CN101637747B - Proportional delivery device in two-component gluing device - Google Patents
Proportional delivery device in two-component gluing device Download PDFInfo
- Publication number
- CN101637747B CN101637747B CN2009101446080A CN200910144608A CN101637747B CN 101637747 B CN101637747 B CN 101637747B CN 2009101446080 A CN2009101446080 A CN 2009101446080A CN 200910144608 A CN200910144608 A CN 200910144608A CN 101637747 B CN101637747 B CN 101637747B
- Authority
- CN
- China
- Prior art keywords
- dispensing orifice
- sidewalk
- discharging
- visually impaired
- impaired people
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Coating Apparatus (AREA)
Abstract
The invention discloses a proportional delivery device in a two-component gluing device with invariable glue delivery proportion, comprising two glue-dividing cylinders. Each glue-dividing cylinder is provided with a piston and a piston rod, the piston divides an inner cavity of the respective glue-dividing cylinder into a first cavity chamber and a second cavity chamber, and each glue-dividing cylinder is connected with a distributing device; the first cavity chamber is provided with a first feeding hole and a first discharging hole; the second cavity chamber is provided with a second feeding hole and a second discharging hole; the distributing device comprises a distributing sleeve and a distributing rod arranged in the distributing sleeve, the distributing sleeve is provided with a first distributing hole, a second distributing hole, a third distributing hole and a fourth distributing hole, and a feeding disabled path and a discharging disabled path are arranged in the distributing rod; when the feeding disabled path is communicated with the first distributing hole, the discharging disabled path is communicated with the third distributing hole; and when the feeding disabled path is communicated with the second distributing hole, the discharging disabled path is communicated with the fourth distributing hole, therefore, the two-component gluing device is used for spraying sealing glue on hollow glass edges.
Description
Technical field
The present invention relates to double glazing is beaten the equipment of glue, refer more particularly to the device that distributes two kinds of glue component ratios in a kind of two-component gluing machine.
Background technology
In the double glazing production process, need be to edge's spraying fluid sealant of double glazing, equipment commonly used is the two-component gluing machine, this adhesive supplier efficient height, gluing are closely knit, glue is in cure time unanimity on glass, to achieve these goals, the mixed proportion to two groups of glue in the two-component gluing machine has strict requirement.Common two-component gluing machine adopts packing element is applied the mixed proportion that different pressure is controlled two groups of glue, yet is subjected to external temperature influence when reality is used, and the stickiness of glue can vary with temperature and change.Because stickiness has changed, the flow velocity of glue in sebific duct also just changed, if also adopt fixed pressure to control the ratio of two groups of glue this moment, when reality is mixed, two sebific ducts are carried the ratio of the glue of coming just not meet and are produced required mixed proportion requirement, mix the final glue that sprays in back through mixing device from FE Glue Gun and just can't satisfy the production needs, this just need rule of thumb vary with temperature and the pressure ratio of constantly regulating two groups of packing elements, has increased a lot of troubles to actual production.
Summary of the invention
Technical problem to be solved by this invention is: a kind of ratio dispenser of joining in the thick-and-thin two-component gluing machine of glue ratio will be provided.
For addressing the above problem, the technical solution used in the present invention is: the ratio dispenser in the two-component gluing machine, the branch packing element that comprises two temporary different component glue, the ratio of the cross-sectional area of the inner chamber of two branch packing elements and the mixed proportion of two kinds of glue components are complementary, in every branch packing element, be provided with piston, the connecting rod that is connected with piston is worn to a minute packing element outside, and the connecting rod in two branch packing elements interconnects, first chamber and second chamber that each piston will divide the inner chamber of packing element to be separated into mutual sealing separately, first chamber of every branch packing element is connected with a distributor respectively with second chamber, and distributor is provided with charging aperture and discharging opening; The structure that specifically is provided with of first chamber of described every branch packing element and second chamber and distributor is: be provided with first charging hole and first discharge opening in the outer end of first chamber, be provided with second charging hole and second discharge opening in the outer end of second chamber, distributor comprises dispenser sleeve and the feed rod that is movably arranged in the dispenser sleeve, dispenser sleeve is provided with first dispensing orifice, second dispensing orifice, the 3rd dispensing orifice and the 4th dispensing orifice, be provided with respectively charging sidewalk for visually impaired people in the feed rod with feeding inlet, the discharging sidewalk for visually impaired people that communicates with discharging opening, first charging hole is connected with first dispensing orifice, second charging hole is connected with second dispensing orifice, first discharge opening is connected with the 4th dispensing orifice, and second discharge opening is connected with the 3rd dispensing orifice; Above-mentioned charging sidewalk for visually impaired people and discharging sidewalk for visually impaired people with connectivity structure between four dispensing orifices are: when the charging sidewalk for visually impaired people is connected with first dispensing orifice, the discharging sidewalk for visually impaired people then is connected with the 3rd dispensing orifice, when the charging sidewalk for visually impaired people is connected with second dispensing orifice, the discharging sidewalk for visually impaired people then is connected with the 4th dispensing orifice.
