CN102553510A - Glass reactor device - Google Patents
Glass reactor device Download PDFInfo
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- CN102553510A CN102553510A CN2010106012042A CN201010601204A CN102553510A CN 102553510 A CN102553510 A CN 102553510A CN 2010106012042 A CN2010106012042 A CN 2010106012042A CN 201010601204 A CN201010601204 A CN 201010601204A CN 102553510 A CN102553510 A CN 102553510A
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- kettle
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- agitator
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Abstract
The invention discloses a glass reactor device, which comprises a reactor body, a reactor cover arranged on the opening of the reactor body, a bracket arranged on one side of the reactor body and the reactor cover, a motor arranged on the reactor cover and a mixer arranged in the reactor body. The motor is connected with the mixer through a coupling. The glass reactor device is characterized in that the outer wall of the reactor body is provided with a hoop rack, and the hoop rack is tightly connected with the outer wall of the reactor body and is connected with the bracket in a rotating way. In addition to the opening on the top part of the reactor body, the lower part and the bottom of the reactor is provided with no discharging port, materials are poured out through the opening on the top part of the reactor body, and thus the material leakage and dead zones in the reactor can be avoided. The invention has the advantages that no dead zone is formed in the reactor body, material leakage cannot be caused, and the device can be cleaned and operated conveniently.
Description
Technical field
The present invention relates to a kind of agitated reactor, relate in particular to a kind of mixing of materials stir, non-leakage and be easy to the glass reaction kettle device dismantling and clean.
Background technology
The glass reaction still can be observed phenomenon and the state in the entire reaction course easily, intuitively, and has the corrosion resistant superior function of acid-fast alkali-proof, is widely used in the scientific experiment of various chemical reactions and the production of chemical products.But; Existing glass agitated reactor device is guaranteeing temperature identity, is reacting uniformity, is unpicking and washing also to exist on the convenience for washing property and be short of; Main cause is that the glass autoclave body bottom has discharging opening, has the dead band between discharging opening inner wall of kettle and the bleeder valve top; Cause that material is difficult for mixing in the dead band, influence reaction effect.Because of material is different, the coefficient of expansion is different between kettle discharging opening inwall and the discharging valve body, the unavoidable slit that produces when variations in temperature, and in use, liquid material can leak into outside the kettle when serious along this slit infiltration in the still; Even non-leakage outside kettle, the concavo-convex interior dead band of still of also having caused between bleeder valve and the inner wall of kettle causes mixing of materials uneven.And, when the high viscosity materials material passes through this bleeder valve discharging, can partly stay in the bleeder valve, cause each parts of bleeder valve and kettle and bleeder valve to be sticked together, be difficult to dismounting and cleaning.
Publication number is CN 201445955U, comprises kettle and kettle cover for the Chinese patent document of 2010.5.5 discloses a kind of glass reaction still in open day, and kettle cover is provided with charging aperture, and autoclave body bottom is provided with discharging opening, and discharge port end is provided with bleeder valve.Publication number is CN 201239622; The agitated reactor top was provided with charging aperture for the Chinese patent document of 2009.5.20 discloses a kind of multi-functional double-layer glass reaction kettle device in open day, and the bottom is provided with discharging opening; Be provided with the screw pump of band helical blade in the central authorities of agitated reactor; Outside screw pump, be socketed with the filter screen of band filter opening, be provided with the switch window in the upper end of screw pump, described switch window is made up of two semicircular flexure strips; Described switch window is set on the turning cylinder, is inclined in the upper end of screw pump; The spacing of helical blade is between the 2-5mm, and the filter opening aperture is between the 0.2-1mm.One patent disclosed agitated reactor in back increases on assurance temperature identity, reaction uniformity.But because prior art is to adopt kettle bottom or bottom that the mode that discharging opening carries out blowing is set, have following problem: between discharging opening and the bleeder valve slit is arranged, in use, liquid material can leak into outside the kettle when serious along this slit infiltration in the still; Even non-leakage outside kettle, also caused dead band in the still, cause mixing of materials uneven.When the high viscosity materials material passes through discharge hole for discharge, can stay in the bleeder valve, cause each parts of bleeder valve and kettle and bleeder valve to be sticked together, be difficult to dismounting and cleaning.In addition, the problem that also exists the material in the bleeder valve as in the kettle, not heat or to cool off.
