CN205440326U - Multichannel integrated form ABS rear axle arresting gear - Google Patents
Multichannel integrated form ABS rear axle arresting gear Download PDFInfo
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- CN205440326U CN205440326U CN201620007757.8U CN201620007757U CN205440326U CN 205440326 U CN205440326 U CN 205440326U CN 201620007757 U CN201620007757 U CN 201620007757U CN 205440326 U CN205440326 U CN 205440326U
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Abstract
The utility model relates to a multichannel integrated form ABS rear axle arresting gear, including exhaust diaphragm, the diaphragm spring that exhausts, the admit air diaphragm and the diaphragm spring that admits air, exhaust diaphragm spring installs the epicoele position department at the exhaust diaphragm, and the diaphragm spring that admits air installs in the epicoele position of the diaphragm that admits air department, exhaust diaphragm, the diaphragm spring that exhausts, diaphragm and admit air the higher authority of diaphragm spring and be equipped with apron, apron and time valve body looks immobilization connection admits air, the higher authority of valve body is equipped with the casing down, is equipped with the piston between lower valve body and the last casing, the cover is equipped with O shape circle on the piston, goes up and installs the 3rd O shape circle between casing and the piston, installs the 2nd O shape circle between lower valve body and the last casing, go up the casing and be equipped with the solenoid valve down between the valve body. It can satisfy that whole car product integrates, lightweight and convenient maintenance, the needs that detect to and reduce the system response time.
Description
Technical field
This utility model belongs to technical field of automobile components, relates to a kind of multichannel integrated form ABS back axle brake unit.
Background technology
At present, ABS system is that it is worked by conventional braking system for controlling and monitor the electronic system of car speed during braking.At wheel close in the case of locking, corresponding wheel brake pressure will be released and keep constant requiring or record during wheel accelerating again, be stepped up brake pressure after again accelerating.Be equivalent to each wheel individually " point is stopped ".In commercial car back axle brakes, in order to meet car load Products integration, lightweight and convenient maintenance, the needs of detection, and reduce system response time, need a kind of multichannel integrated form ABS back axle brake unit more.
Application No. " 201210110394.7 ", the Chinese utility model patent application of Publication No. " CN102642532A ", disclose a kind of triple channel ABS system, it is applied to three axle semitrailers, gear ring and corresponding ABS wheel speed sensors it is mounted at the wheel of front axle, axis and the rear axle both sides of described three axle semitrailers, described ABS wheel speed sensors is connected to ABS ECU, and described ABS ECU connects the control unit being respectively used to control each wheel braking air chamber air inflow；It is by being respectively mounted gear ring and wheel speed sensors at each wheel of each axletree, ABS ECU is according to the wheel speed information from each wheel received, although the brake chamber of every axletree can be controlled when braking, but it is low but to there is integrated level in it, product weight is big, the response time of system is long, and security reliability is poor, independence and the problem such as real-time is poor.
Patent No. " ZL201120543271.3 ", Authorization Notice No. is " CN202429194U ", the Chinese utility model patent of entitled " the automatically controlled relay valve of the dual pathways of a kind of ABS ", disclose the automatically controlled relay valve of the dual pathways of a kind of ABS, including main body, described main body have two pairs can the automatically controlled relay valve of independent work, described two secondary automatically controlled relay valves are controlled by the electromagnetic valve group coupled with main body.This utility model arranges two pairs in main body can the automatically controlled relay valve of independent work, form twin-channel air valve, then this two secondary automatically controlled relay valve is controlled by electromagnetic valve group, although it can realize independent supercharging, pressurize, decompression or common supercharging, the duty of pressurize decompression, but it is low that it equally exists integrated level, product weight is big, and the response time of system is long, security reliability is poor, independence and the problem such as real-time is poor.
On the whole, more, there is integrated level low in more existing back axle brake units, product weight is big, the response time of system is long, security reliability is poor, and independence and the problem such as real-time is poor, for this, need a kind of multichannel integrated form ABS back axle brake unit, solve the problems referred to above in the presence of prior art, meet car load Products integration, lightweight and convenient maintenance, the needs of detection, and reduce system response time.
Utility model content
The purpose of this utility model is to provide a kind of multichannel integrated form ABS back axle brake unit, solves the problems referred to above in the presence of prior art, meets car load Products integration, lightweight and convenient maintenance, the needs of detection, and reduces system response time.
For achieving the above object, this utility model provides a kind of multichannel integrated form ABS back axle brake unit, including aerofluxus diaphragm, exhaust membrane flat spring, air inlet diaphragm and air inlet film flat spring, exhaust membrane flat spring is arranged on the epicoele position of aerofluxus diaphragm, and air inlet film flat spring is arranged on the epicoele position of air inlet diaphragm；Aerofluxus diaphragm, exhaust membrane flat spring, air inlet diaphragm and air inlet film flat spring be arranged above with cover plate, cover plate fixes with lower valve body and couples；Lower valve body be arranged above with upper shell, lower between valve body and upper shell, be provided with piston；It is arranged with the first O on piston, the 3rd O is installed between upper shell and piston, lower second O is installed between valve body and upper shell；Piston spring base is arranged below；Compression spring is installed on spring base, compression spring be arranged above valve, valve be arranged above gland, gland is provided with hole back-up ring；It is provided with electromagnetic valve between upper shell and lower valve body.
In above scheme preferably, exhaust membrane flat spring includes first exhaust diaphragm spring and second exhaust diaphragm spring.
In any of the above scheme preferably, aerofluxus diaphragm includes first exhaust diaphragm and second exhaust diaphragm.
In any of the above scheme preferably, air inlet film flat spring includes the first air inlet film flat spring and the second air inlet film flat spring.
In any of the above scheme preferably, air inlet diaphragm includes the first air inlet diaphragm and the second air inlet diaphragm.
In any of the above scheme preferably, first exhaust diaphragm spring is arranged at the epicoele leftward position of first exhaust diaphragm.
In any of the above scheme preferably, second exhaust diaphragm spring is arranged at the epicoele right positions of second exhaust diaphragm.
In any of the above scheme preferably, the first air inlet film flat spring is arranged at the epicoele leftward position of the first air inlet diaphragm.
In any of the above scheme preferably, the second air inlet film flat spring is arranged at the epicoele right positions of the second air inlet diaphragm.
In any of the above scheme preferably, the first air inlet film flat spring and first exhaust diaphragm spring be arranged above with cover plate.
In any of the above scheme preferably, cover plate is arranged at the above leftward position of the first air inlet film flat spring and first exhaust diaphragm spring.
