CN203002297U - Double fluid dynamically and statically mixing system - Google Patents
Double fluid dynamically and statically mixing system Download PDFInfo
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- CN203002297U CN203002297U CN201320015451.3U CN201320015451U CN203002297U CN 203002297 U CN203002297 U CN 203002297U CN 201320015451 U CN201320015451 U CN 201320015451U CN 203002297 U CN203002297 U CN 203002297U
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Abstract
The utility model relates to the technical field of fluid dispensing or encapsulating machines, in particular to a double fluid dynamically and statically mixing system which is characterized by comprising a double-acting self-compensating double fluid valve, a mixing stirring valve and a spreader plate. A lower end of the double-acting self-compensating double fluid valve is fixed on the spreader plate which is fixed on the lateral surface of the mixing valve. Two glue output holes inside a spraying head of the double-acting self-compensating double fluid valve are respectively communicated with a rotation shaft axle hole and a hardening agent output hole inside the main valve body of the mixing valve and a main glue output hole and a hardening agent liquid output hole inside a glue spraying head through a main glue split-flow hole and a hardening agent split-flow hole on the spreader plate. Through a transformation of the dynamically and statically mixing system, the glue liquid can be quantificationally sprayed. Chemical waste liquids are prevented from being discharged, phenomenon of polluting the environment or hurting working personnel are prevented. The double fluid dynamically and statically mixing system has the advantages of being novel in structure, convenient to use, accurate in flow control, high in sensitivity, long in service life and the like. It is unnecessary to clean the double liquid dynamically and statically mixing system and secondary pollution is prevented.
Description
Technical field
The utility model relates to a glue or embedding field of mechanical technique, specifically a kind of biliquid sound attitude hybrid system for a glue or embedding.
Background technology
At present, the glue dispensing valve of existing point gum machine or filling and sealing machine all adopts single motor-driven revolution mixing valve or single two kinds of structures of static glue gravity flow mixing valve usually, the deficiency of these two kinds of structures is:, two kind glue ratio large for gelatin viscosity differs greatly, curing rate soon, difficult mixing relatively, and easily produce the local glue that does not solidify, need to use chemicals to clean to glue dispensing valve, cause the chemical waste fluid discharging to environment, and damaging the staff.
Summary of the invention
The purpose of this utility model is to solve above-mentioned the deficiencies in the prior art, provide a kind of novel structure, easy to use, need not to clean, avoid that secondary pollution, flow-control are accurate, highly sensitive, the biliquid sound attitude hybrid system of long service life.
The technical scheme that its technical problem that solves the utility model adopts is:
A kind of biliquid sound attitude hybrid system is characterized in that being provided with double-acting self compensation biliquid valve, mix and blend valve and flow distribution plate,
described double-acting self compensation biliquid valve comprises cylinder block, the valve rod I, the valve rod II, valve body, stroke lock nut I, stroke lock nut II, stroke adjustment nut I, stroke adjustment nut II, the spring I, the spring II, sealing adjusting nut I, sealing adjusting nut II, V-seal assembly I, V-seal assembly II, valve head sealing gasket I, valve head sealing gasket II, the valve head I, the valve head II, deflector and protrusion head, be provided with two independently left cavity and right cavitys in cylinder block, left cavity and right cavity side are respectively equipped with gas feed, be respectively equipped with piston I and spring I in left cavity, spring I upper end and piston I are inconsistent, lower end and left cavity bottom are inconsistent, be respectively equipped with piston II and spring II in right cavity, spring II upper end and piston II are inconsistent, lower end and left cavity bottom are inconsistent, the cylinder block upper end is fixedly connected with the cylinder upper cover II with the cylinder upper cover I respectively, the lower end is fixedly connected with valve body, valve body lower end is connected with discharge head through deflector, be respectively equipped with the valve rod perforation in the valve body of two individual cavity lower ends of corresponding cylinder block and glue exports, the valve body both sides are respectively equipped with the glue import, glue import and glue outlet are connected, the valve rod I is passed the cylinder upper cover I, piston I in