CN205269588U - Reation kettle with activity import and shock insulation foot - Google Patents
Reation kettle with activity import and shock insulation foot Download PDFInfo
- Publication number
- CN205269588U CN205269588U CN201521045846.3U CN201521045846U CN205269588U CN 205269588 U CN205269588 U CN 205269588U CN 201521045846 U CN201521045846 U CN 201521045846U CN 205269588 U CN205269588 U CN 205269588U
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- Prior art keywords
- shock insulation
- insulation foot
- ring
- charging aperture
- reactor
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Abstract
The utility model relates to a reation kettle. A reation kettle with activity import and shock insulation foot, including container and agitator, the entrance point butt joint of feed inlet has the switching -over pipe, the switching -over pipe is sealed together articulated with the cooperation of feed inlet sphere, the switching -over pipe through the puller bolt with the feed inlet rigid coupling together, the container is equipped with the shock insulation foot, the shock insulation foot includes that upper segment and last pot head establish the hypomere at the upper segment lower extreme, be equipped with the damping spring who supports the upper segment in the hypomere, the upper end of upper segment is equipped with the go -between, wear to be equipped with the inner ring in the go -between, the inner ring links together with the go -between through the rubber ring, the connecting pin of connecting in the container is worn to be equipped with by the inner ring. The utility model provides a big and the effectual reation kettle with activity import and shock insulation foot of shock insulation of switching -over scope has solved present reation kettle and can not adjust to with the trend of inlet pipe in the orientation of feed inlet and need the problem that it is poor with the shock insulation effect that the preparation elbow commutates under the same circumstances.
Description
Technical field
This utility model relates to reactor, particularly relates to a kind of reactor being provided with activity import and shock insulation foot.
Background technology
Reactor is the container for physically or chemically reacting, by the structural design of container and parameter configuration, it is achieved the mixture function of the heating of technological requirement, evaporation, cooling and low high speed. Reactor is made up of kettle, kettle cover, chuck, agitator, actuating device, gland seal device, supporting etc. and constitutes, and is provided with charging aperture and discharging opening in the container that kettle and kettle cover are constituted.
Deficiency below existing reactor ubiquity: the direction of charging aperture is changeless, use procedure when the direction of charging aperture with feed pipe when moving towards inconsistent, then need to make elbow to carry out commutating to realize being docking together feed pipe and charging aperture, therefore bad adaptability; Isolating affection is poor.
Utility model content
This utility model provides the activity that the is provided with import and the reactor of shock insulation foot that a kind of margin of commutation is big and isolating affection is good, solves the problem that existing reactor needs making elbow to carry out commutation and isolating affection difference when the direction of charging aperture can not adjust identical with the trend of feed pipe.
More than technical problem is that and solved by following technical proposal: a kind of reactor being provided with activity import and shock insulation foot, including container and agitator, described agitator includes rotating shaft and is connected to the stirring vane of rotating shaft, described container is provided with charging aperture, the entrance point of described charging aperture is to being connected to reversing tube, described reversing tube seals hinged with described charging aperture mating spherical surfaces, described reversing tube is fixed together with described charging aperture by puller bolt, described container is provided with shock insulation foot, described shock insulation foot includes epimere and upper end is set in the hypomere of epimere lower end, the damping spring supporting described epimere it is provided with in hypomere, the upper end of described epimere is provided with connection ring, it is equipped with internal ring in described connection ring, described internal ring is linked together with described connection ring by rubber ring, described internal ring is equipped with the connecting pin being connected to described container. during use, being supported on the ground by fridge by shock insulation foot, the vibrations of generation need to transmit through shock insulation foot, and this structure of shock insulation foot has antihunt action, so that the vibrations produced are not easy transmission. internal ring and connection ring are connected by rubber ring, connect ring and are not easy to be deformed, and deformation results from internal ring more, so having only to after deformation change internal ring. during connection, rotate puller bolt and unclamp the pressing fixation to reversing tube, then it is docking together with feed pipe to the entrance point of reversing tube according to the direction of charging aperture and the direction relations of feed pipe, the rotation reversing tube docked with charging aperture, then rotating backward puller bolt again, puller bolt is pressed on reversing tube thus realizing the fixing of reversing tube and charging aperture.
