mhurhangee/ep-ind-claims huggingface dataset:
A miter saw comprising: a base; a turntable pivotably coupled to the base about a miter axis (Al); and a miter angle detent assembly including an actuator, characterised in that the miter angle detent assembly further includes a bi-stable cam mechanism that is operable to lock the turntable relative to the base at a desired miter angle by depressing the actuator a first instance, and that is operable to permit relative movement between the turntable and the base about the miter axis by depressing the actuator a second instance. a base; a turntable pivotably coupled to the base about a miter axis (Al); and a miter angle detent assembly including an actuator, characterised in that the miter angle detent assembly further includes a bi-stable cam mechanism that is operable to lock the turntable relative to the base at a desired miter angle by depressing the actuator a first instance, and that is operable to permit relative movement between the turntable and the base about the miter axis by depressing the actuator a second instance. an actuator, characterised in that the miter angle detent assembly further includes a bi-stable cam mechanism that is operable to lock the turntable relative to the base at a desired miter angle by depressing the actuator a first instance, and that is operable to permit relative movement between the turntable and the base about the miter axis by depressing the actuator a second instance.
A powertrain comprising: a reservoir, configured to store coolant; a first drive motor, wherein the first drive motor comprises a first stator and a first rotor; a second drive motor, wherein the second drive motor comprises a second stator and a second rotor; a first pump and a second pump, wherein an inlet of the first pump is connected to the reservoir, and an inlet of the second pump is connected to the reservoir; a heat exchanger, wherein the heat exchanger is connected to the first pump; and a first flow path, wherein the first flow path is connected to an outlet of the first pump, and the first flow path is used to supply the coolant to the first stator and the second stator through the heat exchanger; and characterised by a second flow path, wherein the second flow path is connected to an outlet of the second pump, and the second flow path is used to supply the coolant to the first rotor and the second rotor. a reservoir, configured to store coolant; a first drive motor, wherein the first drive motor comprises a first stator and a first rotor; a second drive motor, wherein the second drive motor comprises a second stator and a second rotor; a first pump and a second pump, wherein an inlet of the first pump is connected to the reservoir, and an inlet of the second pump is connected to the reservoir; a heat exchanger, wherein the heat exchanger is connected to the first pump; and a first flow path, wherein the first flow path is connected to an outlet of the first pump, and the first flow path is used to supply the coolant to the first stator and the second stator through the heat exchanger; and characterised by a second flow path, wherein the second flow path is connected to an outlet of the second pump, and the second flow path is used to supply the coolant to the first rotor and the second rotor.
A method for wireless communications by a wireless device, comprising: assigning a continuous set of numbers to a plurality of communication resources of a communication channel in order by frequency, the communication channel comprising a plurality of frequency resources and a plurality of time resources, wherein the plurality of communication resources are discontinuous in frequency and assigned to frequency resources associated with indices that are discontinuous, wherein a first communication resource of the plurality of communication resources is separated in frequency by one or more communication resources from a second communication resource of the plurality of communication resources, wherein the first communication resource is assigned a first index, the second communication resource is assigned a second index, and the first index and second index are discontinuous, and the first communication resource is assigned a first number of the set of numbers, the second communication resource is assigned a second number of the set of numbers, and the first number and second number are continuous; mapping uplink control information to the plurality of communication resources based on the continuous set of numbers assigned to the plurality of communication resources; and one of transmitting or receiving the uplink control information in the plurality of communication resources based on the mapping. assigning a continuous set of numbers to a plurality of communication resources of a communication channel in order by frequency, the communication channel comprising a plurality of frequency resources and a plurality of time resources, wherein the plurality of communication resources are discontinuous in frequency and assigned to frequency resources associated with indices that are discontinuous, wherein a first communication resource of the plurality of communication resources is separated in frequency by one or more communication resources from a second communication resource of the plurality of communication resources, wherein the first communication resource is assigned a first index, the second communication resource is assigned a second index, and the first index and second index are discontinuous, and the first communication resource is assigned a first number of the set of numbers, the second communication resource is assigned a second number of the set of numbers, and the first number and second number are continuous; mapping uplink control information to the plurality of communication resources based on the continuous set of numbers assigned to the plurality of communication resources; and one of transmitting or receiving the uplink control information in the plurality of communication resources based on the mapping.
An optical connector (1, 1A, 1B) which houses and holds a fusion spliced portion where a short optical fiber fitted to an optical connector ferrule (7, 85) is fusion-spliced with a coated optical fiber, wherein one end of a protection sleeve (15, 87) which reinforces said fusion spliced portion is coupled to said optical connector ferrule, characterized in that the protection sleeve comprising a thermal shrinkable tube; and a core rod and adhesive tube which pass through the thermal shrinkable tube; the thermal shrinkable tube being in close contact with the core rod and the thermal shrinkable tube fixing the coated optical fiber and the short optical fiber to the core rod.
