mhurhangee/ep-ind-claims huggingface dataset:
An Evolved Node-B, eNB(102a-d, 300) for communication with one or more User Equipment, UEs using an unlicensed spectrum and a licensed spectrum, the eNB (102a-d, 300) comprising: transmitter is configured to transmit on a carrier operating in the licensed spectrum, to a UE, one or both of Primary Synchronization Signal, PSS, and Secondary Synchronization Signal, SSS, meant to be transmitted on a carrier operating in the unlicensed spectrum; wherein the carrier operating on the unlicensed spectrum provides a secondary cell associated with the UE and the carrier operating on the licensed spectrum provides a primary cell (401, 501, 701) associated with the UE); wherein the carrier frequencies f1 and f2 of the carrier operating on the unlicensed spectrum and the carrier operating on the licensed spectrum, respectively, are used to transmit signals from the same transmitter as well as being adjacent in frequency band. transmitter is configured to transmit on a carrier operating in the licensed spectrum, to a UE, one or both of Primary Synchronization Signal, PSS, and Secondary Synchronization Signal, SSS, meant to be transmitted on a carrier operating in the unlicensed spectrum; wherein the carrier operating on the unlicensed spectrum provides a secondary cell associated with the UE and the carrier operating on the licensed spectrum provides a primary cell (401, 501, 701) associated with the UE); wherein the carrier frequencies f1 and f2 of the carrier operating on the unlicensed spectrum and the carrier operating on the licensed spectrum, respectively, are used to transmit signals from the same transmitter as well as being adjacent in frequency band.
A computing system, comprising: at least one processor; and memory storing instructions executable by the at least one processor, wherein the instructions, when executed, cause the computing system to: detect a set of processes that authenticate to the computing system using a certificate; generate process/certificate usage data identifying each of the processes in the set of processes and representing historical usage of the certificate by the set of processes to authenticate themselves to the computing system; generate a certificate-specific usage model representing the process/certificate usage data; detect that a given process is attempting to authenticate to the computing system using the certificate; determine whether the attempted authentication is anomalous based on the certificate-specific usage model; if so, generate a certificate usage anomaly signal indicative of the anomalous attempted authentication; and generate an alert control signal to generate a near real time alert based on the certificate usage anomaly signal. at least one processor; and memory storing instructions executable by the at least one processor, wherein the instructions, when executed, cause the computing system to: detect a set of processes that authenticate to the computing system using a certificate; generate process/certificate usage data identifying each of the processes in the set of processes and representing historical usage of the certificate by the set of processes to authenticate themselves to the computing system; generate a certificate-specific usage model representing the process/certificate usage data; detect that a given process is attempting to authenticate to the computing system using the certificate; determine whether the attempted authentication is anomalous based on the certificate-specific usage model; if so, generate a certificate usage anomaly signal indicative of the anomalous attempted authentication; and generate an alert control signal to generate a near real time alert based on the certificate usage anomaly signal. detect a set of processes that authenticate to the computing system using a certificate; generate process/certificate usage data identifying each of the processes in the set of processes and representing historical usage of the certificate by the set of processes to authenticate themselves to the computing system; generate a certificate-specific usage model representing the process/certificate usage data; detect that a given process is attempting to authenticate to the computing system using the certificate; determine whether the attempted authentication is anomalous based on the certificate-specific usage model; if so, generate a certificate usage anomaly signal indicative of the anomalous attempted authentication; and generate an alert control signal to generate a near real time alert based on the certificate usage anomaly signal.
A method of producing a disproportionated chlorosilane, which comprises causing a starting material chlorosilane liquid to flow through a catalyst-packed layer which is packed with a weakly basic anion exchange resin as a disproportionation reaction catalyst to disproportionate it, wherein the step of bringing the disproportionation reaction catalyst contained in the catalyst-packed layer into contact with a processing gas obtained by diluting a chlorosilane with an inert gas before the disproportionation is carried out, and wherein the catalyst-packed layer packed with the disproportionation reaction catalyst which has been brought into contact with the processing gas is cleaned by causing a chlorosilane liquid to flow through the catalyst-packed layer before the starting material chlorosilane liquid is caused to flow for disproportionation.
