Rollercross-type game and method thereof

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The Eden Enterprises patent solves the following problem:

Dating back to the 15th century, the American Indian played lacrosse. main purpose of the game is to settle the ethnic conflict and above all, to prepare and toughen warriors for battle. Legend has that team selection and the miraculous victory controlled. Equipment and players that are considered prepared in ceremonies similar to those made before departing on the warpath. Non-Indian share this game likened the stick used to play the game the "crosier", brought to the bishop as a symbol of their office. Hence the name lacrosse. In 1800 in Montreal, non-Indian took the game of lacrosse which was appointed as the national sport of Canada. The United States, England, Ireland, Scotland and Australia all play lacrosse and compete on the international level. Stressing that the fastest game on two feet, lacrosse is considered a critical test of strength and endurance.

Our analysis of this patent is as follows:

Eden Enterprises’s patent US 5993335 A deals with Rollercross-type game and method thereof.
One way to play a game on a rink with a central planar playing surface surrounded by a ramped area which in turn surrounded by a top podium place. Two goals given opposite one another on the planar playing surface. Each player uses a modified lacrosse stick used to manipulate a ball into the goal on the counter. Unlike, lacrosse, the ball can be rolled on the ground as hockey, though the first movement of the ball flying out of the net to net. Passing maneuvers caught, transported, rolled or thrown.

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Inhibition of complement pathway by sea cucumber fractions

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The Coastside Bio Resources patent solves the following problem:

The complement system is a group of proteins that make up 10 percent of the globulins of normal human serum (Hood, LE et al 1984, Immunology, 2nd Edition, The Benjamin / Cummings Publishing Co., Menlo Park, California. P. 339). Proportionate plays an important role in mediating immune and allergic reactions (Rapp, HJ and Boros, T., 1970, Molecular basis of disproportionate Action, Appleton-Century-Crofts Meredith, NY). The complement system identifies foreign or damaged cells and tissues of covalently attaching a chemotactic protein (C3) which is recognized by the host cell receptor. Disproportionate normally tightly regulated by the presence of a complement inhibitor and the short half-life and substrate specificity of the enzymes involved in the activation reactions.

Our analysis of this patent is as follows:

Coastside Bio Resources’s patent US 5989592 A deals with Inhibition of complement pathway by sea cucumber fractions.
The present invention relates to methods for inhibiting the disproportionate way in a mammal comprising administering an effective dose of a composition comprising an active ingredient selected from the group consisting remote sea cucumber (Phylum Echinodermata, Class Holothuroidea) in the body wall, remote sea cucumber epithelial layer, remote sea cucumber flowers, sea cucumber fucosylated chondroitin sulfate, its activities, its active derivatives or combination of active derivatives it.

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Anatomically correct bicycle seat

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The Dodge; John R., , Dodge; John P. patent solves the following problem:

Traditional bicycle seat saddle-shaped and put all the weight of the cyclist in the pubic tubercle and ischiopubic Ramus pelvis. The recent literature refers to increasing reports of cyclists, amateurs and professionals alike, who suffer the consequences. Typical bad experiences, because the pressure impulse is designed saddle-shaped seat bicycle that resulted from blunt trauma to the perineal and pelvic structures, suffered include the following symptoms: groin numbness or paresthesia , penile numbness or paresthesia, immediate loss, without delay, inability to ejaculate or experience orgasm, or the possible correlation with a high prostate specific antigen score.

Our analysis of this patent is as follows:

Dodge; John R., , Dodge; John P.’s patent US 5988739 A deals with Anatomically correct bicycle seat.
An anatomically correct bicycle seat, which includes a platform receiving the buttocks of a bike rider and a support mechanism for the platform to allow anatomically correct seat mounted on a bicycle, relieves the blood vessels of a bicycle rider.

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Endoscopic portal having universal seals and methods for introducing instruments therethrough

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The Yoon; Inbae patent solves the following problem:

The present invention relates to endoscopic portals to establish communication with an internal area of ​​a body and, especially, the endoscopic portals with universal seal forming a seal with instruments of various sizes -on indicated by endoscopic portals and procedures for the introduction of the instrument through the universal seal.