In any of the above scheme preferably, the second air inlet film flat spring and second exhaust diaphragm spring be arranged above with cover plate.
In any of the above scheme preferably, cover plate is arranged at the above right positions of the second air inlet film flat spring and second exhaust diaphragm spring.
In any of the above scheme preferably, cover plate is connected with lower valve body by screw.
In any of the above scheme preferably, spring base is arranged between the first air inlet diaphragm and the second air inlet diaphragm.
In any of the above scheme preferably, spring base is provided with the 5th O.
In any of the above scheme preferably, equipped with the 4th O on the external diameter of gland.
In any of the above scheme preferably, lower valve body is provided with inside groove.
In any of the above scheme preferably, in hole back-up ring is fastened on the inside groove of lower valve body.
In any of the above scheme preferably, electromagnetic valve includes the first electromagnetic valve and the second electromagnetic valve.
In any of the above scheme preferably, the first electromagnetic valve and the second electromagnetic valve centrage in left-right direction are symmetrical.
In any of the above scheme preferably, electromagnetic valve includes being provided with pressing plate before the first electromagnetic valve and the second electromagnetic valve.
In any of the above scheme preferably, the first electromagnetic valve and the second electromagnetic valve are coupled by screw lock.
In any of the above scheme preferably, the first electromagnetic valve is provided with the first electromagnetic valve coil, is provided with dynamic core assembly and static iron core assembly in the first electromagnetic valve coil.
In any of the above scheme preferably, the dynamic core assembly of the first electromagnetic valve includes that first moves core assembly and second and move core assembly.
In any of the above scheme preferably, the static iron core assembly of the first electromagnetic valve includes the first static iron core assembly and the second static iron core assembly.
In any of the above scheme preferably, the first static iron core assembly is provided with the first air inlet spring and the first air intake valve.
In any of the above scheme preferably, the first static iron core assembly is provided with the 6th O and the 7th O.
In any of the above scheme preferably, the second static iron core assembly be mounted below first exhaust spring and first exhaust valve.
In any of the above scheme preferably, the second electromagnetic valve is provided with the second electromagnetic valve coil, is provided with dynamic core assembly and static iron core assembly in the second electromagnetic valve coil.
In any of the above scheme preferably, the dynamic core assembly of the second electromagnetic valve includes that the 3rd moves core assembly and the 4th and move core assembly.
In any of the above scheme preferably, the static iron core assembly of the second electromagnetic valve includes the 3rd static iron core assembly and the 4th static iron core assembly.
In any of the above scheme preferably, the 4th static iron core assembly be mounted below second exhaust spring and second exhaust valve.
In any of the above scheme preferably, the 3rd static iron core assembly is provided with the second air inlet spring and the second air intake valve.
In any of the above scheme preferably, the version of the second electromagnetic valve and the first electromagnetic valve is identical.
In any of the above scheme preferably, upper shell is connected with controlling mouth, and the air pressure controlling mouth is directly inputted to the second electromagnetic valve and the first electromagnetic valve.
In any of the above scheme preferably, lower valve body is provided with air inlet and delivery outlet.
In any of the above scheme preferably, delivery outlet includes the first delivery outlet, the second delivery outlet, the 3rd delivery outlet, the 4th delivery outlet, the 5th delivery outlet and the 6th delivery outlet.
Compared with prior art, this utility model has the advantage that
This utility model provides a kind of multichannel integrated form ABS back axle brake unit, it is possible to solve the problems referred to above in the presence of prior art, meets car load Products integration, lightweight and convenient maintenance, the needs of detection, and reduces system response time；It has the advantage that compact conformation, is beneficial to install maintenance；Product weight be can effectively alleviate, oil consumption, protection environment reduced；Reduce the amount of parts on automobile chassis, assemble, overhaul conveniently；Owing to reducing the connection of intermediate duct, it is effectively improved the response time of system；The chamber that controls of electromagnetic valve separates control design case effectively and reasonably with output cavity, largely improve system and control the response speed of end, thus improve the output speed of delivery outlet air pressure, it is to avoid the loss of air pressure energy；The design of multiple output channel, can more easily carry out multiple passage Brake Design, as independent control, simultaneously control and external independent ABS electromagnetic valve realize 6S/6M function.
Accompanying drawing explanation
Fig. 1 is the partial structurtes schematic diagram of an embodiment according to multichannel integrated form ABS back axle brake unit of the present utility model.
Fig. 2 is the overall structure schematic diagram of the embodiment according to the multichannel integrated form ABS back axle brake unit of the present utility model shown in Fig. 1；
Fig. 3 is the air-path interface schematic diagram of the embodiment according to the multichannel integrated form ABS back axle brake unit of the present utility model shown in Fig. 1.
nullIn figure，1 is first exhaust diaphragm spring，2 is first exhaust diaphragm，3 is the first air inlet film flat spring，4 is the first air inlet diaphragm，5 is cover plate，6 is lower valve body，7 is upper shell，8 is piston，9 is spring base，10 is valve，11 is gland，12 is compression spring，13 is the second air inlet diaphragm，14 is the second air inlet film flat spring，15 is second exhaust diaphragm，16 is second exhaust diaphragm spring，17 is noise elimination seat，18 is silencing net，19 is the first air intake valve，20 is the first air inlet spring，21 is first to move core assembly，22 is the first static iron core assembly，23 is the first electromagnetic valve coil，24 is first exhaust spring，25 is first exhaust valve，26 is the second static iron core assembly，27 is second to move core assembly，28 is the second air intake valve，29 is the second air inlet spring，30 is the 3rd to move core assembly，31 is the 3rd static iron core assembly，32 is the 4th static iron core assembly，33 is the 4th to move core assembly，34 is second exhaust spring；null35 is second exhaust valve，36 is hole back-up ring，37 is the first O，38 is the second O，39 is the 3rd O，40 is the 4th O，41 is the 5th O，42 is the 6th O，43 is the 7th O，44 is the first electromagnetic valve，45 is the second electromagnetic valve，101 is air inlet，211 is the first delivery outlet，221 is the second delivery outlet，231 is the 3rd delivery outlet，241 is the 4th delivery outlet，251 is the 5th delivery outlet，261 is the 6th delivery outlet，401 for controlling mouth，46 is foot brake valves，47 is gas receiver，The electromagnetic valve first that 61.1 is left side controls end，The electromagnetic valve second that 61.2 is left side controls end，61.3 is electromagnetic valve the 3rd control end in left side，The electromagnetic valve first that 62.1 is right side controls end，The electromagnetic valve second that 62.2 is right side controls end，62.3 is electromagnetic valve the 3rd control end on right side.
