InvenSpan: Patents, Applications and Contribution
Demonstrating the Patent Power of Andy Van Brocklin, Principal Consultant. His portfolio of patents demonstrates performance - for your future.Showing intense creativity and technical skill, below is a list of the Principal Consultant Andy Van Brocklin’s many granted patents and visible applications.
There are also about 10 or more applications filed but that are not visible. These are kept confidential by the patent office and also typically by the company filing them. It is often strategically smart to keep this information secret, as it provides early insight into a company’s technology development. The confidentiality period helps the company get an edge on competitors. It takes 18 months after the filing date before the US patent office (USPTO) publishes applications on their site.
Typically it takes around two years in total from the filing of a US patent application to receiving a grant. A prioritized application costs an additional fee, but this means the US patent office will attempt to come to a grant decision in 12 months or less. Otherwise, the average time to come to a decision (the total pendancy) is currently around 24 months as shown in the USPTO dashboard.
Many of Andy’s patent applications have been filed internationally as well as in the US. This is significant due to the large expense of filing internationally. Patents filed internationally have to be seen as highly valuable to the company filing them, due to the large financial return needed to justify the expense of filing.
A really positive and unusual aspect of Andy’s patent portfolio is the high rate of patent grants from applications. His portfolio has, from the year 2000 to date, a 78% grant to file ratio! Typically in the industry, utility patents have only a 12% grant to file ratio. What that means is that Andy’s grant to to file performance about 6.5 times the industry average. This really saves a company money, as filing each patent is costly. Having the granted patents also tends to attract enthusiastic investment. Investors see the granted patents as protecting future profits from competitors as well as additional evidence of a company’s value. Patents can also often be used as collateral for loans to enable growth.
Year after year, Andy has been reliably producing significant IP. His efforts accelerated and enabled product creation on multiple projects.
Number | PAT. Or APP. NO. | Title |
---|---|---|
App#7 | 20210331381 | SUPPORT STRUCTURES AND INTERFACES |
App#6 | 20210331248 | THREE-DIMENSIONAL PRINTED COMPONENT SETTER GENERATION |
App#5 | 20210331246 | REMOVING COMPONENTS OF LIQUID AGENTS IN 3D PRINTING |
App#4 | 20210325113 | TRANSMITTING AND DETECTING LIGHT WITH OPTICAL FIBER DURING SINTERING |
App#3 | 20210283834 | THREE-DIMENSIONAL PRINTING |
App#2 | 20210237357 | SELECTING A DEPOWDERING PROCESS FOR 3D PRINTING |
App#1 | 20210094237 | THREE DIMENSIONAL (3D) PRINTING |
194 | 11,065,867 | Detecting a drive bubble formation and collapse |
193 | 10,836,159 | Apparatus with microelectromechanical die and application specific integrated circuit |
192 | 10,654,268 | Modifying firing parameters for printheads |
191 | 10,513,113 | Printhead circuit |
190 | 10,493,752 | Detecting a drive bubble formation and collapse |
189 | 10,434,766 | Bias current control for print nozzle amplifier |
188 | 10,421,273 | Method and apparatus to regulate temperature of printheads |
187 | 10,369,785 | Inkjet printhead device, fluid ejection device, and method thereof |
186 | 10,336,089 | Printheads with sensor plate impedance measurement |
185 | 10,315,414 | Printhead waveform voltage amplifier |
184 | 10,308,035 | Fluid level sensor and related methods |
183 | 10,272,428 | Microfluidic sensing device and system |
182 | 10,189,248 | Printhead with microelectromechanical die and application specific integrated circuit |
181 | 10,183,488 | Printer fluid impedance sensing in a printhead |
180 | 10,124,582 | Method and apparatus to regulate temperature of printheads |
179 | 10,112,390 | Piezoelectric fluid ejection assembly |
178 | 10,076,905 | Piezoelectric printhead assembly |
