mhurhangee/ep-ind-claims huggingface dataset:
A method applied in a location-based services system of utilizing WiFi-enabled devices to monitor WiFi access points in a target area to indicate whether a WiFi access point has moved relative to its previously recorded location, the method comprising the acts of: a) a WiFi-enabled device receiving signals from a plurality of WiFi access points within range of the WiFi-enabled device, the received signals containing information that identifies the WiFi access points; b) the WiFi-enabled device accessing a reference database to obtain information specifying a recorded location for each of the plurality of the identified WiFi access points in the target area present in the reference database; c) the WiFi-enabled device using the recorded location information for each of the plurality of the identified WiFi access points in conjunction with predefined rules to infer whether one or more of the identified WiFi access points have moved relative to their recorded locations, the predefined rules looking to clusters of the identified WiFi access points, a median location of the identified WiFi access points or a prior location of the WiFi-enabled device; and d) the WiFi-enabled device informing the reference database of the identity of the one or more WiFi access points that are inferred to have moved; and e) after removing the one or more identified WiFi access points inferred to have moved, the WiFi-enabled device using remaining WiFi access points to compute a current location of the WiFi-enabled device. a) a WiFi-enabled device receiving signals from a plurality of WiFi access points within range of the WiFi-enabled device, the received signals containing information that identifies the WiFi access points; b) the WiFi-enabled device accessing a reference database to obtain information specifying a recorded location for each of the plurality of the identified WiFi access points in the target area present in the reference database; c) the WiFi-enabled device using the recorded location information for each of the plurality of the identified WiFi access points in conjunction with predefined rules to infer whether one or more of the identified WiFi access points have moved relative to their recorded locations, the predefined rules looking to clusters of the identified WiFi access points, a median location of the identified WiFi access points or a prior location of the WiFi-enabled device; and d) the WiFi-enabled device informing the reference database of the identity of the one or more WiFi access points that are inferred to have moved; and e) after removing the one or more identified WiFi access points inferred to have moved, the WiFi-enabled device using remaining WiFi access points to compute a current location of the WiFi-enabled device.
A method for growing a wheat plant, wherein the plant comprises two mutagenized Triticum AHAS nucleic acids that have different nucleotide sequences, wherein the wheat plant comprises increased resistance to an imidazolinone herbicide as compared to a wild type variety of the plant, wherein the two mutagenized AHAS nucleic acids are selected from: (i) a combination of a polynucleotide comprising SEQ ID NO:1 and a polynucleotide comprising SEQ ID NO:3, (ii) a combination of a polynucleotide comprising SEQ ID NO:1 and a polynucleotide comprising SEQ ID NO:5, (iii) a combination of a Triticum B genome polynucleotide encoding an AHAS protein comprising SEQ ID NO:4 and a polynucleotide encoding an AHAS protein comprising SEQ ID NO:2, and (iv) a combination of a Triticum B genome polynucleotide encoding an AHAS protein comprising SEQ ID NO:6 and a polynucleotide encoding an AHAS protein comprising SEQ ID NO:2; the method further comprising applying an imidazolinone herbicide to the plant and weeds in the vicinity thereof. (i) a combination of a polynucleotide comprising SEQ ID NO:1 and a polynucleotide comprising SEQ ID NO:3, (ii) a combination of a polynucleotide comprising SEQ ID NO:1 and a polynucleotide comprising SEQ ID NO:5, (iii) a combination of a Triticum B genome polynucleotide encoding an AHAS protein comprising SEQ ID NO:4 and a polynucleotide encoding an AHAS protein comprising SEQ ID NO:2, and (iv) a combination of a Triticum B genome polynucleotide encoding an AHAS protein comprising SEQ ID NO:6 and a polynucleotide encoding an AHAS protein comprising SEQ ID NO:2;
A method for wireless communication, comprising: establishing, by a user equipment, UE, via a circuit-switched voice connection, a personal telematics-enhanced emergency call to a public safety answering point, PSAP, wherein the UE is capable of transmitting telematics data; providing information that distinguishes the personal telematics-enhanced emergency call from other types of emergency calls; and transmitting a set of telematics data in-band with the personal telematics-enhanced emergency call to the PSAP. establishing, by a user equipment, UE, via a circuit-switched voice connection, a personal telematics-enhanced emergency call to a public safety answering point, PSAP, wherein the UE is capable of transmitting telematics data; providing information that distinguishes the personal telematics-enhanced emergency call from other types of emergency calls; and transmitting a set of telematics data in-band with the personal telematics-enhanced emergency call to the PSAP.