Our analysis of this patent is as follows:

Yoon; Inbae’s patent US 5989232 A deals with Endoscopic portal having universal seals and methods for introducing instruments therethrough.
An endoscopic portal to establish communication with a body cavity for the introduction of instruments through endoscopic portal includes a seal with a variable volume passages for communication with the body cavity to permit the instruments of varying size that passed therethrough and a tubular expander aligned with the variable volume passage. seal biased into a contract position where the variable size passage has a first cross sectional area and movable expanded position where the variable size passage has a second cross regional volume greater than the first cross sectional area. The tubular expander has a blunt end insertable variable volume passage to move the brand from the contract position in the expanded position as an instrument that has a cross sectional area greater than the first cross sectional area can be introduced through the expander and the seal into the body cavity without contacting seals. After that, the blunt end of the tubular expander is withdrawable from the variable volume passages as the seal involving instruments with variable volume passage to form a seal. One way to make an instrument in a body cavity according to the present invention comprises the steps of moving a blunt end of a tubular expander to a variable volume brand in raising variable volume brand, introducing a tubular instrument expander into the body cavity so that a distal end of the instrument moved through the seal without contacting the seal and upon the blunt end of the tubular expander from seal so that the seal sealingly engages the instrument.

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Endoscopic portal having a universal seal and methods for introducing instruments therethrough

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The Yoon; Inbae patent solves the following problem:

The present invention relates to endoscopic portals to establish communication with an internal area of ​​a body and, especially, the endoscopic portals with universal seal forming a seal with instruments of various sizes -on indicated by endoscopic portals and procedures for the introduction of the instrument through the universal seal.

Our analysis of this patent is as follows:

Yoon; Inbae’s patent US 5989233 A deals with Endoscopic portal having a universal seal and methods for introducing instruments therethrough.
An endoscopic portal to establish communication with a body cavity for the introduction of instruments through endoscopic portal includes a seal with a variable volume passages for communication with the body cavity to permit the instruments of varying size that passed therethrough and a tubular expander aligned with the variable volume passage. seal biased into a contract position where the variable size passage has a first cross sectional area and movable expanded position where the variable size passage has a second cross regional volume greater than the first cross sectional area. The tubular expander has a blunt end insertable variable volume passage to move the brand from the contract position in the expanded position as an instrument that has a cross sectional area greater than the first cross sectional area can be introduced through the expander and the seal into the body cavity without contacting seals. After that, the blunt end of the tubular expander is withdrawable from the variable volume passages as the seal involving instruments with variable volume passage to form a seal. One way to make an instrument in a body cavity according to the present invention comprises the steps of moving a blunt end of a tubular expander to a variable volume brand in raising variable volume brand, introducing a tubular instrument expander into the body cavity so that a distal end of the instrument moved through the seal without contacting the seal and upon the blunt end of the tubular expander from seal so that the seal sealingly engages the instrument.

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Flexible direct connections between input/output blocks (IOBs) and variable grain blocks (VGBs) in FPGA integrated circuits

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The Vantis Corporation patent solves the following problem:

The invention is generally directed to the integrated circuit, more specifically automatic Logic Devices (PLDs), and even more specifically to a subclass of PLDs known automatic Field Gate Arrays (FPGAs).

Our analysis of this patent is as follows:

