CN117018680A - Brake fluid processing method and processing device - Google Patents
Brake fluid processing method and processing device Download PDFInfo
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- CN117018680A CN117018680A CN202310999151.1A CN202310999151A CN117018680A CN 117018680 A CN117018680 A CN 117018680A CN 202310999151 A CN202310999151 A CN 202310999151A CN 117018680 A CN117018680 A CN 117018680A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D15/00—Separating processes involving the treatment of liquids with solid sorbents; Apparatus therefor
- B01D15/02—Separating processes involving the treatment of liquids with solid sorbents; Apparatus therefor with moving adsorbents
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D15/00—Separating processes involving the treatment of liquids with solid sorbents; Apparatus therefor
- B01D15/08—Selective adsorption, e.g. chromatography
- B01D15/10—Selective adsorption, e.g. chromatography characterised by constructional or operational features
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D15/00—Separating processes involving the treatment of liquids with solid sorbents; Apparatus therefor
- B01D15/08—Selective adsorption, e.g. chromatography
- B01D15/10—Selective adsorption, e.g. chromatography characterised by constructional or operational features
- B01D15/20—Selective adsorption, e.g. chromatography characterised by constructional or operational features relating to the conditioning of the sorbent material
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
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Abstract
本发明涉及制动液加工技术领域，具体是涉及一种制动液的加工方法，具体还涉及一种制动液的加工装置，包括安装在机架上的循环流动净化装置，循环流动净化装置包括安装在机架上的循环流通管，循环流通管上安装有数个循环储液桶，循环流通管的上方安装有升降安装台，升降安装台上安装有旋转驱动管，旋转驱动管的内部设有流通空腔，旋转驱动管上安装有旋转流动机构和活性炭过滤箱，活性炭过滤箱的内部储存有活性炭，活性炭过滤箱与旋转驱动管的流通空腔连通，升降安装台上还安装有旋转驱动装置，旋转驱动管与旋转驱动管传动连接，循环流通管的出料端还安装有过滤出料机构，本申请可有效的提高出料效率，同可有效的降低生产损耗。
The present invention relates to the technical field of brake fluid processing, specifically to a brake fluid processing method, and specifically to a brake fluid processing device, which includes a circulating flow purification device installed on a frame, and a circulating flow purification device. It includes a circulating circulation tube installed on the frame. Several circulating liquid storage barrels are installed on the circulating circulation tube. A lifting mounting platform is installed above the circulating circulation tube. A rotating drive tube is installed on the lifting mounting platform. The internal device of the rotating driving tube is There is a circulation cavity. A rotating flow mechanism and an activated carbon filter box are installed on the rotating drive tube. Activated carbon is stored inside the activated carbon filter box. The activated carbon filter box is connected to the circulation cavity of the rotating drive tube. A rotating drive is also installed on the lifting installation platform. device, the rotating drive tube is connected to the rotating drive tube, and a filtering and discharging mechanism is installed at the discharging end of the circulation tube. This application can effectively improve the discharging efficiency and effectively reduce production losses.
Description
Technical Field
The application relates to the technical field of brake fluid processing, in particular to a brake fluid processing method, and in particular relates to a brake fluid processing device.
Background
The conventional borate synthetic brake fluid is required to be added with materials such as triethylene glycol monomethyl ether, diethylene glycol, boric acid, triethylene glycol monobutyl ether, diethanolamine, sodium benzoate, sodium isooctanoate and the like in proportion into a reaction kettle in the preparation process, and is matched with active carbon to carry out impurity adsorption under uniform stirring, and the active carbon and impurities are filtered out by a press filter before passing through a anion and cation exchange resin bed.
Chinese patent CN115645981B discloses a processing device for brake fluid, which relates to the technical field of fine chemical automobile chemicals, and comprises an isolation cover, a processing chamber, an intermittent vibration stirring mechanism and an opening and closing mechanism. According to the application, the intermittent vibration stirring mechanism and the opening and closing mechanism are arranged on the isolation cover, the intermittent variable speed rotation of the output end of the driving motor is used for enabling the rotation of the turbulence belt and the active carbon in the material to form flexible stirring, the granular active carbon can slide out tangentially along the surface after contacting the end surface of the turbulence belt, the integrity of the granular active carbon is ensured, the output shaft of the driving motor also synchronously drives the vibration stirring plate in an upturning state to perform reciprocating rapid turnover, and high-efficiency uniform stirring is realized; the activated carbon which adsorbs impurities and has good integrality is quickly settled into the processing chamber through the opened vibrating stirring plate, so that the activated carbon is efficiently recovered and is ready for recycling, the preparation of raw materials for residual brake fluid in the kettle is not needed to be pumped out, the activated carbon can be recovered and recycled under the airtight working condition, and the condition that the performance of the residual brake fluid is reduced is avoided.
According to the technical scheme, although adsorption filtration can be carried out through the granular activated carbon, the filtered brake fluid can be gathered to block the screen during discharging, so that the discharging efficiency can not be influenced by rapid discharging, but the surface of the granular activated carbon can still be adhered to the brake fluid during discharging, so that the brake fluid is difficult to remove, and production loss is caused.
Disclosure of Invention
Aiming at the problems existing in the prior art, the application provides a processing method of brake fluid, which can effectively improve the discharging efficiency and effectively reduce the production loss through a circulating flow purifying device.