A sterilization challenge pack, comprising: a base tray including at least one chamber (18, 20) and a peripheral surface; a first cover including a notch and configured to cover the at least one chamber; a second cover arranged over the first cover and attached to the peripheral surface except at an unsealed portion; at least one sterilization indicator (40, 42) contained in the at least one chamber; wherein the only fluid communication between the at least one chamber (18, 20) and an external environment is provided through the unsealed portion and the notch. a base tray including at least one chamber (18, 20) and a peripheral surface; a first cover including a notch and configured to cover the at least one chamber; a second cover arranged over the first cover and attached to the peripheral surface except at an unsealed portion; at least one sterilization indicator (40, 42) contained in the at least one chamber; wherein the only fluid communication between the at least one chamber (18, 20) and an external environment is provided through the unsealed portion and the notch.
A process for the combustion of a liquid in a combustion chamber, wherein the liquid is atomized by means of a rotary atomizer and introduced into a combustion chamber, where it is evaporated and subsequently burnt, wherein the liquid is charged onto the inside of a cup, wherein due to the rotation of the cup a liquid film is formed on its inside, and wherein parts of the liquid film are radially flung off from the cup edge into the combustion chamber, characterized in that liquid sulfur is used as liquid and that the thickness of the liquid film in the cup is controlled by varying the rotational speed of the cup such that a thickness between 200 and 1000 μm is adjusted.
A memory scheduling method, comprising: writing, by a memory controller, a first group of first row strobe commands, ACTs, into a first memory, wherein the first group of first ACTs comprises multiple first ACTs that correspond to the first memory, and a periodic interval exists between two adjacent first ACTs written by the memory controller into the first memory; writing, by the memory controller, operation commands that correspond to the first group of first ACTs into the first memory after writing the first group of first ACTs into the first memory, wherein a periodic interval exists between two adjacent operation commands written by the memory controller into the first memory; writing, by the memory controller, second ACTs into a second memory in periodic intervals for writing the first group of first ACTs into the first memory and/or in periodic intervals for writing the operation commands that correspond to the first group of first ACTs into the first memory, wherein the second ACTs correspond to the second memory; and writing, by the memory controller, operation commands that correspond to the second ACTs into the second memory; wherein: the first memory and the second memory are configured with dual ranks and belong to different ranks of the dual ranks. writing, by a memory controller, a first group of first row strobe commands, ACTs, into a first memory, wherein the first group of first ACTs comprises multiple first ACTs that correspond to the first memory, and a periodic interval exists between two adjacent first ACTs written by the memory controller into the first memory; writing, by the memory controller, operation commands that correspond to the first group of first ACTs into the first memory after writing the first group of first ACTs into the first memory, wherein a periodic interval exists between two adjacent operation commands written by the memory controller into the first memory; writing, by the memory controller, second ACTs into a second memory in periodic intervals for writing the first group of first ACTs into the first memory and/or in periodic intervals for writing the operation commands that correspond to the first group of first ACTs into the first memory, wherein the second ACTs correspond to the second memory; and writing, by the memory controller, operation commands that correspond to the second ACTs into the second memory; wherein: the first memory and the second memory are configured with dual ranks and belong to different ranks of the dual ranks.
A system for optical detection, comprising: a light source configured to generate a beam of light; a monolithic optical element including a light guide having a shaft and a tip, the tip tapering from the shaft to form a beveled end of the light guide, the optical element providing a window opposite the tip, wherein the optical element extends into the beam, such that the tip and at least a portion of the shaft are located inside the beam and the window is located outside the beam, and wherein light of the beam incident on the tip is transmitted longitudinally through the light guide and out the window, while light of the beam incident on the shaft is transmitted transversely through the shaft and remains in the beam downstream of the shaft; and a detector configured to detect light received from the window and create a signal representative of the light detected; wherein the optical element includes a base that supports the light guide and provides the window, wherein the base is wider than the shaft, and wherein the window is a recessed surface region of the base. a light source configured to generate a beam of light; a monolithic optical element including a light guide having a shaft and a tip, the tip tapering from the shaft to form a beveled end of the light guide, the optical element providing a window opposite the tip, wherein the optical element extends into the beam, such that the tip and at least a portion of the shaft are located inside the beam and the window is located outside the beam, and wherein light of the beam incident on the tip is transmitted longitudinally through the light guide and out the window, while light of the beam incident on the shaft is transmitted transversely through the shaft and remains in the beam downstream of the shaft; and a detector configured to detect light received from the window and create a signal representative of the light detected; wherein the optical element includes a base that supports the light guide and provides the window, wherein the base is wider than the shaft, and wherein the window is a recessed surface region of the base.