As preferably, described rubber ring is provided with several along the circumferentially distributed blind hole of rubber ring, described blind hole is arranged at inner peripheral surface or the outer peripheral face of described rubber ring, described blind hole is provided with division board, described blind hole is divided into radially-arranged two cavitys along rubber ring by described division board, described division board is communicated with the main friction passage of said two cavity, it is provided with friction plate in described main friction passage, described friction plate is equipped with the friction lever that can radially slide along rubber ring, described friction lever is provided with a friction passage, the opening of described blind hole is stamped the elastomeric cap arched upward inside blind hole. isolating affection can be improved further. the shock insulation process of the technical program is: be filled in blind hole by liquid, when being given a shock, reciprocal radial displacement can be produced between internal ring and connection ring, this displacement can cause when blind hole deforms, blind hole deformation and drive the flowing back and forth between inner chamber body and outer chamber of position liquid in the inner, the rocking of friction plate and friction lever, liquid flowing and friction plate and friction lever are rocked and in process, vibration energy are changed into heat energy and consume. if shake less and when being not enough to promote blind hole to deform, now only have rocking of liquid, during liquid sloshing, friction lever produces to rock and energy-absorbing, friction lever is set and can improve the Absorption to frequency low-amplitude vibrations, making this utility model be not only able to the vibration energy absorbing the vibration energy isolating high amplitude of vibration, can also absorbing low amplitude of vibration, therefore isolating affection is better. this structure enables to the blind hole of opposite side when the blind hole of side is squeezed and then produces diastole rather than pressurized or diastole simultaneously so that when the positive and negative amplitude of vibration interval of vibrations can both effectively shock-absorbing, shock-absorbing efficiency height.
As preferably, described shock insulation foot is provided with driving mechanism, and described internal ring is rotatably connected at described connection ring, and described driving mechanism for being converted to the one-directional rotation of internal ring by deciliter motion between epimere and hypomere. When being given a shock internal ring can one-directional rotation, thus avoiding internal ring to be impacted at a position for a long time such that it is able to being prevented effectively from interior annular strain, internal ring is indeformable, once connect ring be deformed, internal ring can also play repair connect ring effect. The problem that ring is easily deformed is connected thus effectively overcoming.
As preferably, described driving mechanism includes the ratchet of ratchet and driving pawl, and described ratchet is coaxially connected together with described internal ring; Described ratchet links together with described hypomere. Simple and practical.
As preferably, described ratchet is fixed in drive rod, and described ratchet is connected with described hypomere by described drive rod, and described drive rod is connected to the engagement spring driving described ratchet to be brought together on described ratchet. Reliability of Microprocessor is good.
As preferably, described epimere is provided with slide opening, and described drive rod can two dimension be slidably connected in described slide opening. Ratchet can be further easily made to carry out folding with ratchet, good reliability during one-directional rotation.
As preferably, described drive rod is provided with deposits hole, one end of described engagement spring be located in described in deposit in hole. Convenience when can improve reliability and connect.
This utility model also includes the sealing ring described reversing tube and charging aperture being sealed connected together, and is matched in clearance between described reversing tube and charging aperture. Can either ensure that junction does not leak, enable to again rotate during reversing tube easily laborsaving.
As preferably, described sealing ring is fixed in described charging aperture. Enabling to reversing tube when no matter turning to that angle, reversing tube and charging aperture can both be reliably sealed connected together by sealing ring.
As preferably, described reversing tube is provided with spherical connector, and described charging aperture inwall is provided with sphere pit, and described reversing tube is connected in described sphere pit hinged with charging aperture by described spherical connector. Compact conformation, connects reliable.
As preferably, the centrage of described interlocking screw is through the center of reversing tube and charging aperture mating surface. The damage to commutation tube-surface when briquetting is pressed on reversing tube surface can be reduced further.
This utility model has an advantage that by the hinged reversing tube of charging aperture, it is achieved that the direction of charging aperture is adjustable, it is possible to increase the reactor adaptability to installing space; Owing to charging aperture and reversing tube are that mating spherical surfaces carries out hinged, reversing tube and can carry out Three dimensional rotation, the margin of commutation of reversing tube is big, so that the better adaptability that reactor is to space; Arranging shock insulation foot to be supported, isolating affection is good.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of this utility model embodiment one.
Fig. 2 is the close-up schematic view at the A place of Fig. 1.
Fig. 3 is the section view enlarged diagram connecting ring in Fig. 1.
Fig. 4 is the close-up schematic view at the C place of Fig. 3.
Fig. 5 is the close-up schematic view at the D place of Fig. 4.
