CN204384445U - A kind of mineral powder surface modification device - Google Patents
A kind of mineral powder surface modification device Download PDFInfo
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- CN204384445U CN204384445U CN201420855278.2U CN201420855278U CN204384445U CN 204384445 U CN204384445 U CN 204384445U CN 201420855278 U CN201420855278 U CN 201420855278U CN 204384445 U CN204384445 U CN 204384445U
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Abstract
A kind of mineral powder surface modification device, comprise hopper, pay-off, temperature control medicine system, modification main frame, diffusion type rotoclone collector and pulsed bag dust collector etc., pay-off is had under hopper, pay-off is connected with modification main frame, modification main frame is connected with diffusion type rotoclone collector, diffusion type rotoclone collector is connected with pulsed bag dust collector, described pay-off comprises the first cylinder and the second cylinder, first cylinder rear end is welded with the first hopper, first cylinder is welded with the 3rd cylinder, the below of the 3rd cylinder right side is provided with packaged battery heat pipe, on the upside of 3rd cylinder front end, temperature sensor is installed, 3rd cylinder rear upper side is provided with oil inlet, oil outlet is provided with on the downside of 3rd cylinder rear end, the first spiral driven rod is had in first cylinder, the beneficial effects of the utility model improve work efficiency and add output.
Description
Technical field
The utility model relates to a kind of reforming apparatus, particularly a kind of mineral powder surface modification device.
Background technology
Existing mineral powder surface modification device only has a hopper and a pay-off, when carrying out mineral powder modification, different mineral powders need be carried out certainty ratio weighing, then mixing imports in hopper, enter into modification main frame via pay-off and carry out modification, but each reinforced needs weighs, inefficiency, it is temperature required higher when modification is simultaneously produced, and mineral powder is difficult to reach temperature required when inputting at normal temperatures, thus cause modification time long, yield poorly, the drug feeding pipe of temperature control medicine system in addition, the joint of measuring pump front end is after stopping operation, the medicament of the inside there will be condensation, when again enabling during temperature control medicine system, the solid chemicals of artificial fusing is needed to water preheating on correlated parts, work efficiency is not high, yield poorly.
Summary of the invention
In order to increase work efficiency and increase yield, the utility model proposes a kind of mineral powder surface modification machine.
This mineral powder surface modification device, comprise hopper, pay-off, temperature control medicine system, modification main frame, diffusion type rotoclone collector and pulsed bag dust collector etc., pay-off is had under hopper, pay-off is connected with modification main frame, modification main frame is connected with diffusion type rotoclone collector, diffusion type rotoclone collector is connected with pulsed bag dust collector, it is characterized in that, described pay-off comprises the first cylinder and the second cylinder, first cylinder rear end is welded with the first hopper, first cylinder is welded with the 3rd cylinder, the below of the 3rd cylinder right side is provided with packaged battery heat pipe, on the upside of 3rd cylinder front end, temperature sensor is installed, 3rd cylinder rear upper side is provided with oil inlet, oil outlet is provided with on the downside of 3rd cylinder rear end, the first spiral driven rod is had in first cylinder, first spiral driven rod right-hand member is connected on the first stepping motor by flange, second cylinder rear end is welded with the second hopper, second cylinder is welded with the 4th cylinder, the below of the 4th cylinder right side is provided with packaged battery heat pipe, on the upside of 4th cylinder front end, temperature sensor is installed, 4th cylinder rear upper side is provided with oil inlet, oil outlet is provided with on the downside of 4th cylinder rear end, the second spiral driven rod is had in second cylinder, second spiral driven rod right-hand member is connected on the second stepping motor by flange, there is PLC at first stepping motor and the second stepping motor rear.