cylinder block, the spring I, valve rod perforation in valve body, glue outlet upper end is fixedly connected with stroke lock nut I with stroke adjustment nut I, the valve head sealing gasket I of lower end in valve body is fixedly connected with the valve head I, be arranged with sealing adjusting nut I and V-seal assembly I on valve rod I in valve body, backflow with the glue that prevents the glue outlet, two glues outlets two pod apertures in corresponding deflector and two plastic holes in discharge head respectively in valve body are so that glue is through the glue import, glue outlet in valve body, pod apertures in deflector and the plastic hole in discharge head and flow out, the valve rod II is passed the cylinder upper cover II, piston II in cylinder block, the spring II, valve rod perforation in valve body, glue outlet upper end is fixedly connected with stroke lock nut II with stroke adjustment nut II, the lower end is fixedly connected with valve head II in valve body through valve head sealing gasket II, be arranged with sealing adjusting nut II and V-seal assembly II on valve rod II in valve body, backflow with the glue that prevents the glue outlet
described mixing valve comprises main valve body, servomotor, the motor cabinet protective cover, shaft coupling, driving shaft, the spring setscrew nut, spring assembly, bearing, mechanical seal, gyroaxis, the liquid guide flow plate, tell the glue head, mixing tube nut and mixing paddle hook, the main valve body upper end is fixedly connected with servomotor through the motor cabinet protective cover, the lower end through the liquid guide flow plate with tell the glue head and be connected, main valve body is provided with the gyroaxis axis hole and curing agent portals, the main valve body side is provided with host inlet hole and curing agent inlet hole, tell and be provided with host plastic hole and curing agent fluid hole in the glue head, the host inlet hole is connected with the host plastic hole through the gyroaxis axis hole, the curing agent inlet hole is portalled through curing agent and is connected with the curing agent fluid hole, be provided with driving shaft in the motor cabinet protective cover, the driving shaft upper end is connected with the servomotor output shaft through shaft coupling, the lower end is fixedly connected with main valve body through bearing, driving shaft is provided with spring assembly and spring setscrew nut, spring assembly upper end and spring setscrew nut are inconsistent, lower end and bearing are inconsistent, be provided with gyroaxis and mechanical seal in the gyroaxis axis hole, gyroaxis is provided with glue gear platform, be beneficial to stop on glue and alter, gyroaxis passes mechanical seal top and is fixedly connected with driving shaft, the lower end is connected with the propeller blade that mixes sebific duct through the mixing paddle hook,
described flow distribution plate is provided with host tap hole and curing agent tap hole, double-acting self compensation biliquid valve lower end is fixed on flow distribution plate, flow distribution plate is fixed on the mixing valve side, two plastic holes in discharge head described in double-acting self compensation biliquid valve are the gyroaxis axis hole in the host tap hole on flow distribution plate and curing agent tap hole and main valve body described in mixing valve and curing agent portals and described host plastic hole and the curing agent fluid hole of telling in the glue head is connected respectively, conversion by the two hybrid systems of sound, that glue quantitatively spues, and avoided the chemical waste fluid discharging to pollute environment and to the generation of the phenomenons such as the staff damages.
Valve head I described in the utility model and valve head II upper end are respectively taper surface, valve head sealing gasket I and valve head sealing gasket II centre bore lower end are respectively equipped with bellmouth, the bellmouth of the taper surface of valve head I and valve head sealing gasket I matches, the bellmouth of the taper surface of valve head II and valve head sealing gasket II matches, to reach the effect of sealing glue.
The utility model is owing to adopting said structure, can tackle the glue of various ratios, particularly viscosity is large, two kinds of glue ratios differ greatly, curing rate soon, difficult mixing relatively, and easily produce the local glue that does not solidify, do not need to use chemicals to clean to glue dispensing valve, reached without the chemical waste fluid discharging environment, and damaging the staff, play the effect of environmental protection, have novel structure, easy to use, need not to clean, avoid the advantages such as secondary pollution, flow-control are accurate, highly sensitive, long service life.
Description of drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the front view of the utility model mixing valve.
