Difference between revisions of "Hewlett-Packard Development Company, L.P. patent applications published on November 30th, 2023"
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==Patent applications for Hewlett-Packard Development Company, L.P. on November 30th, 2023== | ==Patent applications for Hewlett-Packard Development Company, L.P. on November 30th, 2023== | ||
− | ===MICROFLUIDIC MIXERS ([[US Patent Application 17826943. MICROFLUIDIC MIXERS simplified abstract|17826943]])=== | + | ===MICROFLUIDIC MIXERS ([[US Patent Application 17826943. MICROFLUIDIC MIXERS simplified abstract (Hewlett-Packard Development Company, L.P.)|17826943]])=== |
Line 48: | Line 9: | ||
− | ===CELL LYSIS WITH MAGNETIC PARTICLES AND A RESISTOR ([[US Patent Application 18032710. CELL LYSIS WITH MAGNETIC PARTICLES AND A RESISTOR simplified abstract|18032710]])=== | + | ===CELL LYSIS WITH MAGNETIC PARTICLES AND A RESISTOR ([[US Patent Application 18032710. CELL LYSIS WITH MAGNETIC PARTICLES AND A RESISTOR simplified abstract (Hewlett-Packard Development Company, L.P.)|18032710]])=== |
Line 56: | Line 17: | ||
− | ===DEVICES FOR OSCILLATING A FLUID SAMPLE ([[US Patent Application 18032543. DEVICES FOR OSCILLATING A FLUID SAMPLE simplified abstract|18032543]])=== | + | ===DEVICES FOR OSCILLATING A FLUID SAMPLE ([[US Patent Application 18032543. DEVICES FOR OSCILLATING A FLUID SAMPLE simplified abstract (Hewlett-Packard Development Company, L.P.)|18032543]])=== |
Line 64: | Line 25: | ||
− | ===AIR-PERMEABLE PLATFORMS FOR ADDITIVE MANUFACTURING ([[US Patent Application 18030691. AIR-PERMEABLE PLATFORMS FOR ADDITIVE MANUFACTURING simplified abstract|18030691]])=== | + | ===AIR-PERMEABLE PLATFORMS FOR ADDITIVE MANUFACTURING ([[US Patent Application 18030691. AIR-PERMEABLE PLATFORMS FOR ADDITIVE MANUFACTURING simplified abstract (Hewlett-Packard Development Company, L.P.)|18030691]])=== |
Line 72: | Line 33: | ||
− | ===PRINT COMPONENT WITH MEMORY CIRCUIT ([[US Patent Application 18448794. PRINT COMPONENT WITH MEMORY CIRCUIT simplified abstract|18448794]])=== | + | ===PRINT COMPONENT WITH MEMORY CIRCUIT ([[US Patent Application 18448794. PRINT COMPONENT WITH MEMORY CIRCUIT simplified abstract (Hewlett-Packard Development Company, L.P.)|18448794]])=== |
Line 80: | Line 41: | ||
− | ===INTERSPERSED FLUIDIC ELEMENTS AND CIRCUIT ELEMENTS IN A FLUIDIC DIE ([[US Patent Application 18032797. INTERSPERSED FLUIDIC ELEMENTS AND CIRCUIT ELEMENTS IN A FLUIDIC DIE simplified abstract|18032797]])=== | + | ===INTERSPERSED FLUIDIC ELEMENTS AND CIRCUIT ELEMENTS IN A FLUIDIC DIE ([[US Patent Application 18032797. INTERSPERSED FLUIDIC ELEMENTS AND CIRCUIT ELEMENTS IN A FLUIDIC DIE simplified abstract (Hewlett-Packard Development Company, L.P.)|18032797]])=== |
Line 88: | Line 49: | ||
− | ===ARRANGEMENTS OF CIRCUIT ELEMENTS AND FLUIDIC ELEMENTS ([[US Patent Application 18032534. ARRANGEMENTS OF CIRCUIT ELEMENTS AND FLUIDIC ELEMENTS simplified abstract|18032534]])=== | + | ===ARRANGEMENTS OF CIRCUIT ELEMENTS AND FLUIDIC ELEMENTS ([[US Patent Application 18032534. ARRANGEMENTS OF CIRCUIT ELEMENTS AND FLUIDIC ELEMENTS simplified abstract (Hewlett-Packard Development Company, L.P.)|18032534]])=== |
Line 96: | Line 57: | ||