Described temperature control medicine system comprises solid chemicals heating cabinet, pipe, measuring pump, delivery pipe etc., it is characterized in that, the joint front end sleeve of measuring pump front end has heating jacket, joint upper outlet is connected to delivery pipe, ribbon heater is wound with outside delivery pipe, temperature sensor is had outside ribbon heater, joint lower inlet is connected to pipe, solid chemicals heating cabinet upper end is welded with iron plate, thread rod has been threaded connection in iron plate, the thread rod other end withstands in the annular sleeve of heating jacket, described heating jacket is by cylinder annular sleeve, insulating rubber, circular heating silica gel plate, annular sleeve forms, insulating rubber is positioned at the bottom inside cylinder annular sleeve, insulating rubber is placed with circular heating silica gel plate, center, described ribbon heater is two parallel copper conductors, two parallel copper conductors, the quartz conductor conducting plastics layer that one deck has positive temperature coefficient is extruded equably between parallel copper conductor, conducting plastics layer is coated with polyethylene layer outward uniformly, polyethylene layer is coated with tinned copper wire screen layer outward uniformly, tinned copper wire screen layer is coated with tetrafluoroethylene sheath, frame is provided with temperature sensor, heating jacket is connected with the temperature sensor in frame.
Described iron plate center is processed with tapped bore.
Described thread rod one end is processed with screw thread.
Described cylinder annular sleeve side end face is symmetrily processed with deep-slotted chip breaker.
Described cylinder annular sleeve side end face is processed with power lead leadout hole.
Described cylinder annular sleeve outer end is welded with annular sleeve.
Described PLC has telltale and control panel, the first stepping motor, the second stepping motor, packaged battery heat pipe, solid chemicals heating cabinet, measuring pump, ribbon heater, heating jacket, temperature sensor are all connected with described PLC.
In use, power-on, PLC sets the first stepping motor speed and the first motor speed, the ratio of the second stepping motor speed, oil temperature, ribbon heater heating-up temperature, heating mantle heats temperature, , the first spiral driven rod and the second spiral driven rod is made to be that a constant-speed ratio rotates, a kind of mineral powder is added toward the first hopper, another kind of mineral powder is added toward the second hopper, two kinds of powders are certainty ratio conveying, and when carrying, oil in 3rd cylinder and the 4th cylinder transfers heat to mineral powder, ribbon heater heated transfer line simultaneously, heating mantle heats joint, reach temperature required after, PLC disconnects ribbon heater and heating jacket power supply, and start solid chemicals heating cabinet and start heat fused solid chemicals, then open measuring pump and will melt drug delivery in modification main frame, modified mineral powder through modification main frame is collected by diffusion type rotoclone collector and pulsed fiber bag precipitator.
The beneficial effects of the utility model improve work efficiency and add output.
Accompanying drawing explanation
Fig. 1. a kind of mineral powder surface modification device structural representation
Fig. 2. a kind of mineral powder surface modification device partial view A
Fig. 3. the birds-eye view of a kind of mineral powder surface modification device partial view A
Fig. 4. heating jacket structural representation
Fig. 5. heating jacket birds-eye view
Fig. 6. heating tape structural representation
1, hopper, 2, pay-off, 3, temperature control medicine system, 4, modification main frame, 5, diffusion type rotoclone collector, 6, pulsed bag dust collector, 7, first cylinder, 8, second cylinder, 101, first hopper, 9, packaged battery heat pipe, 10, temperature sensor, 11, oil inlet, 12, oil outlet, 13, first spiral driven rod, 14, flange, 15, first stepping motor, 102, second hopper, 16, 4th cylinder, 17, second spiral driven rod, 18, on second stepping motor, 19, PLC, 20, solid chemicals heating cabinet, 21, pipe, 22, measuring pump, 23, delivery pipe etc., 24, heating jacket, 25, delivery pipe, 26, ribbon heater, 27, temperature sensor, 28, 3rd cylinder, 29, iron plate, 30, thread rod, 31, annular sleeve, 32, cylinder annular sleeve, 33, insulating rubber, 34, circular heating silica gel plate, 35, copper conductor, 36, quartz conductor conducting plastics layer, 37, polyethylene layer, 38, tinned copper wire screen layer, 39, tetrafluoroethylene sheath, 40, tapped bore, 41, screw thread, 42, deep-slotted chip breaker, 43, power lead leadout hole, 44, telltale, 45, control panel.