An emissions treatment system (2, 30) for an exhaust stream of a diesel engine or a lean burn gasoline engine comprising: an ammonia-generating component that is a lean NOx trap catalyst (12, 42) disposed on an upstream carrier that is a flow through monolith; and an SCR catalyst (16,46) disposed downstream of the ammonia-generating component, wherein the SCR catalyst comprises a molecular sieve having the CHA crystal structure; wherein the emission treatment system is characterized by the lean NOx trap catalytic material disposed on an upstream carrier that is a flow through monolith; wherein the LNT catalyst comprises: an undercoat washcoat layer comprising a support material, at least one precious metal, and at least one NOx sorbent selected from the group consisting of oxides of magnesium, calcium, strontium, barium, lanthanum, cerium, praseodymium, neodymium, and combinations thereof wherein the undercoat washcoat layer is on the carrier; and a top washcoat layer comprising a support material, at least one precious metal, and ceria in particulate form, the top washcoat layer being substantially free of alkaline earth components; wherein the molecular sieve is copper SAPO-34, and the molecular sieve is disposed on a downstream carrier. an ammonia-generating component that is a lean NOx trap catalyst (12, 42) disposed on an upstream carrier that is a flow through monolith; and an SCR catalyst (16,46) disposed downstream of the ammonia-generating component, wherein the SCR catalyst comprises a molecular sieve having the CHA crystal structure; wherein the emission treatment system is characterized by the lean NOx trap catalytic material disposed on an upstream carrier that is a flow through monolith; wherein the LNT catalyst comprises: an undercoat washcoat layer comprising a support material, at least one precious metal, and at least one NOx sorbent selected from the group consisting of oxides of magnesium, calcium, strontium, barium, lanthanum, cerium, praseodymium, neodymium, and combinations thereof wherein the undercoat washcoat layer is on the carrier; and a top washcoat layer comprising a support material, at least one precious metal, and ceria in particulate form, the top washcoat layer being substantially free of alkaline earth components;
A method for collecting information pertaining to an audio notification system comprising a plurality of audio devices and a database, wherein each of the plurality of audio devices comprises a loudspeaker and a microphone, the method comprising: sequentially for each of the plurality of audio devices: sequentially emitting, by means of the loudspeaker of a currently emitting audio device, a plurality of audible test sounds with increasing or decreasing audio level; monitoring, by means of microphones of the audio devices in the system, for the audible test sounds; and for each monitoring audio device, if an audible test sound is detected by the monitoring audio device, storing, in the database, information pertaining to an identification of the currently emitting audio device, an audio level of the emitted audible test sound, an identification of the monitoring audio device detecting the audible test sound and an audio level of the detected audible test sound. sequentially for each of the plurality of audio devices: sequentially emitting, by means of the loudspeaker of a currently emitting audio device, a plurality of audible test sounds with increasing or decreasing audio level; monitoring, by means of microphones of the audio devices in the system, for the audible test sounds; and for each monitoring audio device, if an audible test sound is detected by the monitoring audio device, storing, in the database, information pertaining to an identification of the currently emitting audio device, an audio level of the emitted audible test sound, an identification of the monitoring audio device detecting the audible test sound and an audio level of the detected audible test sound. sequentially emitting, by means of the loudspeaker of a currently emitting audio device, a plurality of audible test sounds with increasing or decreasing audio level; monitoring, by means of microphones of the audio devices in the system, for the audible test sounds; and for each monitoring audio device, if an audible test sound is detected by the monitoring audio device, storing, in the database, information pertaining to an identification of the currently emitting audio device, an audio level of the emitted audible test sound, an identification of the monitoring audio device detecting the audible test sound and an audio level of the detected audible test sound.
A water-containing composition having a pH of from 5.7 to 12.8 and comprising ion-crosslinked polyvinyl alcohol microcapsules, wherein the ion for cross-linking is boron, and the composition comprises a fabric care, personal care, or cleaning product, said microcapsules being susceptible to disintegration in the absence of the application of crushing force when dried to release the content of the microcapsule, wherein said microcapsules contain a fragrance component as a core material, and wherein said microcapsules are obtainable by the method comprising the steps of: a) providing an aqueous suspension of polyvinyl alcohol having a solids content within the range of 4 to 25% by weight; b) combining said aqueous suspension of step (a) with at least one emulsifiable fragrance component under sufficient applied shear and for a time sufficient to obtain a stable emulsion of said at least one emulsifiable fragrance component in said aqueous suspension of polyvinyl alcohol; and c) subsequently adding a source of boron ions to said emulsion of step (b) in an amount sufficient to crosslink said polyvinyl alcohol to obtain an aqueous mixture of fragrance-containing microcapsules. a) providing an aqueous suspension of polyvinyl alcohol having a solids content within the range of 4 to 25% by weight; b) combining said aqueous suspension of step (a) with at least one emulsifiable fragrance component under sufficient applied shear and for a time sufficient to obtain a stable emulsion of said at least one emulsifiable fragrance component in said aqueous suspension of polyvinyl alcohol; and c) subsequently adding a source of boron ions to said emulsion of step (b) in an amount sufficient to crosslink said polyvinyl alcohol to obtain an aqueous mixture of fragrance-containing microcapsules.
