Schoell
Bjoern Schoell, Asperg DE
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20100198405 | MOVEMENT CONTROLLER FOR ELASTIC ROBOT STRUCTURES - The invention relates to a control method for a painting robot, comprising the following steps: (a) a robot path is set using several path points that are to be traversed by a reference point of the robot and are each defined by space coordinates; (b) the space coordinates of the individual path points are converted into corresponding axis coordinates according to inverse robot kinematics, said axis coordinates reproducing the position of the individual robot axes in the respective path points; (c) axis-related regulators for the individual robot axes are triggered according to the converted axis coordinates; (d) axis-related driving motors are triggered in the individual robot axes by means of the associated axis-related regulators; (e) corrective path values for the individual path points are calculated according to a dynamic robot model, said corrective path values taking into account the elasticity and/or friction and/or inertia of the robot; (f) corrected axis coordinates for the individual path points are calculated from the non-corrected axis coordinates of the individual path points and the corrective path values; (g) the axis-related regulators are triggered using the corrected axis coordinates. | 08-05-2010 |
Bjorn Schoell, Asperg DE
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20150057798 | CONTROL METHOD FOR A ROBOT - The invention relates to a control method for a robot ( | 02-26-2015 |
George Schoell, Richmond Hill DE
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20100313506 | Solar panel roof surface - A system for a solar panel roof surface effectively uses a roof support substructure having a series of parallel hollow support beams extending downwardly from a roof peak to a roof edge. These parallel hollow beams not only provide support for solar panels but also allow for drainage in channels provided in the beams. A series of solar panels are secured to hollow support beams and collectively define a closed sloped roof surface. The series of solar panels are positioned on the beams to define elongate segments of abutting panels where each elongate segment is one panel wide and supported between adjacent hollow support beams. The abutting panels include a sealing arrangement between panels to allow flow of water along the length of the elongate segments. Preferably, the series of hollow support beams include a top surface with a central securing slot positioned between panel segments and panel segment support surfaces either side of said securing slot for supporting edges of the solar panels with at least one drainage channel in the top surface and extending the length of the support beam for draining of water received in the channel to the roof edge. | 12-16-2010 |
Hansjoerg Schoell, Bad Abbach DE
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20140132163 | HIGH-VOLTAGE LED MULTICHIP MODULE AND METHOD FOR ADJUSTING AN LED MULTICHIP MODULE - An LED multichip module may include a plurality of LED chips, which have electrical terminals and are connected in series via electrical connections, and have a designated operating voltage, wherein at least one short-circuiting connection is provided, which connects two of the terminals or connections electrically conductively to one another, and the short-circuiting connection bypasses at least one of the LED chips or a resistor, with the result that the operating voltage is in the range of between 150 V and 350 V. | 05-15-2014 |
Harry Schoell, Pompano Beach, FL US
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20100107637 | Waste heat engine - An engine includes a radial arrangement of cylinders each having a reciprocating piston with a piston head and a connecting rod pivotally linked to the piston head at an upper end. A lower end of each connecting rod is pivotally linked to a crank disk that is rotatably mounted on a crank arm of a crankshaft. Steam intake valves at each cylinder are momentarily opened by a bearing cam roller that is moved in a circular path by rotation of the crank disk to sequentially engage spring urged cam followers on inboard ends of radially extending valve stems. Low pressure steam or gas is injected into the top of each cylinder, as the intake valves of the cylinders are opened in sequence, thereby forcing the piston in each cylinder through a power stroke to move the crank disk and turn the crankshaft. Angular displacement of each connecting rod through the return stroke of the piston urges an exhaust reed valve on the piston head to an open position, thereby releasing exhaust steam to a condenser chamber. The engine is self-starting and operates in a low pressure, low temperature range, using waste heat from an external source, such as exhaust from an internal combustion engine, burning of refuse (e.g. garbage or other solid waste material) or solar heat. | 05-06-2010 |
Lance Schoell, Radford, VA US
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20130014552 | Electronically-Controlled Removable Core Lock - An electronic small format interchangeable core (“SFIC”) lock is configured so that core locking features are electronically controlled, and keys can be electronically programmed to operate either as a normal user key able to open the lock or as a control key able to open the lock and to remove the SFIC cores. The same key will operate as a normal access key or as a control key, depending on how the key is programmed. | 01-17-2013 |
Larry Schoell, Shorewood, IL US
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20120180579 | LARGE VOLUME PIPETTE TIP FOR LOADING IN AN AUTOMATED LIQUID HANDLER - A pipette tip having lower, upper and central portions and a bore extending therethrough. The lower portion is elongated and projects in a first direction from the central portion, and is sized and shaped for insertion into a test-tube. The bore is adapted for aspirating and dispensing a large volume of the liquid. The upper portion projects from the central portion in a second direction opposing the first direction, and its terminal end is sized and shaped to sealingly engage an automated pipetting system. The central portion and a corresponding portion of the bore are enlarged with respect to both the upper and lower portions to allow the pipette tip to hold the large volume of the liquid. The central portion can have a cross-section substantially rectangular in shape. The cross-section can have a height at least substantially similar to the diameter of the lower portion of the pipette tip and a width significantly greater than the diameter of the lower portion of the pipette tip. | 07-19-2012 |
20120291872 | Lab Members and Liquid Handling Systems and Methods Including Same - A lab member for use in a laboratory liquid handling system including a pipetting module and a drive system, the pipetting module including first and second pipettors, the first and second pipettors including first and second pipettor shafts, respectively, a first pipetting tip extending from an end of the first pipettor shaft, and a second pipetting tip extending from an end of the second pipettor shaft, includes a lab object and first and second integral adapter structures. The first and second adapter structures are configured to engage the first and second pipettor shafts, respectively. The first adapter structure is configured to releasably secure the lab member to the first pipettor shaft. | 11-22-2012 |
20140305229 | Lab Members and Liquid Handling Systems and Methods Including Same - A lab member for use in a laboratory liquid handling system including a pipetting module and a drive system, the pipetting module including first and second pipettors, the first and second pipettors including first and second pipettor shafts, respectively, a first pipetting tip extending from an end of the first pipettor shaft, and a second pipetting tip extending from an end of the second pipettor shaft, includes a lab object and first and second integral adapter structures. The first and second adapter structures are configured to engage the first and second pipettor shafts, respectively. The first adapter structure is configured to releasably secure the lab member to the first pipettor shaft. | 10-16-2014 |
Martin Schoell, Berkeley, CA US
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20140260528 | DETECTING CONTAMINATION - Methods, systems, and apparatus, including computer programs encoded on computer storage media, for detecting gas seepage. One of the methods includes obtaining surface gas sensor measurements from each of a plurality of locations within a geographic area prior to shale-gas development; determining whether natural gas seepage is occurring and establishing a corresponding baseline threshold value; obtaining additional surface gas sensor measurements after shale-gas development; determining that the additional gas sensor measurements for one or more of the plurality of locations exceed the baseline threshold level; performing field analysis of the gas sensor measurements that were determined to exceed the specified threshold to determine gas provenance, wherein the analysis distinguishes between natural gas seepage and thermogenic leakage; and presenting data indicating a geographic extent of gas thermogenic leakage based on the analysis. | 09-18-2014 |
Maximilian Schoell, Thansau DE
Patent application number | Description | Published |
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20110049036 | RETAINING DEVICE, ESPECIALLY FOR FLAT ROOF DRAINS - A retaining device | 03-03-2011 |