Detailed description of the invention
At Fig. 1, Fig. 2, in Fig. 3, this mineral powder surface modification device, comprise hopper 1, pay-off 2, temperature control medicine system 3, modification main frame 4, diffusion type rotoclone collector 5 and pulsed bag dust collector 6 etc., hopper has pay-off 21 time, pay-off 2 is connected with modification main frame 4, modification main frame 4 is connected with diffusion type rotoclone collector 5, diffusion type rotoclone collector 5 is connected with pulsed bag dust collector 6, it is characterized in that, described pay-off 2 comprises the first cylinder 7 and the second cylinder 8, first cylinder 7 rear end is welded with the first hopper 101, first cylinder 7 is welded with the 3rd cylinder 28, the below of the 3rd cylinder 28 right side is provided with packaged battery heat pipe 9, on the upside of 3rd cylinder 28 front end, temperature sensor 10 is installed, 3rd cylinder 28 rear upper side is provided with oil inlet 11, oil outlet 12 is provided with on the downside of 3rd cylinder 28 rear end, the first spiral driven rod 13 is had in first cylinder 7, first spiral driven rod 13 right-hand member is connected on the first stepping motor 15 by flange 14, second cylinder 8 rear end is welded with the second hopper 102, second cylinder 8 is welded with the 4th cylinder 16, the below of the 4th cylinder 16 right side is provided with packaged battery heat pipe 9, on the upside of 4th cylinder 16 front end, temperature sensor 10 is installed, 4th cylinder 16 rear upper side is provided with oil inlet 11, oil outlet 12 is provided with on the downside of 4th cylinder 16 rear end, the second spiral driven rod 17 is had in second cylinder 8, second spiral driven rod 17 right-hand member is connected on the second stepping motor 18 by flange 14, there is PLC 19 at first stepping motor 15 and the second stepping motor 18 rear.
At Fig. 1, Fig. 2, Fig. 3, Fig. 4, in Fig. 5 and Fig. 6, described temperature control medicine system 3 comprises solid chemicals heating cabinet 20, pipe 21, measuring pump 22, delivery pipe 23 etc., it is characterized in that, the joint front end sleeve of measuring pump 22 front end has heating jacket 24, joint upper outlet is connected to delivery pipe 25, ribbon heater 26 is wound with outside delivery pipe 25, temperature sensor 27 is had outside ribbon heater 26, joint lower inlet is connected to pipe 21, solid chemicals heating cabinet 20 upper end is welded with iron plate 29, thread rod 30 has been threaded connection in iron plate 29, thread rod 30 other end withstands in the annular sleeve 31 of heating jacket 24, described heating jacket 24 is by cylinder annular sleeve 32, insulating rubber 33, circular heating silica gel plate 34, annular sleeve 31 forms, insulating rubber 33 is positioned at the bottom inside cylinder annular sleeve 32, insulating rubber 33 is placed with circular heating silica gel plate 34, center, described ribbon heater 26 is two parallel copper conductors 35, two parallel copper conductors 35, the quartz conductor conducting plastics layer 36 that one deck has positive temperature coefficient is extruded equably between parallel copper conductor 35, conducting plastics layer 36 is outer is coated with polyethylene layer 37 uniformly, polyethylene layer 37 is outer is coated with tinned copper wire screen layer 38 uniformly, tinned copper wire screen layer 38 is coated with tetrafluoroethylene sheath 39, frame is provided with temperature sensor 27, heating jacket 24 is connected with the temperature sensor 27 in frame.
In fig. 2, described iron plate 29 center is processed with tapped bore 40.
In fig. 2, described thread rod 30 one end is processed with screw thread 41.
In figures 4 and 5, described cylinder annular sleeve 32 side end face is symmetrily processed with deep-slotted chip breaker 42.
In the diagram, described cylinder annular sleeve 32 side end face is processed with power lead leadout hole 43.
In the diagram, described cylinder annular sleeve 32 outer end is welded with annular sleeve 31.
In Fig. 1, Fig. 2 and Fig. 3, described PLC 19 there are telltale 44 and control panel 45, first stepping motor 15, second stepping motor 18, packaged battery heat pipe 9, solid chemicals heating cabinet 20, measuring pump 22, ribbon heater 26, heating jacket 24, temperature sensor 10, temperature sensor 27 are all connected with described PLC 19.
