Case 1:17-cv-00770-JDW Document 250-81 Filed 10/25/23 Page 1 of 22 PageID #: 28778
`Case 1:17-cv-00770-JDW Document 250-81 Filed 10/25/23 Page 1 of 22 PagelD #: 28778
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`EXHIBIT 78
`EXHIBIT 78
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`

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`Case 1:17-cv-00770-JDW Document 250-81 Filed 10/25/23 Page 2 of 22 PageID #: 28779
`Case 1:17-cv-00770-JDW Document 250-81 Filed 10/25/23 Page 2 of 22 PagelD #: 28779
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`No image available for this record.
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`HIGHLY CONFIDENTIAL-OUTSIDE ATTORNEYS’ EYES ONLY
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`CAT_00053634
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`

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`Case 1:17-cv-00770-JDW Document 250-81 Filed 10/25/23 Page 3 of 22 PageID #: 28780
`
`Thomson Innovation Alert
`Thomson Innovation Alert
`
`
`
`THOMSON REUTERS
`
`•••::
`
`
`Alert Summary
`Alert Summary
`Name: ALT2013-018 (Wirtgen and subsidiaries)
`Name: ALT2013-018 (Wirtgen and subsidiaries)
`Description: This patent alert report (ALT2013-012) relates to Wirtgen, and subsidiaries, as defined by
`Description: This patent alert report (ALT2013-012) relates to Wirtgen, and subsidiaries, as defined by
`the listed search query, date range, and patent collections.
`the listed search query, date range, and patent collections.
`Date Range of Run: 2013-10-31 to 2013-11-28
`Date Range of Run: 2013-10-31 to 2013-11-28
`Frequency: 1/Month
`Frequency: 1/Month
`Number of Hits: 11
`Number of Hits: 11
`Collections: US Grant, WO App, US App, EP Grant, DE Grant, EP App, DE App, DWPI
`Collections: US Grant, WO App, US App, EP Grant, DE Grant, EP App, DE App, DWPI
`Recipients:
`Recipients:
`IP_Search@cat.com,Phillips_Andrew_A@cat.com,Frelich_Toby_A@cat.com,Sansone_Dario@cat.com,La
`IP_Search@cat.com,Phillips_Andrew_A©cat.com,Frelich_Toby_A©cat.com,Sansone_Dario@cat.com,La
`rson_David_L@cat.com,Aardema_Jim_A@cat.com,Moriarity_Brian_G@cat.com,HEALY_Terry_P@cat.co
`rson_David_L@cat.com,Aardema_Jim_A©cat.com,Moriarity_Brian_GOcat.com,HEALY_Terry_P@cat.co
`m
`m
`
`
`
`Table of Contents -
`Table of Contents -
`
`1
`US20130309009A1
`1 U520130309009A1
`
`2
`US20130305717A1
`2 U520130305717A1
`
`3
`US20130287495A1
`3 U520130287495A1
`
`4
`US20130294830A1
`4 U520130294830A1
`
`5
`US20130292991A1
`5 U520130292991A1
`
`Category: Patent
`Category: Patent
`
`Ground Working Machine, As Well As Method For Milling Soils Or Traffic
`Ground Working Machine, As Well As Method For Milling Soils Or Traffic
`Areas
`Areas
`SELF-PROPELLED CONSTRUCTION DEVICE, IN PARTICULAR A SOIL
`SELF-PROPELLED CONSTRUCTION DEVICE, IN PARTICULAR A SOIL
`COMPACTOR
`COMPACTOR
`ROAD FINISHER WITH AUTOMATIC ENGINE CONTROLLER
`ROAD FINISHER WITH AUTOMATIC ENGINE CONTROLLER
`
`Road Construction Machine, Leveling Device, As Well As Method For
`Road Construction Machine, Leveling Device, As Well As Method For
`Controlling The Milling Depth Or Milling Slope In A Road Construction
`Controlling The Milling Depth Or Milling Slope In A Road Construction
`Machine
`Machine
`Ejector Unit For A Road Milling Machine Or The Like
`Ejector Unit For A Road Milling Machine Or The Like
`
`6
`US20130292200A1
`6 U520130292200A1
`
`ROAD FINISHING MACHINE WITH ADJUSTABLE CONTROL PANEL
`ROAD FINISHING MACHINE WITH ADJUSTABLE CONTROL PANEL
`
`7
`US20130285434A1
`7 U520130285434A1
`
`Auxiliary Drive
`Auxiliary Drive
`
`8
`US20130277076A1
`8 U520130277076A1
`
`9
`9
`
`EP2256247B1
`EP2256247B1
`
`10
`EP2653612A2
`10 EP2653612A2
`
