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Buczek, US
Carl J. Buczek, Santa Ana, CA US
| Patent application number | Description | Published |
|---|---|---|
| 20110270060 | DEVICE AND METHODS FOR MONITORING THE ADMINISTRATION OF A STEM CELL TRANSPLANT - A device and methods for the real-time monitoring of stem cells in a stem cell transplant. The device comprises a linear member and particle detection device configured to occupy the lumen of a catheter while the catheter is in place to administer a stem cell transplant to a delivery site in the body of a patient. Monitoring of the stein cells permits the device to provide signals to a computer processor for the determination of one or more characteristics of stein cells in the stein cell transplant. | 11-03-2011 |
Christine A. Buczek, Farmington, NM US
| Patent application number | Description | Published |
|---|---|---|
| 20100230112 | Multi-Channel, Combination Coiled Tubing Strings for Hydraulically Driven Downhole Pump - This invention relates to a downhole hydraulic pump for hydrocarbon wells that is installed and operated using coiled tubing. The downhole hydraulic pump is driven by a hydraulic power system positioned at the surface and connected through a closed loop system using multiple channels of the coiled tubing. The coiled tubing is formed of a combination of channels including strength component such as steel and having one channel that is at least lined with a non-metallic corrosion resistant surface where clean hydraulic fluid is carried from the hydraulic power system to the downhole hydraulic pump through the non-metallic corrosion resistant channel so to be less likely to pick up manufacturing and environmental particulates and corrosion by-products within the channel carrying the hydraulic fluid to the downhole hydraulic pump. The non-metallic corrosion resistant lined channel may comprise plastic pipe. | 09-16-2010 |
Edward J. Buczek, Brunswick, OH US
| Patent application number | Description | Published |
|---|---|---|
| 20100104809 | COOL ROOF COVERING - A cool roof covering that includes a protective coating formed from an aqueous coating composition and aggregate embedded in the protective coating, wherein the roof covering has a solar reflectance of at least 70% and a thermal emittance of at least 0.75. | 04-29-2010 |
Mark Buczek, Oceanside, CA US
| Patent application number | Description | Published |
|---|---|---|
| 20100182569 | OPHTHALMIC ENDOILLUMINATION USING FIBER GENERATED LIGHT - In one aspect of the invention, an ophthalmic endoilluminator includes at least one pump light source and a scintillator fiber optically coupled to the pump light source. The scintillator fiber receives an output of the pump light source and produces light in a different wavelength range than the output of the pump light source. An optical coupling element couples the light to an optical fiber, which conducts the light into an eye. | 07-22-2010 |
| 20110106068 | FOOTSWITCH OPERABLE TO CONTROL A SURGICAL SYSTEM - The present invention provides a surgical footswitch that includes a base, a pedal, an encoder assembly, a wireless interface, and an internal power generator. The pedal mounts upon the base and pivots. The encoder assembly couples to the pedal. As the pedal pivots, the encoder assembly translates the mechanical signal of the pedal into a control signal based on the pedals position and/or orientation. The wireless interface couples the encoder assembly to receive the control signal. The wireless interface also couples the surgical footswitch to a surgical console operable to control and direct surgical equipment. The wireless interface passes the control signal from the encoder to the surgical console, which then directs the surgical equipment based on the control signal. This wireless interface eliminates the tangle of wires or tethers, which may be a hazard in the surgical theater. The internal power generator translates footswitch movement into stored energy to eliminate potential failures of the footswitch during a procedure and overcome the need to replace batteries within the footswitch. | 05-05-2011 |
Mark J. Buczek, Oceanside, CA US
| Patent application number | Description | Published |
|---|---|---|
| 20080246920 | Multi-LED Ophthalmic Illuminator - An ophthalmic endoilluminator has a power supply coupled to a light source, a controller, a collimation device, an alignment device, a lens, and an optical fiber. The light source has three light emitting diodes. Each of the three light emitting diodes produces a different color light. The controller controls the operation of the three light emitting diodes. The collimation device collimates the light produced by at least one of the light emitting diodes. The alignment device aligns the light individually produced by the three light emitting diodes into a single light beam. The lens focuses the single light beam. The optical fiber for carries the single light beam. | 10-09-2008 |
| 20080269728 | Active Lamp Alignment for Fiber Optic Illuminators - An assembly for use in an ophthalmic endoilluminator includes a precision lamp assembly, an actuator, and a controller. The precision lamp assembly has a housing and a lamp holder for holding a lamp. The actuator is connected to the precision lamp assembly and is configured to move the precision lamp assembly. The controller controls the operation of the actuator. The controller directs the actuator to move the precision lamp assembly over time to compensate for hot spot movement of the lamp. | 10-30-2008 |
| 20100177280 | MULTI-LED OPHTHALMIC ILLUMINATOR - An ophthalmic endoilluminator has a power supply coupled to a light source, a controller, a collimation device, an alignment device, a lens, and an optical fiber. The light source has three light emitting diodes. Each of the three light emitting diodes produces a different color light. The controller controls the operation of the three light emitting diodes. The collimation device collimates the light produced by at least one of the light emitting diodes. The alignment device aligns the light individually produced by the three light emitting diodes into a single light beam. The lens focuses the single light beam. The optical fiber for carries the single light beam. | 07-15-2010 |
Matthew B. Buczek, Hamilton, OH US
| Patent application number | Description | Published |
|---|---|---|
| 20090148614 | ELECTROSTATIC SPRAY FOR COATING AIRCRAFT ENGINE COMPONENTS - Electrostatic deposition of high performance powdered materials onto gas turbine surfaces. The process also includes post-deposition thermal staging of the deposited powder to provide a durable coating that will satisfy the demands of turbine engine operation. The process envisions application of organic-based powdered materials, glass/ceramic powdered materials and metal-based powdered materials and combinations thereof using electrostatic techniques to components exposed to low temperature operations, such as may be found in the front section of a gas turbine engine or to the exterior portions of an aircraft engine, and metal-containing glass ceramics, glass-ceramic materials, or materials that can be transformed into glass ceramic materials, when applied to components exposed to high temperature operations, such as may be found in the turbine and exhaust sections of a gas turbine engine or the flaps of an aircraft. | 06-11-2009 |
Matthew Bernard Buczek, Hamilton, OH US
| Patent application number | Description | Published |
|---|---|---|
| 20090142496 | METHOD FOR FABRICATING REINFORCED COMPOSITE MATERIALS - A method for fabricating a reinforced matrix composite comprising the step of providing a composite preform having a fibrous structure and applying matrix material onto the preform in locations along the preform. A barrier material is applied to at least a portion of the coated preform to direct the flow of matrix material into the preform. The composite preform is heated to a temperature sufficient to render the matrix material viscous and insufficient to cure the matrix material. The pressure to the interior of the composite preform is reduced, while the pressure to the barrier material is increased. The temperature is maintained to flow the matrix material into the composite preform and to force gases from the fibrous structure. The composite preform is then cured and cooled to form a reinforced matrix composite having a low void content and a substantially uniform matrix distribution. | 06-04-2009 |