Summary of the invention
The present invention is intended to the problem that causes dead band, material seepage and bleeder valve to be difficult to disassembly, cleaning easily to prior art still inner bottom part, provides a kind of and eliminates the dead band, guarantees that the mixing of materials reaction is even, non-leakage and be easy to the glass reaction kettle device dismantling and clean.The present invention has no dead band, non-leakage, the disassembly, cleaning convenience operation of material in the kettle.
In order to realize the foregoing invention purpose, the technical scheme that the present invention adopts is:
The glass reaction kettle device comprises kettle, kettle cover, support, and kettle cover is positioned at kettle mouth top; Be positioned at the motor of kettle cover top; Be positioned at the agitator of kettle, motor is connected with agitator through shaft coupling, and it is characterized in that: said kettle outer wall is provided with spider; Spider closely is connected with the kettle outer wall, and spider and support are rotationally connected.
Said support is provided with lowering or hoisting gear, and lowering or hoisting gear and support are slidingly connected, and said lowering or hoisting gear and spider are rotationally connected.
Said kettle cover is fixedly connected with support top.
Said lowering or hoisting gear comprises lifting handle, lifter wheel and lifter rack, lifter wheel and lifter rack engagement, and lifter rack is embedded on the support.
Said spider and lowering or hoisting gear are formed by axle sleeve, axle core and positioning and locking screw rod and are rotationally connected.
Said spider and lowering or hoisting gear are formed by axle sleeve, axle core and worm gear, worm screw and are rotationally connected.
The glass reaction kettle device comprises kettle, kettle cover, support, and kettle cover is positioned at kettle mouth top; Fix through locking jaw with the kettle mouth, be positioned at the motor of kettle cover top, be positioned at the agitator of kettle; Motor is connected with agitator through shaft coupling, and it is characterized in that: said kettle is detachable the connection with kettle cover, and said kettle outer wall is provided with retainer plate; Retainer plate closely is connected with the kettle outer wall, and retainer plate is fixedly connected with support.
Said kettle cover is provided with feeder, Pressure gauge, thermometer socket, bleeding point, condenser, and said feeder, Pressure gauge, thermometer socket, bleeding point and condenser all communicate with the kettle inner chamber.
Be provided with groove in the said kettle cover, be provided with sealing ring in the groove.
During use, by technological requirement dropwise reaction material in kettle, the control reaction condition reacts.Reaction finishes when needing to take out material, at first lays down the locking jaw on the kettle, rotates lifting handle and falls kettle, takes shaft coupling apart and unloads agitator; Turn the positioning and locking screw rod then counterclockwise, make axle sleeve loosening, pull the just rotatable kettle of positioning and locking screw rod, pour out material with the axle core; After finishing, the kettle that resets turns the positioning and locking screw rod clockwise; Load onto agitator then, rise kettle and kettle cover and close up, load onto locking jaw and fix.When dismantling kettle; At first the locking jaw on the kettle is laid down; Rotate lifting handle and fall kettle, take shaft coupling apart and unload agitator, turn counterclockwise then the positioning and locking screw rod a few; Make the positioning and locking screw head withdraw from the locating slot on the core, just can kettle be connected spider and axle sleeve and withdraw from along an axle core together and unload.Dismounting and cleaning are all quite convenient.
Beneficial effect of the present invention mainly shows the following aspects:
One, kettle is except the opening at kettle top, and the equal zero discharge mouth in kettle bottom and bottom has been avoided dead band in material from leakage and the still.