The cylindrical shape of the inner chamber of described two branch packing elements, the height of the inner chamber of two branch packing elements equates;
Four dispensing orifices on the described dispenser sleeve and the concrete structure between charging sidewalk for visually impaired people and the discharging sidewalk for visually impaired people are: first dispensing orifice and second dispensing orifice all are positioned on the cross section of dispenser sleeve, the 3rd dispensing orifice and the 4th dispensing orifice all are positioned on another cross section on the dispenser sleeve, and the angle between first dispensing orifice and second dispensing orifice and the 3rd dispensing orifice equate with angle between the 4th dispensing orifice, the charging sidewalk for visually impaired people is provided with the feed distribution hole that can communicate with first dispensing orifice and second dispensing orifice, the discharging sidewalk for visually impaired people is provided with the discharging dispensing orifice that can communicate with the 3rd dispensing orifice and the 4th dispensing orifice, and feed distribution hole and discharging dispensing orifice are positioned on the same side of same longitudinal section on the feed rod;
Feed rod is driven by whirligig, and described whirligig is: be set with drive rod on feed rod, the piston rod of cylinder is connected with drive rod, and cylinder drives feed rod by drive rod and rotates.
The invention has the beneficial effects as follows: adopt the fixing branch packing element of ratio of the cross-sectional area of inner chamber directly to supply glue, when guaranteeing to mix glue, the volume ratio of two kinds of component glue is constant always.
Description of drawings
Fig. 1 is the structural representation of the ratio dispenser in the two-component gluing machine of the present invention;
Fig. 2 is the rearview of Fig. 1;
Fig. 3 is the A-A sectional structure schematic diagram among Fig. 1;
Fig. 4 is the B-B sectional structure schematic diagram among Fig. 1.
Among the figure: 1, part packing element on the left side, 2, second fen packing element, 3, left piston, 4, left side connecting rod, 5, a left side first chamber, 6, a left side second chamber, 7, part on the left side to be equipped with and put 8, left side charging aperture, 9, left side discharging opening, 10, a left side first charging hole, 11, a left side first discharge opening, 12, a left side second charging hole, 13, a left side second discharge opening, 14, part on the left side supporting, 15, left side feed rod, 16, a left side first dispensing orifice, 17, a left side second dispensing orifice, 18, a left side the 3rd dispensing orifice, 19, a left side the 4th dispensing orifice, 20, charging sidewalk for visually impaired people, a left side, 21, discharging sidewalk for visually impaired people, a left side, 22, feed distribution hole, a left side, 23, left side discharging dispensing orifice, 24, left side drive rod, 25, left side cylinder, 26, the left piston bar, 27, right piston, 28, right connecting rod, 29, right first chamber, 30, right second chamber, 31, part on the right side to be equipped with and put 32, right charging aperture, 33, right discharging opening, 34, right first charging hole, 35, right first discharge opening, 36, right second charging hole, 37, right second discharge opening, 38, part on the right side supporting, 39, right feed rod, 40, right first dispensing orifice, 41, right second dispensing orifice, 42, right the 3rd dispensing orifice, 43, right the 4th dispensing orifice, 44, right charging sidewalk for visually impaired people, 45, right discharging sidewalk for visually impaired people, 46, right feed distribution hole, 47, right discharging dispensing orifice, 48, right drive rod, 49, right cylinder, 50, right piston rod, 51, connecting plate, 52, a left side first tube connector, 53, a left side second tube connector, 54, a left side the 3rd tube connector, 55, a left side the 4th tube connector, 56, right first tube connector, 57, right second tube connector, 58, right the 3rd tube connector, 59, right the 4th tube connector.
