Janick
James J. Janick, Hanover Twp., PA US
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20110095661 | SEALING STRUCTURE FOR SEALING MULTIPLE SECTIONS AND A DRAWER OF A MEDICAL EMERGENCY CART - An emergency crash cart includes a sealing structure that enables multiple storage sections of the cart to be locked and sealed simultaneously. The locking structure enables one of the storage sections to be unlocked and unsealed without unlocking or unsealing the other storage sections. The locking structure also can be actuated to unlock and unseal all storage sections simultaneously for rapid access to the contents of all storage sections of the cart. | 04-28-2011 |
20120007323 | MEDICAL EMERGENCY CRASH CART - A utility cart includes an auxiliary swivel caster wheel assembly, a locking mechanism, and a trigger mechanism for causing the locking mechanism to releasably lock the auxiliary swivel caster wheel assembly. The auxiliary swivel caster wheel assembly is unlocked to enable the auxiliary swivel caster wheel to rotate about a vertical axis for improved maneuverability in small areas, and is locked to hold the auxiliary swivel caster wheel in a predetermined position for improved steering as the cart is moved from one location to another. The trigger mechanism is disposed on a steering handle to enable dynamic actuation of the locking mechanism while the cart is in motion. | 01-12-2012 |
James J. Janick, Wilkes-Barre, PA US
James J. Janick, Hanover Township, PA US
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20140230334 | Door Protector - An overhead coiling closure is presented. A repositionable impact bar assembly engages a guide bracket mounted adjacent to the coiling closure when the closure is in a closed position. When in an open position, the impact bar assembly is released from the guide bracket and attaches to the coiling closure to provide repositionable impact protection. As the coiling closure closes the impact bar assembly is once again engaged by the guide bracket. | 08-21-2014 |
Jan M. Janick, Cary, NC US
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20110102996 | POWER ARCHITECTURE TO PROVIDE POWER SUPPLY REDUNDANCY - Systems and methods that provide power redundancy to a computer system without increasing the number of independent power supplies used. A system having N computing modules may have power redundancy using N power supplies, where each of the N power supplies are able to supply more power than required by an associated computing module, and where all but one (N−1) of the power supplies collectively can immediately supply power to any one of the computing modules when the power supply associated with that computing module fails. | 05-05-2011 |
20110222258 | HIGHLY AVAILABLE NODE REDUNDANCY POWER ARCHITECTURE - According to one embodiment, an apparatus for providing node redundant power to a system includes a plurality of devices, with each device including a power supply. Each power supply includes a first direct current (DC) input coupled to a first input of an OR logic gate, and a second DC input representing by an alternating current (AC) input. The second DC input is coupled to a second input of the OR logic gate, and at least one DC output is coupled to an output of the OR logic gate. Each power supply also includes a backup power supply for supplying a voltage coupled to a common node. The OR logic gate provides DC voltage to the DC output to power the system from the first DC input only when voltage from the AC input is not available. | 09-15-2011 |
20120124415 | MEMORY MIRRORING WITH MEMORY COMPRESSION - Systems and methods to manage memory are provided. A particular method may include storing data in a primary memory that is in communication with a processor and storing in a mirrored data in a mirrored memory. The mirrored data may be compressed, and the mirrored memory may be in communication with the processor. A failure condition associated with the data of the primary memory may be detected. In response to the detected failure condition, the mirrored data in the mirrored memory may be accessed. | 05-17-2012 |
Jules Janick, West Lafayette, IN US
Patent application number | Description | Published |
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20090260117 | APPLE TREE NAMED 'CO-OP 31' - A new apple variety distinguished by the following unique combination of characteristics: It is field-immune to apple scab disease, has good resistance to the bacterial disease fire blight, and moderate resistance to the fungal disease powdery mildew. This new apple is relatively late ripening. It has medium-large fruit size, red colored fruit, with excellent flavor (full favored, fruity, sweet, mild-subacid). The fruit hangs well on the tree, even after ripening. The tree is highly productive on an annual basis. | 10-15-2009 |