• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    The invention is applicable to a wheel hub of the kind comprising within a hollow body closed by a cover, a reducer having a pinion-carrier, and a brake with a brake disc capable of being subjected to an axial clamping force which is counter-supported by the cover. According to the invention, the pinion-carrier forms a part which is separate both from the hollow body and from the cover and which bears axially on an abutment itself locked axially on the hollow body, thereby itself closing the hollow body transversely immediately before the cover. The result is that in order to unclamp the brake manually, it is simply necessary to act on the cover. The invention is applicable, in particular, to industrial vehicles, agricultural machines, public works machines and load-handling machines.
    公开号:SU1321367A3
    申请号:SU833663475
    申请日:1983-11-02
    公开日:1987-06-30
    发明作者:Рожье Леонс
    申请人:Со.М.А. Ороп Трансмиссьон Сосьете Нувелль Меканик Э Отомобиль (Фирма)；
    IPC主号:
    专利说明:

    132
    the disk 36 and the supporting disk 37, abutting the cover 4 through the fingers 38, the Kryppka 4 is connected with screws 21 to the supporting element 13 connected to the body with a splined connection 19 ,,. The brake device 10 is driven by a hydraulic unit 32 and a set of Belleville springs 47, Conventional braking is carried out by giving
    one
    This invention relates to wheeled vehicles having wheel hubs with integrated braking devices and gearboxes.
    The purpose of the invention is to simplify maintenance.
    Fig, 1 shows the wheel hub, axial section; FIG. 2 is a view A of FIG. 1; on fig.Z - section bb in figure 1; figure 4 - wheel hub option.
    The hub of the wheel (figure 1) has a hollow tubular body 1, mounted by bearings 2 on the trunnion 3, mounted on the end of the drive or steering axle. The housing 1 is covered with a removable cover 4. In the trunnion 3, the semi-axle (not shown) must be mounted with the possibility of rotation, the housing 1 has an annular shoulder 5 connected to the rim disk (not shown) of the wheel. The flange 5 belongs to the flange 6, which, for fastening the wheel rim disc, has spaced holes 7 for the passage of the corresponding wheel studs,
    In the embodiment shown in FIGS. 1-3, the housing 1 is corrugated circumferentially on the side of the flange 6 opposite to the cover 4, i.e., on the side of the flange 6, -disposed on the side of the trunnion 3, and forms radial cells 8 alternating with holes 7,
    In the sealed cavity of the housing 1 there is oil,
    In the housing 1 are located on the side of the cover 4 the wheel gear 9, on the side of the trunnion 3 the brake device 10,
    367
    liquids under pressure into unit 32. Emergency or one-hundred-night braking is performed by depressurizing, while springs 47 compress disks 31 and 33. To release the screws 20 in order to release the brakes in an emergency, 3 3.p, 4 Il.
    The wheel reducer 9 contains a plurality of satellites 11, evenly distributed around the circumference around the axis of the assembly, which are individually mounted for rotation around the support shafts 12 (axes), which are themselves mounted on the bearing element in the form of a housing part 13, the part 13 abuts axially an axial means 14 mounted on the housing 1 with a keyed connection in the axial direction, and closes in the transverse plane the cavity of the housing 1 directly along this side of the cover 4,
    The stop means 14 is formed by an elastic split washer entering into engagement with a groove 15, made for this purpose in the housing 1
    The part 13 contains in the transverse plane two side flanges 16.17: the first one is close to 4, and the second is at a distance from it, and between these side flanges 16.17 in the axial direction passes, first, the supporting shafts 12 satellites 11, with the supporting shafts 12 being inserted with a tension in the holes made for this purpose in the side flanges 16,17 and secondly, the crossmembers 18 made completely with the side flanges 16,17 which alternate circumferentially with the supporting shafts 12,
    The part 13 thus formed is installed with a keyed connection in the housing 1. For this purpose, a spline connection 19 is provided between the peripheral edge of the side flange 16 of the part 13 and the inner surface of the housing 1,
    To detail 13, cover A is attached by means of axial spacer screws 20,
    The screws 20 are evenly distributed around the circumference, tightly held
    through the cover 4 and screwed into the threaded brake discs 31 or the inner holes 21 provided for this purpose in the transverse side flange 16.
