mhurhangee/ep-ind-claims huggingface dataset:
A fleet management system for automating security features of one or more vehicles in a fleet, said system comprising: a telematics device disposed within a vehicle, said telematics device comprising (a) an input interface for collecting vehicle sensor data from one or more sensors that are disposed within the vehicle, (b) an interface for communicating with a switching mechanism disposed within the vehicle, wherein the switching mechanism is configured for automatically (i) locking or unlocking doors of the vehicle and (ii) stopping or preventing the vehicle's engine from running, and (c) a first data radio for wirelessly transmitting said vehicle sensor data; and a portable data acquisition device comprising (a) a second data radio for receiving said vehicle sensor data from said first data radio of said telematics device, (b) a memory for storing said vehicle sensor data, and (c) a data acquisition processor, wherein said portable data acquisition device is configured to communicate wirelessly via the second data radio with the first data radio of the telematics device while said portable data acquisition device is within a geographical range of the telematics device; and wherein, in response to the portable data acquisition device moving outside of the geographical range for more than a particular time period, the telematics device is configured to transmit a signal through the interface to the switching mechanism to prevent or stop the vehicle's engine from running. a telematics device disposed within a vehicle, said telematics device comprising (a) an input interface for collecting vehicle sensor data from one or more sensors that are disposed within the vehicle, (b) an interface for communicating with a switching mechanism disposed within the vehicle, wherein the switching mechanism is configured for automatically (i) locking or unlocking doors of the vehicle and (ii) stopping or preventing the vehicle's engine from running, and (c) a first data radio for wirelessly transmitting said vehicle sensor data; and a portable data acquisition device comprising (a) a second data radio for receiving said vehicle sensor data from said first data radio of said telematics device, (b) a memory for storing said vehicle sensor data, and (c) a data acquisition processor, wherein said portable data acquisition device is configured to communicate wirelessly via the second data radio with the first data radio of the telematics device while said portable data acquisition device is within a geographical range of the telematics device; and wherein, in response to the portable data acquisition device moving outside of the geographical range for more than a particular time period, the telematics device is configured to transmit a signal through the interface to the switching mechanism to prevent or stop the vehicle's engine from running.
Acoustic treatment device for the internal structure of a primary ejection duct of a turbojet nacelle, the structure comprising an upstream zone and a downstream zone relative to an airflow direction in the primary ejection duct, the upstream zone having a perforated outside wall to allow acoustic waves to enter and the downstream zone having a solid outside wall, the upstream and downstream zones being located on each side of a separating wall with a first face on the side of the upstream zone and a second face on the side of the downstream zone, characterised in that the separating wall is a microporous wall full of holes and in that a honeycomb structure to attenuate high frequency acoustic waves covers the second face of the separating wall in the downstream zone.
A picture decoding method supporting a plurality of layers, the method comprising: receiving and parsing layer-dependency information on whether or not a layer of two layers is a reference layer of other layer of the two layers in an entire bit stream; in a case where inter-layer prediction is used for decoding a current picture in a current layer, receiving and parsing layer information specifying a layer of a picture that may be referenced by the current picture among reference layers that are derived by the layer-dependency information; and decoding the current picture based on the layer information, wherein the decoding the current picture based on the layer information comprises generating a predicted block of a current block included in the current picture by performing the inter-layer prediction based on the layer information. receiving and parsing layer-dependency information on whether or not a layer of two layers is a reference layer of other layer of the two layers in an entire bit stream; in a case where inter-layer prediction is used for decoding a current picture in a current layer, receiving and parsing layer information specifying a layer of a picture that may be referenced by the current picture among reference layers that are derived by the layer-dependency information; and decoding the current picture based on the layer information, wherein the decoding the current picture based on the layer information comprises generating a predicted block of a current block included in the current picture by performing the inter-layer prediction based on the layer information.
