CN204564460U - Two component application head and use two component gluing systems of this pair of component application head - Google Patents
Two component application head and use two component gluing systems of this pair of component application head Download PDFInfo
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- CN204564460U CN204564460U CN201420812567.4U CN201420812567U CN204564460U CN 204564460 U CN204564460 U CN 204564460U CN 201420812567 U CN201420812567 U CN 201420812567U CN 204564460 U CN204564460 U CN 204564460U
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Abstract
The utility model discloses a kind of pair of component application head and use two component gluing systems of this pair of component application head, two component application head comprises: one-level runner body (1), and its inside is formed with cavity; Core body (2), is arranged in cavity, is formed with isolated component A rectification road (3) and B component rectification road (4) between core body (2) and one-level runner body (1); Component A secondary runner body (5), is formed with the component A plastic emitting passage (6) with component A rectification road (3) phase admittance; B component secondary runner body (7), is formed with the B component plastic emitting passage (8) with B component rectification road (4) phase admittance; The gum outlet of component A plastic emitting passage (6) and the gum outlet height of B component plastic emitting passage (8) interlock and establish.Two component gluing system comprises above-mentioned two component application heads.Its beneficial effect: runner can be avoided to solidify, some glue precision is high.
Description
Technical field
The utility model relates to spot gluing equipment, particularly relates to two component application head and uses two component gluing systems of this pair of component application head.
Background technology
Flourish along with flat panel display technology, the paint-on technique of its corresponding glue receives increasing concern, fits to rotary coating again to slot coated by early stage pressure type, and application is more and more extensive, requires also more and more higher.
Coating system can be divided into one-component coating system and two component gluing system.
One-component coating system is more focus on coating precision, uniformity, the aspects such as edge resolution, focuses on solving the various not specification stripeds that may occur, pit, the phenomenons such as bubble simultaneously.And to two component gluing system, the paint-on technique on current flat board is also few, and two component is except the multinomial requirement considering one-component and various problem, and the proportioning problem of itself, mixes problem, and problem of solidification all faces very large challenge.
Two component gluing system comprises feeding system and two component application head; Feeding system is to two component application head feed, and feed here mainly refers to component A glue and B component glue; Two component application head be responsible for by component A glue and B component glue mixing, plastic emitting, with put accordingly glue operation.Component A glue and B component glue are two kinds of glue of different in kind, and when not using, these two kinds of glue separately store, and during use, by these two kinds of glue mixing, mixed glue can be cured reaction.
Of the prior art pair of component application head is mixed mutually with B component glue by component A glue in two component application head inside mostly, and then plastic emitting, carries out a glue.But, there is following problem in this scheme of the prior art: component A glue and B component glue are easily at two component application head inside solidification, thus blocking runner, cause stabilization of equipment performance poor, maintaining difficulty; Component A glue and B component glue easily should not control in the ratio of two component application head internal mix, and should not mix; Because glue exists the uneven possibility of mixing, so the upper solidification duration needed for different piece hardening time of mixing glue after plastic emitting is inconsistent, quick-setting effect can not be reached; Point glue precision is not high.
Utility model content
One of the technical problems to be solved in the utility model is, for above-mentioned defect of the prior art, a kind of novel two component application heads are provided, component A glue is separated with B component glue in inside by this pair of component application head, avoid runner solidification, improve stabilization of equipment performance, reduce the difficulty of maintenance, component A glue and B component glue flow out respectively by different runners, applied in two coats glue, realize solidification between layers, such two kinds of glue can mix, and fully contact, the uniformity of solidification can be improved like this, reduce hardening time, also a glue precision can be improved.
The utility model solves the problems of the technologies described above adopted technical scheme and is to provide a kind of two component application head, comprising:
One-level runner body, its inside is formed with cavity;
Core body, is arranged in described cavity, and is formed with isolated component A rectification road and B component rectification road between the outer wall of described core body one end and described one-level runner body Joint, the described core body other end and the inwall of described one-level runner body;
Component A secondary runner body, is located at side, described component A rectification road, and is connected with described one-level runner body, is formed with the component A plastic emitting passage with described component A rectification road phase admittance between described component A secondary runner body with described core body;
B component secondary runner body, is located at side, described B component rectification road, and is connected with described one-level runner body, is formed with the B component plastic emitting passage with described B component rectification road phase admittance between described B component secondary runner body with described core body;
The gum outlet of described component A plastic emitting passage and the gum outlet height of described B component plastic emitting passage interlock and establish, and make the glue that above-mentioned two gum outlets flow out form double-layer glue water-bound.