Fig. 3 is the left view of Fig. 2.
Fig. 4 is the front view of the utility model double-acting self compensation biliquid valve.
Fig. 5 is the left view of Fig. 4.
Fig. 6 be in Fig. 3 flow distribution plate A to structural representation.
Reference numeral: cylinder block 1, valve rod I 2, valve rod II 3, valve body 4, stroke lock nut I 5, stroke lock nut II 6, stroke adjustment nut I 7, stroke adjustment nut II 8, spring I 9, spring II 10, sealing adjusting nut I 11, sealing adjusting nut II 12, V-seal assembly I 13, V-seal assembly II 14, valve head sealing gasket I 15, valve head sealing gasket II 16, valve head I 17, valve head II 18, deflector 19, protrude 20, piston I 21, piston II 22, cylinder upper cover I 23, cylinder upper cover II 24, glue import 25, valve rod perforation 26, glue outlet 27, pod apertures 28, plastic hole 29, main valve body 30, servomotor 31, motor cabinet protective cover 32, shaft coupling 33, driving shaft 34, spring setscrew nut 35, spring assembly 36, bearing 37, mechanical seal 38, gyroaxis 39, tell glue head 41, mixing tube nut 42, mixing paddle hook 43, gyroaxis axis hole 44, curing agent portals 45, host inlet hole 46, host plastic hole 48, glue gear platform 50, flow distribution plate 51, double-acting self compensation biliquid valve 52, mix and blend valve 53, host tap hole 54, curing agent tap hole 55.
The specific embodiment:
Below in conjunction with accompanying drawing, the utility model is further illustrated:
As shown in drawings, a kind of biliquid sound attitude hybrid system is characterized in that being provided with double-acting self compensation biliquid valve 52, mix and blend valve 53 and flow distribution plate 51,
described double-acting self compensation biliquid valve 52 comprises cylinder block 1, valve rod I 2, valve rod II 3, valve body 4, stroke lock nut I 5, stroke lock nut II 6, stroke adjustment nut I 7, stroke adjustment nut II 8, spring I 9, spring II 10, sealing adjusting nut I 11, sealing adjusting nut II 12, V-seal assembly I 13, V-seal assembly II 14, valve head sealing gasket I 15, valve head sealing gasket II 16, valve head I 17, valve head II 18, a deflector 19 and protrude 20, be provided with two independently left cavity and right cavitys in cylinder block 1, left cavity and right cavity side are respectively equipped with gas feed, be respectively equipped with piston I 21 and spring I 9 in left cavity, spring I 9 upper ends and piston I 21 are inconsistent, lower end and left cavity bottom are inconsistent, be respectively equipped with piston II 22 and spring II 10 in right cavity, spring II 10 upper ends and piston II 22 are inconsistent, lower end and left cavity bottom are inconsistent, cylinder block 1 upper end is fixedly connected with cylinder upper cover II 24 with cylinder upper cover I 23 respectively, the lower end is fixedly connected with valve body 4, valve body 4 lower ends are connected with discharge head 20 through deflector 19, be respectively equipped with valve rod perforation 26 and glue outlet 27 in the valve body 4 of two individual cavity lower ends of corresponding cylinder block 1, valve body 4 both sides are respectively equipped with glue import 25, glue import 25 and glue outlet 27 are connected, valve rod I 2 is passed cylinder upper cover I 23, piston I 21 in cylinder block 1, spring I 9, valve rod perforation 26 in valve body 4, glue outlet 27 upper ends are fixedly connected with stroke lock nut I 5 with stroke adjustment nut I 7, the valve head sealing gasket I 15 of lower end in valve body 4 is fixedly connected with valve head I 17, be arranged with sealing adjusting nut I 12 and V-seal assembly I 13 on valve rod I 2 in valve body 4, backflow with the glue that prevents the glue outlet, two pod apertures 19 in the respectively corresponding deflector 19 of interior two glues outlet of valve body 4 and two plastic holes in discharge head 20 are so that glue is through glue import 25, glue outlet 27 in valve body 4, plastic holes 29 in pod apertures 28 in deflector 19 and discharge head 20 and flowing out, valve rod II 3 is passed cylinder upper cover II 24, piston II 22 in cylinder block 1, spring II 10, valve rod perforation 26 in valve body 4, glue outlet 27 upper ends are fixedly connected with stroke lock nut II 6 with stroke adjustment nut II 8, the lower end is fixedly connected with valve head II 18 in valve body 4 through valve head sealing gasket II 16, be arranged with sealing adjusting nut II 12 and V-seal assembly II 14 on valve rod II 3 in valve body 4, backflow with the glue that prevents the glue outlet