The specific embodiment
Below in conjunction with accompanying drawing, the ratio dispenser in the two-component gluing machine of the present invention is described in further detail.
As Fig. 1, Fig. 2, Fig. 3, shown in Figure 4, ratio dispenser in a kind of two-component gluing machine, comprise two temporary different components the branch packing element---part packing element 1 on the left side and part packing element 2 on the right side, parting packing element 1 on the left side is complementary with the ratio of the cross-sectional area of the inner chamber that parts packing element 2 on the right side and the mixed proportion of two kinds of glue components, in the present embodiment, the cylindrical shape of the inner chamber of two branch packing elements, and the height of inner chamber equates, during actual production, the height of two fens packing elements can be unequal.In parting packing element 1 on the left side, be provided with left piston 3, the left connecting rod 4 that is connected with left piston 3 is worn to parting packing element 1 outside on the left side, the inner chamber that left piston 3 will part packing element 1 on the left side is separated into a left side first chamber 5 and left second chamber 6 of mutual sealing, a left side first chamber 5 that parts packing element 1 on the left side and left second chamber 6 are equippedly put 7 and are connected with parting on the left side, part on the left side equippedly to put 7 and be provided with left charging aperture 8 and left discharging opening 9; A described left side first chamber 5 that parts packing element 1 on the left side and left second chamber 6 with part equipped 7 the structure that specifically is provided with of putting on the left side and be: be provided with left first charging hole 10 and left first discharge opening 11 in the outer end of left first chamber 5, be provided with left second charging hole 12 and left second discharge opening 13 in the outer end of left second chamber 6, part on the left side and equipped put 7 and comprise and part supporting 14 and be movably arranged on the left feed rod 15 that parts on the left side in supporting 14 on the left side, part supporting 14 on the left side and be provided with left first dispensing orifice 16, a left side second dispensing orifice 17, a left side the 3rd dispensing orifice 18 and a left side the 4th dispensing orifice 19, be provided with the left charging sidewalk for visually impaired people 20 that communicates with left charging aperture 8 respectively in the feed rod 14 of a left side, the left discharging sidewalk for visually impaired people 21 that communicates with left discharging opening 9, a left side first charging hole 10 is connected with left first dispensing orifice 16 by left first tube connector 52, a left side second charging hole 12 is connected with left second dispensing orifice 17 by left second tube connector 53, a left side first discharge opening 11 is connected with a left side the 4th dispensing orifice 19 by a left side the 3rd tube connector 54, and left second discharge opening 13 is connected with a left side the 3rd dispensing orifice 18 by a left side the 4th tube connector 55; Above-mentioned left charging sidewalk for visually impaired people 20 and left discharging sidewalk for visually impaired people 21 with the connectivity structure that parts on the left side between equipped four dispensing orifices putting in 7 are: when left charging sidewalk for visually impaired people 20 is connected with left first dispensing orifice 16,21 of left discharging sidewalk for visually impaired people are connected with left the 3rd dispensing orifice 18, when left charging sidewalk for visually impaired people 20 is connected with left second dispensing orifice 17,21 of left discharging sidewalk for visually impaired people are connected with left the 4th dispensing orifice 19.In the present embodiment, a left side in first distributor 7 part four dispensing orifices on supporting 14 on the left side and the concrete structure between left charging sidewalk for visually impaired people 20 and the left discharging sidewalk for visually impaired people 21 is: left first dispensing orifice 16 and left second dispensing orifice 17 all are positioned at and part on the left side on supporting 14 the cross section, a left side the 3rd dispensing orifice 18 and a left side the 4th dispensing orifice 19 all are positioned on another cross section that parts on the left side on supporting 14, and the angle between left first dispensing orifice 16 and left second dispensing orifice 17 and a left side the 3rd dispensing orifice 18 equate with angle between left the 4th dispensing orifice 19, charging sidewalk for visually impaired people, a left side 20 is provided with the left feed distribution hole 22 that can communicate with left first dispensing orifice 16 and left second dispensing orifice 17, discharging sidewalk for visually impaired people, a left side 21 is provided with the left discharging dispensing orifice 23 that can communicate with a left side the 3rd dispensing orifice 18 and a left side the 4th dispensing orifice 19, and left feed distribution hole 22 and left discharging dispensing orifice 23 are positioned on the same side of same longitudinal section on the left feed rod 15; For realizing the switching of above-mentioned left feed distribution hole 22 between left first dispensing orifice 16 and left second dispensing orifice 17, the switching of left side discharging dispensing orifice 23 between a left side the 3rd dispensing orifice 18 and a left side the 4th dispensing orifice 19, in the present embodiment, left side feed rod 15 is driven by whirligig, described whirligig is: be set with left drive rod 24 on left feed rod 15, the left piston bar 26 of left side cylinder 25 is connected with left drive rod 24, and left cylinder 25 drives left feed rod 15 by left drive rod 24 and rotates.