Vantis Corporation’s patent US 5990702 A deals with Flexible direct connections between input/output blocks (IOBs) and variable grain blocks (VGBs) in FPGA integrated circuits.
An automatic Field Gate Array (FPGA) device includes a plurality of blocks of input / output (IOBs) and variable grain blocks (VGBs). An inter-linked network provides signal routing between IOBs and VGBs. VGBs includes a large L-organized Cbbs (equity configurable blocks) with function-producing resources. The IOBs arranged along a top, left, bottom and right side of the plurality of VGBs. A Iob includes a 1) delay to the timing signal input, 2) a configurable output latch to be set or reset responsive to the control signal, and 3) transistor for controlling a line. The Iob programmably configured in the inter-linked network that includes vertical and horizontal inter-connecting the adjacent canal covering inter-connect lines. The Iob inputs connected to the adjacent inter-connecting lines including 1) direct connect to the line input of the next super-VGBs, 2) Maxl lines, and 3) dendrite lines from adjacent dendrites. The Iob outputs connected to 1) Maxl line, 2) dendrite adjacent lines dendrites, 3) lines, and 4) direct connect output lines to neighboring super-VGBs. Dendrites for routing signals along the periphery of the plurality of VGBs positions among the IOBs and super-VGBs. Dendrites includes a number of I / O switchboxes and dendrite lines. The I / O switchboxes with vertical and horizontal inter-connecting canals. The inter-connecting network includes a direct link between architecture IOBs and neighboring super-VGBs. Dedicated connection between the corner and the non-corner IOBs provide directly involving the inputs and outputs to and from Cbbs a super-VGB.

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Methods and devices for the creation of images employing variable-geometry pixels

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The Geshwind; David Michael patent solves the following problem:

Target practitioner of the present invention is a man versed in planning, implementing, integrating, building, building, program or manual processes, devices, systems and products, as described in the first paragraph of disclosure . That is, an artists needed to do the instant invention is capable of one or more of the following: design and / or build devices, systems, hardware and software (ie, programming) for movies and television production, motion picture and television post production, signal processing, image processing, computer graphics, and the like. That is, the film and television engineers, computer graphic system designers and programmers, image processing system designers and programmers, digital software and hardware engineers, communications and information processing engineers, applied mathematicians, and others

Our analysis of this patent is as follows:

Geshwind; David Michael’s patent US 5986707 A deals with Methods and devices for the creation of images employing variable-geometry pixels.
Processes, devices and systems for creating, manipulating and displaying pictures using variable-geometry pixels. Pixels may vary in size, shape or position. Storage and transmission requirements could be reduced; as well as an increase in apparent resolution.

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Input/output block (IOB) connections to MaxL lines, nor lines and dendrites in FPGA integrated circuits

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The Vantis Corporation patent solves the following problem:

The invention is generally directed to the integrated circuit, more specifically automatic Logic Devices (PLDs), and even more specifically to a subclass of PLDs known automatic Field Gate Arrays (FPGAs).

Our analysis of this patent is as follows:

Vantis Corporation’s patent US 5982193 A deals with Input/output block (IOB) connections to MaxL lines, nor lines and dendrites in FPGA integrated circuits.
An automatic Field Gate Array (FPGA) device includes a plurality of blocks of input / output (IOBs) and variable grain blocks (VGBs). An inter-linked network provides signal routing between IOBs and VGBs. VGBs includes a large L-organized Cbbs (equity configurable blocks) with function-producing resources. The IOBs arranged along a top, left, bottom and right side of the plurality of VGBs. A Iob includes a 1) delay to the timing signal input, 2) a configurable output latch to be set or reset responsive to the control signal, and 3) transistor for controlling a line. The Iob programmably configured in the inter-linked network that includes vertical and horizontal inter-connecting the adjacent canal covering inter-connect lines. The Iob inputs connected to the adjacent inter-connecting lines including 1) direct connect to the line input of the next super-VGBs, 2) Maxl lines, and 3) dendrite lines from adjacent dendrites. The Iob outputs connected to 1) Maxl line, 2) dendrite adjacent lines dendrites, 3) lines, and 4) direct connect output lines to neighboring super-VGBs. Dendrites for routing signals along the periphery of the plurality of VGBs positions among the IOBs and super-VGBs. Dendrites includes a number of I / O switchboxes and dendrite lines. The I / O switchboxes with vertical and horizontal inter-connecting canals. The inter-connecting network includes a direct link between architecture IOBs and neighboring super-VGBs. Dedicated connection between the corner and the non-corner IOBs provide directly involving the inputs and outputs to and from Cbbs a super-VGB.

