- liquid
- thimble
- installing hole
- valve body
- gas blowout
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Abstract
The utility model relates to a glass fiber pretreatment spraying device, which comprises a box. A pump is arranged in the box; an outlet end of the pump is provided with an output pipe; and the end of the output pipe is provided with a sprayer for spraying out glass fiber treatment agent in a mist mode. The pump of the glass fiber pretreatment spraying device is driven by a fan, the treatment agent in the box is conveyed to the sprayer by the output pipe, the sprayer is connected with the output pipe by the aid of a flow regulator, and the output pipe is provided with a pressure gauge and an overflow valve. When liquid pressure in the output pipe is larger, the treatment agent in the output pipe is circularly returned to the box through an oil return pipe by regulating the overflow valve, and larger pressure of liquid inputted to the sprayer is avoided, so that safety of treatment process is ensured. Spraying holes on a cap spray out liquid and gas mixture in the mist mode, and the openness of the spraying holes can be regulated by regulating an ejector pin, so that coating evenness of the treatment agent is enhanced, stability of product quality is improved, and the glass fiber pretreatment spraying device is compact in structure, convenient in installation and use, safe and reliable.
Description
Technical field
The utility model relates to a kind of sprayer unit, and especially a kind of glass preliminary treatment sprayer unit specifically is used for the sprayer unit of glass modified plastics, belongs to the technical field of glass modified plastics particle.
Background technology
At present, required inorganic agent normally carried out preliminary treatment with drip irrigation technique to glass during the manufacturing of glass reinforced plastics and modification glass were handled; But under normal conditions, drip irrigation technique exists coating inhomogeneous, and the part glass does not soak into, and makes unstable product quality, influences the use of product.
Summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, and a kind of glass preliminary treatment sprayer unit is provided, and its compact conformation is easy to install, improves glass and handles the uniformity of coating and the stability of product quality, and is easy to adjust, safe and reliable.
The technical scheme that provides according to the utility model, described glass preliminary treatment sprayer unit, comprise the casing that is used to hold the glass inorganic agent, be provided with the pump housing that is used to extract the glass inorganic agent in the described casing, the port of export of the described pump housing is provided with efferent duct, and the end of described efferent duct is provided with and is used for the sprayer of glass inorganic agent with vaporific ejection.
Described sprayer comprises the liquid air valve body, and described liquid air valve body is provided with flow regulator installing hole and air volume regulator installing hole; The liquid air valve body tightens liquid gas blowout head is installed, and described liquid gas blowout head is provided with liquid communication hole and the gas communication hole that distributes along the fluid jetting head axis direction; Described liquid communication hole is connected with the flow regulator installing hole by the liquid connecting hole on the liquid air valve body, and the gas communication hole is connected with the air volume regulator installing hole by the gas connecting hole on the liquid air valve body; Liquid gas blowout head is provided with liquid spray orifice and gas spray orifice corresponding to the other end end that links to each other with the liquid air valve body, liquid gas blowout head is provided with block corresponding to the end that liquid spray orifice and gas spray orifice are set, described block is enclosed within on the liquid gas blowout head, and is fastened and connected with liquid gas blowout head; The center of block is provided with spray holes, and the center of liquid gas blowout head is provided with the thimble installing hole that distributes along a liquid gas blowout axial length, and described thimble installing hole is corresponding with the position of spray holes, and is connected with spray holes; Be provided with the adjusting thimble that is used to regulate the spray holes opening degree in the thimble installing hole, described adjusting thimble can move in the thimble installing hole.
Described liquid air valve body is provided with the thimble nut corresponding to the other end that liquid gas blowout head is set, and the center of described thimble nut is provided with the thimble locating hole, and described thimble locating hole and thimble mounting hole site are on same center line; After one end of adjusting thimble passes the thimble locating hole, stretch in the thimble installing hole.
In the described flow regulator installing hole flow regulator is installed; In the air volume regulator installing hole air volume regulator is installed.Described casing is provided with the motor that is used to drive the pump housing.
Described efferent duct is provided with the Pressure gauge that is used to measure fluid pressure in the efferent duct.Described efferent duct is provided with overflow valve, and the input of described overflow valve is connected with efferent duct by the overflow tube connector; The output of overflow valve is connected with casing by oil return pipe.