`11 DE102012103440A1
`11 DE102012103440A1
`
`Runner Segment For An Edge Guard Of A Road Milling Machine, And
`Runner Segment For An Edge Guard Of A Road Milling Machine, And
`Edge Guard For A Road Milling Machine
`Edge Guard For A Road Milling Machine
`Road finisher|Straßenfertiger|Finisseuse de route
`Road finisher IStraBenfertiger IFinisseuse de route
`
`Runner segment for an edge protector of a street milling machine and
`Runner segment for an edge protector of a street milling machine and
`edge protector for a street milling machine|Segment de patin pour la
`edge protector for a street milling machinelSegment de patin pour la
`protection du bord d'une machine à fraiser la chaussée et protection de
`protection du bard d'une machine a fraiser la chaussee et protection de
`bord pour une machine à fraiser la chaussée|Kufensegment für einen
`bord pour une machine a fraiser la chausseelKufensegment fur einen
`Kantenschutz einer Straßenfräsmaschine und Kantenschutz für eine
`Kantenschutz einer StraBenfrasmaschine und Kantenschutz fur eine
`Straßenfräsmaschine
`StraI3enfrasm aschine
`Kufensegment für einen Kantenschutz einer Straßenfräsmaschine und
`Kufensegment fur einen Kantenschutz einer StraBenfrasmaschine und
`Kantenschutz für eine Straßenfräsmaschine
`Kantenschutz fijr eine Stragenfrasmaschine
`
`Copyright 2007-2013 THOMSON REUTERS
`Copyright 2007-2013 THOMSON REUTERS
`
`I
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`

`

`Case 1:17-cv-00770-JDW Document 250-81 Filed 10/25/23 Page 4 of 22 PageID #: 28781
`
`Record 1
`Record 1
`US20130309009A1 Ground Working Machine, As Well As Method For Milling
`Fri US20130309009A1 Ground Working Machine, As Well As Method For Milling
`Soils Or Traffic Areas
`Soils Or Traffic Areas
`DWPI Title: Soil tillage machine e.g. stabilizer, for milling soils or traffic areas, has
`DWPI Title: Soil tillage machine e.g. stabilizer, for milling soils or traffic areas, has
`controller controlling milling depth of milling device along preset path during forward
`controller controlling milling depth of milling device along preset path during forward
`or reverse travel, so that milling device is raised into upper position
`or reverse travel, so that milling device is raised into upper position
`
`Drawing: -
`Drawing: -
`
`Assignee
`Assignee
`Standarized: WIRTGEN GMBH, WIRTGEN GMBH,
`Standarized: WIRTGEN GMBH, WIRTGEN GMBH,
`Original: Wirtgen GmbH Windhagen DE Wirtgen GmbH Windhangen DE
`Original: Wirtgen GmbH Windhagen DE Wirtgen GmbH Windhangen DE
`
`DWPI Assignee/Applicant: WIRTGEN GMBH,
`DWPI Assignee/Applicant: WIRTGEN GMBH,
`
`Abstract (English): In a ground working machine (1) for milling soils (2) or traffic
`Abstract (English): In a ground working machine (1) for milling soils (2) or traffic
`areas, it is provided that a controller (18) for terminating the milling process controls
`areas, it is provided that a controller (18) for terminating the milling process controls
`the milling depth of the milling device (8) along a specified trajectory (24) in
`the milling depth of the milling device (8) along a specified trajectory (24) in
`conjunction with simultaneous forward and reverse travel (5,7), thus enabling the
`conjunction with simultaneous forward and reverse travel (5,7), thus enabling the
`milling device (8) to be raised into the upper position (9) disengaged from the ground
`milling device (8) to be raised into the upper position (9) disengaged from the ground
`without a depression (22) resulting from raising the milling device (8) remaining in the worked ground surface (3).
`without a depression (22) resulting from raising the milling device (8) remaining in the worked ground surface (3).