A user equipment, UE, apparatus comprising means for: - obtaining a resource configuration for a control channel carrying control data, - obtaining information indicating a transmission period for a repeated transmission of said control data on said control channel; - obtaining a transmission configuration data defining one or more transmission states for said resource configuration; - obtaining monitoring information indicating one or more monitoring occasions associated with said resource configuration; and - monitoring (206 - 211) said control channel for control data on said monitoring occasions by using a mapping scheme between at least one of said one or more transmission states and said monitoring occasions within said transmission period. - obtaining a resource configuration for a control channel carrying control data, - obtaining information indicating a transmission period for a repeated transmission of said control data on said control channel; - obtaining a transmission configuration data defining one or more transmission states for said resource configuration; - obtaining monitoring information indicating one or more monitoring occasions associated with said resource configuration; and - monitoring (206 - 211) said control channel for control data on said monitoring occasions by using a mapping scheme between at least one of said one or more transmission states and said monitoring occasions within said transmission period.
A process for producing olefins, the process comprising: (a) catalytically cracking a hydrocarbons stream comprising C 5 and C 6 hydrocarbons under conditions sufficient to form a cracked hydrocarbons stream comprising C 5 + gasoline hydrocarbons, and gaseous C 1 to C 4 hydrocarbons; (b) fractionating the first stream to produce at least a first stream comprising C 5 + gasoline hydrocarbons, and a gaseous stream comprising the C 1 to C 4 hydrocarbons and residual C 5 + hydrocarbons; (c) separating the gaseous stream into a gaseous C 1-2 hydrocarbon steam, a gaseous mixed C 4 hydrocarbons stream comprising n -butene and iso- butene, a gaseous C 3 hydrocarbons stream, and a C 5 + gasoline hydrocarbons stream; (d) contacting the mixed C 4 gaseous stream with a metathesis catalyst under conditions sufficient to produce a second gaseous stream comprising methane, ethylene and propylene, and a product stream comprising C 5 + gasoline hydrocarbons; and (e) mixing the step (d) second gaseous stream with the gaseous stream which is separated in step (c). (a) catalytically cracking a hydrocarbons stream comprising C 5 and C 6 hydrocarbons under conditions sufficient to form a cracked hydrocarbons stream comprising C 5 + gasoline hydrocarbons, and gaseous C 1 to C 4 hydrocarbons; (b) fractionating the first stream to produce at least a first stream comprising C 5 + gasoline hydrocarbons, and a gaseous stream comprising the C 1 to C 4 hydrocarbons and residual C 5 + hydrocarbons; (c) separating the gaseous stream into a gaseous C 1-2 hydrocarbon steam, a gaseous mixed C 4 hydrocarbons stream comprising n -butene and iso- butene, a gaseous C 3 hydrocarbons stream, and a C 5 + gasoline hydrocarbons stream; (d) contacting the mixed C 4 gaseous stream with a metathesis catalyst under conditions sufficient to produce a second gaseous stream comprising methane, ethylene and propylene, and a product stream comprising C 5 + gasoline hydrocarbons; and (e) mixing the step (d) second gaseous stream with the gaseous stream which is separated in step (c).
A roller assembly for a diesel engine used in a high mileage vehicle, the roller assembly comprising: a roller having an exterior roller surface and an interior surface that defines a bore extending therethrough; a pin positioned in the bore and defining an exterior pin surface; and a plurality of rolling elements positioned between the exterior pin surface and the interior surface of the roller, each of the plurality of rolling elements rollingly engages the exterior pin surface and the interior surface of the roller; the roller assembly defines a clearance of between about 0.01 mm to about 0.03 mm between the rolling elements, the exterior pin surface and the interior surface; wherein the pin is manufactured from one of M50 VIM-VAR per AMS 6491 with a nitriding surface treatment, SAE 52100 per AMS 6440 with a carbonitriding surface hardening, or SAE 52100 per AMS 6440 induction hardened with a carbonitriding surface hardening; the roller is manufactured from SAE 52100 per AMS 6440; and the rolling elements are manufactured from SAE 52100 per AMS 6440 with carbonitriding surface hardening. a roller having an exterior roller surface and an interior surface that defines a bore extending therethrough; a pin positioned in the bore and defining an exterior pin surface; and a plurality of rolling elements positioned between the exterior pin surface and the interior surface of the roller, each of the plurality of rolling elements rollingly engages the exterior pin surface and the interior surface of the roller; the roller assembly defines a clearance of between about 0.01 mm to about 0.03 mm between the rolling elements, the exterior pin surface and the interior surface; wherein the pin is manufactured from one of M50 VIM-VAR per AMS 6491 with a nitriding surface treatment, SAE 52100 per AMS 6440 with a carbonitriding surface hardening, or SAE 52100 per AMS 6440 induction hardened with a carbonitriding surface hardening; the roller is manufactured from SAE 52100 per AMS 6440; and the rolling elements are manufactured from SAE 52100 per AMS 6440 with carbonitriding surface hardening.