described mixing valve 53 comprises main valve body 30, servomotor 31, motor cabinet protective cover 32, shaft coupling 33, driving shaft 34, spring setscrew nut 35, spring assembly 36, bearing 37, mechanical seal 38, gyroaxis 39, liquid guide flow plate 19, tell glue head 41, mixing tube nut 42 and mixing paddle hook 43, main valve body 30 upper ends are fixedly connected with servomotor 31 through motor cabinet protective cover 32, the lower end through liquid guide flow plate 19 with tell glue head 41 and be connected, main valve body 30 is provided with gyroaxis axis hole 44 and curing agent portals 45, main valve body 30 sides are provided with host inlet hole 46 and curing agent inlet hole (not indicating in figure), tell and be provided with host plastic hole 48 and curing agent fluid hole (not indicating in figure) in glue head 41, host inlet hole 46 is connected with host plastic hole 48 through gyroaxis axis hole 44, curing agent inlet hole 47 is portalled through curing agent and 45 is connected with curing agent fluid hole 49, host plastic hole 48 and curing agent fluid hole 49 are connected with mixed sebific duct respectively, be provided with driving shaft 34 in motor cabinet protective cover 32, driving shaft 34 upper ends are connected with servomotor 31 output shafts through shaft coupling 33, the lower end is fixedly connected with main valve body 30 through bearing 37, driving shaft 34 is provided with spring assembly 36 and spring setscrew nut 35, spring assembly 36 upper ends and spring setscrew nut 35 are inconsistent, lower end and bearing 37 are inconsistent, be provided with gyroaxis 39 and mechanical seal 38 in gyroaxis axis hole 44, gyroaxis 39 is provided with glue gear platform 50, be beneficial to stop on glue and alter, gyroaxis 39 passes mechanical seal 38 tops and is fixedly connected with driving shaft 34, the lower end is connected with the propeller blade of mixed sebific duct through mixing paddle hook 43,
described flow distribution plate 51 is provided with host tap hole 54 and curing agent tap hole 55, double-acting self compensation biliquid valve 52 lower ends are fixed on flow distribution plate 51, flow distribution plate 51 is fixed on mixing valve 53 sides, two plastic holes 29 in discharge head described in double-acting self compensation biliquid valve 52 41 are the gyroaxis axis hole 44 in the host tap hole 54 on flow distribution plate 51 and curing agent tap hole 55 and main valve body 30 described in mixing valve 53 and curing agent portals and described host plastic hole 48 and the curing agent fluid hole 49 of telling in glue head 41 is connected respectively, conversion by the two hybrid systems of sound, stirring of the propeller blade of mixed glue solution in mixing tube flow in workpiece, mixing tube described in the utility model is disposable use, and avoided the chemical waste fluid discharging to pollute environment and to the generation of the phenomenons such as the staff damages.
Valve head I described in the utility model and valve head II upper end are respectively taper surface, valve head sealing gasket I and valve head sealing gasket II centre bore lower end are respectively equipped with bellmouth, the bellmouth of the taper surface of valve head I and valve head sealing gasket I matches, the bellmouth of the taper surface of valve head II and valve head sealing gasket II matches, to reach the effect of sealing glue.