In described in the utility model pair of component application head, described component A rectification road comprises the component A one-level runner, component A advection road, the component A secondary runner that are communicated with successively, and three's volume magnitude relationship is: component A one-level runner >A component secondary runner >A component advection road.
In described in the utility model pair of component application head, described B component rectification road comprises the B component one-level runner, B component advection road, the B component secondary runner that are communicated with successively, and three's volume magnitude relationship is: B component one-level runner >B component secondary runner >B component advection road.
In described in the utility model pair of component application head, the cross section semicircular in shape of described component A one-level runner.
In described in the utility model pair of component application head, the cross section semicircular in shape of described B component one-level runner.
In described in the utility model pair of component application head, described core body comprises fixture and core flow entire body, the other end of one end of described fixture and described one-level runner body Joint, described fixture and described core flow entire body Joint.
In described in the utility model pair of component application head, described pair of component application head also comprises:
Component A glue quantity regulating device, for regulating described component A plastic emitting passage to regulate gel quantity, described component A glue quantity regulating device is located between described one-level runner body and described component A secondary runner body;
B component glue quantity regulating device, for regulating described B component plastic emitting passage to regulate gel quantity, described B component glue quantity regulating device is located between described one-level runner body and described B component secondary runner body.
In described in the utility model pair of component application head:
Described component A glue quantity regulating device comprises the first fixed block and the first set screw, described first fixed block and described component A secondary runner body Joint, and described first fixed block and described one-level runner body are slidably connected, described first set screw is arranged on described one-level runner body and described first set screw is threaded with described first fixed block;
Described B component glue quantity regulating device comprises the second fixed block and the second set screw, described second fixed block and described B component secondary runner body Joint, and described second fixed block and described one-level runner body are slidably connected, described second set screw is arranged on described one-level runner body and described second set screw is threaded with described second fixed block.
In described in the utility model pair of component application head, described one-level runner body also offers two glue-feeders, described two glue-feeders are connected with described B component rectification road with described component A rectification road respectively.
Two of the technical problems to be solved in the utility model is, for above-mentioned defect of the prior art, provides a kind of novel two component gluing systems.
The utility model solves the problems of the technologies described above adopted technical scheme and is to provide a kind of two component gluing system, comprises above-mentioned arbitrary described two component application heads.
Implement of the present utility model pair of component application head and use two component gluing systems of this pair of component application head, beneficial effect is: component A glue is flowed out by component A rectification road and component A plastic emitting passage, B component glue is flowed out by B component rectification road and B component plastic emitting passage, component A glue is separated with B component glue in inside at two component application head like this, avoid runner solidification, improve stabilization of equipment performance, reduce the difficulty of maintenance, the gum outlet of component A plastic emitting passage and the gum outlet height of B component plastic emitting passage interlock and establish, the glue that above-mentioned two gum outlets flow out is made to form double-layer glue water-bound, such component A glue and B component glue after flowing out from two component application head, component A glue and B component glue can form double-layer glue water-bound on the surface of equipment to be coated, contact area between component A glue and B component glue relatively all with and contact area is larger, realize solidification between layers, glue so not only can be made to mix, and glue curing time consistency can be made, curing efficiency is provided, reduce hardening time, component A rectification road and B component rectification road can carry out rectification to component A glue and B component glue respectively, glue plastic emitting is stablized, and double-layer glue water-bound can avoid the problem of the mixing inequality caused at two component application head internal mix glue, such comprehensive function can improve a glue precision.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model embodiment;
Fig. 2 is the partial enlarged drawing at A place in Fig. 1;
In figure:
1-one-level runner body; 2-core body; 3-A component rectification road; 4-B component rectification road; 5-A component secondary runner body; 6-A component plastic emitting passage; 7-B component secondary runner body; 8-B component plastic emitting passage; 9-A component one-level runner; 10-A component advection road; 11-A component secondary runner; 12-B component one-level runner; 13-B component advection road; 14-B component secondary runner; 15-fixture; 16-core flow entire body; 17-A component cement quantity regulating device; 18-B component cement quantity regulating device; 19-first fixed block; 20-first set screw; 21-second fixed block; 22-second set screw.
