Universal machine translator of arbitrary languages utilizing epistemic moments

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The William E. Datig patent solves the following problem:

The androids of science in the creation of artificial beings, or forms of life made in the image of man, even the capacity to extend far beyond the human Corporal form. The prior art of the present invention, therefore, is any technology that is claimed to be a thinking or knowing machineherein refers to an epistemological machinewhich include, for example, robots and artificial intelligent computational electronic and mechanical biological.

Our analysis of this patent is as follows:

William E. Datig’s patent US 6233545 B1 deals with Universal machine translator of arbitrary languages utilizing epistemic moments.
A universal machine language interpreter arbitrary help semantic, or meaningful, arbitrary language translation with zero loss of meaning of the source language translation target language, that loss is typical before a man and machine translation. The universal machine translators covers the whole universe changes himself, and make way for the recognition of high-level grammar construction in a source language word stream, build a grammatical model world the source language syntax high-level meeting stream, decomposing source and target language into the universal moments of meaning, or epistemic time, the interpretation of epistemic moment the source and target languages ​​with substantially no loss of meaning, building a grammatical world model of syntax in the target language high-level meeting of streams, optionally adjust the target language syntax to keep a preferred target language grammar, and creating the translated target language words stream. The universal machine translator also covers ways to include arbitrary sensory / motor receptions and transmissions to arbitrary streams meeting, allowing worldwide communications rendered that happen between people and machines.

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Apparatus and methods for selectively stenting a portion of a vessel wall

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The Mark E. Deem, , Timothy W. Malisch patent solves the following problem:

Certain types of vascular abnormalities or disease states, such as aneurysm and vascular dissections, affect only the parts of a vessel. The term disorder, as used here, refers to any injury or disease condition that affects a portion of a vessel wall. An aneurysm, for example, is a place in a vein where the vein wall integrity to be compromised by age, disease or trauma. As a result, the blood pressure in the vein causing a portion of the vein wall to bulge or balloon. The part of the aneurysm attached to the parent undeformed wall vein called the neck, and the bulbous aneurysm pouch called the dome. Dome is much thinner and more fragile than the undeformed parent artery wall, and therefore are more prone to blame.

Our analysis of this patent is as follows:

Mark E. Deem, , Timothy W. Malisch’s patent US 6231597 B1 deals with Apparatus and methods for selectively stenting a portion of a vessel wall.
Methods and tools for the treatment of vascular disorders that gave crooked container containing a stent having at least one end of the region involving a first part of a circumference of a bottle with a region adjacent to a disorder of the shore of the stent, and a mid-region engages in a second part of the circumference of the vessel wall to span the abnormality, the second part of a smaller circumferential area with the first part. The middle region includes a plurality of members that span the abnormality and a lattice that occludes abnormalities. A delivery system also extends to deliver the stent in a vein and orient parents to the mid-region of the stent to span the abnormality.

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Method and apparatus for indentifying, classifying, or quantifying protein sequences in a sample without sequencing

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The Curagen Corporation patent solves the following problem:

Over the past ten years, as the biological and genomic research changes our understanding of the molecular basis of life, it became clearer that the temporal and spatial expression of the gene is responsible for all process life processes occurring in both health and disease. Science progressed from an understanding of how genetic defects cause the traditional recognized inherited disorder, such as thalassemias, to a realization of the importance of the interaction of many genetic defects along with environmental factors in etiology much more complex disorders, such as cancer. In the case of cancer, current scientific evidence showed that the key causative role in the altered expression of many defects of certain basic gene. The other complex diseases that have similar etiology. So the more complete and reliable a correlation can be established between the gene expression and thus the health or disease, the better the disease can be identified, diagnosed and treated.

Our analysis of this patent is as follows:

Curagen Corporation’s patent US 6231812 B1 deals with Method and apparatus for indentifying, classifying, or quantifying protein sequences in a sample without sequencing.
It provides creation methods that biologically derived DNA sequences in a mixed sample or a put a file clone can be determined and classified as no series. The methods make use of presence information to carefully selected target subsequences, often in height from 4 to 8 base pairs, and preferably the length between the target subsequences a file sample DNA with the DNA sequence database containing the list of the order is likely present in the sample to determine a sample. The method using restriction endonucleases to their target subsequences and cut the sample. Then carefully selected recognition moieties are ligated to cut pieces, the fragments amplified, and the experimental observations made. Polymerase chain reaction (PCR) is the method of profit. Another picture of the produce used in the presence or absence of a well-chosen target subsequences one clone with the DNA sequence databases to determine the clone. Computer implemented methods given in the analysis of experimental results and to determine the sample results in question and to carefully choose target subsequences that the experiment will give a maximum amount of information.