Use of vitamin B 12, vitamin B 6, folic acid, zinc, selenium, vitamin C, vitamin E, α-lipoic acid, chromium, vitamin B 2, vitamin B 1, niacin, pantothenic acid, vitamin A (retinol equivalent), vitamin D 3 and biotin for production of a composition for treatment and/or prophylaxis of diabetes mellitus, arteriosclerosis, or metabolic syndrome, wherein the composition reduces the levels of glucose, malondialdehyde-modified LDL, homocysteine, and C-reactive protein in the blood, and the composition comprises, per dosage unit, 10±2 μg of vitamin B 12, 5±1 mg of vitamin B 6, 800±160 μg of folic acid, 10±2 mg of zinc, 50±10 μg of selenium, 500±100 mg of vitamin C, 20±4 mg of vitamin E, 30±6 mg of α-lipoic acid, 30±6 μg of chromium, 3±0.6 mg of vitamin B 2, 3±0.6 mg of vitamin B 1, 15±3 mg of niacin, 10±2 mg of pantothenic acid, 300±60 μg of vitamin A (retinol equivalent), 5±1 μg of vitamin D 3, and 50±10 μg of biotin, and has an energy of 46±9.2 kcal.
Use of (1R,2R)-3-(3-dimethylamino-1-ethyl-2-methyl-propyl)phenol in the prepared form or in the form of its physiologically compatible salts, or in the form of its solvates, as a sole active agent for the production of a medicament for treating rheumatoid arthritic pain.
Tire for a two-wheeled motorized vehicle, of the motorcycle type, comprising a tread that is connected by two sidewalls to two beads, each bead comprising a circumferential reinforcing bead wire, said beads being intended 5 to come into contact with a rim on which the tire is intended to be mounted, the tire comprising an indicator system that comprises a plurality of cavities formed on the surface of the tread, each cavity having a maximum depth of less than 1 mm and an average width of less than 3 mm, the cavities being arranged in a plurality of circumferential sets of cavities (6a'; 6b'; 6c') that represent different camber angles of the tire, each circumferential set of cavities (6a; 6b; 6c) comprising a plurality of cavities that are arranged in a circular arc, wherein two adjacent cavities are spaced apart along the circular arc by a circumferential pitch (Pc) of between 1 mm and 10 mm, the various circumferential sets of cavities (6a; 6b; 6c) being arranged in a specific radial pattern, the radial pattern being defined by a radial pitch (Pr) that corresponds to the spacing in the radial direction between the circular arcs of two adjacent circumferential sets of cavities, the radial pitch (Pr) being between 1 mm and 10 mm, characterized in that the cavities of the circumferential sets of cavities (6a; 6b; 6c) have depths and/or average widths that increase with the corresponding positioning of the tire camber angle.
Cutting element holder (1, 1', 1") with a recess (31, 31', 31") designed to accommodate a cutting element (400, 400', 400"), a clamping section (2, 2', 2") designed to clamp the cutting element holder (1, 1', 1") in a tool holder, an internal channel structure (40, 41, 42, 43, 44, 45, 45a, 31', 45', 45a', 45b', 45c', 40a", 40b", 40c", 40d", 40e", 45", 45a", 45b") through which a cooling lubricant can flow, at least one inlet opening (25, 100, 100', 25", 100") for the entry of the cooling lubricant into the channel structure (40, 41, 42, 43, 44, 45, 45a, 31', 45', 45a', 45b', 45c', 40a", 40b", 40c", 40d", 40e", 45", 45a", 45b"), and at least one outlet opening (39a, 39b, 39c, 39', 39") for the exit of the cooling lubricant from the channel structure (40, 41, 42, 43, 44, 45, 45a, 31', 45', 45a', 45b', 45c', 40a", 40b", 40c", 40d", 40e", 45", 45a", 45b"), wherein at least in a first channel (40, 45a, 45', 45a", 40a") of the channel structure (40, 41, 42, 43, 44, 45, 45a, 31', 45', 45a', 45b', 45c', 40a", 40b", 40c", 40d", 40e", 45", 45a", 45b") a filter element (4, 4') with a filter structure (500, 500') for blocking the transport of solid particles carried by the cooling lubricant is arranged, characterized in that the filter element (4, 4') is designed as a container for storing the solid particles blocked during transport, wherein the filter element (4, 4') has an interior space (501, 501') for accommodating the solid particles blocked during transport and a removal opening (503, 503a, 503b, 503') for removing the solid particles blocked during transport from the interior space (501, 501'), wherein the filter element (4, 4') is arranged such that the cooling lubricant, when flowing from the inlet opening (25, 100, 100', 25", 100") to the outlet opening (39a, 39b, 39c, 39', 39"), enters the interior space through the removal opening (503, 503a, 503b, 503'), wherein a filter peripheral wall (500c, 500c') that circumferentially surrounds the interior space (501, 501') is formed by the filter structure (500, 500').