Two, lowering or hoisting gear is set on support, can very easily kettle be moved up and down, constitute rotating the connection between kettle and the lowering or hoisting gear; When will take out material; Through pulling the just rotatable kettle of positioning and locking screw rod, kettle is tilted, pour out material from the opening at kettle top.Convenient to operation.
Three, adopt kettle cover to be connected with kettle is detachable; Can kettle cover for convenience detach; The fixedly retainer plate of kettle is set on support, can easily kettle be taken out in retainer plate, when needs take out material; Material can be poured out from the opening at kettle top at an easy rate, and discharging, dismounting and cleaning are all quite convenient.
Four, agitator fully stirs material, makes the interior material reaction of kettle abundant, and when adding thermal material, material is heated evenly.
Description of drawings
Fig. 1 is a structural representation of the present invention
Fig. 2 is an embodiment of the invention structural representation
Fig. 3 is an embodiment of the invention structural representation
Fig. 4 is an embodiment of the invention structural representation
Fig. 5 is an embodiment of the invention structural representation
Fig. 6 is an embodiment of the invention structural representation
Fig. 7 is an embodiment of the invention structural representation
Fig. 8 is an embodiment of the invention structural representation
Fig. 9 is the kettle cover structural representation
Figure 10 is an embodiment of the invention user mode structural representation
Mark among the figure: 1, kettle, 2, kettle cover, 3, support, 4, motor, 5, agitator, 6, shaft coupling, 7, spider; 8, lowering or hoisting gear, 9, lifting handle, 10, lifter wheel, 11, lifter rack, 12, axle sleeve, 13, the axle core; 14, positioning and locking screw rod, 15, worm gear, 16, worm screw, 17, locking jaw, 18, retainer plate, 19, feeder; 20, Pressure gauge, 21, the thermometer socket, 22, bleeding point, 23, condenser, 24, groove, 25, sealing ring.
The specific embodiment
As shown in Figure 1, the glass reaction kettle device comprises kettle 1, is positioned at kettle cover 2, the support 3 of kettle mouth top, is positioned at the motor 4 of kettle cover 2 tops, is positioned at the agitator 5 of kettle 1, the spider 7 of kettle 1 outer wall.Motor 4 output shafts are positioned at kettle cover 2, are connected with the agitator that is positioned at kettle 15 through shaft coupling 6.Spider 7 closely is connected with kettle 1 outer wall, and spider 7 forms through axle sleeve 12, axle core 13 and positioning and locking screw rod 14 with support 3 and is rotationally connected.Material is poured out from the opening at kettle 1 top.
During use, in kettle 1, add reaction mass by technological requirement, the control reaction condition reacts.Reaction finishes in the time of need distinguishing out material, at first opens kettle cover 2, takes shaft coupling 6 apart and unloads agitator 5, rotates kettle 1, pours out material, and kettle 1 resets after finishing.Dismounting and cleaning are all quite convenient.
As shown in Figure 2, the glass reaction kettle device comprises kettle 1, is positioned at kettle cover 2, the support 3 of kettle mouth top, is positioned at the motor 4 of kettle cover 2 tops, is positioned at the agitator 5 of kettle 1, is positioned at the spider 7 of kettle 1 outer wall, and support 3 is provided with lowering or hoisting gear 8.Motor 4 output shafts are positioned at kettle cover 2, are connected with the agitator that is positioned at kettle 15 through shaft coupling 6.Kettle 1 outer wall is provided with spider 7, and spider 7 closely is connected with kettle 1 outer wall.Lowering or hoisting gear 8 is slidingly connected with support 3, and lowering or hoisting gear 8 comprises lifting handle 9, lifter wheel 10 and lifter rack 11, lifter wheel 10 and lifter rack 11 engagements, and lifter rack 11 is embedded on support 3 outer walls.Spider 7 is formed by axle sleeve 12, axle core 13 and positioning and locking screw rod 14 with lowering or hoisting gear 8 and is rotationally connected.Material is poured out from the opening at kettle 1 top.