Method of screening for a neoplasm in a sample obtained from a subject, the method comprising: 1) assaying a methylation state of a marker in a sample obtained from a subject; and 2) identifying the subject as having a neoplasm when the methylation state of the marker is different than a methylation state of the marker assayed in a subject that does not have a neoplasm, wherein a chromosomal region having an annotation of CD1D comprises the marker, wherein the marker comprises a base in a differentially methylated region 27, and wherein the neoplasm is a pancreas neoplasm. 1) assaying a methylation state of a marker in a sample obtained from a subject; and 2) identifying the subject as having a neoplasm when the methylation state of the marker is different than a methylation state of the marker assayed in a subject that does not have a neoplasm,
Method for determining a casein content and a serum protein content in a liquid food such as raw or lightly pasteurised milk, which comprises the successive steps consisting of: a) forming a solution of said liquid food by adding a buffer of predetermined pH, said solution comprising said serum proteins and said caseins, the caseins being in coagulated form in suspension in the solution and the serum proteins are solubilised in the solution; b) stirring the solution in order to form a homogeneous mixture of the serum proteins and caseins; c) acquiring a plurality of front fluorescence spectra of said mixture, said front fluorescence spectra resulting from an excitation of said homogeneous mixture by at least one electromagnetic radiation of given wavelength; d) diluting the mixture by adding a predetermined quantity of water so as to make the mixture transparent and to separate the serum proteins from the caseins; e) acquiring a plurality of right-angle fluorescence spectra of said diluted mixture, said right-angle fluorescence spectra resulting from an excitation of the diluted mixture by at least one electromagnetic radiation of given wavelength; and f) determining the casein content and the serum protein content of the liquid food by applying a multichannel analysis to the front fluorescence spectra and to the right-angle fluorescence spectra. a) forming a solution of said liquid food by adding a buffer of predetermined pH, said solution comprising said serum proteins and said caseins, the caseins being in coagulated form in suspension in the solution and the serum proteins are solubilised in the solution; b) stirring the solution in order to form a homogeneous mixture of the serum proteins and caseins; c) acquiring a plurality of front fluorescence spectra of said mixture, said front fluorescence spectra resulting from an excitation of said homogeneous mixture by at least one electromagnetic radiation of given wavelength; d) diluting the mixture by adding a predetermined quantity of water so as to make the mixture transparent and to separate the serum proteins from the caseins; e) acquiring a plurality of right-angle fluorescence spectra of said diluted mixture, said right-angle fluorescence spectra resulting from an excitation of the diluted mixture by at least one electromagnetic radiation of given wavelength; and f) determining the casein content and the serum protein content of the liquid food by applying a multichannel analysis to the front fluorescence spectra and to the right-angle fluorescence spectra.