Described adjusting thimble is tapered corresponding to the end of stretching in the thimble installing hole, and the shape of described thimble installing hole and thimble matches.One end of described liquid gas blowout head stretches in the liquid air valve body, and liquid gas blowout head is fastened and connected by screw thread and liquid air valve body.
Advantage of the present utility model: be provided with the pump housing in the casing, the pump housing passes through motor-driven; The pump housing is transported to sprayer with the inorganic agent in the casing by efferent duct, and sprayer links to each other with efferent duct by flow regulator; Efferent duct is provided with Pressure gauge and overflow valve; When fluid pressure in the efferent duct is big, by regulating overflow valve, the inorganic agent in the efferent duct is returned in the casing by the oil return pipe circulation, the fluid pressure of avoiding being input to sprayer is bigger, guarantees the safety of preprocessing process; The two ends of liquid air valve body are provided with thimble nut and liquid gas blowout head respectively, by the flow regulator installing hole flow regulator are installed on the liquid air valve body, and by the air volume regulator installing hole air volume regulator are installed; Liquid gas blowout head is provided with liquid communication hole and gas communication hole, and the end of liquid gas blowout head is provided with liquid spray orifice and gas spray orifice, and liquid gas blowout head is provided with block, and by the spray holes of block liquid is mixed the back with vaporific form ejection with gas; In the liquid gas blowout head adjusting thimble is installed, can regulates the opening degree of spray holes by regulating thimble; Thereby improve the uniformity that inorganic agent applies, improved the stability of the product quality of product, compact conformation, easy to install, safe and reliable.
Description of drawings
Fig. 1 is user mode figure of the present utility model.
Fig. 2 is the explosive view of the utility model sprayer.
The specific embodiment
The utility model is described in further detail below in conjunction with concrete drawings and Examples.
As depicted in figs. 1 and 2: the utility model comprises regulates thimble 1, thimble locating hole 2, positioning step 3, flow regulator installing hole 4, liquid connecting hole 5, valve body installation cavity 6, liquid communication hole 7, thimble installing hole 8, liquid spray orifice 9, block installation cavity 10, spray holes 11, block 12, gas spray orifice 13, gas communication hole 14, liquid gas blowout 15, gas connecting hole 16, air volume regulator installing hole 17, liquid air valve body 18, thimble nut 19, casing 20, motor 21, the pump housing 22, overflow valve 23, Pressure gauge 24, efferent duct 25, glass 26, sprayer 27, oil return pipe 28 and overflow tube connector 29.
As shown in Figure 2: described casing 20 is used to store the inorganic agent that pretreatment operation is used, and for inorganic agent output, is provided with the pump housing 22 that is used to extract inorganic agent in the casing 20, and the described pump housing 22 carries out driving work by being positioned at casing 20 outer motors 21.The delivery outlet of the pump housing 22 is provided with efferent duct 25, the end of described efferent duct 25 is provided with sprayer 27, described sprayer 27 can spray the inorganic agent in the casing 20 with vaporific form, the inorganic agent that is coated on the glass 26 can be applied evenly, improve the stability that glass 26 is handled, improve the performance of product.Efferent duct 25 is provided with Pressure gauge 24, and described Pressure gauge 24 is used to measure the pressure that efferent duct 25 inner pumps 22 pump inorganic agent.Also be provided with overflow valve 23 on the efferent duct 25, the input of described overflow valve 23 links to each other with efferent duct 25 by overflow tube connector 29, and the output of overflow valve 23 links to each other with casing 20 by oil return pipe 28.When measuring the hypertonia that shows in the efferent duct 25 on the Pressure gauge 24, open overflow valve 23, by overflow valve 23 section processes agent in the efferent duct 25 is returned in the casing 20 by oil return pipe 28 circulations, when avoiding efferent duct 25 internal pressures excessive, caused sprayer 27 to be damaged; Guarantee the reliability of whole sprayer unit.