During use, in kettle 1, add reaction mass by technological requirement, the control reaction condition reacts.Reaction finishes when needing to take out material, at first opens kettle cover 2, rotates lifting handle 9 and falls kettle 1; Take shaft coupling 6 apart and unload agitator 5, turn positioning and locking screw rod 14 then counterclockwise, make axle sleeve 12 loosening with axle core 13; Pull positioning and locking screw rod 14 just rotatable kettlies 1, pour out material, after finishing, kettle 1 resets; Turn positioning and locking screw rod 14 clockwise, load onto agitator 5 then, rise kettle 1 and close up with kettle cover 2.Dismounting and cleaning are all quite convenient.
As shown in Figure 3, the glass reaction kettle device comprises kettle 1, is positioned at kettle cover 2, the support 3 of kettle mouth top, is positioned at the motor 4 of kettle cover 2 tops, is positioned at the agitator 5 of kettle 1, is positioned at the spider 7 of kettle 1 outer wall, and support 3 is provided with lowering or hoisting gear 8.Kettle cover 2 is fastening through locking jaw 17 with the kettle mouth, and kettle cover 2 is fixed together with motor 4, is fixedly connected with support 3 tops through motor 4.Motor 4 output shafts are positioned at kettle cover 2, are connected with the agitator that is positioned at kettle 15 through shaft coupling 6.Spider 7 closely is connected with kettle 1 outer wall.Lowering or hoisting gear 8 is slidingly connected with support 3, and said lowering or hoisting gear 8 comprises lifting handle 9, lifter wheel 10 and lifter rack 11, lifter wheel 10 and lifter rack 11 engagements, and lifter rack 11 is embedded on support 3 outer walls.Spider 7 is formed by axle sleeve 12, axle core 13 and positioning and locking screw rod 14 with lowering or hoisting gear 8 and is rotationally connected.Material is poured out from the opening at kettle 1 top.
During use, in kettle 1, add reaction mass by technological requirement, the control reaction condition reacts.Reaction finishes when needing to take out material, at first lays down the locking jaw 17 on the kettle 1, rotates lifting handle 9 and falls kettle 1, takes shaft coupling 6 apart and unloads agitator 5; Turn positioning and locking screw rod 14 then counterclockwise, make axle sleeve 12 loosening, pull positioning and locking screw rod 14 just rotatable kettlies 1, pour out material with axle core 13; After finishing, the kettle 1 that resets turns positioning and locking screw rod 14 clockwise; Load onto agitator 5 then, rise kettle 1 and close up with kettle cover 2, it is fixing to load onto locking jaw 17.Dismounting and cleaning are all quite convenient.
Like Fig. 4 and shown in Figure 9, the glass reaction kettle device comprises kettle 1, is positioned at the kettle cover 2 of kettle mouth top, and support 3 is positioned at the motor 4 of kettle cover 2 tops, is positioned at the agitator 5 of kettle 1, is positioned at the spider 7 of kettle 1 outer wall, and support 3 is provided with lowering or hoisting gear 8.Be provided with groove 24 in the kettle cover 2; Sealing ring 25 is arranged in the groove 24; Kettle cover 2 is provided with feeder 19, Pressure gauge 20, thermometer socket 21, bleeding point 22, condenser 23, and said feeder 19, Pressure gauge 20, thermometer socket 21, bleeding point 22 and condenser 23 all communicate with kettle 1 inner chamber.Kettle cover 2 is fastening through locking jaw 17 with the kettle mouth, and kettle cover 2 is fixed together with motor 4, is fixedly connected with support 3 tops through motor 4.Motor 4 output shafts are positioned at kettle cover 2, are connected with the agitator that is positioned at kettle 15 through shaft coupling 6.Spider 7 closely is connected with kettle 1 outer wall, and lowering or hoisting gear 8 is slidingly connected with support 3, and said lowering or hoisting gear 8 comprises lifting handle 9, lifter wheel 10 and lifter rack 11, lifter wheel 10 and lifter rack 11 engagements, and lifter rack 11 is embedded on support 3 outer walls.Spider 7 is formed and is rotationally connected by axle sleeve 12, axle core 13 and worm gear 15, worm screw 16 with lowering or hoisting gear 8.Material is poured out from the opening at kettle 1 top.