In parting packing element 2 on the right side, be provided with right piston 27, the right connecting rod 28 that is connected with right piston 27 is worn to parting packing element 2 outsides on the right side, the inner chamber that right piston 27 will part packing element 2 on the right side is separated into the right side first chamber 29 and right second chamber 30 of mutual sealing, the right side first chamber 29 that parts packing element 2 on the right side and right second chamber 30 are equippedly put 31 and are connected with parting on the right side, part on the right side equippedly to put 31 and be provided with right charging aperture 32 and right discharging opening 33; The described right side first chamber 29 that parts packing element 2 on the right side and right second chamber 30 with part equipped 31 the structure that specifically is provided with of putting on the right side and be: be provided with right first charging hole 34 and right first discharge opening 35 in the outer end of right first chamber 29, be provided with right second charging hole 36 and right second discharge opening 37 in the outer end of right second chamber 30, part on the right side and equipped put 31 and comprise and part supporting 38 and be movably arranged on the right feed rod 39 that parts on the right side in supporting 38 on the right side, part supporting 38 on the right side and be provided with right first dispensing orifice 40, right second dispensing orifice 41, right the 3rd dispensing orifice 42 and right the 4th dispensing orifice 43, be provided with the right charging sidewalk for visually impaired people 44 that communicates with right charging aperture 32 respectively in the right feed rod 39, the right discharging sidewalk for visually impaired people 45 that communicates with right discharging opening 33, right first charging hole 34 is connected with right first dispensing orifice 40 by right first tube connector 56, right second charging hole 36 is connected with right second dispensing orifice 41 by right second tube connector 57, right first discharge opening 35 is connected with right the 4th dispensing orifice 43 by right the 3rd tube connector 58, and right second discharge opening 37 is connected with right the 3rd dispensing orifice 42 by right the 4th tube connector 59; Above-mentioned right charging sidewalk for visually impaired people 44 and right discharging sidewalk for visually impaired people 45 with the connectivity structure that parts on the right side between equipped four dispensing orifices putting in 31 are: when right charging sidewalk for visually impaired people 44 is connected with right first dispensing orifice 40,45 of right discharging sidewalk for visually impaired people are connected with the right side the 3rd dispensing orifice 42, when right charging sidewalk for visually impaired people 44 is connected with right second dispensing orifice 41,45 of right discharging sidewalk for visually impaired people are connected with the right side the 4th dispensing orifice 42.In the present embodiment, part on the right side equipped put in 31 part four dispensing orifices on supporting 38 on the right side and the concrete structure between right charging sidewalk for visually impaired people 44 and the right discharging sidewalk for visually impaired people 45 is: right first dispensing orifice 40 and right second dispensing orifice 41 all are positioned at and part on the right side on supporting 38 the cross section, right the 3rd dispensing orifice 42 and right the 4th dispensing orifice 43 all are positioned on another cross section that parts on the right side on supporting 38, and the angle between right first dispensing orifice 40 and right second dispensing orifice 41 and right the 3rd dispensing orifice 42 equate with angle between the 4th dispensing orifice 43 of the right side, right charging sidewalk for visually impaired people 44 is provided with the right feed distribution hole 46 that can communicate with right first dispensing orifice 40 and right second dispensing orifice 41, right discharging sidewalk for visually impaired people 45 is provided with the right discharging dispensing orifice 47 that can communicate with right the 3rd dispensing orifice 42 and right the 4th dispensing orifice 43, and right feed distribution hole 46 and right discharging dispensing orifice 47 are positioned on the same side of same longitudinal section on the right feed rod 39; For realizing the switching of above-mentioned right feed distribution hole 46 between right first dispensing orifice 40 and right second dispensing orifice 41, the switching of right discharging dispensing orifice 47 between right the 3rd dispensing orifice 42 and right the 4th dispensing orifice 43, in the present embodiment, right feed rod 39 is driven by whirligig, described whirligig is: be set with right drive rod 48 on right feed rod 39, the right piston rod 50 of right cylinder 49 is connected with right drive rod 48, and right cylinder 49 drives right feed rod 39 by right drive rod 48 and rotates.The left connecting rod 4 that parts packing element 1 on the left side interconnects by connecting plate 51 with the right connecting rod 28 that parts packing element 2 on the right side.