177 | 10,040,280 | Printhead circuit with trimming |
176 | 10,016,974 | Actuating element driver circuit with trim control |
175 | 9,962,949 | Printheads with sensor plate impedance measurement |
174 | 9,956,765 | Inkjet printing system, fluid ejection system, and method thereof |
173 | 9,950,517 | Detecting a drive bubble formation and collapse |
172 | 9,925,787 | Fluid level sensor and related methods |
171 | 9,925,767 | Waveform selection and/or scaling for driving nozzle of fluid-jet printing device |
170 | 9,862,186 | Inkjet printhead device, fluid ejection device, and method thereof |
169 | 9,862,183 | Printhead waveform voltage amplifier |
168 | 9,855,746 | Piezoelectric printhead assembly |
167 | 9,776,404 | Piezoelectric printhead assembly |
166 | 9,701,116 | Determining an issue in an inkjet nozzle with impedance measurements |
165 | 9,586,410 | Inkjet printing system, fluid ejection system, and method thereof |
164 | 9,579,885 | Method and system to store drop counts |
163 | 9,517,630 | Inkjet printing system, fluid ejection system, and method thereof |
162 | 9,511,596 | Replaceable printing component with factory identity code |
161 | 9,463,622 | Determining an issue in an inkjet nozzle with impedance measurements |
160 | 9,452,604 | Fluid level sensor and related methods |
159 | 9,421,764 | Waveform selection and/or scaling for driving nozzle of fluid-jet printing device |
158 | 9,409,393 | Detecting a drive bubble formation and collapse |
157 | 9,352,564 | Determining an issue in an inkjet nozzle with impedance measurements |
156 | 9,327,512 | Inkjet printhead device, fluid ejection device, and method thereof |
155 | 9,289,977 | Bias current reduction for print nozzle amplifier |
154 | 9,283,747 | Fluid ejection devices and methods thereof |
153 | 9,266,321 | Replaceable printing component with factory identity code |
152 | 9,221,251 | Adaptive level shifter for print nozzle amplifier |
151 | 9,044,942 | Thermal sensing fluid ejection assembly and method |
150 | 9,044,936 | Inkjet issue determination |
149 | 8,899,709 | Determining an issue with an inkjet nozzle using an impedance difference |
148 | 8,882,213 | Fluid ejection systems and methods thereof |
147 | 8,864,280 | Switchable feedback damping of drop-on-demand piezoelectric fluid-ejection mechanism |
146 | 8,828,570 | Battery temperature sensor |
145 | 8,789,932 | Printhead and related methods and systems |
144 | 8,770,707 | Drop detector assembly and method |
143 | 8,770,692 | Crosstalk reduction in piezo printhead |
142 | 8,757,750 | Crosstalk reduction in piezo printhead |
141 | 8,540,355 | Fluid ejection device with circulation pump |
140 | 8,513,833 | Circuit limiting an absolute voltage difference between electrical paths of photovoltaic dies |
139 | 8,497,891 | Enhancing optical density |
138 | 8,353,567 | Drive waveform generation |
137 | 8,319,969 | Color detector having area scaled photodetectors |
136 | 8,262,201 | Micro writing and reading |
135 | 8,257,906 | Multi-layered radiation imageable coating |
134 | 8,254,232 | Indication of optically writable optical disc surface incident to laser |
133 | 8,126,141 | Interferometric communication |
132 | 7,935,404 | System and method for marking an optical disk |
131 | 7,933,191 | Optical disc drive having two optomechanical mechanisms |
130 | 7,916,164 | Labeling methods and apparatus using energy of two wavelengths |
129 | 7,890,968 | Optical disc device having two optomechanical mechanisms |
128 | 7,889,220 | Device and method for maintaining optical energy density on a medium |
127 | 7,816,722 | Memory array |
126 | 7,768,878 | Actuator calibration using a focus error signal |
125 | 7,733,298 | Display device |
124 | 7,729,216 | Methods and apparatus for marking media with collimated electromagnetic radiation beam |
123 | 7,728,912 | Display system |
122 | 7,724,627 | Encoder spokes detection prior to forming image on optically writable label surface of optical disc |
121 | 7,679,633 | Facilitating focusing of a multi-function digital media drive |
120 | 7,678,438 | Optical media |
