Abstract: An illustrated side view of an exemplary automated car cover device is presented. The automated car cover device is useful for providing a safe and efficient method for covering a car to prevent an exterior of the car from being damaged by the elements, debris, scratches, animals, etc. The automated car cover device further is useful for providing a covering of the car which can be completed by a solo person without being overwhelmed by the size, weight and bulk of the covering. The automated car cover device also provides an easy storage for the covering which can be attached to a hitch of the car or placed on the ground. The device is a canister that houses a reel and a cover. A motor of the device provides the power to extend or retract that cover by rotation of the reel.

Abstract: A garment display frame comprising garment having a front and back surfaces, the frame being transparent and removably mounted on a front or back surface of the garment and forming a clear receptacle on the garment. Another feature that may be part of the invention is to have multiple dividers in the removable pocket to enable to hold pictures that are not viewable but may be moved to the front window to now be viewable, and allow the previously viewable picture to be placed in a pocket section that is further away from the front window.

Abstract: Described embodiments provide address translation for data stored in at least one shared memory of a network processor. A processing module of the network processor generates tasks corresponding to each of a plurality of received packets. A packet classifier generates contexts for each task, each context associated with a thread of instructions to apply to the corresponding packet. A first subset of instructions is stored in a tree memory within the at least one shared memory. A second subset of instructions is stored in a cache within a multi-thread engine of the packet classifier. The multi-thread engine maintains status indicators corresponding to the first and second subsets of instructions within the cache and the tree memory and, based on the status indicators, accesses a lookup table while processing a thread to translate between an instruction number and a physical address of the instruction in the first and second subset of instructions.

Abstract: Described embodiments provide address translation for data stored in at least one shared memory of a network processor. A processing module of the network processor generates tasks corresponding to each of a plurality of received packets. A packet classifier generates contexts for each task, each context associated with a thread of instructions to apply to the corresponding packet. A first subset of instructions is stored in a tree memory within the at least one shared memory. A second subset of instructions is stored in a cache within a multi-thread engine of the packet classifier. The multi-thread engine maintains status indicators corresponding to the first and second subsets of instructions within the cache and the tree memory and, based on the status indicators, accesses a lookup table while processing a thread to translate between an instruction number and a physical address of the instruction in the first and second subset of instructions.

Abstract: An apparatus and method for a zone marker having an L-band radio antenna that is structured for receiving a Mode S radio frequency interrogation signal and broadcasting a Mode S radio frequency reply signal; a Mode S transponder that is structured for generating a Mode S radio frequency reply signal and is coupled to inject the reply signal into the antenna; and a dedicated processor that is coupled for receiving the Mode S radio frequency interrogation signal from the antenna and is structured for operating one or more algorithms for automatically generating a Mode S radio frequency reply signal in response thereto, the processor is further coupled for causing the transponder to inject the reply signal into the antenna. The zone marker includes an internal battery coupled for powering both the processor and transponder.

Abstract: An apparatus and method for combining the functionality of multiple airborne traffic surveillance systems that operate in the L-band frequency range. The apparatus and method combine the functionality of both a Traffic Alert Collision Avoidance System (TCAS) and a Mode-Select (Mode-S) transponder in an integrated L-band traffic surveillance apparatus having a single processor that is embodied in a single Line Replaceable Unit.

Abstract: A method and device for deriving and displaying advanced TCAS information.

Abstract: Disclosed is a method for selective carboxylation of naphthoic acid, or other aromatic mono-acids to form primarily 2,3-naphthalene dicarboxylic acid (2,3-NDA) or other aromatic diacids which comprises reacting said aromatic mono-acid in the presence of one or more metal oxide catalysts, alone, or in combination, and in the presence of about 0.2 to 0.8 moles excess of base over aromatic mono-acid, at a temperature of about 380° C. to about 420° C., and, in a second step, disproportionating the product of said selective carboxylation at a temperature above about 420° C. to form a product with a greatly improved yield of 2,6-naphthalene dicarboxylic acid, or other aromatic dicarboxylic acid.

Abstract: Disclosed is a process for disproportionation of potassium naphthoate to the dipotassium salt of 2,6-NDA which gives reproducible improved yields of up to 40% which comprises: a) reacting naphthoic acid in the presence of excess base to produce a disproportionation feed comprising a finely dispersed disordered salt mixture of excess base salts and naphthoic acid salts, wherein the feed is prepared by the steps of: (1) Reacting naphthoic acid in the presence of excess base selected from the group consisting of carbonates and bicarbonates to form a salt; (2) Drying said salt mixture by a method which forms a highly mixed disordered salt mixture characterized by a differential scanning calorimeter(DSC) signature characterized by low melting peaks not previously observed in the salt; and b) Disproportionating said solid salts in the presence of a disproportionation catalyst to form the dipotassium salts of 2,6-NDA.

Abstract: Disclosed is a method for selective carboxylation of naphthoic acid, or other aromatic mono-acids to form primarily 2,3-naphthalene dicarboxylic acid (2,3-NDA) or other aromatic diacids which comprises reacting said aromatic mono-acid in the presence of one or more metal oxide catalysts, alone, or in combination, and in the presence of about 0.2 to 0.8 moles excess of base over aromatic mono-acid, at a temperature of about 380° C. to about 420° C., and, in a second step, disproportionating the product of said selective carboxylation at a temperature above about 420° C. to form a product with a greatly improved yield of 2,6-naphthalene dicarboxylic acid, or other aromatic dicarboxylic acid.