`
`Drawing
`Drawing
`
`DWPI Abstract
`DWPI Abstract
`
`Abstract-DWPI Novelty: The machine (1) has a hood (10) enclosing a milling device (8) and comprising pivotable hood flaps
`Abstract-DWPI Novelty: The machine (1) has a hood (10) enclosing a milling device (8) and comprising pivotable hood flaps
`(14, 15) at a front and/or rear end in travel direction. The flaps close a mixing chamber of the hood toward a ground surface (3)
`(14, 15) at a front and/or rear end in travel direction. The flaps close a mixing chamber of the hood toward a ground surface (3)
`of ground (2). A controller (18) ending a milling process controls milling depth of the milling device along a preset path during
`of ground (2). A controller (18) ending a milling process controls milling depth of the milling device along a preset path during
`simultaneous forward or reverse travel, so that the milling device is raised into an upper position disengaged from the ground,
`simultaneous forward or reverse travel, so that the milling device is raised into an upper position disengaged from the ground,
`without a protrusion resulting from raising the milling device in the worked ground surface.
`without a protrusion resulting from raising the milling device in the worked ground surface.
`
`Abstract-DWPI Detailed Description: An INDEPENDENT CLAIM is also included for a method for milling soils or traffic areas.
`Abstract-DWPI Detailed Description: An INDEPENDENT CLAIM is also included for a method for milling soils or traffic areas.
`
`Abstract-DWPI Activity: -
`Abstract-DWPI Activity: -
`
`Abstract-DWPI Mechanism: -
`Abstract-DWPI Mechanism: -
`
`Abstract-DWPI Use: Soil tillage machine e.g. stabilizer or recycler, for milling soils or traffic areas (all claimed).
`Abstract-DWPI Use: Soil tillage machine e.g. stabilizer or recycler, for milling soils or traffic areas (all claimed).
`
`Abstract-DWPI-Advantage: The controller ending the milling process controls the milling depth of the milling device along the
`Abstract-DWPI-Advantage: The controller ending the milling process controls the milling depth of the milling device along the
`preset path during simultaneous forward or reverse travel, so that the milling device is raised into the upper position
`preset path during simultaneous forward or reverse travel, so that the milling device is raised into the upper position
`disengaged from the ground, without the protrusion resulting from raising the milling device in the worked ground surface, thus
`disengaged from the ground, without the protrusion resulting from raising the milling device in the worked ground surface, thus
`leaving the worked ground surface in a level condition, and hence avoiding significant irregularities.
`leaving the worked ground surface in a level condition, and hence avoiding significant irregularities.
`
`Abstract - DWPI Drawing Description: The drawing shows a schematic side view of a soil tillage machine for milling soils or
`Abstract - DWPI Drawing Description: The drawing shows a schematic side view of a soil tillage machine for milling soils or
`traffic areas operating against travel direction.1 - Soil tillage machine.2 - Ground.3 - Ground surface.8 - Milling device.10 -
`traffic areas operating against travel direction.1 - Soil tillage machine.2 - Ground.3 - Ground surface.8 - Milling device.10 -
`Hood.14, 15 - Hood flaps.18 - Controller.
`Hood.14, 15 - Hood flaps.18 - Controller.
`
`Copyright 2007-2013 THOMSON REUTERS
`Copyright 2007-2013 THOMSON REUTERS
`
`1
`1
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`Case 1:17-cv-00770-JDW Document 250-81 Filed 10/25/23 Page 5 of 22 PageID #: 28782
`
`Drawing Description: -
`Drawing Description: -
`
`Abstract-DWPI Tech Focus: -
`Abstract-DWPI Tech Focus: -
`
`Copyright 2007-2013 THOMSON REUTERS
`Copyright 2007-2013 THOMSON REUTERS
`
`2
`2
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`Case 1:17-cv-00770-JDW Document 250-81 Filed 10/25/23 Page 6 of 22 PageID #: 28783
`
`Fr US20130305717A1 SELF-PROPELLED CONSTRUCTION DEVICE, IN PARTICULAR
`
`Record 2
`Record 2
`US20130305717A1 SELF-PROPELLED CONSTRUCTION DEVICE, IN PARTICULAR
`
`A SOIL COMPACTOR
`A SOIL COMPACTOR
`DWPI Title: Self-propelled construction equipment, particularly soil compactor, has