Operation principle of the present invention is: left charging aperture 8 is linked to each other with each self-corresponding feed tube respectively with right charging aperture 32, when needs mix glue, as shown in Figure 1, at this moment, charging sidewalk for visually impaired people 20, a left side communicates with left first dispensing orifice 16 by left feed distribution hole 22, discharging sidewalk for visually impaired people 21, a left side communicates with a left side the 3rd dispensing orifice 18 by left discharging dispensing orifice 23, charging sidewalk for visually impaired people 20, a left side is obstructed with left second dispensing orifice 17, discharging sidewalk for visually impaired people, a left side 21 is obstructed with a left side the 4th dispensing orifice 19, and all be full of component glue in left first chamber 5 and left second chamber 6, when oil cylinder (not drawing among the figure) driving connecting plate 51 moves downward, equipped put 7 and to part equipped 31 the course of work of putting on the right side identical and synchronous because of parting on the left side, so only introduce the course of work of one of them here in detail, connecting plate 51 drives left piston 3 by left connecting rod 4 and moves down, in this process, a left side, effect lower edge charging aperture 8 → left charging sidewalk for visually impaired people 20 → left feed distribution hole 22 → left first dispensing orifice 16 → left first tube connector 52 → left first charging hole 10 of the component glue negative pressure in parting packing element 1 on the left side in the feed tube enters left first chamber 5, and the component glue in left second chamber 6 enters the mixing device that links to each other with left discharging opening 9 at last and mixes at the left side, promotion lower edge of left piston 3 second discharge opening a 13 → left side the 4th tube connector a 55 → left side the 3rd dispensing orifice 18 → left discharging dispensing orifice 23 → left discharging sidewalk for visually impaired people 21 → left discharging opening 9.After moving to the bottommost that parts packing element 1 on the left side when left piston 3, control left cylinder 25 and promote left drive rod 24, left side drive rod 24 drives left feed rod 15 and turns an angle parting on the left side in supporting 14, left feed distribution hole 22 on the left feed rod 15 is communicated with a left side second dispensing orifice 17 that parts on the left side on supporting 14, left discharging dispensing orifice 23 on the left feed rod 15 communicates with a left side the 4th dispensing orifice 19 that parts on the left side on supporting 14 simultaneously, that is: left charging sidewalk for visually impaired people 20 communicates with left second dispensing orifice 17 by left feed distribution hole 22, discharging sidewalk for visually impaired people 21, a left side communicates with the dead dispensing orifice 19 in a left side by left discharging dispensing orifice 23, charging sidewalk for visually impaired people 20, a left side is obstructed with left first dispensing orifice 16, discharging sidewalk for visually impaired people, a left side 21 is obstructed with a left side the 3rd dispensing orifice 18, and be full of component glue in left first chamber 5, controlling hydraulic oil cylinder driving connecting plate 51 then moves upward, connecting plate 51 drives left piston 3 by left connecting rod 4 and moves up, in this process, a left side, effect lower edge charging aperture 8 → left charging sidewalk for visually impaired people 20 → left feed distribution hole 22 → left second dispensing orifice 17 → left second tube connector 53 → left second charging hole 12 of the component glue negative pressure in parting packing element 1 on the left side in the feed tube enters a left side second chamber 6 that parts packing element 1 on the left side, and the component glue in left first chamber 5 enters mixing device at last and mixes at the left side, promotion lower edge of left piston 3 first discharge opening a 11 → left side the 3rd tube connector a 54 → left side the 4th dispensing orifice 19 → left discharging dispensing orifice 23 → left discharging sidewalk for visually impaired people 21 → left discharging opening 9.Because no matter how many stickinesses of glue changes, the ratio of the cross-sectional area of two branch packing element inner chambers and the mixed proportion of two kinds of glue components is complementary and two fens packing elements in piston all be synchronized with the movement, this just makes in the unit interval that the volume ratio of the component glue sent from two branch packing elements is always fixing, volume ratio when entering the mixing device mixing is also always fixed, and has reduced a lot of unnecessary troubles.