− | ===ACTIVE CIRCUIT ELEMENTS ON A MEMBRANE ([[US Patent Application 18032535. ACTIVE CIRCUIT ELEMENTS ON A MEMBRANE simplified abstract|18032535]])=== | + | ===ACTIVE CIRCUIT ELEMENTS ON A MEMBRANE ([[US Patent Application 18032535. ACTIVE CIRCUIT ELEMENTS ON A MEMBRANE simplified abstract (Hewlett-Packard Development Company, L.P.)|18032535]])=== |
Line 104: | Line 65: | ||
− | ===PRINTING MODES WITH DRYING DELAYS ([[US Patent Application 18249763. PRINTING MODES WITH DRYING DELAYS simplified abstract|18249763]])=== | + | ===PRINTING MODES WITH DRYING DELAYS ([[US Patent Application 18249763. PRINTING MODES WITH DRYING DELAYS simplified abstract (Hewlett-Packard Development Company, L.P.)|18249763]])=== |
Line 112: | Line 73: | ||
− | ===TRAY TO HOLD SHEET MEDIA FOR PRINTING ([[US Patent Application 18034146. TRAY TO HOLD SHEET MEDIA FOR PRINTING simplified abstract|18034146]])=== | + | ===TRAY TO HOLD SHEET MEDIA FOR PRINTING ([[US Patent Application 18034146. TRAY TO HOLD SHEET MEDIA FOR PRINTING simplified abstract (Hewlett-Packard Development Company, L.P.)|18034146]])=== |
Line 120: | Line 81: | ||
− | ===RECOVERING FLUOROPOLYMER FROM THREE-DIMENSIONAL PRINTED OBJECTS ([[US Patent Application 18032521. RECOVERING FLUOROPOLYMER FROM THREE-DIMENSIONAL PRINTED OBJECTS simplified abstract|18032521]])=== | + | ===RECOVERING FLUOROPOLYMER FROM THREE-DIMENSIONAL PRINTED OBJECTS ([[US Patent Application 18032521. RECOVERING FLUOROPOLYMER FROM THREE-DIMENSIONAL PRINTED OBJECTS simplified abstract (Hewlett-Packard Development Company, L.P.)|18032521]])=== |
Line 128: | Line 89: | ||
− | ===REVERSIBLE MICRO-VALVE DEVICES ([[US Patent Application 18030749. REVERSIBLE MICRO-VALVE DEVICES simplified abstract|18030749]])=== | + | ===REVERSIBLE MICRO-VALVE DEVICES ([[US Patent Application 18030749. REVERSIBLE MICRO-VALVE DEVICES simplified abstract (Hewlett-Packard Development Company, L.P.)|18030749]])=== |
Line 136: | Line 97: | ||
− | ===EXHAUST HOOD ([[US Patent Application 17824739. EXHAUST HOOD simplified abstract|17824739]])=== | + | ===EXHAUST HOOD ([[US Patent Application 17824739. EXHAUST HOOD simplified abstract (Hewlett-Packard Development Company, L.P.)|17824739]])=== |
Line 144: | Line 105: | ||
− | ===CLEANING BIAS VOLTAGE CONTROL ([[US Patent Application 18033027. CLEANING BIAS VOLTAGE CONTROL simplified abstract|18033027]])=== | + | ===CLEANING BIAS VOLTAGE CONTROL ([[US Patent Application 18033027. CLEANING BIAS VOLTAGE CONTROL simplified abstract (Hewlett-Packard Development Company, L.P.)|18033027]])=== |
Line 152: | Line 113: | ||
− | ===FIXING APPARATUS FOR MINIMIZING ABRASION OF CONTACT SURFACE BETWEEN HEATER AND FIXING BELT ([[US Patent Application 18027615. FIXING APPARATUS FOR MINIMIZING ABRASION OF CONTACT SURFACE BETWEEN HEATER AND FIXING BELT simplified abstract|18027615]])=== | + | ===FIXING APPARATUS FOR MINIMIZING ABRASION OF CONTACT SURFACE BETWEEN HEATER AND FIXING BELT ([[US Patent Application 18027615. FIXING APPARATUS FOR MINIMIZING ABRASION OF CONTACT SURFACE BETWEEN HEATER AND FIXING BELT simplified abstract (Hewlett-Packard Development Company, L.P.)|18027615]])=== |
Line 160: | Line 121: | ||
− | ===SURFACE LATTICE STRUCTURE FORMATION ([[US Patent Application 18032988. SURFACE LATTICE STRUCTURE FORMATION simplified abstract|18032988]])=== | + | ===SURFACE LATTICE STRUCTURE FORMATION ([[US Patent Application 18032988. SURFACE LATTICE STRUCTURE FORMATION simplified abstract (Hewlett-Packard Development Company, L.P.)|18032988]])=== |