    At the same time, for the axial stop, the clamps 4, attracted by means of axial spacer screws 20 in the direction of the internal volume of the housing 1, the housing 1 has a recess 22 at the inner edge of its corresponding edge, and the cover 4 has a radially projecting flange 23, which, in addition to 5, is not a tactile shaft 25 of the gearbox 9. to the recess 22 is capable, abutting, of interconnecting Bearing sleeve 34 is capable of interfering with it.
    As represented in FIG. 1, the lid 4 has in the direction of an elastic split washer forming a stop medium 20 between the planetary shaft 25 and. 14, axial continuation 24, which is an axis that extends to the immediate vicinity of the island, similar to it, due to unavoidable tolerances during assembly, some gap. Axial continuation of the roof 24- 25 SRI. The support pin 35 is rigidly connected 4 serves to limit the reduction of the bend with the crown wheel 26 9. into the body 1 and under the action of the axial spacer screws 20 - a split elastic washer forming the stop means 14.
    According to another variant (FIG. 4), kirsch 4 itself extends axially up to close proximity with an elastic split washer forming persistent means 14. 35 the inner part 26 of the reducer 9 is located with the inner part of the inner wall of the satellite 11 of the reducer 9, which is rigidly connected in rotation with the corresponding axle and a crown wheel 26, which is rigidly connected with 0 by a transverse support flange 27, commonly called a wheel carrier, which
    thirty
    disks alternating with intermediate disks 33 and / or external disks, and the unit is located inside the internal volume of the crown wheel 26 of the wheel reduction gear.
    The brake discs 31 are fitted with a keyed joint to the carrier sleeve 34, which itself is fitted by means of the spline joint to the spline joint to be mounted on the semi-axle so that it forms the gasket
    The intermediate disks 33 are engaged with a single bearing pin 35, which runs axially. It is mounted on its wheel holder, a protrusion of this wheel holder in the direction of the cover 4.
    Intermediate discs 33 can rotate around their bearing pin 35, and their outer periphery is eccentric with respect to the axis of the assembly for stubborn engagement with corresponding Brake discs 31 axially movable on their carrier sleeve 34, and intermediate discs 33 axially movable on their bearing pin 35
    The brake discs 31 and intermediate discs 33 extend axially between the pressure disc 36, on which the assembly 32 acts, and which is installed with axial mobility, and the supporting disc 37, also installed with axial mobility, which is able to axially restrain the cover 4.
    itself is mounted with keyed connection on pin 3.
    FIG. 1-3, the planetary shaft 25 is mounted with a keyed joint in the axial direction on the transverse side flange 16 of the satellite housing by means of friction washers 28, the planetary shaft 25 passing through the transverse lateral flange 16 with its axial extension 29, which at its end has an elastic split ring 30 for axially holding the assembly.
    The braking device 10 contains at least one brake disc 31, associated with a keyed connection
    with a axle shaft and capable of undergoing axial clamping under the control of hydraulic unit 32.
    There may be several
    brake discs 31 or internal
    non-commanding shaft 25 of the gearbox 9. Bearing sleeve 34 is capable of
    disks alternating with intermediate disks 33 and / or external disks, and the unit is located inside the internal volume of the crown wheel 26 of the wheel reduction gear.
    Brake discs 31 are fitted with a keyed joint to the carrier sleeve 34, which itself is mounted by means of a spline joint to the planetary shaft 25 of the gearbox 9. The carrier sleeve 34 is capable of
    between the planetary shaft 25 and. half axis, scientific research institute. The bearing pin 35 is rigidly connected to the ring gear 26 of the gearbox 9.
    the spline joint should be mounted on the shaft in such a way that it itself forms a gasket
    between the planetary shaft 25 and. half axis, scientific research institute. The bearing pin 35 is rigidly connected to the ring gear 26 of the gearbox 9.