119 | 7,676,119 | Method and system for using an optical sensor array to control a labeling device |
118 | 7,672,213 | Optical print head using a glass arm waveguide |
117 | 7,670,659 | Substrate marking using encapsulated materials |
116 | 7,657,487 | Apparatus and method for providing data storage device security |
115 | 7,656,573 | Method and apparatus for controlling a gap between conductors in an electro-mechanical device |
114 | 7,636,280 | Calibration of lens position in an optical disc drive |
113 | 7,577,063 | Calibration of a focus offset in an optical drive |
112 | 7,569,331 | Conductive patterning |
111 | 7,551,524 | Methods and apparatus to compensate for power output variations over time |
110 | 7,538,889 | Calibration feedback-control circuit for diffraction light devices |
109 | 7,532,226 | Bleaching the background of a medium |
108 | 7,515,514 | Approximating topology of optically writable medium surface |
107 | 7,515,165 | Laser power calibration in an optical disc drive |
106 | 7,514,661 | Focus calibration in an optical drive |
105 | 7,486,263 | Electrostatic device |
104 | 7,483,184 | Method and system for using an optical sensor array to control a labeling device |
103 | 7,477,274 | Thermally sensitive medium and methods and systems for forming an image on a thermally sensitive medium |
102 | 7,443,772 | Focus offset calibration |
101 | 7,443,581 | Adjustable optical characteristic |
100 | 7,439,997 | System and method for controlling a multi-function digital media drive |
99 | 7,433,114 | Phase change electophoretic imaging for rewritable applications |
98 | 7,400,489 | System and a method of driving a parallel-plate variable micro-electromechanical capacitor |
97 | 7,397,217 | Measuring fuel by counting coulombs |
96 | 7,379,083 | Optical disc drive focusing apparatus |
95 | 7,372,714 | Methods and memory structures using tunnel-junction device as control element |
94 | 7,370,978 | Encrypting data |
93 | 7,364,780 | Thermally-sensitive medium with Fabry-Perot cavities |
92 | 7,358,966 | Selective update of micro-electromechanical device |
91 | 7,333,126 | Optical disc having layers corresponding to different colors and sensitive to optical beam wavelengths |
90 | 7,327,056 | Marked hub for sensing motor speed |
89 | 7,324,419 | Focus control via AC input signal |
88 | 7,324,128 | Synchronization of pixilated labeling media |
87 | 7,315,493 | Apparatus and method for calibrating a laser imagible apparatus |
86 | 7,301,879 | Optical print head |
85 | 7,298,677 | Optical disc drive apparatus and method |
84 | 7,290,221 | User interface, method and apparatus for providing three-dimensional object fabrication status |
83 | 7,286,120 | Large area display and method of manufacturing same |
82 | 7,239,587 | Approximating topology of optical disc surface |
81 | 7,239,582 | Interpolation of optical disc vertical displacement information |
80 | 7,218,499 | Charge control circuit |
79 | 7,213,939 | Hue adjusting lighting system |
78 | 7,212,292 | Interferometer calibration methods and apparatus |
77 | 7,201,732 | Dispensing method and device for delivering material to an eye |
76 | 7,188,348 | Optical disc drive apparatus and method |
75 | 7,187,637 | Opto-mechanical adjustment based on sensing label side of optical disc |
74 | 7,184,199 | Phase change electrophoretic imaging for rewritable applications |
73 | 7,177,246 | Optical disk drive focusing apparatus using sum signal |
72 | 7,161,609 | Multiple-bit storage element for binary optical display element |
71 | 7,148,088 | Memory structure and method making |
70 | 7,145,586 | Marking optical disc based on information related to data side thereof |
69 | 7,133,036 | Display with data group comparison |
68 | 7,130,207 | Methods and memory structures using tunnel-junction device as control element |
67 | 7,125,644 | Systems and methods for storing data on an optical disk |
66 | 7,110,122 | Interferometer calibration methods and apparatus |
65 | 7,103,896 | Mechanism to aid optical beam focusing on optical disc |
64 | 7,084,894 | Optical disc drive focusing apparatus |
63 | 7,072,108 | Enhanced contrast projection screen |