In order to solve the problems in the prior art, the application provides a processing method of brake fluid, which realizes a brake fluid processing device, and comprises a circulating flow purifying device arranged on a frame, wherein the circulating flow purifying device comprises a circulating flow pipe arranged on the frame, a plurality of circulating liquid storage tanks are arranged on the circulating flow pipe, the circulating flow pipe is mutually communicated with the circulating liquid storage tanks, a lifting mounting table is arranged above the circulating flow pipe, a rotary driving pipe is arranged on the lifting mounting table, a circulating cavity is arranged in the rotary driving pipe, a rotary flow mechanism and an active carbon filter box are arranged on the rotary driving pipe, active carbon is stored in the active carbon filter box, the active carbon filter box is communicated with the circulating cavity of the rotary driving pipe, a rotary driving device is further arranged on the lifting mounting table, the rotary driving pipe is in transmission connection with the rotary driving pipe, and a filtering discharging mechanism is further arranged at the discharging end of the circulating flow pipe;
the processing method of the brake fluid comprises the following steps:
s1, adding active carbon into an active carbon filter box, and putting a rotary flow mechanism and the active carbon filter box into a circulating flow pipe together through a lifting installation table;
s2, adding braking liquid mixtures with different proportions into a circulating liquid storage barrel, wherein the braking liquid mixtures are required to be mixed, driving a rotary driving pipe to rotate through a rotary driving device, driving a rotary flow mechanism and an active carbon filter box to synchronously rotate by the rotary driving pipe, driving the braking liquid in the circulating liquid storage barrel to spirally circulate when the rotary flow mechanism rotates, enabling the braking liquid to be rapidly mixed, and simultaneously, adsorbing and filtering impurities in the braking liquid by the active carbon when the braking liquid passes through the active carbon in the active carbon filter box, and repeatedly filtering and mixing the braking liquid through the step;
s3, after the brake fluid is mixed, the discharge end of the circulating runner pipe is opened, the mixed brake fluid is conveyed to a region to be treated through the filtering discharge mechanism, meanwhile, the activated carbon filter box can continue to rotate, and the brake fluid attached to the activated carbon can be effectively and rapidly removed through the rotating release force;
s4, after brake fluid is discharged, cleaning fluid is conveyed into the circulation cavity of the rotary driving tube through conveying equipment, the circulation cavity of the rotary driving tube guides and conveys the cleaning fluid into the activated carbon filter box, the cleaning fluid can clean the activated carbon, the activated carbon filter box can continue to rotate after the activated carbon is cleaned, and the cleaning fluid attached to the activated carbon can be effectively removed through the rotating release force.
Preferably, the circulating liquid storage barrel is arranged on the frame, the bottom of the circulating liquid storage barrel is in a lower bucket shape, the inner wall of the bottom of the circulating liquid storage barrel is full of first spiral guide vanes, the top of the circulating liquid storage barrel is provided with a feed inlet, the side part of the circulating liquid storage barrel is provided with a first circulating circulation port, the bottom of the circulating liquid storage barrel is provided with a second circulating circulation port, and the first circulating circulation port and the second circulating circulation port are communicated with a circulating flow pipe.
Preferably, the circulation flow pipe is installed in the frame, and circulation flow pipe upper end is equipped with the third circulation mouth of several, and circulation flow pipe lower extreme is equipped with the fourth circulation mouth of several, and the bottom of circulation flow pipe is equipped with the discharge gate, installs the choke valve on the discharge gate.
Preferably, the lifting installation table comprises a guide bracket arranged on the frame, a limit lifting table is arranged on the guide bracket, a winding machine is arranged at the top of the guide bracket, a connecting rope is arranged on the winding machine, and one end, far away from the winding machine, of the connecting rope is connected with the limit lifting table.
Preferably, the rotary flow mechanism comprises a plurality of suction fan blades arranged on a rotary driving tube, the upper end of the driving tube is provided with a flow guide installation block, the flow guide installation block is conical, and the driving tube is also provided with a limiting support which is in sliding contact with the inner wall of the circulating flow tube.
Preferably, the activated carbon filter box is installed on the rotary driving pipe, the bottom of the activated carbon filter box is provided with an upper bucket shape, the bottom surface of the activated carbon filter box is fully provided with a plurality of second spiral guide vanes, the bottom of the activated carbon filter box is also provided with a first filter layer, the inside of the activated carbon filter box is provided with a plurality of partition sieve plates, the activated carbon filter box is also provided with a guide hole, the upper end of the activated carbon filter box is provided with a feeding port, the side part of the activated carbon filter box is provided with a plurality of discharging ports, the upper end and the lower end of the activated carbon filter box are also provided with thread installation sleeves, the position of the feeding port of the activated carbon filter box is provided with an elastic pressing cover plate, and the discharging port of the activated carbon filter box is provided with a synchronous plugging mechanism.
Preferably, the synchronous plugging mechanism comprises a mounting bracket arranged at the bottom of the activated carbon filter tank, a first adjusting bolt is arranged on the mounting bracket, the first adjusting bolt is in threaded connection with a threaded mounting sleeve, and a limit plugboard is fully distributed on the mounting bracket and corresponds to the feed opening of the activated carbon filter tank one by one.
Preferably, the elastic pressing cover plate comprises a butt joint installation frame installed at the top of the activated carbon filter box, a plurality of installation grooves are formed in the butt joint installation frame, a sliding installation frame is installed in each installation groove, a second adjusting bolt is installed on the butt joint installation frame and is in threaded connection with a threaded installation sleeve, a plurality of limit guide posts are further installed on the butt joint installation frame and are connected with the sliding installation frame, a spring is installed between the sliding installation frame and the butt joint installation frame, and a second filter layer is further installed on the surface of the sliding installation frame.
Preferably, the filtering discharging mechanism comprises a flow guiding hopper arranged at a discharging hole at the bottom of the circulating flow pipe, a first liquid outlet is formed in the bottom of the flow guiding hopper, a second liquid outlet is formed in the side part of the flow guiding hopper, control valves are arranged on the first liquid outlet and the second liquid outlet, a filter plate is further arranged in the flow guiding hopper, a fixing support is further arranged in the flow guiding hopper, a flowing fan is arranged on the fixing support, a scraping plate is further arranged at the bottom of the flowing fan, and the scraping plate is in contact with the surface of the filter plate.