    The intermediate disks 33 are engaged with a single bearing pin 35, which extends axially between the planetary shaft 25 and. half axis, scientific research institute. The bearing pin 35 is rigidly connected to the ring gear 26 of the gearbox 9.
    the invoking part of the inner wall to
    It is mounted on its wheel holder, the protrusion of this wheel holder in the direction of the cover 4.
    The intermediate discs 33 can rotate around their bearing pin 35, and their outer periphery is eccentric with respect to the axis of the assembly for an axial engagement with the corresponding wheel 26. 0
    five
    0
    five
    Brake discs 31 are movable in the axial direction on their carrier sleeve 34, and intermediate discs 33 are movable in the axial direction on their bearing pin 35.
    The brake discs 31 and intermediate discs 33 extend axially between the pressure disc 36, on which the assembly 32 acts, and which is installed with axial mobility, and the supporting disc 37, also installed with axial mobility, which is able to axially restrain the cover 4.
    FIG. 1 and 2, fingers 38 are provided that extend axially towards the cover 4 from the support disk 37 and which, after intersecting the part 13, or rather the shafts 12 and the crossbars 18, which contain the component 13 in the axial direction, are able to create an axial support to the cover four.
    The supporting disk 37 has, along its outer periphery, a flange 39, which is directed axially towards the edge 4 and by means of which it is centered in the part 13 j The rim 39 has locally at least one notch 40, with which it is axially put on a spike 41, or any other projection of this type, which has a detail 13 in radial direction fO.
    To minimize the axial dimension, the pressure plate 36 is fitted with windows 42 on the screw heads 43.-15
    The node 32 of the braking device 10 is ring-shaped inside the internal bore of the trunnion 3, between it and the corresponding semi-axis.
    The assembly 32 is formed by a piston 44 or 20 by a working piston, which is installed axially on the pressure plate 36 and the cylinder 45 of which is capable of connecting to a source of liquid 25 under pressure through internal channels in the trunnion 3.
    In addition, node 32 includes a second piston 46 or emergency or standby brake, which, under the action of a set of disc springs 47, is capable of acting on the working piston 44 and cylinder 49 through internal channels 3 is usually connected to a source of fluid under pressure, separate from the previous one, to ensure its retention.
    The annular partition 50, mounted Q axially on the axle, in two directions by means of two elastic split washers 51 coupled to the grooves provided for this purpose in the axle 3, separates from each other the cylinder 45 of the working piston 44 from the cylinder 49 emergency or one hundred night piston 46.
    Cylinder 45. The working piston 44 is formed between the internal bore CQ of the trunnion 3 and the axial extension of the emergency or one hundred night cylinder 46 and the spring 52, which, axially abutting against the end of the axial extension, acts on the piston 44 in the direction of opposite the cover 4, for unclenching the brake discs 31 and intermediate suits 33 between the two brakes.
    The mechanical actuator, which is formed by the spring springs 47, is positioned so as to ensure the clamping of these discs, while the disc springs 47, which act on the emergency or standing piston 46, abut against the shoulder 53 of the trunnion 3, turned to the cover 4.
    For night braking, the piston 46 is discharged. Then the disc springs 47 push the emergency or standing piston 46 in direction 4, and the latter, by means of the working cylinder 44 and the pressure disk 36, presses the brake disks 31 and the intermediate disks 33 against the supporting disk 37, which itself turns propped on the keyboard 4 with the help of fingers 38 .
    The same happens when, during operation, a malfunction causes the pressure to drop from the cylinder 49 of the emergency piston or one hundred night piston 46. In this case, to ensure manual release of the brake discs 31 and intermediate discs 33, it is enough to unscrew the screws that form the axial expansion screws 20 and, as far as unscrewing the key 4, the withdrawal allows the fingers 38 and the support disk 37 to move away under the action of the plate-like supper 47.
    I
    At the second stage, the emergency or standing piston 46, through which they manifest their action, abuts axially against the stop means. In this case, we are talking about that of the split elastic washers 51, which is closest to the cup springs 47, and the emergency or standing piston 46 abuts against it with its transverse shoulder 54.
    From the moment the emergency or standing piston 46 is abutted into the resilient washer 51j, the disc springs 47 are then inactive.
    Unscrewing the screws that form the axial spacer screws 20, followed by the withdrawal of the lid of the 4 fingers 38 and the supporting disc 37, releases the brake discs 3t and the intermediate discs 33, while the discs are no longer subject to any influence from the opposite pressure disc 36.
    The fingers 38 are each mounted separately on stop screws screwed into the threaded holes provided for this purpose in the clamp 4. In this case, for manual release of the brake discs 31 and intermediate discs 33, it is enough to unscrew these stop screws in order to In this case, the waste of the fingers 38 and the support disk 37 provided the required dampening.
    According to FIG. 3, the supporting disc 37 is in axial support in the planetary shaft 25 of the gearbox 9, mounted by the edge 55 of the sleeve 56 on the corresponding edge of the splines 57, which the planetary shaft 25 has for gearing with the satellites 11. The opposite end of the planetary shaft rests on cover 4.
    This axial stop is made by means of a thrust bearing 58 and an elastic washer 59 of axial action, constantly acting on the thrust bearing and, therefore, on the planetary shaft 25 in the direction opposite to the cap 4, to select possible gaps. However, the planetary shaft 25 could directly rest in the axial direction on the key 4.
    In all cases, the brake discs of the brake discs 31 and the intermediate discs 33 occur along a continuous circular support surface of the support disc, released a point emphasis on the fingers, and the only possible deformation consists of easy alignment,
    In order to manually release the brake discs 31 and the intermediate discs 33, it is sufficient to ensure that the screws that constitute the axial spacer screws 20 securing the cover 4 to the part 13 are removed.
    In all cases, the waste of the cover 4 required for manual release does not cause any contamination of the internal volume of the housing 15, the latter being closed in the transverse plane by the side flange 16 of the part 13 on this side of the edge 4, and it is the part 13 that provides axial retention 4.
    At the same time, in the embodiment of FIG. 4, the spring 52, which the working piston 44 is experiencing, abuts against the carrier sleeve 34 of the brake discs 31, and the latter is centered with an emergency or one hundred night piston 46. The supporting disc 37 is mounted and centered on the planetary shaft 25 , and between it and its sleeve 56 is provided a spline connection; alternatively, it may be idled on the planetary shaft 25.
    权利要求:
    Claims (1)
    [1]
    Invention Formula
    1, A wheel hub with an integrated braking device and a gearbox, comprising a hollow tubular body mounted rotatably on a fixed support axle passing inside it, a lid covering the body cavity on the side opposite to said axle, with an annular shape on the outer surface of the body a shoulder for connection with the wheel rim disk, having a diameter larger than the diameter of the peripheral part of the cover in the transverse plane, and a planetary gearbox mounted on the side of the cover in the housing cavity, and on the side of the trunnion, a braking device including brake discs connected by a splined joint to a carrier bushing, which is connected on one side to a semi-axially mounted rotatable axle and connected to the other side of the planetary shaft of the gearbox, a piston hydraulic cylinder located between brake discs and trunnion, supporting disc located between the brake discs and the planetary gearbox and in kinematic connection with the main body, and intermediate discs connected to the axial displacement with the ring gear of the planetary gear rigidly connected to the trunnion and kinematically through the satellites having supports connected to the housing — to the planetary shaft, characterized in that, in order to simplify maintenance, the supports of the satellites are axles mounted in a carrier element connected by a keyed connection to the housing, the axial displacement of which towards the cover is limited by an elastic split ring installed in the annular groove of the housing between its end face and the cover, ka
    the fingers are passed through the carrier and the lid is attached to the carrier with screws sealed in the holes. covers.
    2, The hub of non.li is different - with the fact that the screws are aligned with the fingers.
    y with the fact that oporny1. the disk is made with a flange bent axially to the bearing element and a keyed connection associated with it, 4. Hub POP.1, characterized in that the cap is made with an annular radial collar, and in the housing there is an annular groove under the specified shoulder.
    Vida
    Fg / g.2
    eleven
    (pus. If
    Editor M. Tsitkina
    Order 2671/58 Circulation 598 Subscription
    VNIIPI USSR State Committee
    for inventions and discoveries 113035, Moscow, Zh-35, Raushsk nab., 4/5
    Production and printing company, Uzhgorod, st. Design, l
    Compiled by S. Makarov
    Tehred L. Serdyukova Proofreader A.Obruchar
    类似技术:
    公开号 | 公开日 | 专利标题
    SU1321367A3|1987-06-30|Wheel hub with built-in braking device and reduction gear
    US4037694A|1977-07-26|Drive axle outer end with brake and gearing
    US4010830A|1977-03-08|Planetary wheel drive with accessible low-torque disc brakes
    US4330045A|1982-05-18|Vehicle wheel mechanism
    US4280609A|1981-07-28|Wet disc brake or clutch with curved stator disc tabs
    US4649772A|1987-03-17|Planetary wheel drive assembly
    US4407382A|1983-10-04|Wheel head for driving wheels of vehicles
    US7980365B2|2011-07-19|Brake for a utility vehicle
    US3788429A|1974-01-29|Disc brake and wheel assembly
    KR100573742B1|2006-04-24|Vacuum locking hub cartridge for four wheel drive vehicle
    US4391351A|1983-07-05|Parking disc brake actuator
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    KR870005197A|1987-06-05|Axle outer end assembly
    US4610331A|1986-09-09|Wheel hub with built-in brake
    SU1322971A3|1987-07-07|Hub of wheel with built-in reducing gear
    US4179016A|1979-12-18|Final drive gearing with brake
    US7743893B2|2010-06-29|Compact integrated brake system
    EP1917450B1|2010-07-28|Self aligning brake kit
    US4540067A|1985-09-10|Braking system incorporating at least one sliding brake disc and brake disc for such a braking system
    US4566563A|1986-01-28|Combined live axles and brake assemblies for vehicles
    US4614254A|1986-09-30|Braking system incorporating at least one sliding brake disc
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    US8974008B2|2015-03-10|Driven wheel assembly and automotive vehicle equipped with such an assembly
    US3584708A|1971-06-15|Sealed liquid cooled brake assembly
    US4487301A|1984-12-11|Combined live axles and disc brake assemblies for vehicles
    同族专利:
    公开号 | 公开日
    GB2131506B|1986-08-20|
    GB8329141D0|1983-12-07|
    SE451121B|1987-09-07|
    FR2535258B1|1985-02-15|
    SE8305982D0|1983-10-31|
    SE8305982L|1984-06-15|
    ES8406312A1|1984-07-01|
    US4562903A|1986-01-07|
    IT8312655D0|1983-11-02|
    CA1242338A|1988-09-27|
    DE3339660A1|1984-05-03|
    ES526968A0|1984-07-01|
    GB2131506A|1984-06-20|
    JPS59130707A|1984-07-27|
    IT1171243B|1987-06-10|
    FR2535258A1|1984-05-04|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    US2953040A|1955-01-26|1960-09-20|Gen Motors Corp|Transmission|
    US2974753A|1956-01-30|1961-03-14|Int Harvester Co|Brake and actuating means for tractor winch|