During use, by technological requirement dropwise reaction material in kettle 1, the control reaction condition reacts.Reaction finishes when needing to take out material, at first lays down the locking jaw 17 on the kettle 1, rotates lifting handle 9 and falls kettle 1; Take shaft coupling 6 apart and unload agitator 5; Pull location worm gear 15 just rotatable kettlies 1 then, pour out material, the kettle 1 that resets after finishing, dismounting and cleaning are all quite convenient.
Like Fig. 5 and shown in Figure 9, the glass reaction kettle device comprises kettle 1, is positioned at the kettle cover 2 of kettle mouth top, support 3, and kettle cover 2 is fixed together with motor 4, is fixedly connected with support 3 tops through motor 4.Be positioned at the motor 4 of kettle cover 2 tops, be positioned at the agitator 5 of kettle 1, be positioned at the spider 7 of kettle 1 outer wall, support 3 is provided with lowering or hoisting gear 8.Be provided with groove 24 in kettle cover 2 and the end face that the kettle mouth contacts; Sealing ring 25 is arranged in the groove 24; Kettle cover 2 is provided with feeder 19, Pressure gauge 20, thermometer socket 21, bleeding point 22, condenser 23, and said feeder 19, Pressure gauge 20, thermometer socket 21, bleeding point 22 and condenser 23 all communicate with kettle 1 inner chamber.Motor 4 output shafts are positioned at kettle cover 2, are connected with the agitator that is positioned at kettle 15 through shaft coupling 6.Spider 7 closely is connected with kettle 1 outer wall; Support 3 is provided with lowering or hoisting gear 8, and lowering or hoisting gear 8 is slidingly connected with support 3, and said lowering or hoisting gear 8 comprises lifting handle 9, lifter wheel 10 and lifter rack 11; Lifter wheel 10 and lifter rack 11 engagements, lifter rack 11 is embedded on support 3 outer walls.Spider 7 is formed by axle sleeve 12, axle core 13 and positioning and locking screw rod 14 with lowering or hoisting gear 8 and is rotationally connected.Material is poured out from the opening at kettle 1 top.
During use, by technological requirement dropwise reaction material in kettle 1, the control reaction condition reacts.Reaction finishes when needing to take out material, at first lays down the locking jaw 17 on the kettle 1, rotates lifting handle 9 and falls kettle 1, takes shaft coupling 6 apart and unloads agitator 5; Turn positioning and locking screw rod 14 then counterclockwise, make axle sleeve 12 loosening, pull positioning and locking screw rod 14 just rotatable kettlies 1, pour out material with axle core 13; After finishing, the kettle 1 that resets turns positioning and locking screw rod 14 clockwise; Load onto agitator 5 then, rise kettle 1 and close up with kettle cover 2, it is fixing to load onto locking jaw 17.When dismantling kettle 1; At first the locking jaw on the kettle 1 17 is laid down; Rotate lifting handle 9 and fall kettle 1, take shaft coupling 6 apart and unload agitator 5, turn counterclockwise then positioning and locking screw rod 14 a few; Make positioning and locking screw rod 14 heads withdraw from the locating slot on the core 13, just can kettle 1 even spider 7 be withdrawed from along an axle core 13 with axle sleeve 12 together and unload.Dismounting and cleaning are all quite convenient.