Preferably, set up mixing mechanism in the circulation stock solution bucket, mixing mechanism is located first spiral guide vane top, mixing mechanism includes the axis of rotation, the axis of rotation level sets up in the circulation stock solution bucket, axis of rotation one end rotates with circulation stock solution bucket inner wall to be connected, the axis of rotation other end sets up first mixed board, first mixed board perpendicular to axis of rotation, first mixed board sets up the spout of seting up in keeping away from axis of rotation one side, slide in the spout and set up the second mixed board, second mixed board is close to axis of rotation one side and is connected with spout inner wall through a plurality of first reset springs, both ends symmetry sets up the slide hole about the second mixed board, the slide in-hole slip sets up the sliding column, sliding column one end is connected with the slide hole inner wall through the second reset spring, the sliding column other end extends to the slide hole outside and sets up a plurality of mixing bars, the sliding bar perpendicular to the sliding column, through the through-hole intercommunication between slide hole and the spout, the through-hole slides and sets up the actuating lever, actuating lever one end is close to one side wall connection of the axis of rotation with the second mixed board, the actuating lever other end sets up first inclined plane, actuating lever is close to one side length of rotation axis of length is less than actuating lever, sliding lever is close to one side length of keeping away from the axis of rotation, the recess, the slide column is close to one side and sets up the recess, triangle-shaped inner wall is close to the recess, the recess is close to the axis of rotation one end and adaptation.
The application also provides a processing device of the brake fluid, which comprises a circulating flow purifying device arranged on a frame, wherein the circulating flow purifying device comprises a circulating flow pipe arranged on the frame, a plurality of circulating liquid storage barrels are arranged on the circulating flow pipe, the circulating flow pipe is mutually communicated with the circulating liquid storage barrels, a lifting mounting table is arranged above the circulating flow pipe, a rotary driving pipe is arranged on the lifting mounting table, a circulating cavity is arranged in the rotary driving pipe, a rotary flow mechanism and an active carbon filter box are arranged on the rotary driving pipe, active carbon is stored in the active carbon filter box, the active carbon filter box is communicated with the circulating cavity of the rotary driving pipe, a rotary driving device is further arranged on the lifting mounting table, the rotary driving pipe is in transmission connection with the rotary driving pipe, and a filtering discharging mechanism is further arranged at the discharging end of the circulating flow pipe.
Compared with the prior art, the application has the beneficial effects that:
the brake liquid mixture with different proportions is added to the circulating liquid storage barrel, the brake liquid is required to be mixed, the rotary driving device drives the rotary driving tube to rotate, the rotary driving tube can drive the rotary flow mechanism and the activated carbon filter box to synchronously rotate, the brake liquid in the circulating liquid storage barrel can be driven to spirally circulate when the rotary flow mechanism rotates, the brake liquid is enabled to be rapidly mixed, meanwhile, the activated carbon can absorb and filter impurities in the brake liquid when the brake liquid passes through the activated carbon in the activated carbon filter box, the brake liquid is repeatedly filtered and mixed through the step, after the brake liquid is well mixed, the circulating flow tube is opened to enable the discharge end to convey the mixed brake liquid to a region to be treated through the filtering and discharging mechanism, meanwhile, the activated carbon filter box can continuously rotate, the brake liquid attached to the activated carbon can be rapidly removed through the release force of rotation, the discharging efficiency is effectively improved, and the production loss can be effectively reduced.
Drawings
Fig. 1 is a schematic perspective view of a brake fluid processing apparatus.
Fig. 2 is a plan sectional view of a processing device for brake fluid.
Fig. 3 is a plan sectional perspective view of a circulation tank in a brake fluid processing apparatus.
Fig. 4 is a front view of a lifting mounting table in a brake fluid processing apparatus.
Fig. 5 is a schematic perspective view of a part of the construction of a brake fluid processing apparatus.
Fig. 6 is a front view of a part of the structure of a processing device for brake fluid.
Fig. 7 is an exploded view of an activated carbon filter box in a brake fluid processing apparatus.
Fig. 8 is an exploded view of an activated carbon filter box in a brake fluid processing apparatus.
Fig. 9 is a schematic perspective view of an elastic pressing cover plate in a brake fluid processing device.
Fig. 10 is a plan sectional perspective view of a filter discharge mechanism in a brake fluid processing apparatus.
Fig. 11 is a schematic view showing the overall structure of a mixing mechanism in a brake fluid processing apparatus.
Fig. 12 is a partially enlarged view of a portion a of fig. 11 in a brake fluid processing apparatus.
The reference numerals in the figures are:
1-a frame; 2-a circulating liquid storage barrel; 21-a first helical guide vane; 22-a feed inlet; 23-a first circulation port; 24-a second circulation port; 25-a mixing mechanism; 251-rotating shaft; 252-a first mixing plate; 253-a chute; 254-a second mixing plate; 255-a first return spring; 256-slide holes; 257-slide column; 258-a second return spring; 259-mixing rod; 260-a through hole; 261-driving rod; 262-grooves; 3-circulating flow pipes; 31-choke valve; 32-a third circulation port; 33-fourth circulation port; 4-lifting the mounting table; 41-guiding a stent; 42-limiting lifting platform; 43-a winding machine; 44-connecting ropes; 5-rotating the driving tube; 51-a flow-through cavity; 6-a rotary flow mechanism; 61-suction fan blades; 62-a diversion mounting block; 63-limiting brackets; 7-an activated carbon filter box; 71-a second spiral guide vane; 72-a first filter layer; 73-dividing the screen plate; 74-guiding holes; 75-screw mounting sleeve; 76-synchronous plugging mechanism; 761-mounting a bracket; 762-a first adjusting bolt; 763-a limiting plugboard; 77-elastically pressing the cover plate; 771-docking mounting frame; 772, limiting guide posts; 773-a second adjusting bolt; 774-slide mount; 775-mounting posts; 776-spring; 777-a second filter layer; 8-a rotary drive 81-a rotary drive; 82-a drive gear; 83-driven gear; 9-filtering and discharging mechanism; 91-a diversion bucket; 911-first 912-second outlet; 92-filter plates; 93-fixing a bracket; 94-a flow fan; 95-scraping plate; 96-control valve.
Detailed Description
The application will be further described in detail with reference to the drawings and the detailed description below, in order to further understand the features and technical means of the application and the specific objects and functions achieved.