As shown in Figure 1: sprayer 27 comprises liquid air valve body 18, and described liquid air valve body 18 is provided with the flow regulator installing hole 4 and air volume regulator installing hole 17 of symmetrical distribution; By flow regulator installing hole 4 flow regulator is installed on the liquid air valve body 18, and air volume regulator is installed by air volume regulator installing hole 17; The center of liquid air valve body 18 is provided with valve body installation cavity 6; Sprayer 27 links to each other with input pipe 25 by flow regulator, with inorganic agent by the flow bar and be input in the sprayer 27.Inject liquid treating agent by flow regulator in the liquid air valve body 18, and inject the gas of required pressure by air volume regulator.One end of liquid air valve body 18 is provided with liquid gas blowout 15, and an end of described liquid gas blowout 15 stretches in the valve body installation cavity 6, and with liquid air valve body 18 by being threaded.Liquid gas blowout 15 is provided with the liquid communication hole 7 and gas communication hole 14 of symmetrical distribution, and described liquid communication hole 7 and gas communication hole 14 distribute along the axis direction of liquid gas blowout 15.Described liquid communication hole 7 is corresponding with flow regulator installing hole 4, and is connected with flow regulator installing hole 4 by the liquid connecting hole 5 on the liquid air valve body 18, and the liquid that flow regulator is injected passes through in the liquid connecting hole 5 back influent openings 7; Gas communication hole 14 is corresponding with air volume regulator installing hole 17, and be connected with air volume regulator installing hole 17 by the gas connecting hole 16 on the liquid air valve body 18, can feed in the gas communication hole 14 after making gases at high pressure that air volume regulator injects by gas connecting hole 16.Liquid gas blowout 15 is provided with the liquid spray orifice 9 and gas spray orifice 13 of symmetrical distribution corresponding to the other end end that links to each other with liquid air valve body 18, and described liquid spray orifice 9 is corresponding with liquid communication hole 7, and gas spray orifice 13 is corresponding with gas communication hole 4; And liquid spray orifice 9 is tilt distribution with gas spray orifice 13.
Liquid air valve body 18 is provided with thimble nut 19 corresponding to the other end that liquid gas blowout 15 is set, and an end of described thimble nut 19 stretches in the valve body installation cavity 6, and with liquid air valve body 18 by being threaded.Thimble nut 19 is provided with positioning step 3 corresponding to the end of stretching in the valve body installation cavity 6, and described positioning step 3 is corresponding with the step in the valve body installation cavity 6, can guarantee the accurate installation of thimble nut 19.The center of thimble nut 19 is provided with thimble locating hole 2, can allow to regulate thimble 1 in the described thimble locating hole 2 and insert, and pass through thimble locating hole 2 and regulate being connected of thimble 1, adjusts the position of regulating thimble 1.The center of liquid gas blowout 15 is provided with the thimble installing hole 8 that distributes along liquid gas blowout 15 an axial length direction; An end end of regulating thimble 1 is coniform, regulates thimble 1 and stretches in the thimble installing hole 8 after thimble nut 19 is passed in cone shape end corresponding to being, and can move in thimble installing hole 8.Thimble installing hole 8 matches with the shape of regulating thimble 1; Liquid communication hole 7 in the liquid gas blowout 15 and gas communication hole 14 are distributed in the both sides of thimble installing hole 8, and liquid spray orifice 9 and gas spray orifice 13 also are distributed in the both sides of thimble installing hole 8.
