Jonathan Peter
Jonathan Peter Cooksley, Farnham GB
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20100016122 | SAFETY CONTROL FOR RELEASABLE BACKSTOPPING CLUTCH - A releasable backstopping clutch is provided with a safety mechanism to prevent uncontrolled release of the clutch. A support structure is fixed against rotation and releaseably coupled to the one of the inner or outer members of the backstopping clutch. The support structure inhibits rotation of the member when coupled to the member and permits rotation of the member when uncoupled from the member to release the clutch. A sensor is configured to generate a signal indicative of a characteristic associated with movement of the member and a controller is configured to cause recoupling of the support structure and the member if the characteristic meets a predetermined condition. | 01-21-2010 |
Jonathan Peter Edgcombe, Cambridge GB
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20130280795 | SAMPLING AND TESTING DEVICE FOR THE HUMAN OR ANIMAL BODY - A test device comprises first and second indicia portions. The first indicia portion is configured to indicate the presence or absence of at least one medical condition based on identification of at least one biological entity in the biological sample. The second indicia portion is configured to display all or part of a code when the first indicia portion provides an indication of the presence of the medical condition, the code being substantially unique to the test device. The test device is employed in a medication dispensing system. | 10-24-2013 |
Jonathan Peter Gips, Boston, MA US
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20100262430 | REDUCING MEDICAL ERROR - A method, apparatus, and system for reducing medical error may comprise receiving an enter signal including an enter status when a first worker device enters a zone. An exit signal including an exit status may be received when the first worker device exits the zone. Moreover an action signal including an action status may be received if an action device is actuated. | 10-14-2010 |
Jonathan Peter Gips, Central HK
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20120245951 | SYSTEM AND METHOD FOR COMPLIANCE REWARD - Systems and methods for rewarding compliance are disclosed. In one embodiment, compliance data is received from a compliance monitoring system. The compliance data includes an indication of compliance success or compliance failure associated with an event having an associated compliance action. A compliance measurement is determined based on, at least in part, the compliance data. A compliance point value associated with the compliance measurement is determined based on, at least in part, an incentive. A reward is provided based on, at least in part, the compliance point value associated with the compliance measurement. Other systems and methods are disclosed. | 09-27-2012 |
Jonathan Peter Gips, Hingham, MA US
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20140091926 | SYSTEM AND METHOD FOR REDUCING MEDICAL ERROR - A system and method for reducing medical error is disclosed. In one embodiment, the system comprises a worker device adapted to be worn on a worker, a compliance device, an action device and a base station. The compliance device defines a work zone based on a signal strength received by the worker device from a monitoring signal transmitted from the compliance device. The action device is adapted to be installed to a pump bottle, having a pressure-sensitive mechanism for actuating the action device upon the worker pressing the pump bottle, and an omnidirectional antenna adapted to transmit an action signal to be received by the worker device upon actuation of the action device. The base station is adapted to receive data transmitted from said worker device. | 04-03-2014 |
Jonathan Peter Salvage, Brighton GB
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20110027364 | BIOACTIVE AND RESORBABLE SOYBEAN-BASED BIOMATERIALS - A method of producing a soybean-based biomaterial which is suitable for use in a biomedical product, the method comprising: defatting soy flour; either prior to or at the same time as, performing a solvent extraction; to produce a biomaterial comprising variable levels of soy proteins, carbohydrates and isoflavones. The resulting biomaterials have a range of biomedical uses and are particularly desirable because of their isoflavone content. Examples of biomedical products containing the biomaterials include wound dressings; scaffolds for tissue engineering; fillers or implants for use in surgery; temporary barriers for use in dental or surgical procedures or to prevent post-surgical tissue adherence; carriers for the delivery of drugs, bioactive peptides or plasmids; anti-inflammatory agents; coatings for wound dressings or for dental, medical, surgical or veterinary devices or implants; and compositions for soothing skin or gum irritation. | 02-03-2011 |
Jonathan Peter Zacharko, Edmonton CA
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20150129313 | Hydroplaning Reducing Slip Ring Apparatus - A slip ring apparatus including a ring assembly having a conductive ring with a conductive ring engagement surface, a contact assembly having a contact element with a contact element engagement surface for engaging with the conductive ring engagement surface, and a surface discontinuity provided in at least one of the conductive ring engagement surface and the contact element engagement surface. An apparatus including the slip ring apparatus, wherein the apparatus includes a housing having an interior and a shaft rotatably extending through the interior of the housing. A method for reducing the potential of a hydroplaning effect in a slip ring apparatus, including providing a surface discontinuity in at least one of a conductive ring engagement surface and a contact element engagement surface. | 05-14-2015 |
Jonathan Peter Zacharko, Spring, TX US
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20160057853 | PRINTED CIRCUIT BOARD ASSEMBLIES - Printed circuit board assemblies having capabilities for operating under high ampacity conditions can sometimes be difficult to fabricate and may lack sufficient mechanical robustness for extreme operating environments. Accordingly, printed circuit board assemblies can comprise: a non-conductive substrate having a plurality of planar conductive pathways disposed thereon; an electronic component that is in electrical communication with one or more of the planar conductive pathways and is configured to supply an electrical current thereto; a superficial metallic conductor overlaying one or more of the planar conductive pathways, at least in part, the superficial metallic conductor having a direct electrical connection to the electronic component and also being in electrical communication with the planar conductive pathways; and a conductive element in electrical communication with the superficial metallic conductor, the conductive element being configured to withdraw electrical current from the printed circuit board assembly. | 02-25-2016 |