Claims (8)
1. a mineral powder surface modification device, comprise hopper, pay-off, temperature control medicine system, modification main frame, diffusion type rotoclone collector and pulsed bag dust collector, pay-off is had under hopper, pay-off is connected with modification main frame, modification main frame is connected with diffusion type rotoclone collector, diffusion type rotoclone collector is connected with pulsed bag dust collector, it is characterized in that, described pay-off comprises the first cylinder and the second cylinder, first cylinder rear end is welded with the first hopper, first cylinder is welded with the 3rd cylinder, the below of the 3rd cylinder right side is provided with packaged battery heat pipe, on the upside of 3rd cylinder front end, temperature sensor is installed, 3rd cylinder rear upper side is provided with oil inlet, oil outlet is provided with on the downside of 3rd cylinder rear end, the first spiral driven rod is had in first cylinder, first spiral driven rod right-hand member is connected on the first stepping motor by flange, second cylinder rear end is welded with the second hopper, second cylinder is welded with the 4th cylinder, the below of the 4th cylinder right side is provided with packaged battery heat pipe, on the upside of 4th cylinder front end, temperature sensor is installed, 4th cylinder rear upper side is provided with oil inlet, oil outlet is provided with on the downside of 4th cylinder rear end, the second spiral driven rod is had in second cylinder, second spiral driven rod right-hand member is connected on the second stepping motor by flange, there is PLC at first stepping motor and the second stepping motor rear.
2. a kind of mineral powder surface modification device according to claim 1, it is characterized in that, described temperature control medicine system comprises solid chemicals heating cabinet, pipe, measuring pump, delivery pipe, the joint front end sleeve of measuring pump front end has heating jacket, joint upper outlet is connected to delivery pipe, ribbon heater is wound with outside delivery pipe, temperature sensor is had outside ribbon heater, joint lower inlet is connected to pipe, solid chemicals heating cabinet upper end is welded with iron plate, thread rod has been threaded connection in iron plate, the thread rod other end withstands in the annular sleeve of heating jacket, described heating jacket is by cylinder annular sleeve, insulating rubber, circular heating silica gel plate, annular sleeve forms, insulating rubber is positioned at the bottom inside cylinder annular sleeve, insulating rubber is placed with circular heating silica gel plate, center, described ribbon heater is two parallel copper conductors, two parallel copper conductors, the quartz conductor conducting plastics layer that one deck has positive temperature coefficient is extruded equably between parallel copper conductor, conducting plastics layer is coated with polyethylene layer outward uniformly, polyethylene layer is coated with tinned copper wire screen layer outward uniformly, tinned copper wire screen layer is coated with tetrafluoroethylene sheath, frame is provided with temperature sensor, heating jacket is connected with the temperature sensor in frame.
3. a kind of mineral powder surface modification device according to claim 2, it is characterized in that, iron plate center is processed with tapped bore.
4. a kind of mineral powder surface modification device according to claim 2, is characterized in that, described thread rod one end is processed with screw thread.
5. a kind of mineral powder surface modification device according to claim 2, is characterized in that, described cylinder annular sleeve side end face is symmetrily processed with deep-slotted chip breaker.
6. a kind of mineral powder surface modification device according to claim 2, is characterized in that, described cylinder annular sleeve side end face is processed with power lead leadout hole.
7. a kind of mineral powder surface modification device according to claim 2, is characterized in that, described cylinder annular sleeve outer end is welded with annular sleeve.
8. according to a kind of mineral powder surface modification device according to claim 1 or claim 2, it is characterized in that, described PLC has telltale and control panel, the first stepping motor, the second stepping motor, packaged battery heat pipe, solid chemicals heating cabinet, measuring pump, ribbon heater, heating jacket, temperature sensor are all connected with described PLC.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420855278.2U CN204384445U (en) | 2014-12-30 | 2014-12-30 | A kind of mineral powder surface modification device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420855278.2U CN204384445U (en) | 2014-12-30 | 2014-12-30 | A kind of mineral powder surface modification device |
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| CN204384445U true CN204384445U (en) | 2015-06-10 |
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| CN201420855278.2U Active CN204384445U (en) | 2014-12-30 | 2014-12-30 | A kind of mineral powder surface modification device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104555428A (en) * | 2014-12-30 | 2015-04-29 | 湖南磊鑫新材料科技有限公司 | Mineral powder surface modification device |
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2014
- 2014-12-30 CN CN201420855278.2U patent/CN204384445U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104555428A (en) * | 2014-12-30 | 2015-04-29 | 湖南磊鑫新材料科技有限公司 | Mineral powder surface modification device |
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