`DWPI Title: Self-propelled construction equipment, particularly soil compactor, has
`turbo charged diesel engine with one radiator assembly for cooling of charge air
`turbo charged diesel engine with one radiator assembly for cooling of charge air
`
`Drawing: -
`Drawing: -
`
`Assignee
`Assignee
`Standarized: HAMM AG, ROEHR ANDREAS, BLETSCHER THOMAS, ZIMMERER
`Standarized: HAMM AG, ROEHR ANDREAS, BLETSCHER THOMAS, ZIMMERER
`MICHAEL,
`MICHAEL,
`Original: HAMM AG TIRSCHENREUTH DE Roehr Andreas Weiden DE Bletscher
`Original: HAMM AG TIRSCHENREUTH DE Roehr Andreas Weiden DE Bletscher
`Thomas Martredwitz DE Zimmerer Michael Immenreuth DE
`Thomas Martredwitz DE Zimmerer Michael Immenreuth DE
`
`DWPI Assignee/Applicant: HAMM AG,
`DWPI Assignee/Applicant: HAMM AG,
`
`Abstract (English): A self-propelled construction device, in particular a soil
`Abstract (English): A self-propelled construction device, in particular a soil
`compactor, includes a turbocharged diesel engine with a first radiator arrangement
`compactor, includes a turbocharged diesel engine with a first radiator arrangement
`for cooling charge air and a second radiator arrangement for cooling a cooling liquid
`for cooling charge air and a second radiator arrangement for cooling a cooling liquid
`and/or hydraulic oil, with a first radiator fan being allocated to the first radiator
`and/or hydraulic oil, with a first radiator fan being allocated to the first radiator
`arrangement and a second radiator fan being allocated to the second radiator arrangement and the first radiator fan and the
`arrangement and a second radiator fan being allocated to the second radiator arrangement and the first radiator fan and the
`second radiator fan being able to be operated essentially independently from each other.
`second radiator fan being able to be operated essentially independently from each other.
`
`Drawing
`Drawing
`
`DWPI Abstract
`DWPI Abstract
`
`Abstract-DWPI Novelty: The self-propelled construction equipment has a turbo charged diesel engine (20) with a radiator
`Abstract-DWPI Novelty: The self-propelled construction equipment has a turbo charged diesel engine (20) with a radiator
`assembly (38) for cooling of charge air. Another radiator assembly (40) is provided for cooling of a cooling liquid or hydraulic
`assembly (38) for cooling of charge air. Another radiator assembly (40) is provided for cooling of a cooling liquid or hydraulic
`oil. The former radiator assembly is equipped with a radiator fan (46), where the latter radiator assembly is associated with
`oil. The former radiator assembly is equipped with a radiator fan (46), where the latter radiator assembly is associated with
`another radiator fan (48).
`another radiator fan (48).
`
`Abstract-DWPI Detailed Description: -
`Abstract-DWPI Detailed Description: -
`
`Abstract-DWPI Activity: -
`Abstract-DWPI Activity: -
`
`Abstract-DWPI Mechanism: -
`Abstract-DWPI Mechanism: -
`
`Abstract-DWPI Use: Self-propelled construction equipment, particularly soil compactor.
`Abstract-DWPI Use: Self-propelled construction equipment, particularly soil compactor.
`
`Abstract-DWPI-Advantage: The self-propelled construction equipment has a turbo charged diesel engine with a radiator
`Abstract-DWPI-Advantage: The self-propelled construction equipment has a turbo charged diesel engine with a radiator
`assembly for cooling of charge air, where another radiator assembly is provided for cooling of a cooling liquid or hydraulic oil,
`assembly for cooling of charge air, where another radiator assembly is provided for cooling of a cooling liquid or hydraulic oil,
`and hence ensures that the self-propelled construction equipment possesses a compact design for fuel-efficient operation.
`and hence ensures that the self-propelled construction equipment possesses a compact design for fuel-efficient operation.
`
`Abstract - DWPI Drawing Description: The drawing shows a schematic side view of a self-propelled construction equipment.10 -
`Abstract - DWPI Drawing Description: The drawing shows a schematic side view of a self-propelled construction equipment.10 -
`Soil compactor.20 - Turbo charged diesel engine.38,40 - Radiator assemblies.46,48 - Radiator fans.
`Soil compactor.20 - Turbo charged diesel engine.38,40 - Radiator assemblies.46,48 - Radiator fans.