Detailed description of the invention
In order to be more fully understood that this utility model, below in conjunction with specific embodiment, this utility model is explained in detail.It is clear that this utility model can be carried out different modification and remodeling and without departing from this utility model broader spirit and scope of appended claims.Therefore, following example have exemplary and do not have conditional implication.
Embodiment:
A kind of multichannel integrated form ABS back axle brake unit, including aerofluxus diaphragm, exhaust membrane flat spring, air inlet diaphragm and air inlet film flat spring, exhaust membrane flat spring is arranged on the epicoele position of aerofluxus diaphragm, and air inlet film flat spring is arranged on the epicoele position of air inlet diaphragm；Aerofluxus diaphragm, exhaust membrane flat spring, air inlet diaphragm and air inlet film flat spring be arranged above with cover plate 5, cover plate 5 fixes with lower valve body 6 and couples；Lower valve body 6 be arranged above with upper shell 7, be provided with piston 8 between lower valve body 6 and upper shell 7；It is arranged with the first O 37 on piston 8, the 3rd O 39 is installed between upper shell 7 and piston 8, the second O 38 is installed between lower valve body 6 and upper shell 7；Piston 8 spring base 9 is arranged below；Compression spring 12 is installed on spring base 9, compression spring 12 be arranged above valve 10, valve 10 be arranged above gland 11, gland 11 is provided with hole back-up ring 36；It is provided with electromagnetic valve between upper shell 7 and lower valve body 6.
In the above-described embodiments, exhaust membrane flat spring includes first exhaust diaphragm spring 1 and second exhaust diaphragm spring 16.
In the above-described embodiments, aerofluxus diaphragm includes first exhaust diaphragm 2 and second exhaust diaphragm 15.
In the above-described embodiments, air inlet film flat spring includes the first air inlet film flat spring 3 and the second air inlet film flat spring 14.
In the above-described embodiments, air inlet diaphragm includes the first air inlet diaphragm 4 and the second air inlet diaphragm 13.
In the above-described embodiments, first exhaust diaphragm spring 1 is arranged at the epicoele leftward position of first exhaust diaphragm 2.
In the above-described embodiments, second exhaust diaphragm spring 16 is arranged at the epicoele right positions of second exhaust diaphragm 15.
In the above-described embodiments, the first air inlet film flat spring 3 is arranged at the epicoele leftward position of the first air inlet diaphragm 4.
In the above-described embodiments, the second air inlet film flat spring 14 is arranged at the epicoele right positions of the second air inlet diaphragm 13.
In the above-described embodiments, the first air inlet film flat spring 3 and first exhaust diaphragm spring 1 be arranged above with cover plate 5.
In the above-described embodiments, cover plate 5 is arranged at the above leftward position of the first air inlet film flat spring 3 and first exhaust diaphragm spring 1.
In the above-described embodiments, the second air inlet film flat spring 14 and second exhaust diaphragm spring 16 be arranged above with cover plate 5.
In the above-described embodiments, cover plate 5 is arranged at the above right positions of the second air inlet film flat spring 14 and second exhaust diaphragm spring 16.
In the above-described embodiments, cover plate 5 is connected with lower valve body 6 by screw.
In the above-described embodiments, spring base 9 is arranged between the first air inlet diaphragm 4 and the second air inlet diaphragm 13.
In the above-described embodiments, spring base 9 is provided with the 5th O 41.
In the above-described embodiments, equipped with the 4th O 40 on the external diameter of gland 11.
In the above-described embodiments, lower valve body 6 is provided with inside groove.
In the above-described embodiments, in hole back-up ring 36 is fastened on the inside groove of lower valve body 6.
In the above-described embodiments, electromagnetic valve includes the first electromagnetic valve 44 and the second electromagnetic valve 45.
In the above-described embodiments, the first electromagnetic valve 44 and the second electromagnetic valve 45 centrage in left-right direction are symmetrical.
In the above-described embodiments, electromagnetic valve includes being provided with pressing plate before the first electromagnetic valve 44 and the second electromagnetic valve 45.
In the above-described embodiments, the first electromagnetic valve 44 and the second electromagnetic valve 45 are coupled by screw lock.
In the above-described embodiments, the first electromagnetic valve 44 is provided with the first electromagnetic valve coil 23, is provided with dynamic core assembly and static iron core assembly in the first electromagnetic valve coil 23.
In the above-described embodiments, the dynamic core assembly of the first electromagnetic valve 44 includes that first moves core assembly 21 and second and move core assembly 27.
In the above-described embodiments, the static iron core assembly of the first electromagnetic valve 44 includes the first static iron core assembly 22 and the second static iron core assembly 26.
In the above-described embodiments, the first static iron core assembly 22 is provided with the first air inlet spring 20 and the first air intake valve 19.
In the above-described embodiments, the first static iron core assembly 22 is provided with the 6th O 42 and the 7th O 43.
In the above-described embodiments, the second static iron core assembly 26 be mounted below first exhaust spring 24 and first exhaust valve 25.
In the above-described embodiments, the second electromagnetic valve 45 is provided with the second electromagnetic valve coil, is provided with dynamic core assembly and static iron core assembly in the second electromagnetic valve coil.
In the above-described embodiments, the dynamic core assembly of the second electromagnetic valve 45 includes that the 3rd moves core assembly 30 and the 4th and move core assembly 33.
In the above-described embodiments, the static iron core assembly of the second electromagnetic valve 45 includes the 3rd static iron core assembly 31 and the 4th static iron core assembly 32.
In the above-described embodiments, the 4th static iron core assembly 32 be mounted below second exhaust spring 34 and second exhaust valve 35.
In the above-described embodiments, the 3rd static iron core assembly 30 is provided with the second air inlet spring 29 and the second air intake valve 28.
In the above-described embodiments, the second electromagnetic valve 45 is identical with the version of the first electromagnetic valve 44.
In the above-described embodiments, upper shell 7 is connected with controlling mouth 401；And the air pressure controlling mouth 401 is directly inputted to the second electromagnetic valve 45 and the first electromagnetic valve 44.
In the above-described embodiments, lower valve body 6 is provided with air inlet 101 and delivery outlet.
In the above-described embodiments, delivery outlet includes the first delivery outlet the 211, second delivery outlet the 221, the 3rd delivery outlet the 231, the 4th delivery outlet the 241, the 5th delivery outlet 251 and the 6th delivery outlet 261.
