Case 1:17-cv-00770-JDW Document 250-71 Filed 10/25/23 Page 1 of 16 PageID #: 28126
`Case 1:17-cv-00770-JDW Document 250-71 Filed 10/25/23 Page 1 of 16 PagelD #: 28126
`
`EXHIBIT 68
`EXHIBIT 68
`
`

`

`Company
`
`Patent application number
`
`Title
`
`Case 1:17-cv-00770-JDW Document 250-71 Filed 10/25/23 Page 2 of 16 PageID #: 28127
`
`Published
`
`8/11/2012
`
`8/11/2012
`
`Bomag GmbH
`
`20120282028
`
`Bomag GmbH
`
`20120282027
`
`Bomag GmbH
`
`20120187745
`
`Bomag GmbH
`
`20120134746
`
`Bomag GmbH
`
`20120087727
`
`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.
`
`07-26-2012
`
`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.
`
`05-31-2012
`
`12/4/2012
`
`Bomag GmbH
`
`20120076584
`
`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
`
`03-29-2012
`
`Bomag GmbH
`
`20120076583
`
`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.
`
`03-29-2012
`
`Bomag GmbH
`
`20120068527
`
`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.
`
`03-22-2012
`
`

`

`Case 1:17-cv-00770-JDW Document 250-71 Filed 10/25/23 Page 3 of 16 PageID #: 28128
`
`Company
`
`Patent application number
`
`Title
`
`Bomag GmbH
`
`20120068526
`
`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.
`
`Published
`
`03-22-2012
`
`Bomag GmbH
`
`20120067692
`
`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.
`
`03-22-2012
`
`Bomag GmbH
`
`20120055276
`
`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.
`
`8/3/2012
`
`Bomag GmbH
`
`20120045281
`
`Bomag GmbH
`
`20120043401
`
`Bomag GmbH
`
`20120036956
`
`Bomag GmbH
`
`20110299916
`
`Bomag GmbH
`
`20110298188
`
`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.
`
`02-23-2012
`
`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.
`
`02-23-2012
`
`02-16-2012
`
`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.
`
`8/12/2011
`
`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.
`
`8/12/2011
`
`

`

`Company
`
`Patent application number
`
`Title
`
`Case 1:17-cv-00770-JDW Document 250-71 Filed 10/25/23 Page 4 of 16 PageID #: 28129
`
`Bomag GmbH
`
`20110293368
`
`Bomag GmbH
`
`20110290048
`
`Bomag GmbH
`
`20110274491
`
`Bomag GmbH
`
`20110266858
`
`Bomag GmbH
`
`20110262227
`
`Bomag GmbH
`
`20110251036
`
`Bomag GmbH
`
`20110248541
`
`Bomag GmbH
`
`20110248488
`
`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.
`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.
`
`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.
`
`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.
`
`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.
`
`Published
`
`1/12/2011
`
`1/12/2011
`
`10/11/2011
`
`3/11/2011
`
`10-27-2011
`
`10-13-2011
`
`10-13-2011
`
`10-13-2011
`
`

`

`Company
`
`Patent application number
`
`Title
`
`Case 1:17-cv-00770-JDW Document 250-71 Filed 10/25/23 Page 5 of 16 PageID #: 28130
`
`Bomag GmbH
`
`20110241408
`
`Bomag GmbH
`
`20110236130
`
`Bomag GmbH
`
`20110217120
`
`Bomag GmbH
`
`20110091279
`
`Bomag GmbH
`
`20100284742
`
`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.
`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.
`
`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.
`
`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.
`
`Published
`
`6/10/2011
`
`09-29-2011
`
`8/9/2011
`
`04-21-2011
`
`11/11/2010
`
`Bomag GmbH
`
`20100272512
`
`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
`
`10-28-2010
`
`Bomag GmbH
`
`20100230929
`
`Bomag GmbH
`
`20100147090
`
`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.
`
`09-16-2010
`
`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.
`
`06-17-2010
`
`

`

`Company
`
`Patent application number
`
`Title
`
`Case 1:17-cv-00770-JDW Document 250-71 Filed 10/25/23 Page 6 of 16 PageID #: 28131
`
`Bomag GmbH
`
`20100140911
`
`Bomag GmbH
`
`20100061803
`
`Bomag GmbH
`
`20090324333
`
`Bomag GmbH
`
`20080309058
`
`Bomag GmbH
`
`20080286044
`
`Dynapac GmbH
`Dynapac GmbH
`
`20110318102
`20110044758
`
`SANY
`
`20120276855
`
`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.
`
`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.
`
`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.
`
`Published
`
`10/6/2010
`
`11/3/2010
`
`12-31-2009
`
`12-18-2008
`
`11-20-2008
`
`12-29-2011
`02-24-2011
`
`1/11/2012
`
`

`

`Company
`
`Patent application number
`
`Title
`
`Case 1:17-cv-00770-JDW Document 250-71 Filed 10/25/23 Page 7 of 16 PageID #: 28132
`
`SANY
`
`20120134849
`
`SANY
`
`SANY
`
`20110191833
`
`20110001309
`
`VOLVO CE
`
`20110098150
`
`VOLVO CE
`
`20100186395
`
`VOLVO CE
`
`20100180862
`
`VOLVO CE
`
`20100133042
`
`VOLVO CE
`
`20100058666
`
`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