Claims (5)
1. the ratio dispenser in the two-component gluing machine, the branch packing element that comprises two temporary different component glue, it is characterized in that: the ratio of the cross-sectional area of the inner chamber of two branch packing elements and the mixed proportion of two kinds of glue components are complementary, in every branch packing element, be provided with piston, the connecting rod that is connected with piston is worn to a minute packing element outside, and the connecting rod in two branch packing elements interconnects, first chamber and second chamber that each piston will divide the inner chamber of packing element to be separated into mutual sealing separately, first chamber of every branch packing element is connected with a distributor respectively with second chamber, and distributor is provided with charging aperture and discharging opening; The structure that specifically is provided with of first chamber of described every branch packing element and second chamber and distributor is: be provided with first charging hole and first discharge opening in the outer end of first chamber, be provided with second charging hole and second discharge opening in the outer end of second chamber, distributor comprises dispenser sleeve and the feed rod that is movably arranged in the dispenser sleeve, dispenser sleeve is provided with first dispensing orifice, second dispensing orifice, the 3rd dispensing orifice and the 4th dispensing orifice, be provided with respectively charging sidewalk for visually impaired people in the feed rod with feeding inlet, the discharging sidewalk for visually impaired people that communicates with discharging opening, first charging hole is connected with first dispensing orifice, second charging hole is connected with second dispensing orifice, first discharge opening is connected with the 4th dispensing orifice, and second discharge opening is connected with the 3rd dispensing orifice; Above-mentioned charging sidewalk for visually impaired people and discharging sidewalk for visually impaired people with connectivity structure between four dispensing orifices are: when the charging sidewalk for visually impaired people is connected with first dispensing orifice, the discharging sidewalk for visually impaired people then is connected with the 3rd dispensing orifice, when the charging sidewalk for visually impaired people is connected with second dispensing orifice, the discharging sidewalk for visually impaired people then is connected with the 4th dispensing orifice.
2. the ratio dispenser in the two-component gluing machine according to claim 1 is characterized in that: the cylindrical shape of the inner chamber of described two branch packing elements, the height of the inner chamber of two branch packing elements equates.
3. the ratio dispenser in the two-component gluing machine according to claim 1 and 2, it is characterized in that: four dispensing orifices on the described dispenser sleeve and the concrete structure between charging sidewalk for visually impaired people and the discharging sidewalk for visually impaired people are: first dispensing orifice and second dispensing orifice all are positioned on the cross section of dispenser sleeve, the 3rd dispensing orifice and the 4th dispensing orifice all are positioned on another cross section on the dispenser sleeve, and the angle between first dispensing orifice and second dispensing orifice and the 3rd dispensing orifice equate with angle between the 4th dispensing orifice, the charging sidewalk for visually impaired people is provided with the feed distribution hole that can communicate with first dispensing orifice and second dispensing orifice, the discharging sidewalk for visually impaired people is provided with the discharging dispensing orifice that can communicate with the 3rd dispensing orifice and the 4th dispensing orifice, and feed distribution hole and discharging dispensing orifice are positioned on the same side of same longitudinal section on the feed rod.
4. the ratio dispenser in the two-component gluing machine according to claim 1 and 2, it is characterized in that: feed rod is driven by whirligig, described whirligig is: be set with drive rod on feed rod, the piston rod of cylinder is connected with drive rod, and cylinder drives feed rod by drive rod and rotates.