Line 168: | Line 129: | ||
− | ===CONFIGURATION CHANGES FOR EXPANSION CARDS ([[US Patent Application 17826512. CONFIGURATION CHANGES FOR EXPANSION CARDS simplified abstract|17826512]])=== | + | ===CONFIGURATION CHANGES FOR EXPANSION CARDS ([[US Patent Application 17826512. CONFIGURATION CHANGES FOR EXPANSION CARDS simplified abstract (Hewlett-Packard Development Company, L.P.)|17826512]])=== |
Line 176: | Line 137: | ||
− | ===PROVIDING BURST MODE FASTER THAN PRESET THRESHOLD SPEED ([[US Patent Application 18031424. PROVIDING BURST MODE FASTER THAN PRESET THRESHOLD SPEED simplified abstract|18031424]])=== | + | ===PROVIDING BURST MODE FASTER THAN PRESET THRESHOLD SPEED ([[US Patent Application 18031424. PROVIDING BURST MODE FASTER THAN PRESET THRESHOLD SPEED simplified abstract (Hewlett-Packard Development Company, L.P.)|18031424]])=== |
Line 184: | Line 145: | ||
− | ===PROVIDING SHORTENED URL AND INFORMATION RELATED CONTENTS CORRESPONDING TO ORIGINAL URL ([[US Patent Application 18031677. PROVIDING SHORTENED URL AND INFORMATION RELATED CONTENTS CORRESPONDING TO ORIGINAL URL simplified abstract|18031677]])=== | + | ===PROVIDING SHORTENED URL AND INFORMATION RELATED CONTENTS CORRESPONDING TO ORIGINAL URL ([[US Patent Application 18031677. PROVIDING SHORTENED URL AND INFORMATION RELATED CONTENTS CORRESPONDING TO ORIGINAL URL simplified abstract (Hewlett-Packard Development Company, L.P.)|18031677]])=== |
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− | ===CREATING POLICY BASED ON CONFIGURATION CHANGE HISTORY ([[US Patent Application 17751912. CREATING POLICY BASED ON CONFIGURATION CHANGE HISTORY simplified abstract|17751912]])=== | + | ===CREATING POLICY BASED ON CONFIGURATION CHANGE HISTORY ([[US Patent Application 17751912. CREATING POLICY BASED ON CONFIGURATION CHANGE HISTORY simplified abstract (Hewlett-Packard Development Company, L.P.)|17751912]])=== |
Line 200: | Line 161: | ||
− | ===MAKING A MEASUREMENT RELATING TO AN OBJECT DEPENDING ON A DERIVED MEASUREMENT SURFACE ([[US Patent Application 18031573. MAKING A MEASUREMENT RELATING TO AN OBJECT DEPENDING ON A DERIVED MEASUREMENT SURFACE simplified abstract|18031573]])=== | + | ===MAKING A MEASUREMENT RELATING TO AN OBJECT DEPENDING ON A DERIVED MEASUREMENT SURFACE ([[US Patent Application 18031573. MAKING A MEASUREMENT RELATING TO AN OBJECT DEPENDING ON A DERIVED MEASUREMENT SURFACE simplified abstract (Hewlett-Packard Development Company, L.P.)|18031573]])=== |
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− | ===BATTERY SWELLING DETERMINATIONS ([[US Patent Application 17824170. BATTERY SWELLING DETERMINATIONS simplified abstract|17824170]])=== | + | ===BATTERY SWELLING DETERMINATIONS ([[US Patent Application 17824170. BATTERY SWELLING DETERMINATIONS simplified abstract (Hewlett-Packard Development Company, L.P.)|17824170]])=== |
Revision as of 07:04, 5 December 2023
Contents
- 1 Patent applications for Hewlett-Packard Development Company, L.P. on November 30th, 2023
- 1.1 MICROFLUIDIC MIXERS (17826943)
- 1.2 CELL LYSIS WITH MAGNETIC PARTICLES AND A RESISTOR (18032710)
- 1.3 DEVICES FOR OSCILLATING A FLUID SAMPLE (18032543)