Multichannel integrated form ABS back axle brake unit of the present utility model, piston 8 is arranged with the first O 37, and the first O 37 plays the effect of movable sealing so that piston 8 can move up and down along lower valve body 6 inner chamber；Being provided with the 3rd O 39 between upper shell 7 and piston 8, the 3rd O 39 plays the effect of movable sealing；Being provided with the second O 38 between lower valve body 6 and upper shell 7, the second O 38 plays the effect of static seal；The quantity of lower valve body 6 can be two or more, is fixedly connected by screw between lower valve body 6.5th O 41 is installed on spring base 9,5th O 41 plays the effect of static seal, spring base 9 and the 5th O 41 are arranged on below piston 8 and the first air inlet diaphragm 4 and centre of the second air inlet diaphragm 13 in the lump, the outermost of spring base 9 communicates protecting all the time with the gas of air inlet 101, the gas of air inlet 101 delivery outlet 211 to both sides and delivery outlet 221 is carried to facilitate.Major diameter fit at two seal lips of valve 10 and the two of spring base 9, plays the effect of sealing.Gland 11 is loaded on the top of valve 10, and the seal of gland 11 contacts sealing with the rubber face of valve 10, and the external diameter of gland 11 seals equipped with the 4th O 40 and with lower valve body 6 minor diameter fit.Gland 11, valve 10, compression spring 9, spring base 9 are fixed on lower valve body 6 by hole back-up ring 36 securely.The quantity of cover plate 5 can be at least two, and each cover plate 5 is fixedly connected with lower valve body 6 with six screws.
Multichannel integrated form ABS back axle brake unit of the present utility model, have eight air-path interfaces, wherein control mouth 401 to communicate with upper shell 7, be directly output to the first electromagnetic valve 44 and the second electromagnetic valve 45 via the air pressure controlling mouth 401 input, and be positioned at the top of all air-path interfaces；Remaining seven air-path interface is entirely located in the body of lower valve body 6, and connects with lower valve body 6 direct connection.Wherein air inlet 111 is overall air inlet, delivery outlet 211 and delivery outlet 231 are positioned at the left side of air inlet 101, delivery outlet 211 communicates with delivery outlet 231 inner passage, and the air pressure output of the two interface is controlled by the first air inlet diaphragm 4, the first exhaust diaphragm 2 in left side with closing；Delivery outlet 221 and delivery outlet 241 are positioned at the right side of air inlet 101, delivery outlet 221 and delivery outlet 241 inner passage and communicate, and the air pressure output of the two interface is controlled by the second air inlet diaphragm 13, the second exhaust diaphragm 15 on right side with closing.
Multichannel integrated form ABS back axle brake unit of the present utility model, in left side, first static iron core assembly 22 is contained in following, first static iron core assembly 22 above is respectively provided with second and moves core assembly the 21, first air inlet spring the 20, first air intake valve 19, wherein the first air inlet spring 20 moves core assembly 21 with first and is fitted together, under original state, first moves core assembly 21 blocks the air inlet of the first air intake valve 19 under the effect of the first air inlet spring 20.First static iron core assembly 22 is fitted with the 6th O 42 and the 7th O 43, is used as static seal and uses.On right side, second static iron core assembly 26 top loading, second static iron core assembly 26 moves core assembly 27, second exhaust spring 24, second exhaust valve 25 equipped with first separately below, wherein second exhaust spring 24 moves core assembly 27 with second and is fitted together, in an initial condition, second move core assembly 27 and under the effect of second exhaust spring 24, the air vent of second exhaust valve 25 is blocked.Second static iron core assembly 26 is fitted with the 6th O 42 and the 7th O 43, is used as static seal and uses.Structural relation in second electromagnetic valve 45 is identical with the structural relation in the first electromagnetic valve 44, during the first electromagnetic valve 44 and the second electromagnetic valve 45 are installed between upper shell 7 and lower valve body 6, four screws is connected and fixed.
Multichannel integrated form ABS back axle brake unit of the present utility model, its detailed description of the invention is: first air inlet diaphragm the 4, second air inlet diaphragm 13, first exhaust diaphragm 2, second exhaust diaphragm 15 are erect placement by (1), shorten the size of length direction, make length direction structure compacter.(2) in order to increase the symmetry of product so that first exhaust diaphragm 2 and the first air inlet diaphragm 4 in the vertical direction are arranged on same straight line；Second exhaust diaphragm 15 and the second air inlet diaphragm 13 in the vertical direction are arranged on same straight line.Make first air inlet diaphragm the 4, second air inlet diaphragm 13 in the horizontal direction at same straight line；Make first exhaust diaphragm 2, second exhaust diaphragm 15 in the horizontal direction at same straight line.(3) make first exhaust diaphragm 2, second exhaust diaphragm 15 below first air inlet diaphragm the 4, second air inlet diaphragm 13, to reach the requirement near discharge chamber, reduce exhaust passage length, be conducive to accelerating aerofluxus response time.(4) piston 8 does not has to design the inner chamber at upper shell 7, and time be designed on the cavity of lower valve body 6, purpose is to increase piston 8 and gland 11, the axiality of valve 10, because placing inner chamber and placement gland 11, the inner chamber of valve 10 of the lower valve body 6 of piston 8, processing under valve body 6 time can with along with manufacturing procedure process, it is possible to guarantee axiality.(5) in order to reduce usage quantity and the weight of cover plate 5, the air inlet diaphragm of the same side is accomplished with the cover plate used by aerofluxus diaphragm together with, make originally to need the quantity of four cover plates 5, the most only need two cover plates 5.(6) for shortening the size on width, the electromagnetic valve of the first electromagnetic valve coil 23 and opposite side is placed on after cover plate 5.(7) tradition relay valve is that the delivery outlet by a relay valve is connected two ABS actuators by trachea with the braking connecting line of ABS electromagnetic valve, and the air pressure of ABS actuator output connects brake chamber, produces brake pressure.And this utility model is that two ABS electromagnetic valves and relay valve are passed through product structure, the design of layout, saves outer generating tube and couple, improve the response time of product.(8) tradition relay valve is air inlet diaphragm and the aerofluxus diaphragm that the delivery outlet by relay valve controls ABS electromagnetic valve with the coupling method of ABS electromagnetic valve, so air pressure needs air inlet pressurize, exhaust work while output services, disadvantage of this is that can not carry out timely pressurizeing, pressurize, aerofluxus；And the epicoele of the relay valve that this utility model can be controlled by foot brake valves 46 controls mouth and be processed work to air inlet film sheet and aerofluxus diaphragm in advance, it is possible to accomplish to pressurize rapidly, pressurize and exhaust work.(9) this utility model is except control 401, air inlet 101 of mouth, also first delivery outlet the 211, second delivery outlet the 221, the 3rd delivery outlet the 231, the 4th delivery outlet the 241, the 5th delivery outlet 251 and the 6th delivery outlet 261.Wherein the first delivery outlet 211 and the 3rd delivery outlet 231 communicate, and by the first electromagnetic valve control end 61.1 in left side, second electromagnetic valve in left side controls end 61.2, the 3rd electromagnetic valve in left side controls end 61.3 and controls；Second delivery outlet 221 and the 4th delivery outlet 241 communicate, the electromagnetic valve on right side first control end 61.1, the electromagnetic valve second on right side controls end 61.2, the electromagnetic valve the 3rd on right side control end 61.3 control.5th delivery outlet 251 and the 6th delivery outlet 261 directly export from relay valve delivery outlet B district.