`
`Drawing Description: -
`Drawing Description: -
`
`Abstract-DWPI Tech Focus: -
`Abstract-DWPI Tech Focus: -
`
`Copyright 2007-2013 THOMSON REUTERS
`Copyright 2007-2013 THOMSON REUTERS
`
`3
`3
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`Case 1:17-cv-00770-JDW Document 250-81 Filed 10/25/23 Page 7 of 22 PageID #: 28784
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`Copyright 2007-2013 THOMSON REUTERS
`Copyright 2007-2013 THOMSON REUTERS
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`4
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`Case 1:17-cv-00770-JDW Document 250-81 Filed 10/25/23 Page 8 of 22 PageID #: 28785
`
`Record 3
`Record 3
`US20130287495A1 ROAD FINISHER WITH AUTOMATIC ENGINE CONTROLLER
`Fri US20130287495A1 ROAD FINISHER WITH AUTOMATIC ENGINE CONTROLLER
`
`DWPI Title: Self-propelling machine e.g. road finisher for processing e.g. concrete
`DWPI Title: Self-propelling machine e.g. road finisher for processing e.g. concrete
`pavement material, has localization and/or navigation system for generating control
`pavement material, has localization and/or navigation system for generating control
`signal for controller to automatically cause starting and/or stopping of engine
`signal for controller to automatically cause starting and/or stopping of engine
`
`Drawing: -
`Drawing: -
`
`Assignee
`Assignee
`
`Standarized: VOEGELE AG J,
`Standarized: VOEGELE AG J,
`Original: Joseph Vogele AG Ludwigshafen/Rhein DE
`Original: Joseph Vogele AG Ludwigshafen/Rhein DE
`DWPI Assignee/Applicant: BUSCHMANN M, EUL A, NOLL T, WEISER R,
`DWPI Assignee/Applicant: BUSCHMANN M, EUL A, NOLL T, WEISER R,
`
`Abstract (English): The invention relates to a self-propelling machine for
`Abstract (English): The invention relates to a self-propelling machine for
`processing bituminous or concrete pavement material, in particular a road finisher or
`processing bituminous or concrete pavement material, in particular a road finisher or
`a feeder. The machine comprises an internal combustion engine as a primary drive
`a feeder. The machine comprises an internal combustion engine as a primary drive
`source, a controller for the engine, said controller receiving control signals, at least
`source, a controller for the engine, said controller receiving control signals, at least
`one additional drive unit for functional and operational components of the machine as
`one additional drive unit for functional and operational components of the machine as
`well as at least one hydraulic circuit comprising a hydraulic medium reservoir. The invention is characterized in that the
`well as at least one hydraulic circuit comprising a hydraulic medium reservoir. The invention is characterized in that the
`controller is configured for automatically causing starting and/or stopping of the engine in response to receipt of at least one
`controller is configured for automatically causing starting and/or stopping of the engine in response to receipt of at least one
`specific control signal.
`specific control signal.
`
`Drawing
`Drawing
`
`DWPI Abstract
`DWPI Abstract
`
`Abstract-DWPI Novelty: The self-propelling machine has an internal combustion engine as a primary drive source for propelling
`Abstract-DWPI Novelty: The self-propelling machine has an internal combustion engine as a primary drive source for propelling
`the machine. A pump drive unit, hydraulic-motor drive unit or hydrostatic drive unit are used for functional and operational
`the machine. A pump drive unit, hydraulic-motor drive unit or hydrostatic drive unit are used for functional and operational
`components of machine. A hydraulic circuit is provided with a hydraulic medium reservoir. A localization and/or navigation
`components of machine. A hydraulic circuit is provided with a hydraulic medium reservoir. A localization and/or navigation
`system (15) is configured for generating a control signal for a controller (11). The controller is configured for automatically
`system (15) is configured for generating a control signal for a controller (11). The controller is configured for automatically
`causing starting and/or stopping of engine in response to receipt of a specific control signal.
`causing starting and/or stopping of engine in response to receipt of a specific control signal.
`
`Abstract-DWPI Detailed Description: -
`Abstract-DWPI Detailed Description: -
`
`Abstract-DWPI Activity: -
`Abstract-DWPI Activity: -
`
`Abstract-DWPI Mechanism: -
`Abstract-DWPI Mechanism: -
`
`Abstract-DWPI Use: Self-propelling machine such as road finisher or feeder for road finisher, for processing bituminous or
`Abstract-DWPI Use: Self-propelling machine such as road finisher or feeder for road finisher, for processing bituminous or
`concrete pavement material (all claimed) delivered by vehicle such as truck.
