IP Library › Assignment 036103/0682
Patent Assignment
Reel/Frame 036103/0682

Assignment of Assignor's Interest

Recorded: 2015-07-14 Received: 2015-07-14 Pages: 41
Assignor
MAXIM INTEGRATED PRODUCTS, INC.
Executed: 2015-06-23
Assignee
QUALCOMM TECHNOLOGIES, INC.
5775 MOREHOUSE DRIVE, SAN DIEGO, CA, 92121, UNITED STATES
Covered Properties (60)
System and Method for Detecting Pressure Applied to Capacitive Touch Panels
Application: 62/115,261 →
Capacitive Touch Panel with Increased Scan Frequency Using Dynamic Phase Compensation
Application: 14/580,543 →
Lid Assembly for Thermopile Temperature Sensing Device in Thermal Gradient Environment
Application: 14/580,486 →
Background Noise Measurement and Frequency Selection in Touch Panel Sensor Systems
Application: 14/512,512 →
Hybrid Pen Device and Method
Application: 14/497,684 →
High-Resolution Electric Field Sensor in Cover Glass
Application: 14/496,073 →
High-Resolution Electric Field Sensor in Cover Glass
Application: 62/028,887 →
Touch Panel Dielectric Cover with Through-Glass Vias and Method
Application: 62/018,092 →
Capacitive Touch Panel with Increased Scan Frequency
Application: 62/014,759 →
Capacitive Touch Panel Having Dielectric Structures Formed Therein
Application: 62/014,761 →
Hybrid Pen Device and Method
Application: 61/977,127 →
Touch Panel Sensor Having Dual-Mode Capacitive Sensing for Detecting an Object
Application: 14/182,838 →
Continuous Time Correlator Architecture
Application: 14/172,158 →
Regenerative Intensifier and Associated Systems and Methods
Application: 14/148,644 →
System and Method to Drive Touch Panel to Measure Hover
Application: 14/108,672 →
Method and Apparatus for Improving Dynamic Range of a Touchscreen Controller
Application: 14/070,955 →
Differential Pixel Test for Capacitive Touch Screens
Application: 14/032,346 →
Noise Cancellation Tecnique for Capacitive Touchscreen Controller Using Differential Sensing
Application: 13/934,496 →
Capacitive Touch Panel Configured to Sense Both Active and Passive Input with a Single Sensor
Application: 13/899,700 →
Chip-On-Glass for Touch Applications
Application: 13/786,564 →
Touch Panel Sensor Having Dual-Mode Capacitive Sensing for Detecting an Object
Application: 61/770,611 →
Touch Panel Excitation Using a Drive Signal Having Time-Varying Characteristics
Touch Panel Controller Integrated with Host Processor for Dynamic Baseline Image Update
Application: 13/749,829 →
Touch Panel Sensor System Having Multi-Frequency Drive Signals
Application: 13/719,656 →
Dual-Mode Capacitance Sensing in a Touch Panel Sensor
Application: 13/684,702 →
Capacitive Touch Panel Sensor for Mitigating Effects of a Floating Condition
Application: 13/650,059 →
Differential Pixel Test for Capacitive Touch Screens
Application: 61/704,426 →
Touch Panel Excitation Using a Drive Signal Having Time-Varying Characteristics
Application: 13/571,765 →
Hadamard Matrix Based Projected Mutual Capacitance Touch Panel Decoding
Application: 13/480,357 →
Identifying Hover and/or Palm Input and Rejecting Spurious Input for a Touch Panel
Application: 13/479,459 →
Digital Filtering and Spread Spectrum Based Interference Mitigation for Mutual and Self Capacitance Panel
Application: 13/480,414 →
Inter-Symbol Interfence Reduction for Touch Panel Systems
Application: 13/479,428 →
Mutual Capacitance Large Panel Phase Shift Mitigation
Application: 13/480,395 →
Touch Panel Testing Using Mutual Capacitor Measurements
Application: 13/472,009 →
Mixed-Signal Integrator Architecture
Application: 13/404,722 →
Continuous Time Correlator Architecture
Application: 13/404,594 →
Calibration for Mixed-Signal Integrator Architecture
Application: 13/404,817 →
Capacitive Touch Sense Architecture Having a Correlator for Demodulating a Measured Capacitance from an Excitation Signal
Application: 13/403,873 →
Capacitive Touch Sense Architecture
Circuits, Devices and Methods Having Pipelined Capacitance Sensing
Application: 13/403,885 →
Background Noise Measurement and Frequency Selection in Touch Panel Sensor Systems
Application: 13/401,995 →
Cancelling Touch Panel Offset of a Touch Panel Sensor
Application: 13/402,485 →
Capacitive Touch Panel Having Protrusions Formed Between Drive and/or Sensor Electrodes
Application: 13/370,087 →
Capacitive Touch Panel for Mitigating and/or Exaggerating Floating Condition Effects
Application: 13/370,121 →
Touch Panel Excitation Using a Driver Signal Having Time-Varying Characteristics
Application: 61/594,326 →
Multi-Frequency Touch Panel Excitation
Application: 61/593,836 →
Method of Testing a Touch Panel Using Mutual Capacitor Measurements
Application: 61/495,139 →
Isi Reduction for Mutual and Self Capacitance Panel
Application: 61/495,354 →
Method and Apparatus for Cancelling Touch Panel Offset of a Touchscreen Sensor
Application: 61/495,149 →
Hover, Palm and Spurious Rejection for Mutual Capacitance Touch Controllers
Application: 61/495,161 →
Method and Apparatus for Background Noise Measurement and Frequency Selection in Touchscreen Systems
Application: 61/495,240 →
Panel Test Method Based on Mutual Capacitor Measurement
Application: 61/488,119 →
Mutual Capacitance Touch-Screen Controller Iic Interface
Application: 61/446,944 →
Noise Cancellation Technique for Capacitive Touchscreen Controller Using Differential Sensing
Application: 12/986,881 →
System for and Method of Transferring Charge to Convert Capacitance to Voltage for Touchscreen Controllers
Application: 12/986,841 →
Method and Apparatus for Improving Dynamic Range of a Touchscreen Controller
Application: 12/986,776 →
Use of Random Sampling Technique to Reduce Finger-Coupled Noise
Application: 12/987,008 →
Differential Capacitive Touchpad Circuit and Method
Application: 61/326,830 →
System and Method for Interfacing Applications Processor to Touchscreen Display for Reduced Data Transfer
Application: 12/620,430 →
System and Method for Interfacing Touchscreen Display with Applications Processor for Reduced Data Transfer
Application: 61/122,269 →