Detailed description of the invention
Clearly understand to make the purpose of this utility model, technical scheme and advantage, the various embodiments that hereafter will describe will with reference to corresponding accompanying drawing, these figures constitute a part for embodiment, which describe the various embodiments realizing the utility model and may adopt.Should understand, also can use other embodiment, or the amendment on 26S Proteasome Structure and Function is carried out to the embodiment enumerated herein, and scope of the present utility model and essence can not be departed from.
As depicted in figs. 1 and 2, two component application heads of the present embodiment, comprising:
One-level runner body 1, its inside is formed with cavity;
Core body 2, is arranged in cavity, and is formed with isolated component A rectification road 3 and B component rectification road 4 between the outer wall of core body 2 one end and one-level runner body 1 Joint, core body 2 other end and the inwall of one-level runner body 1, core body 2 and the affixed mode of one-level runner body 1 can be that screw is connected or welding etc., and core body 2 answers tight closure with this one end of one-level runner body 1 Joint, forms good sealing, avoids glue excessive by this one end, component A rectification road 3 is formed by the gap between the outer wall of core body 2 other end and the inwall of one-level runner body 1, B component rectification road 4 is formed by the gap between the outer wall of core body 2 other end and the inwall of one-level runner body 1 equally, component A rectification road 3 and B component rectification road 4 isolated, when such reality uses, component A glue enters in component A rectification road 3, B component glue enters B component rectification road 4, component A glue and B component glue are also isolated in two component application head inside and come, the runner problem of solidification that premature cure causes can not be there is in component A glue and B component glue, component A rectification road 3 for temporarily storing the component A glue entered wherein, slowing down, cushion, rectification, make two component application head finally flow out like this component A glue velocity-stabilization, plastic emitting continuous, be conducive to a raising for colloid amount, B component rectification road 4 for temporarily storing the B component glue entered wherein, slowing down, cushion, rectification, make two component application head finally flow out like this B component glue velocity-stabilization, plastic emitting continuous, be conducive to a raising for colloid amount,
Component A secondary runner body 5, is located at side, component A rectification road 3, and is connected with one-level runner body 1, is formed with the component A plastic emitting passage 6 with component A rectification road 3 phase admittance between component A secondary runner body 5 with core body 2;
B component secondary runner body 7, is located at side, B component rectification road 4, and is connected with one-level runner body 1, is formed with the B component plastic emitting passage 8 with B component rectification road 4 phase admittance between B component secondary runner body 7 with core body 2; Obviously, component A plastic emitting passage 6 and B component plastic emitting passage 8 are also isolated; Component A plastic emitting passage 6 is for slowing down to the component A glue flowed out by component A rectification road 3, cushion and control gel quantity further; B component plastic emitting passage 8 is for slowing down to the B component glue flowed out by B component rectification road 4, cushion and control gel quantity further; Finally like this can make that the gel quantity of two component application head is stable, plastic emitting speed is suitable, plastic emitting is continuous;
The gum outlet of component A plastic emitting passage 6 and the gum outlet height of B component plastic emitting passage 8 interlock and establish, and make the glue that above-mentioned two gum outlets flow out form double-layer glue water-bound.Two gum outlet height interlock and establish, and can form double-layer glue water-bound like this; Can be the height of height higher than the gum outlet of B component plastic emitting passage 8 of the gum outlet of component A plastic emitting passage 6, also can be the height of height lower than the gum outlet of B component plastic emitting passage 8 of the gum outlet of component A plastic emitting passage 6, this specifically adjusts according to actual needs, preferably, the height of the gum outlet of the component A plastic emitting passage 6 of the present embodiment is lower than the height of the gum outlet of B component plastic emitting passage 8; Simultaneously, preferably, the gum outlet of component A plastic emitting passage 6 tilts to the gum outlet of B component plastic emitting passage 8, and the gum outlet of B component plastic emitting passage 8 tilts to the gum outlet of component A plastic emitting passage 6, two gum outlets form the bundle mouth structure of class taper, are more conducive to like this form double-layer glue water-bound.The double-layer glue water-bound that the present embodiment is formed can see Fig. 2, and component A glue is coated in treats that on Tu object (being such as circuit board), B component glue is coated on component A glue again; After forming double-layer glue water-bound, component A glue and B component glue interpenetrate, mix, and cross-linking and curing reaction occurs.