An oligonucleotide probe comprising: one or more modified internal residues conjugated to a redox moiety; and a 3' blocking group to prevent polymerase extension, wherein the modified residue is a dR-O- n nucleotide that lacks a base and has a sugar with a carbon at a 1' position, and wherein the carbon at the 1' position is covalently linked through an oxygen atom to a carbon atom of a linker containing n carbon atoms, in which the linker is conjugated to the redox moiety, and wherein the oligonucleotide probe is cleavable by a nuclease selected from the group consisting of AP endonuclease, DNA glycosylase/lyase and DNA glycosylase at the non-complementary or modified residue when hybridized to a complementary nucleic acid sequence. one or more modified internal residues conjugated to a redox moiety; and a 3' blocking group to prevent polymerase extension, wherein the modified residue is a dR-O- n nucleotide that lacks a base and has a sugar with a carbon at a 1' position, and wherein the carbon at the 1' position is covalently linked through an oxygen atom to a carbon atom of a linker containing n carbon atoms, in which the linker is conjugated to the redox moiety, and wherein the oligonucleotide probe is cleavable by a nuclease selected from the group consisting of AP endonuclease, DNA glycosylase/lyase and DNA glycosylase at the non-complementary or modified residue when hybridized to a complementary nucleic acid sequence.
A method for preparing a gadolinium complex wherein the gadolinium complex has a structure represented by following formula 1, the method comprising: dissolving pullulan and DTPA in an organic solvent and allowing the solution to react so as to form an ester bond between the hydroxyl group of pullulan and DTPA, thereby preparing a pullulan-DTPA conjugate; and mixing an aqueous solution of the pullulan-DTPA conjugate with an aqueous solution of gadolinium and adjusting the mixed solution to a pH of 5-7, thereby forming a gadolinium complex; and wherein the forming of the gadolinium complex comprises adjusting the pH of the solution to 5-7 and maintaining the solution at that pH for 24 hours or more. (wherein n is an integer ranging from 1 to 1030) dissolving pullulan and DTPA in an organic solvent and allowing the solution to react so as to form an ester bond between the hydroxyl group of pullulan and DTPA, thereby preparing a pullulan-DTPA conjugate; and mixing an aqueous solution of the pullulan-DTPA conjugate with an aqueous solution of gadolinium and adjusting the mixed solution to a pH of 5-7, thereby forming a gadolinium complex; and wherein the forming of the gadolinium complex comprises adjusting the pH of the solution to 5-7 and maintaining the solution at that pH for 24 hours or more. (wherein n is an integer ranging from 1 to 1030)
A cover for a liquid container for a spray gun, in which the cover comprises a tubular connecting spout for a disengageable connection with a spray gun and is made from a plastic material and in which the cover includes a filter, characterized in that a filter medium is attached and embedded at the cover at attachment positions in a master formed plastic material of the cover or is provided as in integral component in one piece with the cover.
Contacting device for a cable bushing, which is used in electrical devices, such as control cabinets, for the passage of cables, in particular shielded cables, with a wall provided with a wall opening and metal diverter elements which are electrical Conductively connected or connectable on the one hand to the cable shield of at least one cable passed through the wall opening and on the other hand via at least one fastening device, which is design as a metallic comb, in which the diverter elements that are pointing wire-like into the wall opening are fixe das comb fingers, to the wall and preferably ground potential of the electrical device, characterized in that the fastening device comprises a clamping device in which the diverter elements are clamped, or that the diverter elements by a soldered connection or a Welded connection are connected to the fastening device and that the length of the diverter elements is selected such that the wall opening is closed and that two fastening devices are provided which are arranged on opposite sides of the wall opening in such a way that the diverter elements held by each fastening device are aligned with each other and that the diverter elements of the two fastening devices overlap.