`concrete pavement material (all claimed) delivered by vehicle such as truck.
`
`Abstract-DWPI-Advantage: The localization and/or navigation system generates control signal for controller for automatically
`Abstract-DWPI-Advantage: The localization and/or navigation system generates control signal for controller for automatically
`causing starting and/or stopping of engine in response to receipt of a specific control, when specific operating conditions and
`causing starting and/or stopping of engine in response to receipt of a specific control, when specific operating conditions and
`ambient conditions exist. The localization and/or navigation system improves the operation of the road finisher by allowing a
`ambient conditions exist. The localization and/or navigation system improves the operation of the road finisher by allowing a
`fully automatic operation of the road finisher when the localization measurement is carried out with adequate precision. The
`fully automatic operation of the road finisher when the localization measurement is carried out with adequate precision. The
`additional sensors can be provided for monitoring specific operating conditions of various components of the road finisher.
`additional sensors can be provided for monitoring specific operating conditions of various components of the road finisher.
`
`Abstract - DWPI Drawing Description: The drawing shows a side view of the road finisher. 1 - Road finisher.2 - Chassis.8 -
`Abstract - DWPI Drawing Description: The drawing shows a side view of the road finisher. 1 - Road finisher.2 - Chassis.8 -
`
`Copyright 2007-2013 THOMSON REUTERS
`Copyright 2007-2013 THOMSON REUTERS
`
`5
`5
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`Case 1:17-cv-00770-JDW Document 250-81 Filed 10/25/23 Page 9 of 22 PageID #: 28786
`
`Lateral distributor.11 - Controller.15 - Localization and/or navigation system.
`Lateral distributor.11 - Controller.15 - Localization and/or navigation system.
`
`Drawing Description: -
`Drawing Description: -
`
`Abstract-DWPI Tech Focus: -
`Abstract-DWPI Tech Focus: -
`
`Copyright 2007-2013 THOMSON REUTERS
`Copyright 2007-2013 THOMSON REUTERS
`
`6
`6
`
`

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`Case 1:17-cv-00770-JDW Document 250-81 Filed 10/25/23 Page 10 of 22 PageID #: 28787
`
`Record 4
`Record 4
`
`Road Construction Machine, Leveling Device, As Well As
`Road Construction Machine, Leveling Device, As Well As
`Method For Controlling The Milling Depth Or Milling Slope In
`US20130294830A1
`US20130294830A1 Method For Controlling The Milling Depth Or Milling Slope In
`A Road Construction Machine
`A Road Construction Machine
`DWPI Title: Road milling machine, with a number of sensors for the leveling
`DWPI Title: Road milling machine, with a number of sensors for the leveling
`system, has a display/setting station with units to give a switch between sensors
`system, has a display/setting station with units to give a switch between sensors
`without interruption
`without interruption
`
`Drawing: -
`Drawing: -
`
`Assignee
`Assignee
`Standarized: TEWES SILVIA, WIRTGEN GMBH,
`Standarized: TEWES SILVIA, WIRTGEN GMBH,
`Original: Tewes Silvia Unkel DE Wirtgen GmbH Windhagen DE
`Original: Tewes Silvia Unkel DE Wirtgen GmbH Windhagen DE
`DWPI Assignee/Applicant: HAEHN G, JURASZ J, TEWES G, WIRTGEN GMBH,
`DWPI Assignee/Applicant: HAEHN G, JURASZ J, TEWES G, WIRTGEN GMBH,
`
`Abstract (English): A control and switchover system is provided for controlling
`Abstract (English): A control and switchover system is provided for controlling
`milling depth and/or slope of a milling drum of a road construction machine during a
`milling depth and/or slope of a milling drum of a road construction machine during a
`milling operation to create a milled surface. The system controls the milling depth
`milling operation to create a milled surface. The system controls the milling depth
`and/or slope at least in part on a measurement made with a first sensor. Without
`and/or slope at least in part on a measurement made with a first sensor. Without
`interrupting the milling operation the system switches over the control of the milling
`interrupting the milling operation the system switches over the control of the milling
`depth and/or slope to control based at least in part on a measurement made with a second sensor.
`depth and/or slope to control based at least in part on a measurement made with a second sensor.