Further, component A rectification road 3 comprises the component A one-level runner 9, component A advection road 10, the component A secondary runner 11 that are communicated with successively, and three's volume magnitude relationship is: component A one-level runner 9>A component secondary runner 11>A component advection road 10.Be communicated with successively and refer to that component A glue is introduced into component A one-level runner 9, enters component A advection road 10 again, enters component A secondary runner 11 afterwards.The above-mentioned relation of three's volume size, because when component A glue enters component A one-level runner 9, glue glue amount is larger and glue speed unstable, the volume of component A one-level runner 9 is maximum, so not only temporarily can save glue, and the effect that can buffering played to component A glue, slow down; Component A glue enters the minimum component A advection road 10 of volume by component A one-level runner 9 again, now component A advection road 10 can play the effect of buffering, deceleration further to component A glue, simultaneously due to narrower, the small volume in component A advection road 10, so component A advection road 10 can also play the effect of obvious adjust flux and flow velocity; Component A glue enters volume component A secondary runner 11 placed in the middle by component A advection road 10 again, the effect that component A secondary runner 11 plays buffering to component A glue further, slows down, component A secondary runner 11 also plays the storage glue effect before finally discharging component A glue simultaneously, be beneficial to the stable of gel quantity, be more conducive to continuous plastic emitting.Preferably, the cross section semicircular in shape of component A one-level runner 9, the cross section in component A advection road 10 is elongated, the cross section of component A secondary runner 11 is that class is oval; Certainly, in certain embodiments, three can be also other shapes, as long as meet above-mentioned volume magnitude relationship.
B component rectification road 4 comprises the B component one-level runner 12, B component advection road 13, the B component secondary runner 14 that are communicated with successively, and three's volume magnitude relationship is: B component one-level runner 12>B component secondary runner 14>B component advection road 13.Be communicated with successively and refer to that B component glue is introduced into B component one-level runner 12, enters B component advection road 13 again, enters B component secondary runner 14 afterwards.The above-mentioned relation of three's volume size, because when B component glue enters B component one-level runner 12, glue glue amount is larger and glue speed unstable, the volume of B component one-level runner 12 is maximum, so not only temporarily can save glue, and the effect that can buffering played to B component glue, slow down; B component glue enters the minimum B component advection road 13 of volume by B component one-level runner 12 again, now B component advection road 13 can play the effect of buffering, deceleration further to B component glue, simultaneously due to narrower, the small volume in B component advection road 13, so B component advection road 13 can also play the effect of obvious adjust flux and flow velocity; B component glue enters volume B component secondary runner 14 placed in the middle by B component advection road 13 again, the effect that B component secondary runner 14 plays buffering to B component glue further, slows down, B component secondary runner 14 also plays the storage glue effect before finally discharging B component glue simultaneously, be beneficial to the stable of gel quantity, be more conducive to continuous plastic emitting.Preferably, the cross section semicircular in shape of B component one-level runner 12, the cross section in B component advection road 13 is elongated, the cross section of B component secondary runner 14 is that class is oval; Certainly, in certain embodiments, three can be also other shapes, as long as meet above-mentioned volume magnitude relationship.
In certain embodiments, component A rectification road 3 and B component rectification road 4 all can also offer steam vent, the delay of runner inner air can be prevented like this, be beneficial to and discharge runner inner air in time.Other are identical with the present embodiment.
Further, core body 2 comprises fixture 15 and core flow entire body 16, the other end of one end of fixture 15 and one-level runner body 1 Joint, fixture 15 and core flow entire body 16 Joint.Above-mentioned affixed mode can be realized by the affixed mode that screw or welding etc. are conventional.Fixture 15 should form good hermetically-sealed construction with one end of one-level runner body 1 Joint.Component A rectification road 3 and B component rectification road 4 lay respectively at the both sides of fixture 15.Core flow entire body 16 away from the shape of the end of fixture 15, should with the mating shapes of above-mentioned two gum outlets, the gum outlet of above-mentioned two gum outlets and component A plastic emitting passage 6 and the gum outlet of B component plastic emitting passage 8.