As shown in fig. 1 to 10:
the brake fluid processing method realizes a brake fluid processing device, and comprises a circulating flow purifying device arranged on a frame 1, wherein the circulating flow purifying device comprises a circulating flow pipe 3 arranged on the frame 1, a plurality of circulating liquid storage barrels 2 are arranged on the circulating flow pipe 3, the circulating flow pipe 3 is mutually communicated with the circulating liquid storage barrels 2, a lifting installation table 4 is arranged above the circulating flow pipe 3, a rotary driving pipe 5 is arranged on the lifting installation table 4, a circulating cavity 51 is arranged in the rotary driving pipe 5, a rotary flow mechanism 6 and an active carbon filter box 7 are arranged on the rotary driving pipe 5, active carbon is stored in the active carbon filter box 7, the active carbon filter box 7 is communicated with the circulating cavity 51 of the rotary driving pipe 5, a rotary driving device 8 is also arranged on the lifting installation table 4, the rotary driving pipe 5 is in transmission connection with the rotary driving pipe 5, and a filtering discharging mechanism 9 is also arranged at a discharging end of the circulating flow pipe 3;
the processing method of the brake fluid comprises the following steps:
s1, adding active carbon into an active carbon filter box 7, and putting a rotary flow mechanism 6 and the active carbon filter box 7 into a circulating flow pipe 3 together through a lifting installation table 4;
s2, adding braking liquid mixtures with different proportions into the circulating liquid storage barrel 2, wherein the braking liquid mixtures are required to be mixed, driving a rotary driving pipe 5 to rotate through a rotary driving device 8, driving a rotary flow mechanism 6 and an active carbon filter box 7 to synchronously rotate by the rotary driving pipe 5, driving the braking liquid in the circulating liquid storage barrel 2 to spirally circulate when the rotary flow mechanism 6 rotates, enabling the braking liquid to be rapidly mixed, and simultaneously, when the braking liquid passes through active carbon in the active carbon filter box 7 again, adsorbing and filtering impurities in the braking liquid by the active carbon, and repeatedly filtering and mixing the braking liquid through the step;
s3, after the brake fluid is mixed, the circulating flow pipe 3 is opened to the discharge end to convey the mixed brake fluid to a region to be treated through the filtering discharge mechanism 9, meanwhile, the activated carbon filter box 7 can continue to rotate, and the brake fluid attached to the activated carbon can be effectively and rapidly removed through the rotating centrifugal force;
s4, after brake fluid is discharged, cleaning fluid is conveyed into the circulation cavity 51 of the rotary driving tube 5 through conveying equipment, the circulation cavity 51 of the rotary driving tube 5 guides and conveys the cleaning fluid into the activated carbon filter box 7, the cleaning fluid can clean activated carbon, the activated carbon filter box 7 can continue to rotate after the activated carbon is cleaned, and the cleaning fluid attached to the activated carbon can be effectively removed through the rotating release force.
As shown in fig. 2 and 3:
the circulation liquid storage barrel 2 is installed on the frame 1, the bottom of circulation liquid storage barrel 2 is in a lower bucket shape, the inner wall of the bottom of circulation liquid storage barrel 2 is full of first spiral guide vanes 21, the top of circulation liquid storage barrel 2 is provided with a feed inlet 22, the lateral part of circulation liquid storage barrel 2 is provided with a first circulation flow port 23, the bottom of circulation liquid storage barrel 2 is provided with a second circulation flow port 24, and the first circulation flow port 23 and the second circulation flow port 24 are all communicated with the circulation flow pipe 3.
The feed inlet 22 at the top of the circulation liquid storage barrel 2 is used for adding braking liquid mixture with different proportions into the circulation liquid storage barrel 2, braking liquid needs to be mixed, the rotation driving device 8 drives the rotation driving tube 5 to rotate, the rotation driving tube 5 drives the rotation flow mechanism 6 and the activated carbon filter box 7 to synchronously rotate, the braking liquid in the circulation liquid storage barrel 2 can be driven to flow into the circulation flow pipe 3 from the second circulation flow port 24 when the rotation flow mechanism 6 rotates, the braking liquid can flow into the second circulation flow port 24 and pass through the first spiral guide vane 21, the first spiral guide vane 21 can guide the flowing braking liquid to perform spiral rotation, the braking liquid can be quickly mixed by the spiral rotating braking liquid, and the circulation flow pipe 3 can further enable the braking liquid to flow into the circulation liquid storage barrel 2 from the first circulation flow port 23 to form circulation flow mixing.
As shown in fig. 1 and 2:
the circulation flow pipe 3 is installed on the frame 1, and circulation flow pipe 3 upper end is equipped with the third circulation mouth 32 of several, and circulation flow pipe 3 lower extreme is equipped with the fourth circulation mouth 33 of several, and circulation flow pipe 3's bottom is equipped with the discharge gate, installs choke valve 31 on the discharge gate.
The third circulating port 32 of the circulating flow pipe 3 is used for being connected with the first circulating port 23, the fourth circulating port 33 is used for being connected with the second circulating port 24, the discharge port of the circulating flow pipe 3 is used for discharging, and the choke valve 31 is used for controlling discharging.
As shown in fig. 2 and 4:
the lifting installation table 4 comprises a guide bracket 41 arranged on the frame 1, a limit lifting table 42 is arranged on the guide bracket 41, a winding machine 43 is arranged at the top of the guide bracket 41, a connecting rope 44 is arranged on the winding machine 43, and one end, far away from the winding machine 43, of the connecting rope 44 is connected with the limit lifting table 42.
When the active carbon filter box 7 and the rotary flow mechanism 6 need to be disassembled, the worker releases the fixation of limiting lifting, the winding machine 43 winds the connecting rope 44, the connecting rope 44 can drive the limiting lifting table 42 to lift along the guide bracket 41 when being wound, and the limiting lifting table 42 can drive the rotary driving pipe 5, the active carbon filter box 7 and the rotary flow mechanism 6 to synchronously lift and separate from the circulating flow through pipe 3 when lifting, so that the convenience of disassembly and assembly can be effectively improved.
As shown in fig. 2, 5 and 6:
the rotary flow mechanism 6 comprises a plurality of suction fan blades 61 arranged on a rotary driving tube 5, a flow guide installation block 62 is arranged at the upper end of the driving tube, the flow guide installation block 62 is conical, a limit bracket 63 is further arranged on the driving tube, and the limit bracket 63 is in sliding interference with the inner wall of the circulating flow through tube 3.