- 1.4 AIR-PERMEABLE PLATFORMS FOR ADDITIVE MANUFACTURING (18030691)
- 1.5 PRINT COMPONENT WITH MEMORY CIRCUIT (18448794)
- 1.6 INTERSPERSED FLUIDIC ELEMENTS AND CIRCUIT ELEMENTS IN A FLUIDIC DIE (18032797)
- 1.7 ARRANGEMENTS OF CIRCUIT ELEMENTS AND FLUIDIC ELEMENTS (18032534)
- 1.8 ACTIVE CIRCUIT ELEMENTS ON A MEMBRANE (18032535)
- 1.9 PRINTING MODES WITH DRYING DELAYS (18249763)
- 1.10 TRAY TO HOLD SHEET MEDIA FOR PRINTING (18034146)
- 1.11 RECOVERING FLUOROPOLYMER FROM THREE-DIMENSIONAL PRINTED OBJECTS (18032521)
- 1.12 REVERSIBLE MICRO-VALVE DEVICES (18030749)
- 1.13 EXHAUST HOOD (17824739)
- 1.14 CLEANING BIAS VOLTAGE CONTROL (18033027)
- 1.15 FIXING APPARATUS FOR MINIMIZING ABRASION OF CONTACT SURFACE BETWEEN HEATER AND FIXING BELT (18027615)
- 1.16 SURFACE LATTICE STRUCTURE FORMATION (18032988)
- 1.17 CONFIGURATION CHANGES FOR EXPANSION CARDS (17826512)
- 1.18 PROVIDING BURST MODE FASTER THAN PRESET THRESHOLD SPEED (18031424)
- 1.19 PROVIDING SHORTENED URL AND INFORMATION RELATED CONTENTS CORRESPONDING TO ORIGINAL URL (18031677)
- 1.20 CREATING POLICY BASED ON CONFIGURATION CHANGE HISTORY (17751912)
- 1.21 MAKING A MEASUREMENT RELATING TO AN OBJECT DEPENDING ON A DERIVED MEASUREMENT SURFACE (18031573)
- 1.22 BATTERY SWELLING DETERMINATIONS (17824170)
Patent applications for Hewlett-Packard Development Company, L.P. on November 30th, 2023
MICROFLUIDIC MIXERS (17826943)
Main Inventor
Carson Denison
CELL LYSIS WITH MAGNETIC PARTICLES AND A RESISTOR (18032710)
Main Inventor
Alexander Govyadinov
DEVICES FOR OSCILLATING A FLUID SAMPLE (18032543)
Main Inventor
Carson Denison
AIR-PERMEABLE PLATFORMS FOR ADDITIVE MANUFACTURING (18030691)
Main Inventor
Thomas Craig ANTHONY
PRINT COMPONENT WITH MEMORY CIRCUIT (18448794)
Main Inventor
Boon Bing Ng
INTERSPERSED FLUIDIC ELEMENTS AND CIRCUIT ELEMENTS IN A FLUIDIC DIE (18032797)
Main Inventor
Eric T. Martin
ARRANGEMENTS OF CIRCUIT ELEMENTS AND FLUIDIC ELEMENTS (18032534)
Main Inventor
Eric T. Martin
ACTIVE CIRCUIT ELEMENTS ON A MEMBRANE (18032535)
Main Inventor
Eric T. Martin
PRINTING MODES WITH DRYING DELAYS (18249763)
Main Inventor
Peter MOROVIC
TRAY TO HOLD SHEET MEDIA FOR PRINTING (18034146)
Main Inventor
JUAN DAVID RAMOS NEGRON
RECOVERING FLUOROPOLYMER FROM THREE-DIMENSIONAL PRINTED OBJECTS (18032521)
Main Inventor
ERICA FUNG
REVERSIBLE MICRO-VALVE DEVICES (18030749)
Main Inventor
Pavel Kornilovich
EXHAUST HOOD (17824739)
Main Inventor
Peter Nedelin
CLEANING BIAS VOLTAGE CONTROL (18033027)
Main Inventor
Jung Hun SONG
FIXING APPARATUS FOR MINIMIZING ABRASION OF CONTACT SURFACE BETWEEN HEATER AND FIXING BELT (18027615)
Main Inventor
Sunhyung LEE
SURFACE LATTICE STRUCTURE FORMATION (18032988)
Main Inventor
James Andrew MCCUTCHEON
CONFIGURATION CHANGES FOR EXPANSION CARDS (17826512)
Main Inventor
Jui Ching Chang
PROVIDING BURST MODE FASTER THAN PRESET THRESHOLD SPEED (18031424)
Main Inventor
UICHOON LEE
PROVIDING SHORTENED URL AND INFORMATION RELATED CONTENTS CORRESPONDING TO ORIGINAL URL (18031677)
Main Inventor
Ji Hyun YOON
CREATING POLICY BASED ON CONFIGURATION CHANGE HISTORY (17751912)
Main Inventor
Youn SEO
MAKING A MEASUREMENT RELATING TO AN OBJECT DEPENDING ON A DERIVED MEASUREMENT SURFACE (18031573)
Main Inventor
Faisal Azhar
BATTERY SWELLING DETERMINATIONS (17824170)
Main Inventor
Fangyong Dai