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Expandable endoscopic portal and methods therefor

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The Inbae Yoon patent solves the following problem:

The present invention relates to endoscopic portals to establish communication with an internal area of ​​a body cavity and, particularly, to endoscopic portals with expandable cannulas provide a variable volume Lumen or a passage cavity wall and the way to build a passage through a hole in the wall using the endoscopic portals.

Our analysis of this patent is as follows:

Inbae Yoon’s patent US 6228068 B1 deals with Expandable endoscopic portal and methods therefor.
An expandable endoscopic portal for the delivery of a passage in a body cavity wall includes a cannula containing an absorbent member having a distal end for positioning the body cavity, a proximal end for positioning outside the body cavity and a passage between the distal and proximal ends to receive the instrument. The absorbent member has a compressed dry state by introduction through the hole in the wall and an expanded wet conditions when supplied with fluid on the introduction of the distal end of the body cavity. The absorbent member is rigid in the dry state to facilitate passage through the hole in the wall and soft in the wet state. The absorbent member has an initial cross sectional area in the dry state for introduction through an opening in the wall of the hole corresponding to the size of the initial regional cross-grown on. The absorbent member in wet condition has a cross sectional area than the initial cross sectional area to dilate the opening and / or a seal by the thickness -on the pit wall. Instruments of various cross sectional area may be introduced into the body cavity through passage sealing relationship. One way to build a passage in a hole in the wall includes introducing an elongate absorbent member of an opening in the cavity wall of absorbent member in a dry state as the absorbent member extends longitudinally through the hole in the wall and hydrating the absorbent member to put absorbent member in a wet state the cause of the absorbent member to expand radially within the opening.

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Method for quality and reliability assurance testing of integrated circuits using differential Iddq screening in lieu of burn-in

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The Lucent Technologies Inc. patent solves the following problem:

ICS is widely used today in many different applications such as computers, cellular phones and consumer electronics. ICS often fabricated from the disc shaped thin-silicon large number of ICs are formed. A common approach to IC fabrication is to deposit the various layers of materials on the surface of a wafer to form the ICS. The wafers are then cut so that the individual ICs to be separated from one another. The ICS will be packaged and promoted in a burn-in quality assurance test.

Our analysis of this patent is as follows:

Lucent Technologies Inc.’s patent US 6230293 B1 deals with Method for quality and reliability assurance testing of integrated circuits using differential Iddq screening in lieu of burn-in.
A strategy for quality and reliability assurance test a lot of fabricated ICs covering the steps to test the differential IDDQ a sample of ICS in a plurality of different voltages, burning today in a sample of ICS, and then test the functionality of the sample in the ICS. The method of the present invention enables the authenticity of a whole lot of ICS tested to determine an effective screening voltage differential IDDQ testing of ICs, thus eliminating the need for the burn-in and to conduct post burn-in test to all future lots of ICS. The method of the present invention also enables the fabrication facilities and workers to participate in other activities with the trials of ICS.

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Dial operating device

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The Kabushiki Kaisha Tokai Rika Denki Seisakusho patent solves the following problem:

The present invention relates to a dial operation device with a knob dial rotated for operation.

Our analysis of this patent is as follows:

Kabushiki Kaisha Tokai Rika Denki Seisakusho’s patent US 6223610 B1 deals with Dial operating device.
If a leaf spring 22 is rotated po- rotation of a knob dial 18, the leaf spring 22 being pushed and passed in three corners of a cylindrical section 17 a. After that, when the three corners of the cylindrical section 17 a of the leaf spring 22 and the new three surfaces are engaged with the leaf spring 22, rotation of adornment round dial 18 regulated. In this case, the pushing direction of the leaf spring 22 is the same as the direction of the deflection. Therefore, the rotational resistance of the knob dial 18 can be reduced. Therefore, a feeling of the operation knob dial 18 becomes light.

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