The rotary driving tube 5 is driven to rotate through the rotary driving device 8 to mix brake fluid, the rotary driving tube 5 can drive a plurality of suction fan blades 61 of the rotary flow mechanism 6 to rotate, the suction fan blades 61 can drive brake fluid inside the circulation flow pipe 3 to flow rapidly during rotation, the limiting support 63 is used for stabilizing the position of the limiting rotary driving tube 5 inside the circulation flow pipe 3 to ensure the stability of the rotation of the rotary driving tube 5, the guide mounting block 62 is conical, and the guide mounting block 62 is used for guiding the flowing brake fluid to diffuse so that the brake fluid flows to the third circulation flow port 32 of the circulation liquid storage barrel 2.
The rotary driving device 8 comprises a rotary driver 81 arranged on the limiting lifting table 42, a driving gear 82 is arranged on the rotary driver 81, the rotary driving device 8 further comprises a driven gear 83 arranged on the rotary driving tube 5, and the driven gear 83 is meshed with the driving gear 82. When the rotary driving tube 5 needs to be driven to rotate, a worker can drive the driving teeth to rotate through the rotary driver 81, the driven gear 83 can be driven to rotate when the driving teeth rotate, and the rotary driving tube 5 is driven to synchronously rotate when the driven gear 83 rotates.
As shown in fig. 6 to 9:
the active carbon filter tank 7 is installed on rotatory drive pipe 5, the bottom of active carbon filter tank 7 is equipped with the bucket shape, the bottom surface of active carbon filter tank 7 is covered with several second spiral water conservancy diversion leaf 71, first filter layer 72 is still installed to the bottom of active carbon filter tank 7, the inside of active carbon filter tank 7 is equipped with the several and cuts apart sieve 73, still be equipped with guide hole 74 on the active carbon filter tank 7, the upper end of active carbon filter tank 7 is equipped with the feed opening, the lateral part of active carbon filter tank 7 is equipped with the several feed opening, the upper and lower both ends of active carbon filter tank 7 still are equipped with screw thread installation cover 75, the apron 77 is pressed to the elasticity is installed to the feed opening position of active carbon filter tank 7, synchronous shutoff mechanism 76 is installed to the feed opening of active carbon filter tank 7.
The inside segmentation sieve 73 of active carbon filter tank 7 is used for separating into a plurality of depositing the cavity with inside storage cavity, deposit the cavity and be used for filling active carbon, the elasticity is pressed the apron 77 and is used for shutoff active carbon filter tank 7's material loading mouth and compresses tightly to filling active carbon, synchronous shutoff mechanism 76 is used for shutoff active carbon filter tank 7's feed opening, can drive active carbon filter tank 7 and rotatory flow mechanism 6 and carry out synchronous rotation when rotatory drive pipe 5 rotates again, can make the brake fluid flow in circulation flow pipe 3 when rotatory flow mechanism 6 rotates, the brake fluid can enter into inside from active carbon filter tank 7 bottom's first filter layer 72, active carbon filter tank 7 rotates the second spiral water conservancy diversion leaf 71 of bottom can effectually improve the flow force of brake fluid, active carbon filter tank 7 rotates inside active carbon can synchronous rotation active carbon filter tank 7's inside active carbon and can adsorb the purification to the brake fluid that gets into, the brake fluid that purifies is passed from elasticity is pressed the apron 77, after the brake fluid circulation flow purification is good, the discharge end of circulation flow pipe 3 opens and can make the brake fluid discharge, the brake fluid when discharging, the brake fluid keeps the active carbon filter tank 7 to rotate fast, can keep the active carbon to rotate effectively, can remove the brake fluid from the rotation efficiency, can be removed on the active carbon filter tank rotates effectively.
As shown in fig. 7 and 8:
the synchronous plugging mechanism 76 comprises a mounting support 761 arranged at the bottom of the activated carbon filter box 7, a first adjusting bolt 762 is arranged on the mounting support 761, the first adjusting bolt 762 is in threaded connection with a threaded mounting sleeve 75, a limiting plug board 763 is fully distributed on the mounting support 761, and the limiting plug board 763 corresponds to a feed opening of the activated carbon filter box 7 one by one.
When the inside active carbon of active carbon rose box 7 uses for a long time and need change, rise active carbon rose box 7 and break away from circulation flow siphunculus 3 through lift mount table 4, the staff is rotating first adjusting bolt 762 again, can drive mounting support 761 when first adjusting bolt 762 rotates and descend to remove, the mounting support 761 descends and removes the time to drive spacing picture peg 763 and carry out synchronous movement, can make the feed opening of active carbon rose box 7 open when spacing picture peg 763 removes, the inside active carbon can discharge behind the feed opening of active carbon rose box 7, the effectual efficiency of getting material that improves.
As shown in fig. 8 and 9:
the cover plate 77 is pressed to elasticity is including installing the butt joint mounting frame 771 at active carbon filter tank 7 top, be equipped with the several mounting groove on the butt joint mounting frame 771, all install sliding mounting frame 774 in the mounting groove, install second adjusting bolt 773 on the butt joint mounting frame 771, second adjusting bolt 773 and screw thread installation cover 75 threaded connection, still install the spacing guide pillar 772 of several on the butt joint mounting frame 771, spacing guide pillar 772 is connected with sliding mounting frame 774, install spring 776 between sliding mounting frame 774 and the butt joint mounting frame 771, second filter layer 777 is still installed to sliding mounting frame 774's surface.
The staff is adding inside the feed opening of right amount of active carbon follow active carbon rose box 7, after the active carbon is added, the staff rotates second adjusting bolt 773, can cooperate screw thread installation cover 75 to promote butt joint installation frame 771 when second adjusting bolt 773 rotates and remove, spacing guide pillar 772 on the butt joint installation frame 771 is used for spacing guide to remove, make butt joint installation frame 771 and the butt joint of the feed opening of active carbon rose box 7 contradict, make second filter layer 777 and the inside active carbon of active carbon rose box 7 contradict, spring 776 can be extruded when second filter layer 777 and active carbon contradict and form the compressive force, make inside active carbon compaction, can effectually avoid the active carbon to appear striking when rotating and cause the damage.