Fig. 6 is the close-up schematic view of the shock insulation foot in this utility model embodiment two.
In figure: container 1, charging aperture 12, sphere pit 13, reversing tube 2, spherical connector 21, the free end 22 of spherical connector, sealing ring 23, puller bolt 3, agitator 5, rotating shaft 51, stirring vane 52, motor 53, driving gear 54, driven gear 55, driving mechanism 6, ratchet 61, ratchet 62, drive rod 63, deposit hole 64, engagement spring 65, rubber ring 7, blind hole 71, inner chamber body 711, outer chamber 712, division board 72, elastomeric cap 73, main friction passage 75, friction plate 76, friction lever 77, axial end 771, groove 772, prop up friction passage 78, shock insulation foot 9, hypomere 91, mounting seat 911, epimere 92, connect ring 921, internal ring 922, connecting pin 923, slide opening 924, damping spring 93.
Detailed description of the invention
Below in conjunction with accompanying drawing and embodiment, this utility model is further described.
Embodiment one, referring to Fig. 1, a kind of reactor being provided with activity import and shock insulation foot, including container 1, reversing tube 2, puller bolt 3 and agitator 5.
Container 1 is provided with charging aperture 12.
Reversing tube 2 is docked at the entrance point of charging aperture 12. Reversing tube 2 is fixed together with charging aperture 12 by puller bolt 3.
Agitator 5 includes rotating shaft 51, stirring vane 52, motor 53, driving gear 54 and driven gear 55. Rotating shaft 51 is input in container 1. Rotating shaft 51 is rotationally connected with container 1. Rotating shaft 51 is vertically extending. Stirring vane 52 is connected to rotating shaft 51 and is positioned in the part of container. Stirring vane 52 is blade construction. Stirring vane 52 is welded in rotating shaft 51.
It is coaxial that driven gear 55 is fixed on the upper end of rotating shaft 51, driven gear 55 and rotating shaft 51. Driving gear 54 is arranged at the power output shaft of motor 53. Driving gear 54 meshes together with driven gear 55.
Container 1 is additionally provided with shock insulation foot 9. Shock insulation foot 9 includes hypomere 91 and epimere 92. The lower end of hypomere 91 is provided with mounting seat 911. The upper end of hypomere 91 is set on the lower end of epimere 92 slidably. The damping spring 93 supporting epimere 92 it is provided with in hypomere 81. The upper end of epimere 92 is provided with connection ring 921. Connect in ring 921 and be equipped with internal ring 922. Internal ring 922 is linked together with connecting ring 921 by rubber ring 7. Internal ring 922 is equipped with connecting pin 923. Connecting pin 923 links together with the lower end of cooling box 1.
Referring to Fig. 2, the port of export of reversing tube 2 is provided with spherical connector 21. Charging aperture 12 inwall is provided with sphere pit 13. Reversing tube 2 is connected in sphere pit 13 hinged with charging aperture 12 by spherical connector 21, namely reversing tube 2 carries out hinged with charging aperture 12 for mating spherical surfaces. It it is matched in clearance between spherical connector 21 and sphere pit 13. It is sealed connected together by sealing ring 23 between spherical connector 21 and sphere pit 13. Sealing ring 23 is fixed in charging aperture 12. The free end 22 of spherical connector is all contained in sphere pit 13 (namely in the scope that reversing tube can rotate, the free end 22 of spherical connector is all located in sphere pit 13). The centrage of interlocking screw 3 is through the centre of sphere at the center of reversing tube and charging aperture mating surface namely the sphere at place, spherical connector 21 surface.
Referring to Fig. 3, the inner peripheral surface of rubber ring 7 be provided with several along rubber ring circumferentially distributed blind hole 71 (blind hole be arranged on rubber ring outer peripheral face it is also possible that). Division board 72 it is provided with in blind hole 71. Blind hole 71 is divided into two cavitys and inner chamber body 711 and outer chamber 712 by division board 72. The flexible lid 73 of open end cap of blind hole 71. Elastomeric cap 73 is towards the internal bowl-type arched upward of blind hole 71.
Referring to Fig. 4, division board 72 is provided with some main friction passage 75. Main friction passage 75 communication with cavity body 711 and outer chamber 712. It is provided with friction plate 76 in main friction passage 75.