A method for including information in a message body of a message sent between an originating communication terminal and a destination comprising the steps of: - determining if the message body comprises a first predetermined code at the beginning of the message body indicating that the message body includes one or more second predetermined codes, each of the second predetermined codes consisting of one or more symbols and specifying information to be inserted in the message body; - if the message body comprises the first predetermined code, intercepting the message; - retrieving the information specified by each of the one or more second predetermined codes; and - inserting the information in the message body. - determining if the message body comprises a first predetermined code at the beginning of the message body indicating that the message body includes one or more second predetermined codes, each of the second predetermined codes consisting of one or more symbols and specifying information to be inserted in the message body; - if the message body comprises the first predetermined code, intercepting the message; - retrieving the information specified by each of the one or more second predetermined codes; and - inserting the information in the message body.
A Nondispersive Infrared (NDIR) gas sensor comprising: a support in the form of a printed circuit board assembly (PCBA); an optical detector on the support; and an optical bench assembly mounted to the PCBA arranged over the optical detector, the optical bench assembly having: a base portion enclosing the optical detector on the PCBA; a middle portion with at least one opening and a central space whereby gas enters through the at least one opening; and a top portion an optical source arranged at the top portion of the optical bench assembly, wherein optical radiation is directed from the optical source through the central space to the optical detector; a window arranged in the optical bench assembly and positioned over the optical detector; and a heating element operably connected to the window, wherein the central space is defined between the optical source and the window and wherein the window is between the optical detector and the central space, and wherein the window is sized to fit over and fully cover the optical detector. a support in the form of a printed circuit board assembly (PCBA); an optical detector on the support; and an optical bench assembly mounted to the PCBA arranged over the optical detector, the optical bench assembly having: a base portion enclosing the optical detector on the PCBA; a middle portion with at least one opening and a central space whereby gas enters through the at least one opening; and a top portion an optical source arranged at the top portion of the optical bench assembly, wherein optical radiation is directed from the optical source through the central space to the optical detector; a window arranged in the optical bench assembly and positioned over the optical detector; and a heating element operably connected to the window, wherein the central space is defined between the optical source and the window and wherein the window is between the optical detector and the central space, and wherein the window is sized to fit over and fully cover the optical detector. a base portion enclosing the optical detector on the PCBA; a middle portion with at least one opening and a central space whereby gas enters through the at least one opening; and a top portion an optical source arranged at the top portion of the optical bench assembly, wherein optical radiation is directed from the optical source through the central space to the optical detector; a window arranged in the optical bench assembly and positioned over the optical detector; and a heating element operably connected to the window, wherein the central space is defined between the optical source and the window and wherein the window is between the optical detector and the central space, and wherein the window is sized to fit over and fully cover the optical detector.
Method for determining the geometry of one or more, real, examined defects in a metallic, more particularly magnetizable object, in particular a pipe or a tank, by means of at least two reference datasets of the object generated on the basis of different, non-destructive measurement methods, wherein the object is at least partially represented on or by an at least two-dimensional, preferably three-dimensional, object mesh on a computer unit, wherein an initial defect geometry is generated, in particular on the object mesh or on an at least two-dimensional defect mesh, by inverting at least parts of the reference datasets, in particular by way of at least one neural network trained for this task, wherein a respective prediction dataset for the non-destructive measurement methods used during the creation of the reference datasets is calculated on the basis of the initial defect geometry by way of a simulation routine, wherein a comparison is carried out between at least parts of the prediction datasets and at least parts of the reference datasets, and wherein, on the basis of at least one accuracy measure, the method for determining the geometry of the defect is terminated or an iterative adjustment of the initial defect geometry to the geometry of the real defect(s) is implemented.
Pumping unit for an inhalation device for medically active liquids for generation of an aerosol, wherein the pumping unit comprises a tubular member, a check valve, and a counter piece, said counter piece being configured to receive at least a downstream segment of said tubular member and having an interior volume, wherein upstream of said tubular member, a reservoir can be fluidically connected with said tubular member, and downstream of said counter piece, a nozzle unit can be fluidically connected with said counter piece, and wherein the tubular member comprises an upstream section, a downstream section, and the check valve which is positioned between the upstream section and the downstream section, such that a pumping chamber with a pumping chamber volume is defined which comprises the volume of the downstream section of the tubular member and optionally said interior volume of the counter piece, and wherein tubular member and the counter piece can move relatively to one another, such that the pumping chamber volume is variable, wherein the tubular member comprises at least two mechanically distinct parts (1A, 1B), wherein a first part provides said upstream section, and a second part provides said downstream section, and wherein the first part and the second part are connected to each other such as to form an interface section serving as a valve chamber for the valve, and characterised in that the counter piece comprises a riser pipe which extends towards the second part of the tubular member and which is at least partially insertable into the second part of the tubular member.