As depicted in figs. 1 and 2: during use, in casing 20, inject inorganic agent, and the end of efferent duct 25 is linked to each other with sprayer 27 by flow regulator; And air volume regulator is installed in the air volume regulator installing hole 17 of the liquid air valve body 18 of sprayer 27; Block 12 is installed in the liquid gas blowout 15.During work, starter motor 21, the output shaft of motor 21 drive the pump housing 22 work.After the pump housing 22 work, the inorganic agent in the casing 20 is outwards extracted out by efferent duct 25, efferent duct 25 injects the inorganic agent air volume regulator by flow regulator and inject gases at high pressure respectively in liquid air valve body 18 in sprayer 27; The inorganic agent that injects by flow regulator enters in the liquid communication hole 7 by the threaded connection place of 18 of liquid connecting hole 5, liquid gas blowout 15 and liquid air valve bodies; The gases at high pressure that inject by air volume regulator enter in the gas communication hole 14 by gas connecting hole 15.Inorganic agents in the liquid communication hole 7 enter by liquid spray orifice 9 in the block installation cavity 10 of block 12, and the gases at high pressure in the gas communication hole 14 also enter in the block installation cavity 10 of block 12 after by gas spray orifice 13.Cause when blocking spray holes 11 when regulating the direction motion of thimble 1 to block 12, inorganic agent and gases at high pressure in the block installation cavity 10 can not spray.When adjust regulating position that thimble 1 is positioned at thimble installing hole 8 spray holes 11 be communicated with block installation cavity 10, the interior high pressure gas cognition of the inorganic agent in the liquid spray orifice 9 and gas spray orifice 13 with vaporific form from spray holes 11 interior ejections.Evenly be coated on the glass surface from the inorganic agent and the high pressure gas physical efficiency of spray holes 11 interior ejections, improve the uniformity that inorganic agent applies, improve the performance of glass reinforced plastics, improved the stability of product.When the Pressure gauge on the efferent duct 25 24 is measured the hypertonia of inorganic agent in the efferent duct 25, open overflow valve 23, by overflow valve 23 circulation of the section processes agent in the efferent duct 25 is returned in the casing 20; The fluid pressure in the efferent duct 25 can be reduced, the recycling of inorganic agent can be guaranteed again, safe and reliable.
Be provided with the pump housing 22 in the utility model casing 20, the pump housing 22 drives by motor 21; The pump housing 22 is transported to sprayer 27 with the inorganic agent in the casing 20 by efferent duct 25, and sprayer 27 links to each other with efferent duct 25 by flow regulator; Efferent duct 5 is provided with Pressure gauge 24 and overflow valve 23; When fluid pressure in the efferent duct 25 is big, by regulating overflow valve 23, the inorganic agents in the efferent duct 25 are returned in the casing 20 by oil return pipe 28 circulations, the fluid pressure of avoiding being input to sprayer 27 is bigger, guarantees the safety of preprocessing process; The two ends of liquid air valve body 18 are provided with thimble nut 19 and liquid gas blowout 15 respectively, by flow regulator installing hole 4 flow regulator are installed on the liquid air valve body 18, and by air volume regulator installing hole 17 air volume regulators are installed; Liquid gas blowout 15 is provided with liquid communication hole 7 and gas communication hole 14, the end of liquid gas blowout 15 is provided with liquid spray orifice 9 and gas spray orifice 13, liquid gas blowout 15 is provided with block 12, and sprays with vaporific form after by the spray holes 11 of block 12 liquid being mixed with gas; Be equipped with in the liquid gas blowout 15 and regulate thimble 1, can regulate the opening degree of spray holes by regulating thimble 1; Thereby improve the uniformity that inorganic agent applies, improved the stability of the product quality of product, compact conformation, easy to install, safe and reliable.
Claims (9)
1. glass preliminary treatment sprayer unit, it is characterized in that: comprise the casing (20) that is used to hold the glass inorganic agent, be provided with the pump housing (22) that is used to extract the glass inorganic agent in the described casing (20), the port of export of the described pump housing (22) is provided with efferent duct (25), and the end of described efferent duct (25) is provided with and is used for the sprayer (27) of glass inorganic agent with vaporific ejection.
2. glass preliminary treatment sprayer unit according to claim 1 is characterized in that: described sprayer (27) comprises liquid air valve body (18), and described liquid air valve body (18) is provided with flow regulator installing hole (4) and air volume regulator installing hole (17); Liquid air valve body (18) tightens liquid gas blowout head (15) is installed, and described liquid gas blowout head (15) is provided with liquid communication hole (7) and gas communication hole (14) that distribute along liquid gas blowout head (15) axis direction; Described liquid communication hole (7) is connected with flow regulator installing hole (4) by the liquid connecting hole (5) on the liquid air valve body (18), and gas communication hole (14) are connected with air volume regulator installing hole (17) by the gas connecting hole (16) on the liquid air valve body (18); Liquid gas blowout head (15) is provided with liquid spray orifice (9) and gas spray orifice (13) corresponding to the other end end that links to each other with liquid air valve body (18), liquid gas blowout head (15) is provided with block (12) corresponding to the end of liquid spray orifice (9) with gas spray orifice (13) is set, described block (12) is enclosed within on the liquid gas blowout head (15), and is fastened and connected with liquid gas blowout head (15); The center of block (12) is provided with spray holes (11), the center of liquid gas blowout head (15) is provided with the thimble installing hole (8) that distributes along liquid gas blowout head (15) axial length, described thimble installing hole (8) is corresponding with the position of spray holes (11), and is connected with spray holes (11); Be provided with the adjusting thimble (1) that is used to regulate spray holes (11) opening degree in the thimble installing hole (8), described adjusting thimble (1) can move in thimble installing hole (8).