As shown in Figure 6, the glass reaction kettle device comprises kettle 1, is positioned at the kettle cover 2 of kettle mouth top, and support 3 is positioned at the motor 4 of kettle cover 2 tops, is positioned at the agitator 5 of kettle 1, the retainer plate 18 of kettle 1 outer wall.Motor 4 is connected with agitator 5 through shaft coupling 6, and kettle 1 is detachable the connection with kettle cover 2.Retainer plate 18 closely is connected with kettle 1 outer wall, and retainer plate 18 is screwed with support 3 and is connected, and retainer plate 18 is two.
When needing to take out material, at first open kettle cover 2, take shaft coupling 6 apart, unload agitator 5, remove kettle cover 2 then, take out agitator 5, directly kettle 1 is taken out batch turning from retainer plate 18, reduction is installed by opposite program in the back that finishes.Dismounting and cleaning are all very convenient.
As shown in Figure 7, the glass reaction kettle device comprises kettle 1, is positioned at the kettle cover 2 of kettle mouth top, and support 3 is positioned at the motor 4 of kettle cover 2 tops, is positioned at the agitator 5 of kettle 1, the retainer plate 18 of kettle 1 outer wall.Kettle cover 2 is provided with feeder 19, Pressure gauge 20, thermometer socket 21, bleeding point 22, condenser 23, and said feeder 19, Pressure gauge 20, thermometer socket 21, bleeding point 22 and condenser 23 all communicate with kettle 1 inner chamber.Kettle cover 2 is fastening through locking jaw 17 with the kettle mouth.Motor 4 is connected with agitator 5 through shaft coupling 6, and kettle 1 is detachable the connection with kettle cover 2.Retainer plate 18 closely is connected with kettle 1 outer wall, and retainer plate 18 is screwed with support 3 and is connected, and retainer plate 18 is two.Material is poured out from the opening at kettle 1 top.
When needing to take out material, at first lay down the locking jaw 17 on the kettle 1, take shaft coupling 6 apart, unload agitator 5, remove kettle cover 2 then, take out agitator 5, directly kettle 1 is taken out batch turning from retainer plate 18, reduction is installed by opposite program in the back that finishes.Dismounting and cleaning are all very convenient.
As shown in Figure 8, the glass reaction kettle device comprises kettle 1, is positioned at the kettle cover 2 of kettle mouth top, and support 3 is positioned at the motor 4 of kettle cover 2 tops, is positioned at the agitator 5 of kettle 1.Kettle cover 2 is fixing through locking jaw 17 with the kettle mouth; Kettle cover 2 is provided with feeder 19, Pressure gauge 20, thermometer socket 21, bleeding point 22, condenser 23, and said feeder 19, Pressure gauge 20, thermometer socket 21, bleeding point 22 and condenser 23 all communicate with kettle 1 inner chamber.Motor 4 is connected with agitator 5 through shaft coupling 6, and kettle 1 is detachable the connection with kettle cover 2.Retainer plate 18 closely is connected with kettle 1 outer wall, and retainer plate 18 is screwed with support 3 and is connected, and retainer plate 18 is three.
When needing to take out material, at first lay down the locking jaw 17 on the kettle 1, take shaft coupling 6 apart, unload agitator 5, remove kettle cover 2 then, take out agitator 5, directly kettle 1 is taken out batch turning from retainer plate 18, reduction is installed by opposite program in the back that finishes.Dismounting and cleaning are all very convenient.
The invention is not restricted to the foregoing description, but all should fall within the claim protection domain of the present invention.
Claims (9)
1. glass reaction kettle device; Comprise that kettle (1), kettle cover (2), support (3), kettle cover (2) are positioned at kettle mouth top; Be positioned at kettle cover (2) top motor (4), be positioned at the agitator (5) of kettle (1), motor (4) passes through shaft coupling (6) and is connected with agitator (5), it is characterized in that: said kettle (1) outer wall is provided with spider (7); Spider (7) closely is connected with kettle (1) outer wall, and spider (7) is rotationally connected with support (3).