the utility model in use, first according to the stroke adjustment nut of the ratio plug valve bar I of two kinds of glues or valve rod II upper end, then through stroke locking nut locking, being with simultaneously ovable valve stem I and valve rod II to do by the control device of two cylinders pumps, the valve rod I drives the valve head I and moves up and down under the effect of piston I and spring I, the valve rod II drives the valve head II and moves up and down under the effect of piston II and spring II, measuring pump is pressed ratio through the glue import of double-acting self compensation biliquid valve side with two component glues, glue outlet in valve body, pod apertures in deflector, plastic hole in discharge head and the host tap hole 54 on flow distribution plate and curing agent tap hole 55 flow in mixing valve 53, gyroaxis axis hole 44 in main valve body 30 and curing agent portal and tell host plastic hole 48 in glue head 41 and curing agent fluid hole 49 and flow in mixing tube in mixing valve 53 again, driving shaft and the gyroaxis driven rotary of the propeller blade in mixing tube servomotor and servomotor lower end on mixing valve 53, two component glues are evenly mixed through the stirring of propeller blade in flowing into mixing tube be required glue, when needs turn-off two kinds of glues, valve rod I and valve rod II reset under the effect of the control device of two cylinders and spring I and II tension force, the sealing that contacts that resets of the valve head I of valve rod I lower end and valve head sealing gasket I, the sealing that contacts that resets of the valve head II of valve rod II lower end and valve head sealing gasket II, prevented the outflow of glue.
The utility model is owing to adopting said structure, can tackle the glue of various ratios, particularly viscosity is large, two kinds of glue ratios differ greatly, curing rate soon, difficult mixing relatively, and easily produce the local glue that does not solidify, do not need to use chemicals to clean to glue dispensing valve, reached without the chemical waste fluid discharging environment, and damaging the staff, play the effect of environmental protection, have novel structure, easy to use, need not to clean, avoid the advantages such as secondary pollution, flow-control are accurate, highly sensitive, long service life.
Claims (2)
1. a biliquid sound attitude hybrid system, is characterized in that being provided with double-acting self compensation biliquid valve, mix and blend valve and flow distribution plate,
described double-acting self compensation biliquid valve comprises cylinder block, the valve rod I, the valve rod II, valve body, stroke lock nut I, stroke lock nut II, stroke adjustment nut I, stroke adjustment nut II, the spring I, the spring II, sealing adjusting nut I, sealing adjusting nut II, V-seal assembly I, V-seal assembly II, valve head sealing gasket I, valve head sealing gasket II, the valve head I, the valve head II, deflector and protrusion head, be provided with two independently left cavity and right cavitys in cylinder block, left cavity and right cavity side are respectively equipped with gas feed, be respectively equipped with piston I and spring I in left cavity, spring I upper end and piston I are inconsistent, lower end and left cavity bottom are inconsistent, be respectively equipped with piston II and spring II in right cavity, spring II upper end and piston II are inconsistent, lower end and left cavity bottom are inconsistent, the cylinder block upper end is fixedly connected with the cylinder upper cover II with the cylinder upper cover I respectively, the lower end is fixedly connected with valve body, valve body lower end is connected with discharge head through deflector, be respectively equipped with the valve rod perforation in the valve body of two individual cavity lower ends of corresponding cylinder block and glue exports, the valve body both sides are respectively equipped with the glue import, glue import and glue outlet are connected, the valve rod I is passed the cylinder upper cover I, piston I in cylinder block, the spring I, valve rod perforation in valve body, glue outlet upper end is fixedly connected with stroke lock nut I with stroke adjustment nut I, the valve head sealing gasket I of lower end in valve body is fixedly connected with the valve head I, be arranged with sealing adjusting nut I and V-seal assembly I on valve rod I in valve body, two glues outlets two pod apertures in corresponding deflector and two plastic holes in discharge head respectively in valve body are so that glue is through the glue import, glue outlet in valve body, pod apertures in deflector and the plastic hole in discharge head and flow out, the valve rod II is passed the cylinder upper cover II, piston II in cylinder block, the spring II, valve rod perforation in valve body, glue outlet upper end is fixedly connected with stroke lock nut II with stroke adjustment nut II, and the lower end is fixedly connected with valve head II in valve body through valve head sealing gasket II, and be arranged with on the interior valve rod II of valve body and seal adjusting nut II and V-seal assembly II,