A permanent magnet device for creating a homogeneous magnetic field to generate a homogeneous magnetic field component Bz along an axis Oz in a spherical zone of interest ZI of centre O and radius r, the device comprising at least one first main annular ring (1; 101; 201) in magnetic material with radial magnetization oriented in a first direction, having said axis Oz, a first inner radius, a first outer radius and extending around an opening (24; 124; 224) giving access to said zone of interest ZI, a second main annular ring (2; 102; 202) in magnetic material with radial magnetization oriented in said first direction, having said axis Oz, a second inner radius, a second outer radius and offset along said axis Oz from said first ring (1; 101; 201) and said zone of interest ZI, the second inner radius and the second outer radius of the second main ring (2; 102; 202) respectively being smaller than the first inner radius and the first outer radius of the first main ring (1; 101; 201), and a cylindrical corrector assembly (10; 110; 210) of axis Oz arranged between the first main ring (1; 101; 201) and the zone of interest ZI and between the second main ring (2; 102; 202) and the zone of interest ZI and comprising - starting from the vicinity of said opening (24; 124; 224) - at least one first supplementary annular ring (4; 104; 204) in magnetic material with radial magnetization oriented in an opposite direction to said first direction, and at least one second supplementary annular ring (5; 105; 205) in magnetic material with radial magnetization oriented in said first direction, and such that the superimposed supplementary rings (4 to 9; 104 to 106; 204 to 209, 211) forming said cylindrical corrector assembly (10; 110; 210) have the same inner radius and the same outer radius, said device being characterized in that said same inner radius of the superimposed supplementary rings (4 to 9; 104 to 106; 204 to 209, 211) is equal to the second inner radius of the second main annular ring (2; 102; 202) and in that the same outer radius of said superimposed supplementary rings (4 to 9; 104 to 106; 204 to 209, 211) is smaller than the first inner radius of the first main annular ring (1; 101; 201).
A method for recovering a metal from a liquid sample, the method comprising the steps of: preparing a first mixture of a first chelating agent and the liquid sample whereby to form a first complex between the first chelating agent and the metal, the first mixture having a pH condition in which the first complex is undissolved; recovering the undissolved first complex from the first mixture; preparing a second mixture of the undissolved first complex and an aqueous solution of a second chelating agent whereby to dissociate the metal from the first complex and form a second complex between the metal derived from the first complex and the second chelating agent, the aqueous solution of the second chelating agent having a pH condition where the first chelating agent is insoluble therein, and the second mixture having a pH condition in which the first chelating agent and the first complex are undissolved and in which the second complex is dissolved; and recovering the metal by recovering from the second mixture a liquid fraction containing the second complex dissolved therein. preparing a first mixture of a first chelating agent and the liquid sample whereby to form a first complex between the first chelating agent and the metal, the first mixture having a pH condition in which the first complex is undissolved; recovering the undissolved first complex from the first mixture; preparing a second mixture of the undissolved first complex and an aqueous solution of a second chelating agent whereby to dissociate the metal from the first complex and form a second complex between the metal derived from the first complex and the second chelating agent, the aqueous solution of the second chelating agent having a pH condition where the first chelating agent is insoluble therein, and the second mixture having a pH condition in which the first chelating agent and the first complex are undissolved and in which the second complex is dissolved; and recovering the metal by recovering from the second mixture a liquid fraction containing the second complex dissolved therein.
A random access method applied for a User Equipment, UE, comprising: acquiring a plurality of candidate Random Access Channel, RACH, resources; selecting a target RACH resource from the plurality of candidate RACH resources, the plurality of candidate RACH resources comprising at least two types of RACH resources selected from the following types: common RACH resource, dedicated RACH resource and additional RACH resource; and initiating a random access process through the target RACH resource; wherein the selecting the target RACH resource from the plurality of candidate RACH resources comprises: determining a contention-free RACH resource in the candidate RACH resources associated with SS blocks and/or CSI-RSs whose signal quality is greater than a first threshold as the target RACH resource; wherein the initiating the random access process through the target RACH resource comprises transmitting the preamble codes for the random access process to the network device through the target RACH resource; wherein subsequent to transmitting the preamble codes for the random access process to the network device through the target RACH resource, the random access method further comprises monitoring an RAR on SS block and/or CSI-RS resource associated with the target RACH resource. acquiring a plurality of candidate Random Access Channel, RACH, resources; selecting a target RACH resource from the plurality of candidate RACH resources, the plurality of candidate RACH resources comprising at least two types of RACH resources selected from the following types: common RACH resource, dedicated RACH resource and additional RACH resource; and initiating a random access process through the target RACH resource; wherein the selecting the target RACH resource from the plurality of candidate RACH resources comprises: determining a contention-free RACH resource in the candidate RACH resources associated with SS blocks and/or CSI-RSs whose signal quality is greater than a first threshold as the target RACH resource; wherein the initiating the random access process through the target RACH resource comprises transmitting the preamble codes for the random access process to the network device through the target RACH resource; wherein subsequent to transmitting the preamble codes for the random access process to the network device through the target RACH resource, the random access method further comprises monitoring an RAR on SS block and/or CSI-RS resource associated with the target RACH resource.