3. glass preliminary treatment sprayer unit according to claim 2, it is characterized in that: described liquid air valve body (18) is provided with thimble nut (19) corresponding to the other end that liquid gas blowout head (15) is set, the center of described thimble nut (19) is provided with thimble locating hole (2), and described thimble locating hole (2) is positioned on the same center line with thimble installing hole (8); After one end of adjusting thimble (1) passes thimble locating hole (2), stretch in the thimble installing hole (8).
4. glass preliminary treatment sprayer unit according to claim 2 is characterized in that: in the described flow regulator installing hole (4) flow regulator is installed; The air volume regulator installing hole is equipped with air volume regulator in (17).
5. glass preliminary treatment sprayer unit according to claim 1 is characterized in that: described casing (20) is provided with the motor (21) that is used to drive the pump housing (22).
6. glass preliminary treatment sprayer unit according to claim 1 is characterized in that: described efferent duct (25) is provided with the Pressure gauge (24) that is used to measure the interior fluid pressure of efferent duct (25).
7. glass preliminary treatment sprayer unit according to claim 1 is characterized in that: described efferent duct (25) is provided with overflow valve (23), and the input of described overflow valve (23) is connected with efferent duct (25) by overflow tube connector (29); The output of overflow valve (23) is connected with casing (20) by oil return pipe (28).
8. glass preliminary treatment sprayer unit according to claim 2 is characterized in that: described adjusting thimble (1) is tapered corresponding to the end of stretching in the thimble installing hole (8), and described thimble installing hole (8) matches with the shape of regulating thimble (1).
9. glass preliminary treatment sprayer unit according to claim 2 is characterized in that: an end of described liquid gas blowout head (15) stretches in the liquid air valve body (18), and liquid gas blowout head (15) is fastened and connected by screw thread and liquid air valve body (18).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200080898U CN201940304U (en) | 2011-01-12 | 2011-01-12 | Glass fiber pretreatment spraying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200080898U CN201940304U (en) | 2011-01-12 | 2011-01-12 | Glass fiber pretreatment spraying device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201940304U true CN201940304U (en) | 2011-08-24 |
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ID=44467657
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011200080898U Expired - Fee Related CN201940304U (en) | 2011-01-12 | 2011-01-12 | Glass fiber pretreatment spraying device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201940304U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110669285A (en) * | 2019-09-30 | 2020-01-10 | 安徽瑞琦塑胶科技有限公司 | Corrosion-resistant polypropylene material for pipeline and preparation method thereof |
-
2011
- 2011-01-12 CN CN2011200080898U patent/CN201940304U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110669285A (en) * | 2019-09-30 | 2020-01-10 | 安徽瑞琦塑胶科技有限公司 | Corrosion-resistant polypropylene material for pipeline and preparation method thereof |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| PP01 | Preservation of patent right |
Effective date of registration: 20120615 Granted publication date: 20110824 |
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| PD01 | Discharge of preservation of patent |
Date of cancellation: 20121215 Granted publication date: 20110824 |
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| RINS | Preservation of patent right or utility model and its discharge | ||
| PP01 | Preservation of patent right |
Effective date of registration: 20130217 Granted publication date: 20110824 |
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| RINS | Preservation of patent right or utility model and its discharge | ||
| PD01 | Discharge of preservation of patent |
Date of cancellation: 20130817 Granted publication date: 20110824 |
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| RINS | Preservation of patent right or utility model and its discharge | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110824 Termination date: 20140112 |