`
`Drawing
`Drawing
`
`DWPI Abstract
`DWPI Abstract
`
`Abstract-DWPI Novelty: The road milling machine, with a height adjustment for the milling roller, has a display and setting
`Abstract-DWPI Novelty: The road milling machine, with a height adjustment for the milling roller, has a display and setting
`station (2) for the leveling system. It has units (2a,2c) for at least one sensor in use and an additional unit (2b) for a further
`station (2) for the leveling system. It has units (2a,2c) for at least one sensor in use and an additional unit (2b) for a further
`sensor which can be exchanged and selected. The leveling system can switch between the sensors in use without interrupting
`sensor which can be exchanged and selected. The leveling system can switch between the sensors in use without interrupting
`the milling action. Each unit has setting keys (16) to adjust nominal values and setting keys (18) to adjust measured actual
`the milling action. Each unit has setting keys (16) to adjust nominal values and setting keys (18) to adjust measured actual
`values. A variety of sensors are at the lower ends (22) of the displays (20).
`values. A variety of sensors are at the lower ends (22) of the displays (20).
`
`Abstract-DWPI Detailed Description: -
`Abstract-DWPI Detailed Description: -
`
`Abstract-DWPI Activity: -
`Abstract-DWPI Activity: -
`
`Abstract-DWPI Mechanism: -
`Abstract-DWPI Mechanism: -
`
`Abstract-DWPI Use: The display and adjustment station is for a road milling machine.
`Abstract-DWPI Use: The display and adjustment station is for a road milling machine.
`
`Abstract-DWPI-Advantage: The driver can switch between sensors during road milling, without interruption.
`Abstract-DWPI-Advantage: The driver can switch between sensors during road milling, without interruption.
`
`Abstract - DWPI Drawing Description: The drawing shows a schematic diagram of the display and setting station.2 - display and
`Abstract - DWPI Drawing Description: The drawing shows a schematic diagram of the display and setting station.2 - display and
`setting station.2a-2c - display and setting units.16,18 - setting keys.20 - displays.22 - lower ends of the displays.
`setting station.2a-2c - display and setting units.16,18 - setting keys.20 - displays.22 - lower ends of the displays.
`
`Drawing Description: -
`Drawing Description: -
`
`Abstract-DWPI Tech Focus: -
`Abstract-DWPI Tech Focus: -
`
`Copyright 2007-2013 THOMSON REUTERS
`Copyright 2007-2013 THOMSON REUTERS
`
`7
`7
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`Case 1:17-cv-00770-JDW Document 250-81 Filed 10/25/23 Page 11 of 22 PageID #: 28788
`
`Record 5
`Record 5
`['m US20130292991A1 Ejector Unit For A Road Milling Machine Or The Like
`US20130292991A1 Ejector Unit For A Road Milling Machine Or The Like
`DWPI Title: Ejector for milling roller of road milling machine, has rear side facing
`DWPI Title: Ejector for milling roller of road milling machine, has rear side facing
`away from conveying surface and forming fastening side with support surface of
`away from conveying surface and forming fastening side with support surface of
`support part, and fastener retainer turned towards front side of ejector
`support part, and fastener retainer turned towards front side of ejector
`
`Drawing: -
`Drawing: -
`
`Assignee
`Assignee
`
`Standarized: WIRTGEN GMBH,
`Standarized: WIRTGEN GMBH,
`Original: Wirtgen GmbH Windhagen DE
`Original: Wirtgen GmbH Windhagen DE
`DWPI Assignee/Applicant: ABRESCH S, BARIMANI C, BUHR K, HAEHN G,
`DWPI Assignee/Applicant: ABRESCH S, BARIMANI C, BUHR K, HAEHN G,
`LEHNERT T, WIRTGEN GMBH,
`LEHNERT T, WIRTGEN GMBH,
`
`Abstract (English): The invention relates to an ejector unit, in particular for a
`Abstract (English): The invention relates to an ejector unit, in particular for a
`road milling machine, having an ejector that is replaceably mounted on a carrier. In
`road milling machine, having an ejector that is replaceably mounted on a carrier. In
`one aspect the ejector is curved in a scoop-like fashion. In another aspect the ejector
`one aspect the ejector is curved in a scoop-like fashion. In another aspect the ejector
`is reversible upon the carrier to allow the ejector to be reversed after one wear
`is reversible upon the carrier to allow the ejector to be reversed after one wear
`surface is worn, thus presenting a new second wear surface.
`surface is worn, thus presenting a new second wear surface.