Abstract: A method and device for deriving and displaying advanced TCAS information.

Abstract: Disclosed is a process for manufacturing an aromatic diacid in one step with a single catalyst system which comprises: a) Introducing into a reactor an aromatic hydrocarbon containing the number of rings desired in the product diacid with one or more alkyl groups attached to the rings; b) Reacting said aromatic hydrocarbon in the presence of an oxidant supply and a single catalyst system comprising at least one catalyst selected from Group IB, IIB, VB, or VIIB of the Periodic Table, in a reaction medium capable of stabilizing the aromatic acids formed against further oxidation to water and CO2, or decarboxylation to aromatic hydrocarbons, and also capable of allowing the isomerization of the acids so formed to the desired diacids; and c) Reacting said hydrocarbon feed with said oxidant in the presence of said catalyst system until a desired amount of said feed is oxidized to carboxylic acids and isomerized to the desired diacid product.

Abstract: Methods and apparatus for reducing the bandwidth required to transmit analog information. The analog information is converted to digital data organized in time defined blocks of information called frames. The content of a frame may be modeled as a composite of superimposed objects, which are subsets of information in the frame, that are largely unchanged frame to frame. Each object in a present frame may be represented by an identification of the object and a description of the changes in object-to-frame relationship that occurred from a previous frame to the present frame. The objects in the present frame may then be reconscructed by adjusting the objects in the previous frame in accordance with the change in object-to-frame relationships.

Abstract: Disclosed is a method for selective carboxylation of naphthoic acid, or other aromatic mono-acids to form primarily 2,3-naphthalene dicarboxylic acid (2,3-NDA) or other aromatic diacids which comprises reacting said aromatic mono-acid in the presence of one or more metal oxide catalysts, alone, or in combination, and in the presence of about 0.2 to 0.8 moles excess of base over aromatic mono-acid, at a temperature of about 380° C. to about 420° C., and, in a second step, disproportionating the product of said selective carboxylation at a temperature above about 420° C. to form a product with a greatly improved yield of 2,6-naphthalene dicarboxylic acid, or other aromatic dicarboxylic acid.

Abstract: Methods and apparatus for reducing the bandwidth required to transmit analog information. The analog information is converted to digital data organized in time defined blocks of information called frames. The content of a frame may be modeled as a composite of superimposed objects, which are subsets of information in the frame, that are largely unchanged frame to frame. Each object in a present frame may be represented by an identification of the object and a description of the charges in object-to-frame relationship that occurred from a previous frame to the present frame. The objects in the present frame may then be reconstructed by adjusting the objects in the previous frame in accordance with the change in object-to-frame relationships.

Abstract: A synchronous read channel having a single chip integrated circuit digital portion which provides digital gain control, timing recovery, equalization, digital peak detection, sequence detection, RLL(1,7) encoding and decoding, error-tolerant synchronization and channel quality measurement is disclosed. The integrated circuit accommodates both center sampling and side sampling, and has a high degree of programmability of various pulse shaping and recovery parameters and the ability to provide decoded data using sequence detection or digital peak detection. These characteristics, together with the error-tolerant sync mark detection and the ability to recover data when the sync mark is obliterated, allow a wide variety of retry and recovery strategies to maximize the possibility of data recovery.

Abstract: Start up noise in a class D amplifier--is corrected by adding an analog switch S1 to the integrator circuit A1. A resistor R3 in the feedback path of A1 prevents A1 from saturating. In an alternate embodiment silent start switch connects a variable resistance to the comparator input. The resistance gradually increases.

Abstract: Methods and apparatus for reducing the bandwidth required to transmit analog information. The analog information is converted to digital data organized in time defined blocks of information called frames. The content of a frame may be modeled as a composite of superimposed objects, which are subsets of information in the frame, that are largely unchanged frame to frame. Each object in a present frame may be represented by an identification of the object and a description of the changes in object-to-frame relationship that occurred from a previous frame to the present frame. The objects in the present frame may then be reconstructed by adjusting the objects in the previous frame in accordance with the change in object-to-frame relationships.

Abstract: A synchronous read channel having a single chip integrated circuit digital portion which provides digital gain control, timing recovery, equalization, digital peak detection, sequence detection, RLL(1,7) encoding and decoding, error-tolerant synchronization and channel quality measurement is disclosed. The integrated circuit accommodates both center sampling and side sampling, and has a high degree of programmability of various pulse shaping and recovery parameters and the ability to provide decoded data using sequence detection or digital peak detection. These characteristics, together with the error-tolerant sync mark detection and the ability to recover data when the sync mark is obliterated, allow a wide variety of retry and recovery strategies to maximize the possibility of data recovery.

Abstract: A carrying case for golf clubs is described which includes two rigid housing sections hingedly connected along abutting edges. Each housing section can support several golf clubs in an upright, spaced-apart manner. The housing sections can pivot between open and closed positions. The case also includes a handle for carrying purposes. The golf clubs are prevented from contacting each other while being carried.