Traditional relay valve is that driver steps on foot brake valves 46 with the work process of ABS electromagnetic valve, air pressure foot brake valves 46 enters relay valve and controls mouth epicoele and promote piston to move down, and pushes valve open and make the air pressure of gas receiver 47 prepare output pressure through the delivery outlet of relay valve to the air inlet of air inlet ABS electromagnetic valve from air inlet 1 mouthful.Air pressure needs, by inner passage, aerofluxus diaphragm epicoele is set up pressure and blocks the valve at aerofluxus diaphragm simultaneously, and otherwise the air pressure of the delivery outlet of electromagnetic valve can enter air by the valve port at aerofluxus diaphragm, cannot set up air pressure.And set up pressure to aerofluxus diaphragm epicoele and be to carry out at the same time point of same chamber to delivery outlet output pressure, so air pressure disperses a little energy, air pressure can have an air pressure to air vent before aerofluxus diaphragm is closed, cause to brake chamber output pressure is slow, finally makes the braking distance of wheel widen.Same problem, when pressurize diaphragm works, ECU pressurize instruction received by electromagnetic valve, now the delivery outlet of electromagnetic valve has operating air pressure, also because the work chamber of air pressure when pressurize diaphragm epicoele builds pressure and electromagnetic valve delivery outlet is identical, also there is a phenomenon that air pressure energy is not enough, cause pressurize diaphragm to be closed the slowest, close front portion gas valve port at pressurize diaphragm at pressurize diaphragm and flow to brake chamber, easily cause brake locking phenomenon.And multichannel integrated form ABS back axle brake unit of the present utility model, it is possible to solving the problems referred to above, the measure taked is before air pressure arrives ABS electromagnetic valve delivery outlet, closes aerofluxus diaphragm in advance.And accept ECU instruction subsequently to air inlet diaphragm, the closedown of aerofluxus diaphragm air inlet " point is stopped " formula.
Multichannel integrated form ABS back axle brake unit of the present utility model, its conventional brake control process: pressurization stages: the work of the electromagnetic valve at two ends all no powers, the pressurization stages in suitable abs braking system in conventional brake.Air pressure leads to first electromagnetic valve in left side and controls end 61.1, second electromagnetic valve in left side controls end 61.2, the electromagnetic valve Passage Route that 3rd electromagnetic valve in left side controls corresponding to end 61.3 is: driver steps on foot brake valves 46, air pressure enters relay valve control mouth epicoele (piston 8 epicoele) from foot brake valves 46 and flows to the second static iron core assembly 26 of the first electromagnetic valve 44, second side opening moving core assembly 27 side, the epicoele being arrived first exhaust diaphragm 2 by inner passage produces pressure to first exhaust diaphragm 2, produced pressure acts on first exhaust diaphragm stage clip 1 simultaneously, valve port at first exhaust diaphragm 2 is entered sealing, and (first exhaust diaphragm stage clip 1 pressure is less, the pressure of self can not seal).Meanwhile, the air pressure of piston 8 epicoele rests on position at the first air intake valve 19 (the pressurize action for deceleration of electrons is prepared) under the second air inlet spring 20, the first effect moving core assembly 21.Aerofluxus diaphragm epicoele set up pressure time simultaneously (link now is extremely important, aerofluxus diaphragm closes the valve port of correspondence in advance), piston 8 moves down and overcomes the pressure of compression spring 12 and open valve 10, air inlet 101 is made to flow to the cavity of resorption B district of piston 8 from the passage that valve 10 is opened from the air pressure of gas receiver 47, back down the first air inlet diaphragm 4(now the first air inlet diaphragm 4 epicoele without air pressure) and the first air inlet film flat spring 5 make air pressure arrive C1 district, air pressure also arrives at D1 district simultaneously and rests on the cavity of resorption of first exhaust diaphragm 2 (inner passage, C1 with D1 district communicates, C1 directly corresponding delivery outlet 211, D1 directly corresponding delivery outlet 231).Air pressure is directly output to delivery outlet 211 and delivery outlet 231, delivery outlet 211 and the mutual UNICOM of delivery outlet 231 simultaneously, and the air pressure of delivery outlet exports brake chamber and provides brake pressure to brake.Because the valve port at first exhaust diaphragm 2 is closed the most in advance, so the operating pressure that C1 district, C2 district export to delivery outlet will not be lost by the valve at first exhaust diaphragm 2.Stable brake pressure is provided to make to ensure for brake chamber.It is above the course of action of left side electromagnetic valve conventional brake.
Right side electromagnetic valve conventional brake process is with identical, and the most corresponding dynamic core assembly, static iron core assembly, diaphragm etc. are on the right side of relay valve, and delivery outlet 211, delivery outlet 231 have changed delivery outlet 221, delivery outlet 241 into.
Multichannel integrated form ABS back axle brake unit of the present utility model, its deceleration of electrons is reduced pressure during controlling, packing stage:
Because the principle of deceleration of electrons is: at wheel close in the case of locking, corresponding wheel brake pressure will be released and keep constant requiring or record during wheel accelerating again, after again accelerating, it is stepped up brake pressure.Be equivalent to each wheel individually " point is stopped ".