In order to regulate the size of gel quantity, control the thickness of each layer glue in double-layer glue water-bound, and the final proportioning controlling component A glue and B component glue, two component application head also comprises:
Component A glue quantity regulating device 17, for regulating component A plastic emitting passage 6 to regulate gel quantity, component A glue quantity regulating device 17 is located between one-level runner body 1 and component A secondary runner body 5;
B component glue quantity regulating device 18, for regulating B component plastic emitting passage 8 to regulate gel quantity, B component glue quantity regulating device 18 is located between one-level runner body 1 and B component secondary runner body 7.
By component A glue quantity regulating device 17, the size of the gum outlet of component A plastic emitting passage 6 can be regulated, thus control the gel quantity of the component A glue flowed out by the gum outlet of component A plastic emitting passage 6, certainly be obviously understandable that, the gel quantity of component A glue is large, then in double-layer glue water-bound, the layer thickness of component A glue is just large, otherwise just little.
By B component glue quantity regulating device 18, the size of the gum outlet of B component plastic emitting passage 8 can be regulated, thus control the gel quantity of the B component glue flowed out by the gum outlet of B component plastic emitting passage 8, certainly be obviously understandable that, the gel quantity of B component glue is large, then in double-layer glue water-bound, the layer thickness of B component glue is just large, otherwise just little.
Be in two component application head external mix due to component A glue and B component glue and be the mixing between layers by double-layer glue water-bound, therefore the proportioning of component A glue and B component glue is achieved the goal by the thickness of layer, and namely proportioning amounts to into Thickness ratio.Be beneficial to like this and precisely control proportioning, the problem that runner solidifies can be avoided, high-quality glue can be carried out.
Further:
Component A glue quantity regulating device 17 comprises the first fixed block 19 and the first set screw 20, first fixed block 19 and component A secondary runner body 5 Joint, and the first fixed block 19 and one-level runner body 1 are slidably connected, the first set screw 20 is arranged on one-level runner body 1 and the first set screw 20 is threaded with the first fixed block 19; By the pine or tight of the first set screw 20, the size in the gap between component A secondary runner body 5 and core flow entire body 16 can be regulated, namely the size of component A plastic emitting passage 6 is regulated, the size of the gel quantity of the component A glue that the gum outlet of component A plastic emitting passage 6 can be regulated like this to discharge.
B component glue quantity regulating device 18 comprises the second fixed block 21 and the second set screw 22, second fixed block 21 and B component secondary runner body 7 Joint, and the second fixed block 21 and one-level runner body 1 are slidably connected, the second set screw 22 is arranged on one-level runner body 1 and the second set screw 22 is threaded with the second fixed block 21.By the pine or tight of the second set screw 22, the size in the gap between B component secondary runner body 7 and core flow entire body 16 can be regulated, namely the size of B component plastic emitting passage 8 is regulated, the size of the gel quantity of the B component glue that the gum outlet of B component plastic emitting passage 8 can be regulated like this to discharge.
In the present embodiment, one-level runner body 1 also offers two glue-feeders, two glue-feeders are connected with B component rectification road 4 with component A rectification road 3 respectively.Further, first glue-feeder is connected with component A one-level runner 9, and second glue-feeder is connected with B component one-level runner 12.
The present embodiment also provides a kind of two component gluing system, comprises above-mentioned two component application heads.Certainly, two component gluing system can also comprise conventional feeding system etc.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., all should be included within protection domain of the present utility model.
Claims (10)
1. a two component application head, is characterized in that, comprising:
One-level runner body (1), its inside is formed with cavity;
Core body (2), be arranged in described cavity, and be formed with isolated component A rectification road (3) and B component rectification road (4) between the outer wall of described core body (2) one end and described one-level runner body (1) Joint, described core body (2) other end and the inwall of described one-level runner body (1);
Component A secondary runner body (5), be located at described component A rectification road (3) side, and be connected with described one-level runner body (1), be formed with the component A plastic emitting passage (6) with described component A rectification road (3) phase admittance between described component A secondary runner body (5) with described core body (2);
B component secondary runner body (7), be located at described B component rectification road (4) side, and be connected with described one-level runner body (1), be formed with the B component plastic emitting passage (8) with described B component rectification road (4) phase admittance between described B component secondary runner body (7) with described core body (2);
The gum outlet of described component A plastic emitting passage (6) and the gum outlet height of described B component plastic emitting passage (8) interlock and establish, and make the glue that above-mentioned two gum outlets flow out form double-layer glue water-bound.