As shown in fig. 2 and 10:
the filtering discharging mechanism 9 comprises a guide hopper 91 arranged at a discharging hole at the bottom of the circulating runner pipe 3, a first liquid outlet 911 is formed in the bottom of the guide hopper 91, a second liquid outlet 912 is formed in the side portion of the guide hopper 91, control valves 96 are arranged on the first liquid outlet 911 and the second liquid outlet 912, a filter plate 92 is further arranged in the guide hopper 91, a fixed support 93 is further arranged in the guide hopper 91, a flow fan 94 is arranged on the fixed support 93, a scraping plate 95 is further arranged at the bottom of the flow fan 94, and the scraping plate 95 is in contact with the surface of the filter plate 92.
The circulation flow pipe 3 opens the discharge gate, can make inside brake fluid enter into the inside of water conservancy diversion fill 91, control valve 96 opens first liquid outlet 911, brake fluid can pass filter 92 and follow first liquid outlet 911 discharge, first liquid outlet 911 carries the region of waiting to be handled with the exhaust brake fluid, brake fluid can drive flow fan 94 and rotate in step when flowing, flow fan 94 can drive the surface friction rotation of scraper 95 and filter 92 when rotating, can effectually avoid filterable impurity to cause the jam to filter 92, can effectually guarantee unloading efficiency, after the brake fluid is discharged, carry the washing liquid into the circulation cavity 51 of rotatory drive tube 5 through conveying equipment, the circulation cavity 51 of rotatory drive tube 5 carries the inside of washing liquid guide delivery to activated carbon filter tank 7, the washing liquid can wash the activated carbon, first liquid outlet 911 is closed simultaneously, the second liquid outlet is then opened, the washing liquid can be discharged from the second liquid outlet 912, impurity on the filter 92 can be discharged to waiting to handle the region in the lump with the washing liquid when flowing.
As shown in fig. 11 and 12, a mixing mechanism 25 is arranged in the circulating liquid storage barrel 2, the mixing mechanism 25 is positioned above the first spiral guide vane 21, the mixing mechanism 25 comprises a rotating shaft 251, the rotating shaft 251 is horizontally arranged in the circulating liquid storage barrel 2, one end of the rotating shaft 251 is rotatably connected with the inner wall of the circulating liquid storage barrel 2, the other end of the rotating shaft 251 is provided with a first mixing plate 252, the first mixing plate 252 is perpendicular to the rotating shaft 251, one side of the first mixing plate 252, which is far away from the rotating shaft 251, is provided with a sliding groove 253, a second mixing plate 254 is slidably arranged in the sliding groove 253, one side of the second mixing plate 254, which is close to the rotating shaft 251, is connected with the inner wall of the sliding groove 253 through a plurality of first return springs 255, sliding holes 256 are symmetrically arranged at the upper end and the lower end of the second mixing plate 254, sliding columns 257 are slidably arranged in the sliding holes 256, one end of the sliding column 257 is connected with the inner wall of the sliding hole 256 through a second reset spring 258, the other end of the sliding column 257 extends to the outside of the sliding hole 256 and is provided with a plurality of mixing rods 259, the mixing rods 259 are perpendicular to the sliding column 257, the sliding hole 256 is communicated with the sliding groove 253 through a through hole 260, a driving rod 261 is arranged in the sliding hole 260 in a sliding mode, one end of the driving rod 261 is connected with a side wall of the second mixing plate 254, which is close to the rotating shaft 251, a first inclined surface is arranged at the other end of the driving rod 261, the length of one side of the driving rod 261, which is close to the rotating shaft 251, is smaller than the length of one side, which is far from the rotating shaft 251, of the driving rod 261, a groove 262 is arranged at one side, which is close to the through hole 260, of the sliding column 257 is triangular in cross section, and the inner wall of the groove 262 is matched with the outer wall of the driving rod 261, which is close to one end of the rotating shaft 251.
In the initial state, under the effect of first return spring 255, the second mixing plate 254 is mostly in spout 253, slide column 257 then is located slide hole 256, when the brake fluid from first circulation flow port 23 to circulation liquid storage barrel 2 inside, the brake fluid can drive first mixing plate 252, second mixing plate 254 rotates, first mixing plate 252, second mixing plate 254 rotates and can stir the brake fluid in circulation liquid storage barrel 2, slide column 257 rotates along with first mixing plate 252, slide column 257 drives mixing rod 259 and rotates in circulation liquid storage barrel 2, thereby the effect of mixing is improved, simultaneously, the process of throwing into the mixture from feed inlet 22 also can drive first mixing plate 252 and second mixing plate 254 to rotate, make first mixing plate 252 and second mixing plate 254 do not need extra electric drive, save the electric energy, along with the acceleration of brake fluid circulation flow rate, first mixing plate 252 and second mixing plate 254's rotation speed gradually accelerate, under the effect, slide column 257 gradually slides to slide hole outside centrifugal force, second return spring 258, thereby the position of slide column 257 along with first mixing plate 252 rotates, thereby the mixed rod is further improved, the mixed fluid of mixing rod is driven by the speed of mixing plate 252 is further improved, the mixed fluid is further increased along with the speed of mixing rod 254, the mixed fluid is further increased, the mixed fluid is more evenly mixed, the mixed fluid is more contacted with the mixed fluid is more than the mixed fluid is more greatly more than 254, thereby the mixed fluid is more greatly more than the mixed fluid is driven by the mixed fluid 254, and is more than has been required.
As shown in fig. 1 to 10:
the utility model provides a processingequipment of brake fluid, including installing the circulation flow purifier in frame 1, circulation flow purifier is including installing circulation flow siphunculus 3 in frame 1, install several circulation stock solution bucket 2 on the circulation flow siphunculus 3, circulation flow siphunculus 3 and circulation stock solution bucket 2 communicate each other, lift mount table 4 is installed to the top of circulation flow siphunculus 3, install rotatory drive pipe 5 on the lift mount table 4, the inside of rotatory drive pipe 5 is equipped with circulation cavity 51, install rotatory flow mechanism 6 and active carbon rose box 7 on the rotatory drive pipe 5, active carbon rose box 7 is stored in the inside of active carbon rose box 7, active carbon rose box 7 communicates with the circulation cavity 51 of rotatory drive pipe 5, still install rotation driving device 8 on the lift mount table 4, rotatory drive pipe 5 is connected with rotatory drive pipe 5 transmission, filtration discharge mechanism 9 is still installed to the discharge end of circulation flow siphunculus 3.