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GPS vehicle collision avoidance warning and control system and method

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The Lemelson; Jerome H., , Pedersen; Robert D. patent solves the following problem:

The invention relates generally to an apparatus and method for accurately determining the actual position and attitude of a company car operate on a chosen path or way, like, a highspeed highway and / or overcrowded traffic, or on a plane in a landing pattern, and many moving or fixed targets representing potential collision danger with a company car, and, then, to create and display a warning signal and avoid maneuvers to avoid the collision and, with no effective timely action by the host operator, automatically control the host vehicle to avoid collisions or mitigate any injuries and damage it. Particularly, the invention relates to the use of a Global Positioning System ( "GPS"), and a differential GPS ( "DGPS") in partnership with a Local or Psuedolite Positioning System ( "LPS" or " Psuedolite ") as the main host vehicle and target locating system with centimeter accuracy, further aided by any of a plurality of conventional all-time and / or visual scanners and digital computer system to detect, identify, track and predict the impact collision point of all relevant potential targets, including other vehicles, regional fixed obstacles, pedestrians and the like. Particularly, the invention further relates to many antennae, GPS vehicle determined attitude for use in creating car-to-the-way, many target location, and collision avoidance warning and maneuvers. Particularly, the invention further relates to an inter-vehicle and vehicle to the base or the satellite communication system to transmit GPS, DGPS, and position LPS data, as well as relevant data to target other vehicles and the central or local control centers for information and controlling the action. Particularly, the present invention still further relates to the use of brain network and fuzzy logic rule set for the creation and development of optimal priority and warning and avoidance maneuvers, and creating relevant coordination confidently control signal for all relevant host vehicle control system will automatically implement, under operator intervention and override, to avoid collisions or to optimize prevent damage or injury.

Our analysis of this patent is as follows:

Lemelson; Jerome H., , Pedersen; Robert D.’s patent US 5983161 A deals with GPS vehicle collision avoidance warning and control system and method.
GPS satellite (4) ranging signal (6) received (32) comm1, and DGPS auxiliary range correction signal and pseudolite carrier phase ambiguity resolution signal (8) from a known fixed land base station (10) received (34) comm2, in one of a plurality of car / plane / car (2) the process of the computer (36) to continuously determine a kinematic tracking position in a way (14 ) with centimeter accuracy. Position GPS-based connections with the choice of other status information on each one of the plurality of vehicles (2), to a station (10), and / or one another a plurality of control centers (16), and a car to take it to each status information to others and kinematic tracking position. Items (22) of the notice from all directions (300) with many more mechanisms, for example, video (54), radar / lidar (56), laser and optical scanners. Data and information on the computer and process analysis (50,52,200,452) Twitter network (132, fig. 6-8) in a vehicle to identify, rank, and evaluate the collision risk / things, an expert operating the desired response in a small equity fuzzy associative memory (484) to generate control signals to actuate a plurality of control system in a car in a coordinated way to this maneuver lapta and longitudinally to avoid every collision hazard, or, for the car, when a collision is unavoidable, to prevent damage or injury. operator warned in a head on display and in other ways and can override. An automotive auto-pilot mode given.

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Device for examining a subject and, in particular, determining his or her vestibular evoked potentials

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The Centre National De La Recherche Scientifique patent solves the following problem:

Our analysis of this patent is as follows:

Centre National De La Recherche Scientifique’s patent US 5983128 A deals with Device for examining a subject and, in particular, determining his or her vestibular evoked potentials.
A frame (1) with the driving members (9-11) for the translation and / or rotating in a society (4) movably mounted in the frame along with one of the three planes luna. A unit mechanically controlling said driving members are arranged to the patient stationary movable assembly (4) is exposed to a shift in the primary stimulation with monotonic space-time characteristics with a speed – and / or acceleration-adjustable profile, through translation and / or rotation by at least one of said three planes of the space. The device further includes a processing unit for making waves felt at least some of the electrodes in an electrophysiological helmet on the patient's skull, and find in it evoked potential match the profile of the elementary stimulation. Real-time data on the functioning of at least one part of the vestibular system may thus obtained.

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