Patent Assignment
Reel/Frame 054547/0408
Change of Name
Recorded: 2020-11-30
Pages: 10
Assignor
PRÜFTECHNIK DIETER BUSCH AG
Executed: 2020-09-17
Assignee
PRÜFTECHNIK DIETER BUSCH GMBH
OSKAR-MESSTER-STR. 19-21, ISMANING, 85737, GERMANY
Covered Properties
(81)
Impact-Protecting Adaptation Device for Laser Gyros
Patent:
6,611,323 →
Application:
09/587,261 →
Signal Analysis Process
Patent:
6,560,566 →
Application:
09/639,175 →
Process for Determining the Alignment of a Cylindrical Body with Respect to a Reference Direction
Patent:
6,591,218 →
Application:
09/690,888 →
Body to Be Bonded to a Machine Housing
Device for ascertaining the relative positiion of a reference axis of an object relative to a reference beam, in particular a laser beam
Process and Device for Determining the Alignment of a Body with Regard to a Reference Direction
Adhesive Connection Between an Adhesion Surface of a Body and a Corresponding Adhesion Surface on the Outside of a Machine Housing
Electrooptical Measurement Device for Ascertaining the Relative Position of Bodies or of Surface Areas of These Bodies
Process and Device for Determining the Axial Position of Two Machine Spindles
Arrangement and Process for Determining the Relative Alignment of Two Bodies
Apparatus and Method for Identifying Defects on Objects or for Locating Objects
Method and Apparatus for the Non-Destructive and Contactless Detection of Faults in a Test Piece Which Is Moved Relative to a Probe
Device for Measurement of Machine Tools
Device and Process for Quantitative Assessment of the Orientation of Two Machines Relative to One Another
Process and Measurement Device for Determining the Alignment of a Cylindrical Body
Method for Acquiring Vibration Data from Rotating Machines and Portable Vibration Measuring Device for Use Therein
Vibration Sensor or Measurement Detector
Device for Testing a Test Specimen for Surface Faults by Magnetization Means and by Means of Induction Probes as Measurement Sensors
Rotary Transformer for Transmission of Electrical Energy or Information
Shock Isolation System for an Inertial Sensor Arrangement
Method of Determining the Flatness of a Foundation to Which a Building Structure, Machinery or Equipment Is to Be Mounted
Optical Element for Improving Laser Beam Position
Device and Process for Quantitative Assessment of the Three-Dimensional Position of Two Machine Parts, Shafts, Spindles, Workpieces or Other Articles Relative to One Another
Test Device for Tubular Specimens
Device and Process for Detecting Particles in a Flowing Liquid
Device and Process for Detecting Particles in a Flowing Liquid
Process and Device for Dynamic Measurement of the Axial Deformation of a Rotating Hollow Shaft
Process and Device for Monitoring a Machine
Process and Device for Determining the Alignment of Two Rotatable Machine Parts, the Alignment of Two Hollow Cylindrical Machine Parts or for Testing a Component for Straightness Along a Lengthwise Side
Device and Process for Nondestructive and Noncontact Detection of Faults in a Test Piece
Method and Device for Dynamic Measurement of the Radial Deformation of a Rolling Bearing Ring
Wind Turbine with Monitoring Sensors
Device and Method for Inductive Measurements - Self Test
Device and Method for Inductive Measurements - Signal Reconstruction
Device for Measuring the Relative Alignment of Two Articles, Method for Determining a Quality Characteristic and Vibration Measurement Device and Method
Correction of Imaging Errors in Alignment System with Several Measurement Planes Located in Succession in the Beam Path
Device for Adjusting the Light Source of an Electronic Alignment Device, Operation Being Simplified by Motorized Adjustment of the Light Source, and a Method in Which This Device Is Used
Device and Method for Monitoring of Rotating Machine Elements
Testing Device and Testing Method for Non Destructive Detection of a Defect in a Test Piece by Means of an Eddy Current
Method for Determining the Orientation of Two Shafts Connected via Two Universal Joints and a Third Shaft in the Plane of the Three Shafts
Device and Method for Determining the Orientation of Two Shafts Connected via Two Universal Joints and a Third Shaft with a Pivot Joint
Method for Oscillation Measurment on Rotor Blades or Wind Power Installations
Method and System for Predicting Errors on Components of Rotating Machines by Thermography
Device and Method for Inductive Measurements
Device for Measuring the Relative Alignment of Two Articles, and Vibration Measurement Device
Device and Method for Inductive Measurements - Self Test
Device for Determining the Position of Mechanical Elements
Method for Monitoring of Rotating Machines
Device and Method for Evaluation of Vibrations
Sensor Arrangement and Method for Producing a Sensor Arrangement
Sensor Arrangement and Method for Creating an Output Signal
Method for Determining a Quality Characteristic and for Vibration Measurement
Device and Method for Determining the Position of Two Coupled Shafts with Respect to Each Other