Decompression phase: the delivery outlet 211 when system is in pressurization stages, the pressure that delivery outlet 231 exports to brake chamber makes wheel close in the case of locking during brake, ECU can control end 61.1 by the wheel speed sensors rate signal of corresponding wheel the first electromagnetic valve to the left, second electromagnetic valve in left side controls end 61.2 and controls to send depression signal, first electromagnetic valve in left side controls end 61.1, the second electromagnetic valve control end 61.2 in left side switches on power and makes solenoid produce electricity suction, second moves core assembly 27 overcomes the pressure of second exhaust spring 24 to be drawn to the second static iron core assembly 26, the passage simultaneously opening first exhaust valve 25 will be blocked by the passage of the second static iron core assembly 26.The air pressure of first exhaust diaphragm 2 epicoele is flowed to discharge chamber by first exhaust valve 25 and enters air, relay valve delivery outlet C1 district, the air pressure in D1 district back down first exhaust diaphragm 2, the pressure of brake chamber is arranged to air by the valve at delivery outlet 211, delivery outlet 231, first exhaust diaphragm 2, completes work of reducing pressure.
nullPacking stage: meet the requirements when recording vehicle wheel rotational speed and need to keep constant，ECU can control end 61.2 by the second electromagnetic valve to the left、3rd electromagnetic valve in left side controls end 61.3 and sends pressurize signal，Second electromagnetic valve in left side controls end 61.2、The 3rd electromagnetic valve control end 61.3 in left side switches on power and makes solenoid produce electricity suction，First moves core assembly 21 overcomes the pressure of the first air inlet spring 20 to be drawn to the first static iron core assembly 22，The passage of the first static iron core assembly 22 is blocked the passage simultaneously opening the first air intake valve 19，The air pressure arriving piston 8 epicoele from foot brake valves 46 is made to build pressure by the passage of air intake valve 19 at the epicoele of the first air inlet diaphragm 4，The valve closing at diaphragm by entering together with air inlet film flat spring，The air pressure making piston 8 cavity of resorption B district can not pass through this valve conveying air pressure to electromagnetic valve delivery outlet，Complete pressurize work.The pressurize action of above air inlet diaphragm, the decompression action of aerofluxus diaphragm, be all the rate signal sent to ECU according to wheel wheel speed sensors, and ECU sends corresponding action command, to complete ABS electric brake action to the corresponding controling end of electromagnetic valve after processing.
After brake process terminates, driver discharges foot brake valves 46, and the air pressure of piston 8 epicoele enters air by the air vent of foot valve, makes air pressure reduce rapidly to such an extent as to is not enough to overcome the pressure of compression spring 12.This promotes valve 10 of living to be blocked by the valve port of gland 11 under the pressure of compression spring 12, and the air pressure of gas receiver 47 can not enter delivery outlet.This enters delivery outlet C1 district, the air pressure in C2 district backs down first air inlet diaphragm the 4, second air inlet diaphragm 13 respectively, discharges from discharge chamber through B district, and braking procedure terminates.
Either increase stage, packing stage and decompression phase, the relay valve that air pressure needed for two ends electromagnetic valve, two air inlet diaphragms and two aerofluxus diaphragm inner passages is all controlled by foot valve at work controls the epicoele of piston 8 inside mouth to be provided, (this is also one of in place of the difference controlled ABS electromagnetic valve supply with tradition " relay valve with ABS electromagnetic valve ", and this utility model is to be controlled ABS electromagnetic valve and air inlet diaphragm, exhaust membrane by controlling mouth 401；In tradition " relay valve and ABS electromagnetic valve ", the control to ABS electromagnetic valve and air inlet diaphragm, aerofluxus diaphragm is that the delivery outlet by relay valve controls rather than controls mouth 401.The air-path interface controlling mouth 401 is the fast interfaces in VOSS230M16 × 1.5, and the smallest passage diameter of this interface is Φ 5mm.The minimum passage aperture of whole gas circuit be the aperture of first air intake valve the 19, second air intake valve 28 be Φ 1.5mm, first exhaust valve 25, the aperture of second exhaust valve 28 are Φ 2.0mm.Through air intake valve, drain tap lead to air inlet diaphragm epicoele, aerofluxus diaphragm epicoele whole channel volume the least, so can ensure to greatest extent through air intake valve, drain tap epicoele build the pressure time.And carry out being energized with the handoff procedure discharged at dynamic core assembly, through air pressure fluctuation produced by Φ 1.5mm and Φ 2.0mm, can be supplemented timely by the Large Copacity air pressure arriving relay valve control mouth 401 a diameter of Φ 5mm through foot brake valves 46.Through the experiment of this utility model product is detected, verifies that this fluctuation has no effect, static characteristic controls the unlatching pressure also free of losses of mouth.
The screw thread of air inlet 101 and delivery outlet uses the fast interface of VOSS230M22 × 1.5, and the fast passage aisle aperture of this interface is Φ 10mm.In order to increase the gas flow of air inlet and output, the aperture, main channel of Φ 7mm in former ABS electromagnetic valve is re-designed as the passage aperture of Φ 10mm, adds pipe-line system flow.
Multichannel integrated form ABS back axle brake unit of the present utility model, its function realized is: (1), in ABS system, calls controlling passage can independently be braked pressure controlled brake piping.If the brake pressure of certain wheel takies a control passage and can individually be adjusted, then the most independent control or single-wheel control.When a so-called passage is exactly the actuating signal that one of them electromagnetic valve receives ECU, that passage being had influence on.As shown in Figure 3, in back axle list bridge module controls, first delivery outlet the 211, second delivery outlet 231 is controlled end 61.1 by first electromagnetic valve in left side, second electromagnetic valve in left side controls end 61.2, the 3rd electromagnetic valve in left side controls end 61.3 and is controlled, and the second delivery outlet the 221, the 4th delivery outlet 241 is controlled end 61.1 by the electromagnetic valve on right side first, the electromagnetic valve second on right side controls end 61.2, the electromagnetic valve the 3rd on right side controls end 61.3 and is controlled.Because being two wheels on same bridge, so needing to block remaining mouth in addition to the first delivery outlet 211 and the second delivery outlet 221, only leave the first delivery outlet 211 and the second delivery outlet 221 as output.In when automobile travels on the road surface that left and right attachment coefficient is different, both sides wheel can be independently controlled by this structure respectively.(1) if the brake pressure of two wheels is together to be adjusted (jointly taking a control passage of ECU, then controlling or together control the most simultaneously.First delivery outlet 211 and the 3rd delivery outlet the 231, second delivery outlet 221 and the 4th delivery outlet 241 are connected in inside to lead to.In Rear Double bridge module controls, the first delivery outlet 211 and the 3rd delivery outlet 231 are controlled end 61.1 by first electromagnetic valve in left side, second electromagnetic valve in left side controls end 61.2, the 3rd electromagnetic valve in left side controls end 61.3 and is controlled, second delivery outlet 221 and the 4th delivery outlet 241 are controlled end 61.1 by the electromagnetic valve on right side first, the electromagnetic valve second on right side controls end 61.2, the electromagnetic valve the 3rd on right side controls end 61.3 and is controlled, and only need to the 5th delivery outlet 251 and the 6th delivery outlet 261 be blocked.In order to ensure and improve air pressure to respectively lead to the gas flow of two wheels through this module, on the basis of the internal main channel a diameter of Φ 7mm of former ABS electromagnetic valve, bring up to Φ 10mm, be equivalent to aisle spare and be doubled.Through checking, properties of product are the most reliable.Trailing wheel can be carried out four-way and control the 6S/6M control piper in 6 × 4 common vehicles, because this module can only directly export two controls passage, so another two passages need external two independent ABS electromagnetic valves.First delivery outlet 211 and the second delivery outlet 221 have individually connect an ABS electromagnetic valve at the delivery outlet 251 of module and delivery outlet 261 respectively, when four wheels can be travelled on different attachment coefficient road surfaces by it, are independently controlled.