2. according to claim 1 pair of component application head, it is characterized in that, described component A rectification road (3) comprises the component A one-level runner (9), component A advection road (10), the component A secondary runner (11) that are communicated with successively, and three's volume magnitude relationship is: component A one-level runner (9) >A component secondary runner (11) >A component advection road (10).
3. according to claim 2 pair of component application head, it is characterized in that, described B component rectification road (4) comprises the B component one-level runner (12), B component advection road (13), the B component secondary runner (14) that are communicated with successively, and three's volume magnitude relationship is: B component one-level runner (12) >B component secondary runner (14) >B component advection road (13).
4. according to claim 2 pair of component application head, is characterized in that, the cross section semicircular in shape of described component A one-level runner (9).
5. according to claim 3 pair of component application head, is characterized in that, the cross section semicircular in shape of described B component one-level runner (12).
6. according to claim 1 pair of component application head, it is characterized in that, described core body (2) comprises fixture (15) and core flow entire body (16), the other end of one end of described fixture (15) and described one-level runner body (1) Joint, described fixture (15) and described core flow entire body (16) Joint.
7. according to claim 1 pair of component application head, is characterized in that, described pair of component application head also comprises:
Component A glue quantity regulating device (17), for regulating described component A plastic emitting passage (6) to regulate gel quantity, described component A glue quantity regulating device (17) is located between described one-level runner body (1) and described component A secondary runner body (5);
B component glue quantity regulating device (18), for regulating described B component plastic emitting passage (8) to regulate gel quantity, described B component glue quantity regulating device (18) is located between described one-level runner body (1) and described B component secondary runner body (7).
8. according to claim 7 pair of component application head, is characterized in that:
Described component A glue quantity regulating device (17) comprises the first fixed block (19) and the first set screw (20), described first fixed block (19) and described component A secondary runner body (5) Joint, and described first fixed block (19) and described one-level runner body (1) are slidably connected, described first set screw (20) is arranged in upper and described first set screw (20) of described one-level runner body (1) and is threaded with described first fixed block (19);
Described B component glue quantity regulating device (18) comprises the second fixed block (21) and the second set screw (22), described second fixed block (21) and described B component secondary runner body (7) Joint, and described second fixed block (21) and described one-level runner body (1) are slidably connected, described second set screw (22) is arranged in upper and described second set screw (22) of described one-level runner body (1) and is threaded with described second fixed block (21).
9. according to claim 1 pair of component application head, it is characterized in that, described one-level runner body (1) also offers two glue-feeders, and described two glue-feeders are connected with described B component rectification road (4) with described component A rectification road (3) respectively.
10. a two component gluing system, is characterized in that, comprises the arbitrary described two component application heads of the claims 1-9.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420812567.4U CN204564460U (en) | 2014-12-19 | 2014-12-19 | Two component application head and use two component gluing systems of this pair of component application head |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420812567.4U CN204564460U (en) | 2014-12-19 | 2014-12-19 | Two component application head and use two component gluing systems of this pair of component application head |
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| CN204564460U true CN204564460U (en) | 2015-08-19 |
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|---|---|---|---|
| CN201420812567.4U Withdrawn - After Issue CN204564460U (en) | 2014-12-19 | 2014-12-19 | Two component application head and use two component gluing systems of this pair of component application head |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104437979A (en) * | 2014-12-19 | 2015-03-25 | 深圳市轴心自控技术有限公司 | Two-component coating head and two-component coating system using same |
| CN107597223A (en) * | 2017-09-30 | 2018-01-19 | 李让凯 | A kind of chemical industry neutrality viscosity impregnating adhesive examines injection device |
-
2014
- 2014-12-19 CN CN201420812567.4U patent/CN204564460U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104437979A (en) * | 2014-12-19 | 2015-03-25 | 深圳市轴心自控技术有限公司 | Two-component coating head and two-component coating system using same |
| CN104437979B (en) * | 2014-12-19 | 2017-07-25 | 深圳市轴心自控技术有限公司 | Two-component is coated head and the two-component coating system of head is coated using the two-component |
| CN107597223A (en) * | 2017-09-30 | 2018-01-19 | 李让凯 | A kind of chemical industry neutrality viscosity impregnating adhesive examines injection device |
| CN107597223B (en) * | 2017-09-30 | 2020-10-02 | 李让凯 | Chemical neutral viscosity infiltration glue inspection injection device |
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Granted publication date: 20150819 Effective date of abandoning: 20170725 |