62 | 7,061,681 | Fabry-Perot interferometer |
61 | 7,057,928 | System and method for erasing high-density non-volatile fast memory |
60 | 7,057,258 | Resistive memory device and method for making the same |
59 | 7,038,878 | Micromover configured to move a magnetic storage medium in perpendicular directions in a plane |
58 | 7,031,185 | Data storage device and method of forming the same |
57 | 7,019,381 | Method of providing multiple logical bits per memory cell |
56 | 6,970,285 | Phase change electrophoretic imaging for rewritable applications |
55 | 6,967,350 | Memory structures |
54 | 6,967,149 | Storage structure with cleaved layer |
53 | 6,958,946 | Memory storage device which regulates sense voltages |
52 | 6,940,085 | Memory structures |
51 | 6,937,509 | Data storage device and method of forming the same |
50 | 6,917,532 | Memory storage device with segmented column line array |
49 | 6,897,506 | Systems and methods using non-volatile memory cells |
48 | 6,893,951 | Vertical interconnection structure and methods |
47 | 6,888,657 | Multiple-bit storage element for binary optical display element |
46 | 6,879,525 | Feedback write method for programmable memory |
45 | 6,873,543 | Memory device |
44 | 6,872,437 | Optical disc with pseudorandom series of marks on optical disc track |
43 | 6,870,751 | Low-energy writing in cross-point array memory devices |
42 | 6,858,883 | Partially processed tunnel junction control element |
41 | 6,853,486 | Enhanced contrast projection screen |
40 | 6,847,350 | Optical pointing device |
39 | 6,842,369 | Intermesh memory device |
38 | 6,839,275 | Memory system having control circuit configured to receive data, provide encoded received data to match a fault pattern in the array of memory cells |
37 | 6,839,263 | Memory array with continuous current path through multiple lines |
36 | 6,831,861 | Methods and memory structures using tunnel-junction device as control element |
35 | 6,826,077 | Magnetic random access memory with reduced parasitic currents |
34 | 6,821,848 | Tunnel-junction structures and methods |
33 | 6,818,549 | Buried magnetic tunnel-junction memory cell and methods |
32 | 6,781,858 | Cubic memory array |
31 | 6,777,270 | Resistive memory for data storage devices |
30 | 6,774,458 | Vertical interconnection structure and methods |
29 | 6,737,686 | Non-volatile programmable memory device |
28 | 6,717,234 | Resistive memory for data storage devices |
27 | 6,717,215 | Memory structures |
26 | 6,711,045 | Methods and memory structures using tunnel-junction device as control element |
25 | 6,707,698 | Dual memory cell |
24 | 6,707,087 | Structure of chalcogenide memory element |
23 | 6,703,652 | Memory structure and method making |
22 | 6,687,147 | Cubic memory array with diagonal select lines |
21 | 6,677,220 | Antifuse structure and method of making |
20 | 6,661,691 | Interconnection structure and methods |
19 | 6,643,159 | Cubic memory array |
18 | 6,597,794 | Portable electronic device having an external speaker chamber |
17 | 6,570,795 | Defective memory component of a memory device used to represent a data bit in a bit sequence |
16 | 6,559,516 | Antifuse structure and method of making |
15 | 6,552,713 | Optical pointing device |
14 | 6,549,447 | Memory cell structure |
13 | 6,534,841 | Continuous antifuse material in memory structure |
12 | 6,501,697 | High density memory sense amplifier |
11 | 6,472,848 | Reducing battery discharge current by throttling CPU power |
10 | 6,449,575 | Voltage control of integrated circuits |
9 | 6,393,371 | Voltage control of integrated circuits |
8 | 6,304,824 | Voltage control of integrated circuits |
7 | 6,266,241 | Notebook computer with ergonomic stand |
6 | 6,191,546 | Proportional integral cooling device controller for electronic device |
5 | 6,167,955 | Multi-mode heat transfer using a thermal heat pipe valve |
4 | 6,160,719 | Custom docking tray for EMI reduction |
3 | 6,047,766 | Multi-mode heat transfer using a thermal heat pipe valve |
2 | 6,011,371 | Proportional integral fan controller for electronic device |
1 | 5,929,581 | Proportional integral fan controller for computer |