Multichannel integrated form ABS back axle brake unit of the present utility model, as it is shown on figure 3, have 8 air-path interfaces, wherein has one 401 to control mouth, has 6 air-path interfaces above lower valve body 6 above upper shell 7.In lower valve body 6,101 air inlets and 401 mouthfuls are on the same axis, and the first delivery outlet 211 and the 3rd delivery outlet 231 are in the left side of 101 air inlets, and the first delivery outlet 211 communicates with the 3rd delivery outlet 231.Second delivery outlet 221 and the 4th delivery outlet 241 are on the right side of 101 air inlets, and the second delivery outlet 221 communicates with the 4th delivery outlet 241.5th delivery outlet 251 and the 6th delivery outlet 261 are below 101 air inlets, and the 5th delivery outlet 251 communicates with the 6th delivery outlet 261.
Claims (38)
1. a multichannel integrated form ABS back axle brake unit, including aerofluxus diaphragm, exhaust membrane flat spring, air inlet diaphragm and air inlet film flat spring, it is characterized in that: exhaust membrane flat spring is arranged on the epicoele position of aerofluxus diaphragm, air inlet film flat spring is arranged on the epicoele position of air inlet diaphragm；Aerofluxus diaphragm, exhaust membrane flat spring, air inlet diaphragm and air inlet film flat spring be arranged above with cover plate (5), cover plate (5) fixes with lower valve body (6) and couples；Lower valve body (6) be arranged above with upper shell (7), be provided with piston (8) between lower valve body (6) and upper shell (7)；It is arranged with the first O (37) on piston (8), the 3rd O (39) is installed between upper shell (7) and piston (8), between lower valve body (6) and upper shell (7), the second O (38) is installed；Piston (8) spring base (9) is arranged below；Compression spring (12) is installed on spring base (9), compression spring (12) be arranged above valve (10), valve (10) be arranged above gland (11), gland (11) is provided with hole back-up ring (36)；It is provided with electromagnetic valve between upper shell (7) and lower valve body (6).
2. multichannel integrated form ABS back axle brake unit as claimed in claim 1, it is characterised in that: exhaust membrane flat spring includes first exhaust diaphragm spring (1) and second exhaust diaphragm spring (16).
3. multichannel integrated form ABS back axle brake unit as claimed in claim 2, it is characterised in that: aerofluxus diaphragm includes first exhaust diaphragm (2) and second exhaust diaphragm (15).
4. multichannel integrated form ABS back axle brake unit as claimed in claim 3, it is characterised in that: air inlet film flat spring includes the first air inlet film flat spring (3) and the second air inlet film flat spring (14).
5. multichannel integrated form ABS back axle brake unit as claimed in claim 4, it is characterised in that: air inlet diaphragm includes the first air inlet diaphragm (4) and the second air inlet diaphragm (13).
6. multichannel integrated form ABS back axle brake unit as claimed in claim 5, it is characterised in that: first exhaust diaphragm spring (1) is arranged at the epicoele leftward position of first exhaust diaphragm (2).
7. multichannel integrated form ABS back axle brake unit as claimed in claim 6, it is characterised in that: second exhaust diaphragm spring (16) is arranged at the epicoele right positions of second exhaust diaphragm (15).
8. multichannel integrated form ABS back axle brake unit as claimed in claim 7, it is characterised in that: the first air inlet film flat spring (3) is arranged at the epicoele leftward position of the first air inlet diaphragm (4).
9. multichannel integrated form ABS back axle brake unit as claimed in claim 8, it is characterised in that: the second air inlet film flat spring (14) is arranged at the epicoele right positions of the second air inlet diaphragm (13).
10. multichannel integrated form ABS back axle brake unit as claimed in claim 9, it is characterised in that: the first air inlet film flat spring (3) and first exhaust diaphragm spring (1) be arranged above with cover plate (5).
11. multichannel integrated form ABS back axle brake units as claimed in claim 10, it is characterised in that: cover plate (5) is arranged at the above leftward position of the first air inlet film flat spring (3) and first exhaust diaphragm spring (1).
12. multichannel integrated form ABS back axle brake units as claimed in claim 11, it is characterised in that: the second air inlet film flat spring (14) and second exhaust diaphragm spring (16) be arranged above with cover plate (5).
13. multichannel integrated form ABS back axle brake units as claimed in claim 12, it is characterised in that: cover plate (5) is arranged at the above right positions of the second air inlet film flat spring (14) and second exhaust diaphragm spring (16).
14. multichannel integrated form ABS back axle brake units as claimed in claim 13, it is characterised in that: cover plate (5) is connected with lower valve body (6) by screw.
15. multichannel integrated form ABS back axle brake units as claimed in claim 14, it is characterised in that: spring base (9) is arranged between the first air inlet diaphragm (4) and the second air inlet diaphragm (13).
16. multichannel integrated form ABS back axle brake units as claimed in claim 15, it is characterised in that: the 5th O (41) is installed on spring base (9).
17. multichannel integrated form ABS back axle brake units as claimed in claim 16, it is characterised in that: equipped with the 4th O (40) on the external diameter of gland (11).
18. multichannel integrated form ABS back axle brake units as claimed in claim 17, it is characterised in that: lower valve body (6) is provided with inside groove.