Referring to Fig. 5, friction plate 76 is equipped with some can above-below direction slides along the distribution arrangement of inner chamber body and outer chamber and figure friction lever 77. Friction lever 77 is cylindrical. Friction lever 77 is provided with a friction passage 78. Prop up friction passage 78 and connect the space (i.e. outer chamber in connection) of friction plate 76 upper and lower. Two axial ends 771 of friction lever 77 are all sphere.
Referring to Fig. 1, during use, this utility model is supported by shock insulation foot, the position that puller bolt 3 can be freely rotatable to reversing tube 2 is unclamped during connection, rotate reversing tube 2 to dock with feed pipe to reversing tube, then from newly reversing tube 2 and charging aperture 12 being locked together by puller bolt 3 and prevent to shift.
Raw material enters container 1 through feed pipe, reversing tube 2 and charging aperture 12 successively, motor 53 drives driving gear 54 to rotate, driving gear 54 drives driven gear 55 to rotate, driven gear drive shaft 51, rotating shaft 51 drive stirring vane 52 to rotate, thus realizing the stirring to the raw material in container.
Embodiment two, with the difference of embodiment one be:
Referring to Fig. 6, shock insulation foot 9 is additionally provided with driving mechanism 6. Internal ring 922 is rotatably connected in rubber ring 7, and rubber ring 7 is fixed together with connecting ring 921.
Driving mechanism 6 includes ratchet 61, the ratchet 62 of driving pawl and drive rod 63. Ratchet 61 is coaxially connected together with internal ring 922. Ratchet 61 is structure as a whole with internal ring 922. Ratchet 62 is fixed in one end of drive rod 63. Epimere 92 is provided with slide opening 924. The other end of drive rod 63 can be located in slide opening 924 in two dimension slip. The lower end edge of drive rod 63 connects the radial direction clasp joint slidably of ring 921 in hypomere 91(referring to Fig. 1) and link together with hypomere. Drive rod 63 is provided with deposits hole 64. Deposit hole 64 and have two. Deposit and hole 64 is equipped with engagement spring 65. Engagement spring 65 is extension spring. One end of engagement spring 65 links together with drive rod 63, and the other end links together with epimere 92. When engagement spring 65 is in free state, under the effect of engagement spring 65 spring, ratchet 62 can be engaged in ratchet 61.
During use, when being given a shock and cause that shock insulation foot 9 produces contractile motion, drive rod 63 translates (i.e. moving in Fig. 6) towards connecting ring 921, now ratchet 62 can rotate clockwise by driving pawl 61, ratchet 61 drives internal ring 922 to rotate clockwise, when shock insulation foot extends, drive rod 63 moves down, now ratchet 62 can not rotate and when ratchet 62 touches the tooth on ratchet 61 by driving pawl 61, drive rod 63 makes drive rod 63 to reset away from ratchet 61, when ratchet 62 does not touch the tooth on ratchet 61, under the effect of engagement spring 65, ratchet 62 moves to right and resets. so that during each vibrations cycle, the impact site suffered by internal ring 922 is different, and internal ring 922 is shifted one's position continuously in a circumferential and is withstood shocks thus being not easy to be deformed and becoming oval.
Claims (10)
1. the reactor being provided with activity import and shock insulation foot, including container and agitator, described agitator includes rotating shaft and is connected to the stirring vane of rotating shaft, described container is provided with charging aperture, it is characterized in that, the entrance point of described charging aperture is to being connected to reversing tube, described reversing tube seals hinged with described charging aperture mating spherical surfaces, described reversing tube is fixed together with described charging aperture by puller bolt, described container is provided with shock insulation foot, described shock insulation foot includes epimere and upper end is set in the hypomere of epimere lower end, the damping spring supporting described epimere it is provided with in hypomere, the upper end of described epimere is provided with connection ring, it is equipped with internal ring in described connection ring, described internal ring is linked together with described connection ring by rubber ring, described internal ring is equipped with the connecting pin being connected to described container.
2. the reactor being provided with activity import and shock insulation foot according to claim 1, it is characterized in that, described rubber ring is provided with several along the circumferentially distributed blind hole of rubber ring, described blind hole is arranged at inner peripheral surface or the outer peripheral face of described rubber ring, described blind hole is provided with division board, described blind hole is divided into radially-arranged two cavitys along rubber ring by described division board, described division board is communicated with the main friction passage of said two cavity, it is provided with friction plate in described main friction passage, described friction plate is equipped with the friction lever that can radially slide along rubber ring, described friction lever is provided with a friction passage, the opening of described blind hole is stamped the elastomeric cap arched upward inside blind hole.