described mixing valve comprises main valve body, servomotor, the motor cabinet protective cover, shaft coupling, driving shaft, the spring setscrew nut, spring assembly, bearing, mechanical seal, gyroaxis, the liquid guide flow plate, tell the glue head, mixing tube nut and mixing paddle hook, the main valve body upper end is fixedly connected with servomotor through the motor cabinet protective cover, the lower end through the liquid guide flow plate with tell the glue head and be connected, main valve body is provided with the gyroaxis axis hole and curing agent portals, the main valve body side is provided with host inlet hole and curing agent inlet hole, tell and be provided with host plastic hole and curing agent fluid hole in the glue head, the host inlet hole is connected with the host plastic hole through the gyroaxis axis hole, the curing agent inlet hole is portalled through curing agent and is connected with the curing agent fluid hole, be provided with driving shaft in the motor cabinet protective cover, the driving shaft upper end is connected with the servomotor output shaft through shaft coupling, the lower end is fixedly connected with main valve body through bearing, driving shaft is provided with spring assembly and spring setscrew nut, spring assembly upper end and spring setscrew nut are inconsistent, lower end and bearing are inconsistent, be provided with gyroaxis and mechanical seal in the gyroaxis axis hole, gyroaxis is provided with glue gear platform, gyroaxis passes mechanical seal top and is fixedly connected with driving shaft, the lower end is connected with the propeller blade that mixes sebific duct through the mixing paddle hook,
Described flow distribution plate is provided with host tap hole and curing agent tap hole, double-acting self compensation biliquid valve lower end is fixed on flow distribution plate, flow distribution plate is fixed on the mixing valve side, and two plastic holes in discharge head described in double-acting self compensation biliquid valve are the gyroaxis axis hole in the host tap hole on flow distribution plate and curing agent tap hole and main valve body described in mixing valve and curing agent portals and described host plastic hole and the curing agent fluid hole of telling in the glue head is connected respectively.
2. a kind of biliquid sound attitude hybrid system according to claim 1, it is characterized in that described valve head I and valve head II upper end are respectively taper surface, valve head sealing gasket I and valve head sealing gasket II centre bore lower end are respectively equipped with bellmouth, the bellmouth of the taper surface of valve head I and valve head sealing gasket I matches, and the bellmouth of the taper surface of valve head II and valve head sealing gasket II matches.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320015451.3U CN203002297U (en) | 2013-01-14 | 2013-01-14 | Double fluid dynamically and statically mixing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320015451.3U CN203002297U (en) | 2013-01-14 | 2013-01-14 | Double fluid dynamically and statically mixing system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203002297U true CN203002297U (en) | 2013-06-19 |
Family
ID=48593933
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320015451.3U Withdrawn - After Issue CN203002297U (en) | 2013-01-14 | 2013-01-14 | Double fluid dynamically and statically mixing system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203002297U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103007809A (en) * | 2013-01-14 | 2013-04-03 | 威海龙升精密机械有限公司 | Double-liquid dynamic-static hybrid system |
| CN104474953A (en) * | 2014-12-15 | 2015-04-01 | 南通思锐生物科技有限公司 | Double-cylinder liquid mixing device with precise mixing ratio controllability |
-
2013
- 2013-01-14 CN CN201320015451.3U patent/CN203002297U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103007809A (en) * | 2013-01-14 | 2013-04-03 | 威海龙升精密机械有限公司 | Double-liquid dynamic-static hybrid system |
| CN103007809B (en) * | 2013-01-14 | 2016-01-20 | 威海龙升精密机械有限公司 | double-liquid dynamic-static hybrid system |
| CN104474953A (en) * | 2014-12-15 | 2015-04-01 | 南通思锐生物科技有限公司 | Double-cylinder liquid mixing device with precise mixing ratio controllability |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20130619 Effective date of abandoning: 20160120 |
|
| AV01 | Patent right actively abandoned |
Granted publication date: 20130619 Effective date of abandoning: 20160120 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |