Case 1:17-cv-00770-JDW Document 250-72 Filed 10/25/23 Page 1 of 18 PageID #: 28142
`Case 1:17-cv-00770-JDW Document 250-72 Filed 10/25/23 Page 1 of 18 PagelD #: 28142
`
`EXHIBIT 69
`EXHIBIT 69
`
`

`

`Company
`
`Patent application number
`
`Bomag GmbH
`
`20120282028
`
`Bomag GmbH
`
`20120282027
`
`Bomag GmbH
`
`20120187745
`
`Bomag GmbH
`
`20120134746
`
`Bomag GmbH
`
`20120087727
`
`Bomag GmbH
`
`20120076584
`
`Bomag GmbH
`
`20120076583
`
`Bomag GmbH
`
`20120068527
`
`Case 1:17-cv-00770-JDW Document 250-72 Filed 10/25/23 Page 2 of 18 PageID #: 28143
`
`Title
`CONNECTION BRACKET AND TAMPING DEVICE HAVING SUCH A CONNECTION BRACKET AND METHOD FOR THE PRODUCTION THEREOF - The
`present invention relates to a connection bracket for a tamping device, comprising a frame, a guide element mount, and a drive element mount,
`the connection bracket having a guide unit implemented integrally therewith for combustion air, in particular an air filter attachment such as an air
`filter socket. In addition, the present invention relates to a tamping device which has such a connection bracket and a method for producing such a
`connection bracket or for assembling such a tamping device.
`Actuating Device For A Soil Compaction Device With An Internal Combustion Engine And A Soil Compaction Device With Such An Actuating Device -
`The present invention relates to an actuating device for a soil compaction device with an internal combustion engine, such as a vibration tamper,
`for joint actuation of an engine stop switch and a tank shut-off valve. It is provided that the actuating device comprises one single movable
`actuating means or element for the direct joint actuating of the engine stop switch and the tank shut-off valve. The invention further relates to a
`soil compaction device with such an actuating device.
`Rotor Box For A Ground Milling Machine Having A Guide Device For Milled Material And Ground Milling Machine Having Such A Rotor Box - The
`present invention relates to a rotor box for a ground milling machine, in particular for a road milling machine or a trench milling machine, having at
`least one milling roller accommodated therein for loosening and/or removing soil material. It is provided that at least one guide device is arranged
`in the interior of the rotor box, which, in cooperation with the rotating milling roller causes a conveyance of the loosened milled material in the
`axial direction (L) of the milling roller or at least supports such a conveyance. The present invention also relates to a ground milling machine, in
`particular a road milling machine or trench milling machine, which has at least one such rotor box.
`
`Drivable Device For Compacting A Soil Layer Structure And Method For Ascertaining A Layer Modulus Of Elasticity Of An Uppermost Layer Of This
`Soil Layer Structure - The present invention relates to a drivable device for compacting a soil layer structure, having at least one vibration means or
`device, such as a vibration roller or a vibration plate, via which load pulses (P), which compact the soil layer structure, can be introduced into at
`least one load introduction area. At least one first and one second detection means or devices for detecting the modulus of elasticity of the soil
`layer structure are provided, which are situated spaced apart from one another on the drivable device in such a way that the first detection means
`or device allows a detection in the load introduction area and at least the second detection means or devices allows a detection outside the load
`introduction area. The present invention also relates to a method for ascertaining a layer modulus of elasticity.
`VIBRATING TAMPER HAVING TAMPER FOOT - The present invention relates to a vibrating tamper for soil compaction, which has a superstructure
`having a drive motor and a substructure having a tamper plate driven by the drive motor, the tamper plate being fastened on a tamper foot
`associated with the substructure, and this tamper foot being mounted so it is linearly movable on the vibrating tamper using a guide element. It is
`provided that the tamper foot is implemented integrally with the guide element.
`APPARATUS FOR SOIL COMPACTION - An apparatus for soil compaction, such as a vibration tamper, comprises a substructure having a tamper foot
`and a bottom guide cylinder arranged thereon, and a superstructure having a housing, an upper guide cylinder arranged thereon and at least one
`drive unit which is in operative connection via a drive train with the tamper foot in the substructure in such a way that it can be moved relative to
`the superstructure along at least one compaction axis (A
`VIBRATION TAMPER FOR COMPACTING SUBSOIL - A vibration tamper for compacting subsoil comprises a superstructure and a substructure, with
`the superstructure comprising a motor and an eccentric disk which is driven by the same. A connecting rod is eccentrically mounted on the
`eccentric disk, which connecting rod converts the rotational movement into a linear movement. The substructure comprises a tamper foot with a
`tamper plate which is driven by the linear movement of the connecting rod into a tamper movement along a tamper axis. As a result of the bent
`portion of the connecting rod, the tamper axis is disposed in a plane which is disposed parallel to a plane opened up by the bearing of the
`connecting rod on the eccentric disk against a direction opposite of the advancing direction of the vibration tamper.
`QUICK-CHANGE TOOL HOLDER SYSTEM FOR A CUTTING TOOL - The present invention relates to a quick-change tool holder system, comprising a
`base part with a quick-change tool holder receptacle and a quick-change tool holder having a cutting tool receptacle configured for insertion into
`the quick-change tool holder receptacle.
`
`Published
`
`8/11/2012
`
`8/11/2012
`
`07-26-2012
`
`05-31-2012
`
`12/4/2012
`
`03-29-2012
`
`03-29-2012
`
`03-22-2012
`
`

`

`Company
`
`Patent application number
`
`Bomag GmbH
`
`20120068526
`
`Bomag GmbH
`
`20120067692
`
`Bomag GmbH
`
`20120055276
`
`Bomag GmbH
`
`20120045281
`
`Bomag GmbH
`
`20120043401
`
`Bomag GmbH
`
`20120036956
`
`Bomag GmbH
`
`20110299916
`
`Case 1:17-cv-00770-JDW Document 250-72 Filed 10/25/23 Page 3 of 18 PageID #: 28144
`
`Title
`Cutting Tool Configuration Having Wear Disc - A cutting tool configuration for a ground milling machine, for example, a cold milling machine or a
`mining drill, is provided. The cutting tool configuration comprises a cutter holder, which is fastenable or fastened on a milling drum, a cutting tool,
`which is fastened on the cutter holder, and which is inserted using its cutting tool shaft in a cutter holder bore of the cutter holder and can rotate
`around its longitudinal axis, and a wear disc, which is situated rotation-locked between a stop surface of the cutter holder and the cutting tool
`head of the cutting tool, it being provided that the rotation lock between the wear disc and the cutter holder is caused by at least one groove
`formed on the outer circumference of the wear disc and a guide formed on the cutter holder and engaging in this groove. A wear disc for use in
`such a cutting tool configuration, and a cutting tool having such a preinstalled wear disc, are also provided.
`CONVEYOR AND A CONSTRUCTION MACHINE WITH A CONVEYOR - The present invention relates to a conveyor or a similar conveying means for
`mounting on a construction machine, and in particular a road surface milling machine, which conveyor can be linked with a coupling area to the
`construction machine in an articulated manner and is pivotable by way of a lifting apparatus with a loading area in relation to the construction
`machine.
`Infinitely Variable Vibration Exciter - A vibration exciter is provided. The vibration exciter includes a shaft and at least two unbalanced weights
`arranged on the shaft, in which the radial distance of the common center of gravity of the unbalanced weights from the rotational axis of the shaft
`is adjustable in an infinitely variable way by means of a gear. The vibration exciter comprises a gear which is a spatial coupling gear, e.g. a spatial
`vibration slider gear. A simple and compact configuration of the vibration exciter is thus proposed, in which the required adjusting forces for
`changing the imbalance are very low.
`Apparatus For The Articulated Connection Of Two Vehicle Frames Of A Construction Machine - The present invention relates to an apparatus for
`the articulated connection of two vehicle frames, a front and a rear frame, of a construction machine, especially a vibration roller. The apparatus
`comprises a pivot joint with a vertical pivot axis and a crab-steering joint with a vertical rotational axis. It further comprises a connection support
`which connects the pivot joint and the crab-steering joint with one another, and a connecting rod which is linked on one side to the vehicle frame
`and on the other side to the connection support. It further comprises a steering drive for relative pivoting of the front and rear frame about the
`pivot axis, the steering drive being linked on the one side to one of the vehicle frames and on the other side to the connection support, and a crab-
`steering drive for setting a lateral offset between the front and the rear frame, the crab-steering drive being linked on one side to one of the
`vehicle frames and on the other to the connection support.
`
`SPRAYING DEVICE FOR A CONSTRUCTION MACHINE FOR PROCESSING THE GROUND, A CONSTRUCTION MACHINE WITH A SPRAYING DEVICE AND A
`METHOD FOR OPERATING A SPRAYING DEVICE - A spraying device for introducing a fluid into the working chamber of a construction machine for
`processing the ground or road surfaces, comprises two fluid delivery apparatuses, a line system and a control unit. The present invention further
`relates to a construction machine, especially a recycler, a stabilizer or a cold milling machine, comprising such a spraying device and a method for
`operating such a spraying device.
`
`Control Lever Unit for a Construction Machine and Construction Machine Having Such a Control Lever Unit - A control lever unit for controlling the
`driving and braking functions of a construction machine is provided. The control lever unit has a manual control lever actuatable by hand, this
`manual control lever having a hand rest surface, which renders possible the passive resting of the hand during operation. A construction machine,
`in particular a material compaction device, including at least one such control lever unit, is also contemplated.
`
`Device For Fastening A Rollbar Or Similar Attachment Part On A Vehicle - A device for fastening a rollbar or similar attachment part on a vehicle, in
`particular a vibration roller, includes an inner installation sleeve, which is or can be operationally linked to a bar receptacle on the vehicle, an outer
`installation sleeve, which at least partially encloses the inner installation sleeve and is or can be operationally linked to the rollbar, and at least one
`elastomeric element, which positions the inner installation sleeve relative to the outer installation sleeve in such a way that the two sleeves are
`spaced apart from one another while partially forming a vibration clearance. In addition, the present invention relates to a rollbar or similar
`attachment parts for attachment on a vehicle, in particular on a vibration roller, having at least one device according to the above-mentioned type,
`which is implemented, in particular integrated on the rollbar.
`
`Published
`
`03-22-2012
`
`03-22-2012
`
`8/3/2012
`
`02-23-2012
`
`02-23-2012
`
`02-16-2012
`
`8/12/2011
`
`

`

`Case 1:17-cv-00770-JDW Document 250-72 Filed 10/25/23 Page 4 of 18 PageID #: 28145
`
`Company
`
`Patent application number
`
`Bomag GmbH
`
`20110298188
`
`Bomag GmbH
`
`20110293368
`
`Title
`Construction Machine And A Method For Controlling And/Or Monitoring The Milling Depth Of A Construction Machine - The invention relates to a
`construction machine, especially a road construction machine, comprising a machine frame and a chassis carrying the machine frame with several
`wheels, with at least one of the wheels being connected with the machine frame via a height-adjustable lifting column and the lifting column
`comprises a distance measuring device for measuring the adjustment of the lifting columns with a sensor. The invention further relates to a
`method for controlling and/or monitoring the working depth of a working device for processing the ground arranged on a height-adjustable
`construction machine, especially a road construction machine.
`
`Rotor Box For A Ground Milling Machine And Ground Milling Machine Having Such A Rotor Box - The present invention relates to a rotor box for a
`ground and/or road milling machine such as, in particular, for a road miller or a trench cutter which surrounds at least one milling rotor for
`removing ground material (B). It is provided that the wall of this rotor box is configured at least in one section with an enlarged distance from the
`milling rotor in order to allow a specific guiding of the milled material away from the milling rotor in this region of the rotor box and that at least
`one separating device is disposed between this section of the wall and the milling rotor, which prevents contact of the guided-away milled
`material with the milling rotor in this region. The present invention further relates to a ground and/or road milling machine such as in particular a
`road miller or trench cutter having at least one such rotor box.
`
`Published
`
`8/12/2011
`
`1/12/2011
`
`Bomag GmbH
`
`20110290048
`
`Vibration Exciter For A Ground Compactor And Ground Compactor - A vibration exciter for a ground compactor comprises an exciter shaft having
`at least one exciter weight disposed thereon and having at least one turnover weight which is disposed so that it can rotate relative to this exciter
`shaft. The present invention further relates to a ground compactor having such a vibration exciter.
`
`1/12/2011
`
`Bomag GmbH
`
`20110274491
`
`Bomag GmbH
`
`20110266858
`
`Bomag GmbH
`
`20110262227
`
`Bomag GmbH
`
`20110251036
`
`Spraying Device For A Construction Machine And A Method For Operating A Spraying Device - A spraying device for introducing a fluid into the
`working chamber of a construction machine for processing ground or road surfaces comprises at least one outlet nozzle by means of which the
`fluid is introduced into the working chamber, a line system by means of which the fluid is conveyed to the at least one outlet nozzle, and a control
`unit by means of which the fluid supply to the outlet nozzle is controllable. The present invention further relates to a construction machine for
`processing ground or road surfaces, especially a milling machine for milling off road or ground surfaces, a stabilizer for stabilizing ground of low
`bearing capacity and a recycler for repairing pavements in need of repair, comprising such a spraying device, and a method for operating a working
`device of such a construction machine.
`
`Apparatus For Processing Ground Surfaces - An apparatus for processing ground surfaces comprises a moving device, a working device, especially a
`milling device for milling the ground surface, and a drive device for driving the moving device and the working device, wherein the working device
`is movable between a working position, in which it is in operative engagement with the ground surface, and a maneuvering position, in which it is
`not in operative engagement with the ground surface, wherein a sensor device is provided which detects the maneuvering position and/or at least
`one working parameter of the working device, namely its power consumption, working speed, rotational speed or its inclination, and/or at least
`one load parameter of the moving device, and a control device which reduces the frictional connection between the drive device and the working
`device and/or the drive power transmitted by the drive device to the working device in the maneuvering position and/or in case of the detection
`of a deviation of the at least one detected working parameter or load parameter from a set parameter value.
`
`Front Drive Of A Road Paver And A Method For Controlling The Front Drive - A road paver for laying road construction material comprises a
`tamping beam, a bunker for receiving road construction material, a wheeled chassis with a rear axle and a steerable front axle, and a hydraulic
`arrangement for permanent or optionally selectable drive of hydraulic motors which are coupled to the front wheels. A method for tractive power
`control and for drive slip limitation of the front drive of a road paver is also disclosed.
`Apparatus For Repairing A Vibration Roller - The present invention relates to an apparatus for repairing a vibration roller or a similar rotational
`tool, the outside jacket of which has been worn out up to a wear limit, comprising at least two repair segments which are arranged especially in
`their inside geometry in an at least partly complementary way with respect to the outside jacket and can be placed on the same by forming a
`repair jacket.
`
`10/11/2011
`
`3/11/2011
`
`10-27-2011
`
`10-13-2011
`
`

`

`Company
`
`Patent application number
`
`Bomag GmbH
`
`20110248541
`
`Bomag GmbH
`
`20110248488
`
`Bomag GmbH
`
`20110241408
`
`Bomag GmbH
`
`20110236130
`
`Bomag GmbH
`
`20110217120
`
`Bomag GmbH
`
`20110091279
`
`Case 1:17-cv-00770-JDW Document 250-72 Filed 10/25/23 Page 5 of 18 PageID #: 28146
`
`Title
`Armrest And Operator Workplace Having Such An Armrest - The present invention relates to a machine operator seat of a construction machine
`having a seat surface, a backrest, which is situated opposite to the front seat edge in the longitudinal direction of the seat surface, and at least one
`armrest situated laterally to the seat surface, comprising a base part, an arm support, and at least one operating element, the arm support being
`situated in the rear area in the longitudinal direction and the at least one operating element being situated in the front area of the armrest in the
`longitudinal direction. Furthermore, the present invention relates to a construction machine, in particular a road miller, recycler, stabilizer, or a
`road roller, in particular a tandem roller, having such a machine operator seat.
`
`Published
`
`10-13-2011
`
`Pivotable Roll Bar - The present invention relates to a roll bar for a cab-less construction machine, in particular a vibration roller, which is
`implemented so it is adjustable in height between an operating position and a transport position. The roll bar includes a pivotable tube bow, which
`comprises two vertical pivot tubes; two stand tubes, which are fixedly connected to the frame of the construction machine; two connection
`elements, via which the pivot tubes are connected to the stand tubes, the connection elements each comprising a stop surface, against which the
`pivot tube can be moved to, in particular pressed, in the operating position; a lock for clamping the pivot tube against the connection element in
`the operating position; a welding surface, to which the stand tube is materially bonded; and a pivot joint having a pivot axis, around which the
`pivot tubes are pivotable. The connection elements each comprise two sheet-metal parts, which are symmetrical to one another, the stop surfaces
`and the welding surfaces being implemented as edge profiles of the sheet-metal parts, and the welding surfaces being oriented essentially
`horizontally.
`
`Milling Drum For A Ground Milling Machine And A Ground Milling Machine - A ground milling machine for grinding and/or removing a ground
`material comprises a hollow-cylindrical drum which extends in an axially longitudinal manner and on the outside circumferential area in which
`several milling tools are arranged for grinding and/or removing the ground material. In order to reduce abrasion it is provided that at least one
`face-side milling tool is arranged on the hollow-cylindrical drum in the region of at least one face side, which milling tool protrudes beyond said
`face side and is provided during milling to at least partly cut free the collision region (T) between said face side and the ground material to be
`processed. The present invention further relates to a ground milling machine with at least one such milling drum.
`
`10-13-2011
`
`6/10/2011
`
`Operator Workplace Of A Construction Machine - The invention relates to an operator workplace of a construction machine, especially a milling
`machine for processing a road surface, comprising a seat with a seating surface, an armrest arranged to the side of the seating surface and
`comprising an arm supporting surface, and at least one control element arranged on the armrest for controlling at least one machine function. The
`invention further relates to a construction machine with such an operator workplace.
`
`09-29-2011
`
`Road Building Machine For Milling Road Surfaces - A road building machine for road surface paving is provided. The machine comprises an
`automotive travelling mechanism with a steerable front axle of the undercarriage comprising at least one support wheel and two rear support
`wheels, a working device which is mounted in or on the machine frame and is approximately flush with said machine frame on one side, which is
`the so-called null side, a swivel unit having an articulation area formed by the machine frame and a swivel arm which carries the rear support
`wheel on the null side at its one end and is pivotably linked at its other end to the articulation area of the machine frame, with the swivel unit
`being arranged in the manner that it can be pivoted between an “outwardly pivoted position” in which the rear wheel which is on the null side is
`pivoted outwardly to an outer end position parallel to the longitudinal direction of the machine frame and an “inwardly pivoted position” in which
`the rear support wheel which is on the null side is inwardly pivoted to an inward end position which is parallel to the longitudinal direction of the
`machine frame, and a pivot gear which controls the adjustment of the swivel unit between the “outwardly pivoted position” and the “inwardly
`pivoted position” around a swivel axis.
`Soil Compaction Machine with Internal Combustion Engine and Improved Air Supply - A hand-guided soil compacting machine, such as a vibration
`tamper, is provided. The compacting machine includes an internal combustion engine for driving a compacting plate and at least one guide bar for
`holding and/or guiding the soil compacting machine.
`
`8/9/2011
`
`04-21-2011
`
`

`

`Company
`
`Patent application number
`
`Bomag GmbH
`
`20100284742
`
`Bomag GmbH
`
`20100272512
`
`Bomag GmbH
`
`20100230929
`
`Bomag GmbH
`
`20100147090
`
`Bomag GmbH
`
`20100140911
`
`Bomag GmbH
`
`20100061803
`
`Bomag GmbH
`
`20090324333
`
`Case 1:17-cv-00770-JDW Document 250-72 Filed 10/25/23 Page 6 of 18 PageID #: 28147
`
`Title
`Hydraulic Control Arrangement for the Screed of a Road Finisher - A hydraulic control arrangement for activating a double-acting actuating
`cylinder, which is connected on the piston side to a road finisher and on the piston-rod side to a screed of the road finisher, is provided. The
`hydraulic control arrangement includes a supply connection, a tank connection and two consumer connections, in which a loading pressure or a
`relief pressure is applied to the piston of the actuating cylinder via the consumer connections. The loading pressure or relief pressure is controlled
`as a function of a defined operating state, and, in a controlling-the-screed-load operating state, the relief pressure supplied to the actuating
`cylinder on the piston-rod side is controlled via a proportional pressure control valve.
`Multipurpose Compactor and Method for Operating the Multipurpose Compactor - A multipurpose compactor with an automatic safety system is
`provided. The automatic safety system comprises at least one transmitter and one receiver. The transmitter is coupled mechanically fixed to the
`multipurpose compactor and/or to a unit movable relative to the multipurpose compactor. The receiver is coupled fixedly to the movable unit
`and/or the multipurpose compactor
`Pivot-Steered Vehicle - A pivot-steered vehicle, in particular a pivot-steered construction vehicle or machine, is provided. The vehicle includes a
`front frame and a rear frame which are connected to each other via a pivot steering gear and a steering drive. The pivot steering gear has a first
`and a second vertical pivot axis which are arranged opposing each other with respect to a longitudinal axis of the vehicle in a neutral position, the
`pivot steering gear being embodied in a first steering range for relative swiveling of the front frame and the rear frame about the first pivot axis
`and in a second steering range for relative swiveling of the front frame and the rear frame about the second pivot axis, the first and the second
`steering ranges being separated from each other via the neutral position.
`
`Device for Generating a Circular Oscillation or a Directional Oscillation Having Continuously Adjustable Oscillation Amplitude and/or Exciter Force -
`A device for generating a circular oscillation or a directional oscillation is provided. The device provides a circular oscillation, or, if two parallel main
`shafts rotating synchronously in opposite directions are coupled, a directional oscillation, each main shaft having unbalance weights and a coupling
`between the unbalance weights and the oscillation amplitude of the exciter force per main shaft being continuously adjustable between a
`minimum value and a maximum value using an adjustment unit via the relative rotation of the unbalance weights toward or away from one
`another. The device includes unbalance weights that are mounted on the main shaft so they are rotatable thereon, and the coupling comprises a
`transmission medium connected rotationally fixed to the main shaft, which is composed so that it acts as a driver on the unbalance weights and
`also causes a pivoting of the unbalance weights in opposite directions upon the adjustment of the oscillation amplitude of the exciter force.
`
`Swiveling Roll Bar - The invention relates to a swivelable roll bar, in particular for construction vehicles, with two vertical carriers, each of which
`has a pair of spars, whereby in each, one spar is connected swivelably through a link joint with the another spar, and the link joint comprises a lock
`and a stop. The stop consists of a joint stiffener, which is built as an extension of one spar and partially grips about the end of the other. In addition
`to that, the lock has a continuously adjustable final control element, with which the joint stiffener can be braced against the other spar. With the
`grip about the other spar, the flexural strength of the link joint of the swivelable roll bar is increased. Further, the bracing of the joint stiffener
`against the other spar eliminates the play in the link joint. The joint stiffener is preferably built as a U-shaped tubular segment that is attached to
`the latter as an extension of the spar.
`
`Transport Attachment of a Vibration Plate - A transport attachment of a vibration plate and a vibration plate having transport wheels is provided.
`The transport wheels are pivotable between a transport position and an operating position, and are located further outward in the viewpoint of
`the vibration plate in the width direction in the transport position than in the state of the operating position.
`Sprinkler Apparatus for Dosed Sprinkling of a Base Plate of a Vibration Apparatus for Soil Compaction - A sprinkler apparatus for dosed sprinkling of
`a base plate of a vibration apparatus for soil compaction is provided. The sprinkler apparatus comprises a fluid tank with a fluid outlet, a valve for
`controlling the fluid release by the fluid outlet, and a control lever for actuating the valve. Preferably, the control lever concerns a rocking or swivel
`lever which is fastened to the upper region of the fluid tank. The lever allows a simple and secure dosing of the fluid release in the sprinkler
`apparatus.