A speaker array apparatus comprising: an apparatus housing having an array plane; and a first speaker array (30, 30L, 30R) which includes a plurality of speakers disposed on the array plane of the apparatus housing that is opposite to a listening position, and a second speaker array which includes a plurality of speakers disposed at least in a lateral direction, wherein the speaker array apparatus receives and distributes a sound signal input from an outside to all of or a part of the speakers of the first speaker array (30, 30L, 30R), and outputs the distributed sound signal as a sound beam by controlling an output timing of each sound output from the all or part of the speakers, each speaker of the first speaker array (30, 30L, 30R) has an output direction that makes an elevation angle, the output direction indicating a direction having a highest sound pressure in a sound pressure distribution when the sound is output from the speaker, and each speaker of the first speaker array (30, 30L, 30R) is disposed at a position which is different in the horizontal direction on the array plane, with respect to another speaker positioned immediately above each speaker in the vertical direction of the first speaker array (30, 30L, 30R), such that the speakers of the first speaker array (30, 30L, 30R) are disposed on the array plane in a zigzag arrangement in the vertical direction, characterized in that the elevation angle is an upward angle with respect to the horizontal direction. an apparatus housing having an array plane; and a first speaker array (30, 30L, 30R) which includes a plurality of speakers disposed on the array plane of the apparatus housing that is opposite to a listening position, and a second speaker array which includes a plurality of speakers disposed at least in a lateral direction, wherein the speaker array apparatus receives and distributes a sound signal input from an outside to all of or a part of the speakers of the first speaker array (30, 30L, 30R), and outputs the distributed sound signal as a sound beam by controlling an output timing of each sound output from the all or part of the speakers, each speaker of the first speaker array (30, 30L, 30R) has an output direction that makes an elevation angle, the output direction indicating a direction having a highest sound pressure in a sound pressure distribution when the sound is output from the speaker, and each speaker of the first speaker array (30, 30L, 30R) is disposed at a position which is different in the horizontal direction on the array plane, with respect to another speaker positioned immediately above each speaker in the vertical direction of the first speaker array (30, 30L, 30R), such that the speakers of the first speaker array (30, 30L, 30R) are disposed on the array plane in a zigzag arrangement in the vertical direction, characterized in that the elevation angle is an upward angle with respect to the horizontal direction.
A machine tool for working products of stone or the like materials, comprising: - a support surface extending along a first longitudinal direction for supporting the products being worked; - a plurality of working modules each comprising one toolholder head for performing a respective working phase and defining a corresponding working area of said support surface; - at least one frame designed to support a plurality of toolholder head of adjacent modules; characterized in that said frame comprises at least two pairs of uprights (7, 8) that are longitudinally offset and equispaced, which pairs are joined upwards by a pair of longitudinal beams, a pair of substantially parallel longitudinal guides being anchored to said pair of longitudinal beams and designed to slidably support one first bridge-like structure, wherein said first bridge structure comprises a pair of longitudinally staggered and substantially parallel transverse guides for slidably guiding a second bridge structure lengthwise a second direction substantially perpendicular to the first direction, said second bridge structure having mounted thereon said toolholder heads which are associated to the corresponding working areas. - a support surface extending along a first longitudinal direction for supporting the products being worked; - a plurality of working modules each comprising one toolholder head for performing a respective working phase and defining a corresponding working area of said support surface; - at least one frame designed to support a plurality of toolholder head of adjacent modules;
Load carrier system for a vehicle, having a plurality of clamping feet for fastening to the vehicle, wherein each clamping foot has at least one base body and at least one contact region for contact with a roof railing of the vehicle, wherein at least one clamping bolt is arranged on the base body, characterized in that the clamping bolt is held displaceably on the base body on a first end side, in that by displacement, the position of the first end side, i.e. the bearing point of the first end side, is changed within the base body, and in that a clamping angle is arranged on a second end side of the clamping bolt, and in that the roof railing is bracable between the clamping angle and the contact region.
Device arrangement, - having an electronic device, in particular a tablet computer, having an inner housing, comprising an inner housing floor and an inner housing cover, in which the electronic device is accommodated, wherein the inner housing floor has a first view window, - having an outer housing surrounding at least partially the inner housing, characterised in that - the inner housing is supported by means of a spring/dampening apparatus at the outer housing, - at the electronic device and at the inner housing a window pane made of a transparent material is mounted closing at least partially the first view window, wherein the material of the window pane comprises a glass or is a glass, - between the window pane and the display of the electronic device is formed an interspace which is filled with a transparent adhesive. - having an electronic device, in particular a tablet computer, having an inner housing, comprising an inner housing floor and an inner housing cover, in which the electronic device is accommodated, wherein the inner housing floor has a first view window, - having an outer housing surrounding at least partially the inner housing, - the inner housing is supported by means of a spring/dampening apparatus at the outer housing, - at the electronic device and at the inner housing a window pane made of a transparent material is mounted closing at least partially the first view window, wherein the material of the window pane comprises a glass or is a glass, - between the window pane and the display of the electronic device is formed an interspace which is filled with a transparent adhesive.