19. multichannel integrated form ABS back axle brake units as claimed in claim 18, it is characterised in that: hole back-up ring (36) is fastened in the inside groove of lower valve body (6).
The 20. multichannel integrated form ABS back axle brake units as according to any one of claim 1-19, it is characterised in that: electromagnetic valve includes the first electromagnetic valve (44) and the second electromagnetic valve (45).
21. multichannel integrated form ABS back axle brake units as claimed in claim 20, it is characterised in that: the first electromagnetic valve (44) and the second electromagnetic valve (45) centrage in left-right direction are symmetrical.
22. multichannel integrated form ABS back axle brake units as claimed in claim 21, it is characterised in that: electromagnetic valve includes being provided with pressing plate before the first electromagnetic valve (44) and the second electromagnetic valve (45).
23. multichannel integrated form ABS back axle brake units as claimed in claim 22, it is characterised in that: the first electromagnetic valve (44) and the second electromagnetic valve (45) are coupled by screw lock.
24. multichannel integrated form ABS back axle brake units as claimed in claim 23, it is characterised in that: the first electromagnetic valve (44) is provided with the first electromagnetic valve coil (23), is provided with dynamic core assembly and static iron core assembly in the first electromagnetic valve coil (23).
25. multichannel integrated form ABS back axle brake units as claimed in claim 24, it is characterised in that: the dynamic core assembly of the first electromagnetic valve (44) includes that first moves core assembly (21) and second and move core assembly (27).
26. multichannel integrated form ABS back axle brake units as claimed in claim 25, it is characterised in that: the static iron core assembly of the first electromagnetic valve (44) includes the first static iron core assembly (22) and the second static iron core assembly (26).
27. multichannel integrated form ABS back axle brake units as claimed in claim 26, it is characterised in that: the first air inlet spring (20) and the first air intake valve (19) are installed on the first static iron core assembly (22).
28. multichannel integrated form ABS back axle brake units as claimed in claim 27, it is characterised in that: on the first static iron core assembly (22), the 6th O (42) and the 7th O (43) are installed.
29. multichannel integrated form ABS back axle brake units as claimed in claim 28, it is characterised in that: the second static iron core assembly (26) be mounted below first exhaust spring (24) and first exhaust valve (25).
30. multichannel integrated form ABS back axle brake units as claimed in claim 29, it is characterised in that: the second electromagnetic valve (45) is provided with the second electromagnetic valve coil, is provided with dynamic core assembly and static iron core assembly in the second electromagnetic valve coil.
31. multichannel integrated form ABS back axle brake units as claimed in claim 30, it is characterised in that: the dynamic core assembly of the second electromagnetic valve (45) includes that the 3rd moves core assembly (30) and the 4th and move core assembly (33).
32. multichannel integrated form ABS back axle brake units as claimed in claim 31, it is characterised in that: the static iron core assembly of the second electromagnetic valve (45) includes the 3rd static iron core assembly (31) and the 4th static iron core assembly (32).
33. multichannel integrated form ABS back axle brake units as claimed in claim 32, it is characterised in that: the 4th static iron core assembly (32) be mounted below second exhaust spring (34) and second exhaust valve (35).
34. multichannel integrated form ABS back axle brake units as claimed in claim 33, it is characterised in that: the second air inlet spring (29) and the second air intake valve (28) are installed on the 3rd static iron core assembly (30).
35. multichannel integrated form ABS back axle brake units as claimed in claim 34, it is characterised in that: the second electromagnetic valve (45) is identical with the version of the first electromagnetic valve (44).
36. multichannel integrated form ABS back axle brake units as claimed in claim 35, it is characterised in that: upper shell (7) is connected with controlling mouth (401), and the air pressure controlling mouth (401) is directly inputted to the second electromagnetic valve (45) and the first electromagnetic valve (44).
37. multichannel integrated form ABS back axle brake units as claimed in claim 36, it is characterised in that: lower valve body (6) is provided with air inlet (101) and delivery outlet.
38. multichannel integrated form ABS back axle brake units as claimed in claim 37, it is characterised in that: delivery outlet includes the first delivery outlet (211), the second delivery outlet (221), the 3rd delivery outlet (231), the 4th delivery outlet (241), the 5th delivery outlet (251) and the 6th delivery outlet (261).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620007757.8U CN205440326U (en) | 2016-01-04 | 2016-01-04 | Multichannel integrated form ABS rear axle arresting gear |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620007757.8U CN205440326U (en) | 2016-01-04 | 2016-01-04 | Multichannel integrated form ABS rear axle arresting gear |
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| Publication Number | Publication Date |
|---|---|
| CN205440326U true CN205440326U (en) | 2016-08-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620007757.8U Active CN205440326U (en) | 2016-01-04 | 2016-01-04 | Multichannel integrated form ABS rear axle arresting gear |
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| CN (1) | CN205440326U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105501203A (en) * | 2016-01-04 | 2016-04-20 | 瑞立集团瑞安汽车零部件有限公司 | Multi-channel integrated type ABS (Anti-lock Braking System) rear axle braking device |
| CN107215325A (en) * | 2017-06-26 | 2017-09-29 | 瑞立集团瑞安汽车零部件有限公司 | A kind of anti-lock antislip system |
| CN107933538A (en) * | 2016-10-12 | 2018-04-20 | 大陆泰密克汽车系统（上海）有限公司 | Pressure adjusting module and ABS three channel system |
-
2016
- 2016-01-04 CN CN201620007757.8U patent/CN205440326U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105501203A (en) * | 2016-01-04 | 2016-04-20 | 瑞立集团瑞安汽车零部件有限公司 | Multi-channel integrated type ABS (Anti-lock Braking System) rear axle braking device |
| CN107933538A (en) * | 2016-10-12 | 2018-04-20 | 大陆泰密克汽车系统（上海）有限公司 | Pressure adjusting module and ABS three channel system |
| CN107215325A (en) * | 2017-06-26 | 2017-09-29 | 瑞立集团瑞安汽车零部件有限公司 | A kind of anti-lock antislip system |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20201123 Address after: No. 456, Binhai 4th Road, Wenzhou Economic Development Zone, Wenzhou City, Zhejiang Province Patentee after: Wenzhou Ruili Automobile Technology Co., Ltd Address before: 325200 Zhejiang city of Wenzhou province Ruian Economic Development Zone No. 1169 Yu Meng Lu Patentee before: Ruili Group Ruian Auto Parts Co.,Ltd. |
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| TR01 | Transfer of patent right |