    US3088552A|1956-04-30|1963-05-07|Gen Motors Corp|Servo-type disc brake|
    DE1106612B|1958-08-28|1961-05-10|Kaelble Gmbh C|Steered drive wheel for motor vehicles|
    SE343526B|1970-11-02|1972-03-13|S Henriksson|
    GB1434845A|1973-09-07|1976-05-05|Hamworthy Engineering|Brakes for vehicles|
    US4037694A|1975-07-21|1977-07-26|Rockwell International Corporation|Drive axle outer end with brake and gearing|
    US4142615A|1976-02-13|1979-03-06|Caterpillar Tractor Co.|Wheel drive assembly|
    US4263991A|1977-05-27|1981-04-28|Lambert Brake Company|Combined failsafe and service brake|
    DE2744936A1|1977-10-06|1979-04-12|Zahnradfabrik Friedrichshafen|SINGLE WHEEL DRIVE FOR WORK MACHINERY|
    GB1594972A|1977-11-29|1981-08-05|Kockums Ind Ab|Planetary gear including a brake device|
    WO1980002821A1|1979-06-14|1980-12-24|Towmotor Corp|Wheel drive assembly|
    DE3013431C2|1980-04-05|1985-02-28|Zahnradfabrik Friedrichshafen Ag, 7990 Friedrichshafen|Wheel head for driving wheels of vehicles|
    JPS57500688A|1980-05-28|1982-04-22|
    FR2517003B1|1981-11-23|1985-12-27|Soma Europ Transmissions|REDUCING WHEEL HUB AND INTEGRATED BRAKE|US4583609A|1984-03-05|1986-04-22|Fmc Corporation|Drive and brake assembly|
    DE3513586C1|1985-04-16|1986-08-21|O & K Orenstein & Koppel Ag, 1000 Berlin|Drive arrangement for a rotary, slewing and travel drive of a vehicle, especially a digger|
    US4649772A|1985-07-05|1987-03-17|Caterpillar Inc.|Planetary wheel drive assembly|
    US4656890A|1985-12-19|1987-04-14|Dresser Industries, Inc.|Coupling for a planetary ring gear|
    US5356352A|1991-07-26|1994-10-18|Jatco Corporation|Bearing arrangement for a planet pinion|
    US5194057A|1992-01-24|1993-03-16|Sommer Company|Two speed press drive|
    DE19928376C5|1999-06-21|2008-11-06|Kordel Antriebstechnik Gmbh|gear unit|
    FR2796886B1|1999-07-27|2002-04-12|Poclain Hydraulics Ind|DEVICE FOR SUPPORTING A WHEEL PROVIDED WITH BRAKING MEANS|
    DE10030441A1|2000-06-22|2002-01-10|Lohmann & Stolterfoht Gmbh|Wheel drive with integrated dynamic service brake|
    US20030150674A1|2002-02-13|2003-08-14|White Hydraulics, Inc.|Disk spring hydraulic clutch/brake|
    US6840879B1|2002-09-03|2005-01-11|Hydro-Gear Limited Partnership|Hydraulic motor apparatus|
    KR100730918B1|2006-07-06|2007-06-21|성보공업주식회사|Hub reduction drive line by planetary gear|
    KR100854581B1|2007-05-29|2008-08-27|성보 피앤티 주식회사|Wheel driving apparatus of heavy equipment having wet type brake system|
    US7980365B2|2007-11-08|2011-07-19|Agco Gmbh|Brake for a utility vehicle|
    DE102007053267B4|2007-11-08|2017-02-02|Agco Gmbh|Wheel hub brake for commercial vehicles|
    PL2570379T3|2011-09-15|2016-04-29|Epsilon Kran Gmbh|Swivel joint assembly|
    US8662277B2|2011-12-22|2014-03-04|Fairfield Manufacturing Company, Inc.|Planetary gearbox with integral service brake|
    US9429227B2|2014-02-19|2016-08-30|Fairfield Manufacturing Company, Inc.|Planetary gearbox with integral service brake|
    US10207580B2|2016-12-09|2019-02-19|Deere & Company|Work vehicle drive with compact multi-speed shift assembly|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    FR8218404A|FR2535258B1|1982-11-03|1982-11-03|
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