`
`Published
`
`11/11/2010
`
`10-28-2010
`
`09-16-2010
`
`06-17-2010
`
`10/6/2010
`
`11/3/2010
`
`12-31-2009
`
`

`

`Case 1:17-cv-00770-JDW Document 250-72 Filed 10/25/23 Page 7 of 18 PageID #: 28148
`
`Company
`
`Patent application number
`
`Bomag GmbH
`
`20080309058
`
`Title
`Swiveling Roll Bar - The invention relates to a swivelable roll bar, in particular for construction vehicles, with two vertical carriers, each of which
`has a pair of spars, whereby in each, one spar is connected swivelably through a link joint with the another spar, and the link joint comprises a lock
`and a stop. The stop consists of a joint stiffener, which is built as an extension of one spar and partially grips about the end of the other. In addition
`to that, the lock has a continuously adjustable final control element, with which the joint stiffener can be braced against the other spar. With the
`grip about the other spar, the flexural strength of the link joint of the swivelable roll bar is increased. Further, the bracing of the joint stiffener
`against the other spar eliminates the play in the link joint. The joint stiffener is preferably built as a U-shaped tubular segment that is attached to
`the latter as an extension of the spar.
`
`Published
`
`12-18-2008
`
`Bomag GmbH
`
`20080286044
`
`Dynapac GmbH
`
`20110318102
`
`Dynapac GmbH
`
`20110044758
`
`SANY
`
`20120276855
`
`SANY
`
`20120134849
`
`SANY
`
`SANY
`
`20110191833
`
`20110001309
`
`METHOD AND SYSTEM FOR CONTROLLING COMPACTION MACHINES - A method and a system is described for controlling at least one compaction
`machine in which the oscillations propagating from the compaction machine in the ground are detected by means of a sensor at least at one
`relevant measuring location. The measured oscillation values as detected by the sensor are sent to a data-processing unit which then compares
`the same with a permissible oscillation limit value for the respective measuring location. Upon exceeding the limit value, at least one compaction
`parameter of the compaction machine is changed in such a way that the measured oscillation values as measured at the measuring location are
`set by a control loop circuit automatically to a value smaller than or equal to the oscillation limit value.
`
`PROCESS FOR PRODUCING A ROAD COVERING, FEEDER, ROAD PAVER AND PAVING TRAIN - A process for producing an asphalt layer in which
`material with properties that deviate from predetermined requirements is specifically homogenized, and a paving train (
`Method for Producing a Road Surface, Preferably a concrete road surface, and road paver - In the production of road surfaces of asphalt and
`concrete (
`WIRELESS LINK BACKUP SYSTEM - A wireless link backup system, including a first device and a second device, wherein the first device comprises a
`first controller and at least two first wireless transceivers; the at least two first wireless transceivers have the same working parameters; and the
`first controller is adapted to control such that only one of the first wireless transceivers is working at a time; the second device comprises a second
`controller and at least two second wireless transceivers; the at least two second wireless transceivers have the same working parameters; and the
`second controller is adapted to control such that only one of the second wireless transceivers is working at a time; and the working parameter of
`the first wireless transceiver match the working parameter of the second wireless transceiver, so that wireless connection between the first
`wireless transceiver and the second wireless transceiver can be established.
`
`CHARACTER PARAMETERS OBTAINING METHOD FOR DISPLACEMENT CONTROL MECHANISM OF HYDRAULIC PUMP AND DETECTING DEVICE FOR
`CARRYING OUT THE METHOD - A character parameters obtaining method for a displacement control mechanism of a hydraulic pump and a
`detecting device for carrying out the method are disclosed. The method involves constructing a hydraulic system; outputting hydraulic energy by
`the hydraulic pump driven by a primary motor; detecting pressure of a displacement control mechanism; obtaining middle parameters by
`obtaining the time required for preset change of the pressure at the output end of the displacement control mechanism; obtaining character
`parameters of the displacement control mechanism according to the middle parameters. The method can obtain the character parameters of the
`displacement control mechanism by the pressure detection, so that the performance of the displacement control mechanism can be judged
`according to the obtained character parameters. The method avoids the need of obtaining the output flow of the hydraulic pump so as to
`eliminate the problem caused by using a flow meter or using an obliquity sensor