3. the reactor being provided with activity import and shock insulation foot according to claim 1 and 2, it is characterized in that, described shock insulation foot is provided with driving mechanism, described internal ring is rotatably connected at described connection ring, and described driving mechanism for being converted to the one-directional rotation of internal ring by deciliter motion between epimere and hypomere.
4. the reactor being provided with activity import and shock insulation foot according to claim 3, it is characterised in that described driving mechanism includes the ratchet of ratchet and driving pawl, and described ratchet is coaxially connected together with described internal ring; Described ratchet links together with described hypomere.
5. the reactor being provided with activity import and shock insulation foot according to claim 4, it is characterized in that, described ratchet is fixed in drive rod, and described ratchet is connected with described hypomere by described drive rod, and described drive rod is connected to the engagement spring driving described ratchet to be brought together on described ratchet.
6. the reactor being provided with activity import and shock insulation foot according to claim 5, it is characterised in that described epimere is provided with slide opening, described drive rod can two dimension be slidably connected in described slide opening.
7. the reactor being provided with activity import and shock insulation foot according to claim 5, it is characterised in that described drive rod is provided with deposits hole, one end of described engagement spring be located in described in deposit in hole.
8. the reactor being provided with activity import and shock insulation foot according to claim 1 and 2, it is characterised in that also include the sealing ring described reversing tube and charging aperture being sealed connected together, is matched in clearance between described reversing tube and charging aperture.
9. the reactor being provided with activity import and shock insulation foot according to claim 8, it is characterised in that described sealing ring is fixed in described charging aperture.
10. the reactor being provided with activity import and shock insulation foot according to claim 1 and 2, it is characterized in that, described reversing tube is provided with spherical connector, described charging aperture inwall is provided with sphere pit, and described reversing tube is connected in described sphere pit hinged with charging aperture by described spherical connector.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521045846.3U CN205269588U (en) | 2015-12-16 | 2015-12-16 | Reation kettle with activity import and shock insulation foot |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521045846.3U CN205269588U (en) | 2015-12-16 | 2015-12-16 | Reation kettle with activity import and shock insulation foot |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205269588U true CN205269588U (en) | 2016-06-01 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521045846.3U Expired - Fee Related CN205269588U (en) | 2015-12-16 | 2015-12-16 | Reation kettle with activity import and shock insulation foot |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205269588U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106677897A (en) * | 2016-11-21 | 2017-05-17 | 杭州衡源汽车科技有限公司 | Range-extended automobile provided with four-stroke four-cylinder turbine power generation system |
| CN106740156A (en) * | 2016-11-21 | 2017-05-31 | 杭州衡源汽车科技有限公司 | If the cylinder of four stroke of recuperation of heat four drives the increasing journey automobile of turbine electricity generation system |
| CN106740157A (en) * | 2016-11-21 | 2017-05-31 | 杭州衡源汽车科技有限公司 | If the cylinder of four stroke of Multi-stage pressure limiting four drives the increasing journey automobile of turbine electricity generation system |
| CN112377353A (en) * | 2020-11-10 | 2021-02-19 | 犀望新能源科技（昆山）有限公司 | Coal water slurry potential energy recovery device |
-
2015
- 2015-12-16 CN CN201521045846.3U patent/CN205269588U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106677897A (en) * | 2016-11-21 | 2017-05-17 | 杭州衡源汽车科技有限公司 | Range-extended automobile provided with four-stroke four-cylinder turbine power generation system |
| CN106740156A (en) * | 2016-11-21 | 2017-05-31 | 杭州衡源汽车科技有限公司 | If the cylinder of four stroke of recuperation of heat four drives the increasing journey automobile of turbine electricity generation system |
| CN106740157A (en) * | 2016-11-21 | 2017-05-31 | 杭州衡源汽车科技有限公司 | If the cylinder of four stroke of Multi-stage pressure limiting four drives the increasing journey automobile of turbine electricity generation system |
| CN112377353A (en) * | 2020-11-10 | 2021-02-19 | 犀望新能源科技（昆山）有限公司 | Coal water slurry potential energy recovery device |
| CN112377353B (en) * | 2020-11-10 | 2022-07-19 | 西安石大能源股份有限公司 | Coal slurry potential energy recovery device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160601 Termination date: 20171216 |