Device for Determining the Location of Mechanical Elements
Device for Determining the Location of Mechanical Elements
Method for Determining the Orientation of Two Shafts Connected via Two Universal Joints and a Third Shaft with a Pivot Joint
Coupling Device and Method for Determining the Misalignment of Two Shafts
Method and Apparatus for Determining the Distance of a Light Beam from a Point on a Surface of an Object
Apparatus and Method for Determining the Target Position Deviation of Two Bodies
Method and Measuring System to Determine the Alignment of a First Pulley of a Belt Drive in Relation to a Second Pulley of the Belt Drive
Method for Determining a Closed Trajectory by Means of a Laser and a Laser Light Sensor and Apparatus for Determining a Closed Trajectory Curve
Method for Determining a Closed Trajectory by Means of a Laser and a Laser Light Sensor and Apparatus for Determining a Closed Trajectory
Method for Determining the Alignment of a Laser Light Beam Referred to an Axis of Rotation of a Device That Is Rotatable Around the Axis of Rotation and Laser Light Detection Device
Method for Determining a Quality Characteristic and Vibration Measurement Method
Measuring Device to Be Placed on Supporting Surfaces of Objects Being Measured
System and Method for Determining the Displacement of Two Bodies Relative to Each Other
Method for Detecting Vibrations of a Device and Vibration Detection System Having Data Glasses
Application:
15/568,056 →
Publication:
US 2018/0136035
Method for Obtaining Information from a Coding Body, System Comprising a Coding Body, Computer Program Product and Data Storage Means
Probe Device, Rotating Head, and Test Apparatus
Method and Device for Determining Machine Speeds
Application:
15/905,045 →
Publication:
US 2018/0252741
Device and Method for Measuring Cavities and Use of the Device for Determining Roller Alignments
System and Method for Measuring Vibration on a Machine
Determining the Root Mean Square Value of a Machine Vibration Variable
Apparatus and Method for Vibration Measurement on a Machine
Mobile Transportation Means for Transporting Data Collectors, Data Collection System and Data Collection Method
System and Method for Remotely Interrogating Machine Monitoring Sensors
System and Method for Calibrating a Vibration Transducer
Application:
16/102,208 →
Publication:
US 2019/0056289
System and Method for Recording and Representing Measurement Points on a Body Surface
Vibration Monitoring of an Object Using a Video Camera
Application:
16/291,966 →
Publication:
US 2019/0273845
Differential Probe, Testing Device and Production Method
Device for Sensing Mechanical Vibrations
Related Assignments
(16)
Other recorded transfers of the patents in this record — the chain of ownership.
Assignment of Assignor's Interest
Sep 6, 2000
From: LYSEN, HEINRICH
To: PRUFTECHNIK DIETER BUSCH AG
Reel/Frame 011087/0543 →
Assignment of Assignor's Interest
Dec 6, 2000
From: LYSEN, HEINRICH
To: PRUFTECHNIK DIETER BUSCH AG
Reel/Frame 011311/0635 →
Assignment of Assignor's Interest
Jan 28, 2001
From: LYSEN, HEINRICH
To: PRUFTECHNIK DIETER BUSCH AG
Reel/Frame 011484/0954 →
Assignment of Assignor's Interest
Aug 9, 2001
From: BUSCH, DIETER; AMBROS, HELMUT
To: PRUFTECHNIK DIETER BUSCH AG
Reel/Frame 012067/0808 →
Assignment of Assignor's Interest
Sep 17, 2001
From: LIENESCH, HANS-JURGEN; LYSEN, HEINRICH
To: PRUFTECHNIK DIETER BUSCH AG
Reel/Frame 012172/0939 →
Assignment of Assignor's Interest
Nov 29, 2001
From: HERMANN, MICHAEL
To: PRUFTECHNIK DIETER BUSCH AG
Reel/Frame 012334/0893 →
Assignment of Assignor's Interest
Jun 25, 2003
From: LYSEN, HEINRICH
To: PRUFTECHNIK DIETER BUSCH AG
Reel/Frame 014213/0190 →
Assignment of Assignor's Interest
Sep 29, 2003
From: LYSEN, HEINRICH
To: PRUFTECHNIK DIETER BUSCH AG
Reel/Frame 014551/0322 →
Assignment of Assignor's Interest
Jan 13, 2004
From: LYSEN, HEINRICH
To: PRUEFTECHNIK DIETER BUSCH AG
Reel/Frame 014894/0164 →
Assignment of Assignor's Interest
Jun 15, 2004
From: LACKO, DRAGUTIN; LOCOGE, PASCAL
To: PRUFTECHNIK DIETER BUSCH AG
Reel/Frame 015462/0390 →
Assignment of Assignor's Interest
May 18, 2006
From: HOELZL, ROLAND; HERMANN, MICHAEL
To: PRUEFTECHNIK DIETER BUSCH AG
Reel/Frame 017638/0912 →
Assignment of Assignor's Interest
May 18, 2006
From: HOELZL, ROLAND; HERMANN, MICHAEL
To: PRUEFTECHNIK DIETER BUSCH AG
Reel/Frame 017638/0858 →
Corrective Assignment to Re-Record Assignment to Replace Incorrect Assignment Prevously Recorded on Reel 017638, Frame 0858
May 19, 2006
From: HOELZL, ROLAND; HERMANN, MICHAEL
To: PRUEFTECHNIK DIETER BUSCH AG
Reel/Frame 017642/0679 →
Assignment of Assignor's Interest
Jun 28, 2006
From: LOESL, JOHANN; GLASEBACH, JAN; ACHTER, KARL
To: PRUEFTECHNIKDIETER BUSCH AG
Reel/Frame 017853/0776 →
Assignment of Assignor's Interest
Jul 20, 2006
From: ZIMMERMANN, BERND
To: PRUEFTECHNIK DIETER BUSCH AG
Reel/Frame 017967/0545 →
Assignment of Assignor's Interest
Aug 16, 2006
From: LYSEN, HEINRICH
To: PRUEFTECHNIK DIETER BUSCH AG
Reel/Frame 018121/0461 →