A device for generating a sterilizing gas comprising: a methanol gas generation section for vaporizing methanol to generate a methanol gas; a tubular section arranged on top of the methanol gas generation section, the tubular section is partitioned by a punching plate into an upper tubular portion and a lower tubular portion an air supply unit connected to the upper portion; the tubular section is configured to provide a flow path for upwardly directing the methanol gas generated by the methanol gas generation section by natural convection, wherein the tubular section is configured to also operate to mix the methanol gas with a predetermined proportion of air supplied from the air supply unit; and a catalyst section arranged on top of the upper portion of the tubular section for turning the methanol gas mixed with the air at the predetermined proportion in the tubular section into radicals by a catalyzed reaction; wherein the catalyst section is formed by stacking a plurality of turn-into-radical reaction catalyst layers each of which has been obtained on forming a thin metal sheet to a honeycomb structure. a methanol gas generation section for vaporizing methanol to generate a methanol gas; a tubular section arranged on top of the methanol gas generation section, the tubular section is partitioned by a punching plate into an upper tubular portion and a lower tubular portion an air supply unit connected to the upper portion; the tubular section is configured to provide a flow path for upwardly directing the methanol gas generated by the methanol gas generation section by natural convection, wherein the tubular section is configured to also operate to mix the methanol gas with a predetermined proportion of air supplied from the air supply unit; and a catalyst section arranged on top of the upper portion of the tubular section for turning the methanol gas mixed with the air at the predetermined proportion in the tubular section into radicals by a catalyzed reaction; wherein the catalyst section is formed by stacking a plurality of turn-into-radical reaction catalyst layers each of which has been obtained on forming a thin metal sheet to a honeycomb structure.
Method for coating substrates by means of a reactive plasma-assisted HiPIMS sputtering process, wherein first the reactive gas consumption is determined as a function of a coating parameter and for coating the coating parameters are selected in such a way that the coating takes place in a transition mode, characterized in that: • the reactive gas consumption is regulated by setting said coating parameter, wherein said coating parameter is the reactive gas partial pressure, • in order to work in the transition mode the reactive gas partial pressure is set in a range the lower limit of which leads to the maximum reactive gas consumption and the upper limit of which leads to 70% of the maximum reactive gas consumption, wherein: • the HiPIMS process is carried out by using at least two targets made of different materials, and • the working point for the respective target material is adjusted separately over the pulse duration. • the reactive gas consumption is regulated by setting said coating parameter, wherein said coating parameter is the reactive gas partial pressure, • in order to work in the transition mode the reactive gas partial pressure is set in a range the lower limit of which leads to the maximum reactive gas consumption and the upper limit of which leads to 70% of the maximum reactive gas consumption, • the HiPIMS process is carried out by using at least two targets made of different materials, and • the working point for the respective target material is adjusted separately over the pulse duration.
A forged manganese alloy sputtering target for forming an antiferromagnetic film, characterised in that the target is composed of at least one element selected from Ni, Pd, Pt, Rh, Ir, Au, Ru, Os, Cr and Re, with the remnant Mn content being 10 to 98at%, wherein: the oxygen content of the target is 1000ppm or less; the sulfur content of the target is 200ppm or less; the target has a single phase equiaxed grain structure with the crystal grain diameter being 500μm or less; and the target is provided with a forged texture. the oxygen content of the target is 1000ppm or less; the sulfur content of the target is 200ppm or less; the target has a single phase equiaxed grain structure with the crystal grain diameter being 500μm or less; and the target is provided with a forged texture.
An apparatus for storing and/or shipping at least one shaped charge, comprising: a shielding assembly comprising at least one shielding panel comprising a body and at least one aperture formed therein, characterized in that the body is formed from a metal foam and is configured for receiving the at least one shaped charge therein, and the shielding assembly is adapted and configured to trap and absorb shrapnel and shock wave impulses in the event of detonation of the at least one shaped charge.