The foregoing examples merely illustrate one or more embodiments of the application, which are described in greater detail and are not to be construed as limiting the scope of the application. It should be noted that it will be apparent to those skilled in the art that several variations and modifications can be made without departing from the spirit of the application, which are all within the scope of the application. Accordingly, the scope of the application should be assessed as that of the appended claims.
Claims (11)
1. The brake fluid processing method is characterized in that the circulating flow purifying device comprises a circulating flow pipe (3) arranged on the frame (1), a plurality of circulating liquid storage barrels (2) are arranged on the circulating flow pipe (3), the circulating flow pipe (3) is mutually communicated with the circulating liquid storage barrels (2), a lifting mounting table (4) is arranged above the circulating flow pipe (3), a rotary driving pipe (5) is arranged on the lifting mounting table (4), a circulation cavity (51) is arranged in the rotary driving pipe (5), a rotary flow mechanism (6) and an active carbon filter box (7) are arranged on the rotary driving pipe (5), active carbon is stored in the active carbon filter box (7), the active carbon filter box (7) is communicated with the circulation cavity (51) of the rotary driving pipe (5), a rotary driving device (8) is further arranged on the lifting mounting table (4), the rotary driving pipe (5) is in transmission connection with the rotary driving pipe (5), and a discharging end of the circulating flow pipe (3) is further provided with a filtering mechanism (9);
the processing method of the brake fluid comprises the following steps:
s1, adding active carbon into an active carbon filter box (7), and putting a rotary flow mechanism (6) and the active carbon filter box (7) into a circulating flow pipe (3) together through a lifting installation table (4);
s2, adding braking liquid mixtures with different proportions into the circulating liquid storage barrel (2), wherein the braking liquid mixtures are required to be mixed, driving a rotary driving pipe (5) to rotate through a rotary driving device (8), driving a rotary flow mechanism (6) and an active carbon filter box (7) to synchronously rotate by the rotary driving pipe (5), driving the braking liquid in the circulating liquid storage barrel (2) to spirally circulate when the rotary flow mechanism (6) rotates, enabling the braking liquid to be rapidly mixed, and simultaneously enabling the active carbon to adsorb and filter impurities in the braking liquid when the braking liquid passes through the active carbon in the active carbon filter box (7), and repeatedly filtering and mixing the braking liquid through the step;
s3, after the brake fluid is mixed, a circulating flow pipe (3) is opened at a discharge end to convey the mixed brake fluid to a region to be treated through a filtering discharge mechanism (9), and meanwhile, an active carbon filter box (7) can continue to rotate, so that the brake fluid attached to the active carbon can be effectively and rapidly removed through a rotating release force;
s4, after brake fluid is discharged, cleaning fluid is conveyed into a circulation cavity (51) of the rotary driving tube (5) through conveying equipment, the cleaning fluid is guided and conveyed into the activated carbon filter box (7) through the circulation cavity (51) of the rotary driving tube (5), the activated carbon can be cleaned by the cleaning fluid, the activated carbon filter box (7) can continue to rotate after the activated carbon is cleaned, and the cleaning fluid attached to the activated carbon can be effectively removed through the rotating release force.
2. The method for processing the brake fluid according to claim 1, wherein the circulating liquid storage barrel (2) is mounted on the frame (1), the bottom of the circulating liquid storage barrel (2) is in a lower bucket shape, the inner wall of the bottom of the circulating liquid storage barrel (2) is fully provided with a first spiral guide vane (21), the top of the circulating liquid storage barrel (2) is provided with a feed port (22), the side part of the circulating liquid storage barrel (2) is provided with a first circulating port (23), the bottom of the circulating liquid storage barrel (2) is provided with a second circulating port (24), and the first circulating port (23) and the second circulating port (24) are both communicated with the circulating flow pipe (3).
3. The method for processing brake fluid according to claim 2, wherein the circulation flow pipe (3) is mounted on the frame (1), a plurality of third circulation flow openings (32) are formed in the upper end of the circulation flow pipe (3), a plurality of fourth circulation flow openings (33) are formed in the lower end of the circulation flow pipe (3), a discharge opening is formed in the bottom of the circulation flow pipe (3), and a choke valve (31) is mounted on the discharge opening.
4. A method of working a brake fluid according to claim 3, characterized in that the lifting mounting table (4) comprises a guide bracket (41) mounted on the frame (1), a limit lifting table (42) is mounted on the guide bracket (41), a winder (43) is mounted on the top of the guide bracket (41), a connecting rope (44) is mounted on the winder (43), and one end of the connecting rope (44) away from the winder (43) is connected with the limit lifting table (42).
5. The method for processing brake fluid according to claim 4, wherein the rotary flow mechanism (6) comprises a plurality of suction blades (61) mounted on a rotary driving tube (5), a flow guiding mounting block (62) is mounted at the upper end of the driving tube, the flow guiding mounting block (62) is conical, a limiting support (63) is further mounted on the driving tube, and the limiting support (63) is in sliding contact with the inner wall of the circulating flow tube (3).
6. The method for processing brake fluid according to claim 5, wherein the activated carbon filter box (7) is mounted on the rotary driving tube (5), an upper bucket shape is arranged at the bottom of the activated carbon filter box (7), a plurality of second spiral guide vanes (71) are distributed on the bottom surface of the activated carbon filter box (7), a first filter layer (72) is further mounted at the bottom of the activated carbon filter box (7), a plurality of dividing screen plates (73) are arranged in the activated carbon filter box (7), guide holes (74) are further formed in the activated carbon filter box (7), a feeding opening is formed in the upper end of the activated carbon filter box (7), a plurality of discharging openings are formed in the side portion of the activated carbon filter box (7), threaded mounting sleeves (75) are further arranged at the upper end and the lower end of the activated carbon filter box (7), an elastic pressing cover plate (77) is mounted at the position of the feeding opening of the activated carbon filter box (7), and a synchronous plugging mechanism (76) is mounted at the discharging opening of the activated carbon filter box (7).