`
`DWPI Abstract
`DWPI Abstract
`
`Drawing
`Drawing
`
`Abstract-DWPI Novelty: The ejector (20) has a conveying surface (21) arranged transverse to a feed direction of an ejector
`Abstract-DWPI Novelty: The ejector (20) has a conveying surface (21) arranged transverse to a feed direction of an ejector
`unit. A rear side (36) of the ejector faces away from the conveying surface and forms a fastening side (25) with a support
`unit. A rear side (36) of the ejector faces away from the conveying surface and forms a fastening side (25) with a support
`surface of a support part (30). The conveying surface is depressed in a direction against a tool feed direction in area by area.
`surface of a support part (30). The conveying surface is depressed in a direction against a tool feed direction in area by area.
`The conveying surface includes linear and/or curve sections in the depressed area. A fastener retainer e.g. screw retainer, is
`The conveying surface includes linear and/or curve sections in the depressed area. A fastener retainer e.g. screw retainer, is
`turned towards a front side of the ejector and runs into a screw head retainer.
`turned towards a front side of the ejector and runs into a screw head retainer.
`
`Abstract-DWPI Detailed Description: -
`Abstract-DWPI Detailed Description: -
`
`Abstract-DWPI Activity: -
`Abstract-DWPI Activity: -
`
`Abstract-DWPI Mechanism: -
`Abstract-DWPI Mechanism: -
`
`Abstract-DWPI Use: Ejector for a milling roller of a road milling machine.
`Abstract-DWPI Use: Ejector for a milling roller of a road milling machine.
`
`Abstract-DWPI-Advantage: The rear side faces away from the conveying surface and forms the fastening side with the support
`Abstract-DWPI-Advantage: The rear side faces away from the conveying surface and forms the fastening side with the support
`surface of the support part, thus securely carrying away loads available in a tool attachment. The utilization of the fastener
`surface of the support part, thus securely carrying away loads available in a tool attachment. The utilization of the fastener
`retainer allows the ejector to be interchangeably fastened such that the ejector can be easily interchanged in case of damage or
`retainer allows the ejector to be interchangeably fastened such that the ejector can be easily interchanged in case of damage or
`wear. The conveying surface includes linear and/or curve sections in the depressed area, thus improving conveying rate of the
`wear. The conveying surface includes linear and/or curve sections in the depressed area, thus improving conveying rate of the
`ejector. The ejector is cost-effectively constructed.
`ejector. The ejector is cost-effectively constructed.
`
`Abstract - DWPI Drawing Description: The drawing shows a rear perspective view of an ejector.20 - Ejector.21 - Conveying
`Abstract - DWPI Drawing Description: The drawing shows a rear perspective view of an ejector.20 - Ejector.21 - Conveying
`surface.24 - Fastening screws.25 - Fastening side.27 - Reinforcement ribs.28 - Nuts.30 - Support part.36 - Ejector rear side.
`surface.24 - Fastening screws.25 - Fastening side.27 - Reinforcement ribs.28 - Nuts.30 - Support part.36 - Ejector rear side.
`
`Copyright 2007-2013 THOMSON REUTERS
`Copyright 2007-2013 THOMSON REUTERS
`
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`8
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`Case 1:17-cv-00770-JDW Document 250-81 Filed 10/25/23 Page 12 of 22 PageID #: 28789
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`Drawing Description: -
`Drawing Description: -
`
`Abstract-DWPI Tech Focus: -
`Abstract-DWPI Tech Focus: -
`
`Copyright 2007-2013 THOMSON REUTERS
`Copyright 2007-2013 THOMSON REUTERS
`
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`9
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`Case 1:17-cv-00770-JDW Document 250-81 Filed 10/25/23 Page 13 of 22 PageID #: 28790
`
`Record 6
`Record 6
`US20130292200A1 ROAD FINISHING MACHINE WITH ADJUSTABLE CONTROL
`Fri US20130292200A1 ROAD FINISHING MACHINE WITH ADJUSTABLE CONTROL
`PANEL
`PANEL
`DWPI Title: Road finisher for use with adjustable control panel, comprises counter-
`DWPI Title: Road finisher for use with adjustable control panel, comprises counter-
`bearing fastened at control panel for each control element, where pivot axes are
`bearing fastened at control panel for each control element, where pivot axes are
`pivoted by pulling control element in direction of corresponding counter-bearing
`pivoted by pulling control ele