5. the ratio dispenser in the two-component gluing machine according to claim 3, it is characterized in that: feed rod is driven by whirligig, described whirligig is: be set with drive rod on feed rod, the piston rod of cylinder is connected with drive rod, and cylinder drives feed rod by drive rod and rotates.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009101446080A CN101637747B (en) | 2009-08-21 | 2009-08-21 | Proportional delivery device in two-component gluing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009101446080A CN101637747B (en) | 2009-08-21 | 2009-08-21 | Proportional delivery device in two-component gluing device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101637747A CN101637747A (en) | 2010-02-03 |
| CN101637747B true CN101637747B (en) | 2011-05-18 |
Family
ID=41613035
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009101446080A Expired - Fee Related CN101637747B (en) | 2009-08-21 | 2009-08-21 | Proportional delivery device in two-component gluing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101637747B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101966512B (en) * | 2010-11-02 | 2012-02-08 | 济南德佳玻璃机器有限公司 | Double-component glue extruder |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5444209A (en) * | 1993-08-11 | 1995-08-22 | Miller Thermal, Inc. | Dimensionally stable subsonic plasma arc spray gun with long wearing electrodes |
| US5862992A (en) * | 1997-02-14 | 1999-01-26 | Sterling Deaerator Company | Adjustable dual cone spray pattern valve apparatus and related methods |
| CN2361806Y (en) * | 1999-03-04 | 2000-02-02 | 重庆长江涂装机械厂 | Double-component glueing machine |
| CN201220194Y (en) * | 2008-06-17 | 2009-04-15 | 重庆长江涂装机械厂 | Double-component glue spreading complete equipment |
| CN201482654U (en) * | 2009-08-21 | 2010-05-26 | 赵士平 | Proportional delivery device in two-component gumming machine |
-
2009
- 2009-08-21 CN CN2009101446080A patent/CN101637747B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5444209A (en) * | 1993-08-11 | 1995-08-22 | Miller Thermal, Inc. | Dimensionally stable subsonic plasma arc spray gun with long wearing electrodes |
| US5862992A (en) * | 1997-02-14 | 1999-01-26 | Sterling Deaerator Company | Adjustable dual cone spray pattern valve apparatus and related methods |
| CN2361806Y (en) * | 1999-03-04 | 2000-02-02 | 重庆长江涂装机械厂 | Double-component glueing machine |
| CN201220194Y (en) * | 2008-06-17 | 2009-04-15 | 重庆长江涂装机械厂 | Double-component glue spreading complete equipment |
| CN201482654U (en) * | 2009-08-21 | 2010-05-26 | 赵士平 | Proportional delivery device in two-component gumming machine |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101637747A (en) | 2010-02-03 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US9604244B2 (en) | Coating device and associated operating method | |
| CN107497640B (en) | A cylinder metering pump supplies mucilage binding to be put for two ingredient high viscosity materials | |
| EP2853312B1 (en) | ICC metering | |
| EP1353069A2 (en) | Diaphragm pump | |
| US7152815B2 (en) | Dispensing system, nozzle and method for independently dispensing and controlling liquid | |
| CN201519648U (en) | Two-component valve | |
| KR102195323B1 (en) | Spray system pressure and ratio control | |
| CN104684649B (en) | Dosing system, dosing method and production method | |
| CN109382267A (en) | A kind of glue valve gluing head or glue injecting head for opening simultaneously or closing | |
| CN101637747B (en) | Proportional delivery device in two-component gluing device | |
| CN101588875A (en) | Coating apparatus comprising a metering device | |
| CN202606361U (en) | Proportional distribution device in double-component gluing machine for energy-saving lamp | |
| CN201482654U (en) | Proportional delivery device in two-component gumming machine | |
| CN103028511B (en) | Single-nozzle spray gun for multicolor spray coating machine | |
| CN102107171A (en) | Sealant coating system adopting two-component distribution system | |
| CN101927227A (en) | Three-component valve | |
| EP1814671A2 (en) | Coaxial supply system | |
| CN108745785B (en) | Modular injecting glue head valve island | |
| CN210700728U (en) | Continuous type flush coater | |
| CN206567165U (en) | The dispensing injection valve of conditioning function is mixed with fluid | |
| CN205020344U (en) | Valve is glued to two ingredients | |
| CN210022689U (en) | Rubber valve and rubber coating head | |
| CN102513272A (en) | Double glue synchronous feeding mixing device | |
| EP1348487B1 (en) | Coating installation with an atomizer and a dosage pump | |
| CN2933608Y (en) | Spray gun liquid storage tank |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110518 Termination date: 20120821 |