7. The method for processing brake fluid according to claim 6, wherein the synchronous plugging mechanism (76) comprises a mounting bracket (761) mounted at the bottom of the activated carbon filter box (7), a first adjusting bolt (762) is mounted on the mounting bracket (761), the first adjusting bolt (762) is in threaded connection with a threaded mounting sleeve (75), limit inserting plates (763) are distributed on the mounting bracket (761), and the limit inserting plates (763) are in one-to-one correspondence with the feed openings of the activated carbon filter box (7).
8. The method for processing brake fluid according to claim 7, wherein the elastic pressing cover plate (77) comprises a butt joint installation frame (771) installed at the top of the activated carbon filter box (7), a plurality of installation grooves are formed in the butt joint installation frame (771), sliding installation frames (774) are installed in the installation grooves, second adjusting bolts (773) are installed on the butt joint installation frame (771), the second adjusting bolts (773) are in threaded connection with the threaded installation sleeves (75), a plurality of limit guide posts (772) are further installed on the butt joint installation frame (771), the limit guide posts (772) are connected with the sliding installation frame (774), springs (776) are installed between the sliding installation frame (774) and the butt joint installation frame (771), and a second filter layer (777) is further installed on the surface of the sliding installation frame (774).
9. The method for processing brake fluid according to claim 8, wherein the filtering and discharging mechanism (9) comprises a guide hopper (91) arranged at a discharge hole at the bottom of the circulating runner pipe (3), a first liquid outlet (911) is formed in the bottom of the guide hopper (91), a second liquid outlet (912) is formed in the side portion of the guide hopper (91), control valves (96) are arranged on the first liquid outlet (911) and the second liquid outlet (912), a filter plate (92) is further arranged in the guide hopper (91), a fixed support (93) is further arranged in the guide hopper (91), a flow fan (94) is arranged on the fixed support (93), a scraping plate (95) is further arranged at the bottom of the flow fan (94), and the scraping plate (95) is in contact with the surface of the filter plate (92).
10. The method according to claim 2, wherein a mixing mechanism (25) is arranged in the circulating liquid storage barrel (2), the mixing mechanism (25) is positioned above the first spiral guide vane (21), the mixing mechanism (25) comprises a rotating shaft (251), the rotating shaft (251) is horizontally arranged in the circulating liquid storage barrel (2), one end of the rotating shaft (251) is rotatably connected with the inner wall of the circulating liquid storage barrel (2), the other end of the rotating shaft (251) is provided with a first mixing plate (252), the first mixing plate (252) is perpendicular to the rotating shaft (251), one side of the first mixing plate (252) far away from the rotating shaft (251) is provided with a sliding groove (253), the sliding groove (253) is internally provided with a second mixing plate (254), one side of the second mixing plate (254) close to the rotating shaft (251) is connected with the inner wall of the sliding groove (253) through a plurality of first return springs (255), sliding holes (256) are symmetrically arranged at the upper end and the lower end of the second mixing plate (254), sliding columns (257) are slidably arranged in the sliding holes (256), one end of the sliding columns (257) is connected with the inner wall of the sliding holes (256) through the second return springs (256), the sliding columns (257) are arranged at the other ends, the sliding columns (257) and extend to the outer sides of the sliding columns (257) and are perpendicular to the mixing columns (257), through hole (260) intercommunication between slide hole (256) and spout (253), the interior setting actuating lever (261) of through hole (260), actuating lever (261) one end is close to axis of rotation (251) with second mixing plate (254) and is connected, actuating lever (261) other end sets up first inclined plane, actuating lever (261) is close to axis of rotation (251) one side length and is less than actuating lever (261) and keep away from axis of rotation (251) one side length, sliding column (257) are close to through hole (260) one side and set up recess (262), recess (262) cross-section is triangle-shaped, recess (262) inner wall and actuating lever (261) are close to axis of rotation (251) one end outer wall looks adaptation.
11. The utility model provides a processingequipment of brake fluid, including installing circulation flow purification device on frame (1), a serial communication port, circulation flow purification device is including installing circulation flow siphunculus (3) on frame (1), install several circulation stock solution bucket (2) on circulation flow siphunculus (3), circulation flow siphunculus (3) and circulation stock solution bucket (2) communicate each other, lift mount table (4) are installed to the top of circulation flow siphunculus (3), install rotatory drive tube (5) on lift mount table (4), the inside of rotatory drive tube (5) is equipped with circulation cavity (51), install rotatory flow mechanism (6) and active carbon rose box (7) on rotatory drive tube (5), the inside of active carbon rose box (7) is stored active carbon, active carbon rose box (7) and the circulation cavity (51) of rotatory drive tube (5) are linked together, still install rotatory drive device (8) on lift mount table (4), rotatory drive tube (5) and rotatory drive tube (5) transmission are connected, filtration ejection of compact mechanism (9) are still installed to the discharge end of circulation flow (3).
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| CN118957189A (en) * | 2024-07-15 | 2024-11-15 | 邯郸市佳宝环境治理有限公司 | A blast furnace gas dust removal device |
| CN119113778A (en) * | 2024-10-22 | 2024-12-13 | 徐州墨瀚升生物科技有限公司 | A biological purification device and a method of using the same |
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| CN215429025U (en) * | 2021-07-16 | 2022-01-07 | 江苏科伦多食品配料有限公司 | Potassium citrate processing equipment |
| CN115724506A (en) * | 2022-11-18 | 2023-03-03 | 曹雯 | Deodorization device and deodorization method for sewage treatment tank |
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| CN107628697A (en) * | 2017-10-31 | 2018-01-26 | 曾国琼 | A kind of floor heating pipe water purification cleaning device |
| CN215429025U (en) * | 2021-07-16 | 2022-01-07 | 江苏科伦多食品配料有限公司 | Potassium citrate processing equipment |
| CN115724506A (en) * | 2022-11-18 | 2023-03-03 | 曹雯 | Deodorization device and deodorization method for sewage treatment tank |
| CN219399035U (en) * | 2023-03-23 | 2023-07-25 | 内蒙古扬帆新材料有限公司 | Photoinitiator decolorization device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN118957189A (en) * | 2024-07-15 | 2024-11-15 | 邯郸市佳宝环境治理有限公司 | A blast furnace gas dust removal device |
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