2. according to the said glass reaction kettle device of claim 1, it is characterized in that: said support (3) is provided with lowering or hoisting gear (8), and lowering or hoisting gear (8) is slidingly connected with support (3), and said lowering or hoisting gear (8) is rotationally connected with spider (7).
3. according to the said glass reaction kettle device of claim 1, it is characterized in that: said kettle cover (2) is fixedly connected with support (3) top.
4. according to the said glass reaction kettle device of claim 2; It is characterized in that: said lowering or hoisting gear (8) comprises lifting handle (9), lifter wheel (10) and lifter rack (11); Lifter wheel (10) and lifter rack (11) engagement, lifter rack (11) is embedded on the support (3).
5. according to the said glass reaction kettle device of claim 1, it is characterized in that: said spider (7) is formed by axle sleeve (12), axle core (13) and positioning and locking screw rod (14) with lowering or hoisting gear (8) and is rotationally connected.
6. according to the said glass reaction kettle device of claim 1, it is characterized in that: said spider (7) is formed and is rotationally connected by axle sleeve (12), axle core (13) and worm gear (15), worm screw (16) with lowering or hoisting gear (8).
7. the glass reaction kettle device comprises kettle (1), kettle cover (2), support (3), and kettle cover (2) is positioned at kettle mouth top; Fixing with the kettle mouth through locking jaw (17); Be positioned at the motor (4) of kettle cover (2) top, be positioned at the agitator (5) of kettle (1), motor (4) is connected with agitator (5) through shaft coupling (6); It is characterized in that: said kettle (1) is detachable the connection with kettle cover (2); Said kettle (1) outer wall is provided with retainer plate (18), and retainer plate (18) closely is connected with kettle (1) outer wall, and retainer plate (18) is fixedly connected with support (3).
8. according to claim 1 or 7 said glass reaction kettle devices; It is characterized in that: said kettle cover (2) is provided with feeder (19), Pressure gauge (20), thermometer socket (21), bleeding point (22), condenser (23), and said feeder (19), Pressure gauge (20), thermometer socket (21), bleeding point (22) and condenser (23) all communicate with kettle (1) inner chamber.
9. according to claim 1 or 7 said glass reaction kettle devices, it is characterized in that: be provided with groove (24) in the said kettle cover (2), be provided with sealing ring (25) in the groove (24).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010106012042A CN102553510A (en) | 2010-12-23 | 2010-12-23 | Glass reactor device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010106012042A CN102553510A (en) | 2010-12-23 | 2010-12-23 | Glass reactor device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102553510A true CN102553510A (en) | 2012-07-11 |
Family
ID=46400910
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010106012042A Withdrawn CN102553510A (en) | 2010-12-23 | 2010-12-23 | Glass reactor device |
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| Country | Link |
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| CN (1) | CN102553510A (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103071440A (en) * | 2013-02-19 | 2013-05-01 | 郑州长城科工贸有限公司 | Glass reaction kettle |
| CN103182287A (en) * | 2013-03-27 | 2013-07-03 | 陆黄祥 | Glass reaction kettle |
| CN103240047A (en) * | 2013-05-08 | 2013-08-14 | 黄山加佳荧光材料有限公司 | Fluorescent material polymerization reaction electromagnetism heating system |
| CN106378086A (en) * | 2016-11-02 | 2017-02-08 | 安佐化学有限公司 | Acrylate adhesive production equipment |
| CN106390884A (en) * | 2016-11-02 | 2017-02-15 | 安佐化学有限公司 | Positioning device for acrylate adhesive reaction kettle |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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| CN106378086A (en) * | 2016-11-02 | 2017-02-08 | 安佐化学有限公司 | Acrylate adhesive production equipment |
| CN106390884A (en) * | 2016-11-02 | 2017-02-15 | 安佐化学有限公司 | Positioning device for acrylate adhesive reaction kettle |
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Application publication date: 20120711 |