A glycopeptide compound or pharmaceutically acceptable salt thereof of Formula, wherein: R1 is H or a mono-substituted benzyl substituted by halogen; R2 is H; R3 is H or n-decyl; and NR4R5 is morpholino. R1 is H or a mono-substituted benzyl substituted by halogen; R2 is H; R3 is H or n-decyl; and NR4R5 is morpholino.
Concrete pump comprising a first chassis equipped with a hopper intended to receive the concrete, feet for stabilizing the concrete pump and a turret carrying an articulated boom including a plurality of arms, the articulated boom carrying at least one pipe intended to convey the concrete between the hopper and a concrete delivery location, characterized in that the concrete pump is equipped with a first device for detecting cavities in the ground, a second device for detecting an inclination of at least one arm with respect to a vertical axis, a third device for detecting a deployment of the feet, a fourth device for detecting the trim of the concrete pump and a rotation sensor equipping the turret.
An emulsion preparation device provided with a filter part, wherein: the filter part is constructed from a first and a second mesh part and fibers; the fibers are loaded into a space between the first mesh part and the second mesh part so as to constitute a fiber aggregate; the first mesh part and the second mesh part are disks; characterized in that the mesh parts include a large number of through holes of arc shape arranged uniformly in a concentric manner, and all the through holes have the same area as each other within an error range of 10% the filter part is constructed from a first and a second mesh part and fibers; the fibers are loaded into a space between the first mesh part and the second mesh part so as to constitute a fiber aggregate; the first mesh part and the second mesh part are disks; characterized in that the mesh parts include a large number of through holes of arc shape arranged uniformly in a concentric manner, and all the through holes have the same area as each other within an error range of 10%
Method of forming micrometric or millimetric sized inorganic granules by the agglomeration of nanometric sized inorganic particles, comprising the addition of a set of nanometric sized inorganic particles into a container having an inside wall surface with a circular or approximately circular section and setting the set of particles in motion along said inside wall surface by rotating the container about a rotation axis passing through said container, characterised in that the setting in motion of the particles is done in a dry state and the container is rotated continuously at constant speed for several consecutive hours.
Electronic system (100, 108, 110, 400, 401A, 401B) for obtaining and analyzing data on online user behavior and other activity having regard to Internet connectable user devices, optionally mobile devices, the system comprising a number of functionally connected server devices comprising processing device for processing instructions and data, memory for storing instructions and other data, and data interface for transferring data, said system being configured to collect (404, 408) data from a plurality of data sources, said collected data being indicative of Internet, content, media, application, and/or device usage, and/or ambient image or audio exposure, comprising individual user-level data acquired from user devices (104, 104a, 104b, 105, 217, 402) through passive metering, and census-level data (107a, 211) indicating behavior and demographic characteristics across the entire population of users, active devices, or measured services, organize the obtained user-level data and census-level data into a, preferably multivalent, categorized data set utilizing an ontological metadata schema (214, 414), and determine an electronic deliverable (112, 206, 416) based on an integration of the user-level data and census-level data, wherein census-level data is utilized to calibrate user-level data, the deliverable having a dynamically selectable scope in terms of a number of interest factors regarding used devices or online behaviors or ambient image or audio exposure, preferably including application usage, application distribution, content usage, content distribution, application monetization, user demographics, device distribution, device characteristics, device usage, and/or time factors, wherein the system is configured to collect the user-level data from a first user research panel of controlled constitution and having a first number of participants, and a second user research panel with reduced enrollment requirements having regard to data completeness, and preferably also having a greater number of participants, in relation to the first user research panel; characterized in that the system is further configured to collect user-level data indicative of behavioral or contextual events external to a user device obtained via a sensor of the device, said sensor including a camera or a microphone and further characterised in that the system is further configured to connect to at least one app store (602, 604) or other remote content distribution platform utilizing a crawler or robot logic entity configured, in order to obtain said census-level data, to execute at least one action selected from the group consisting of: emulate a user or user device associated with the platform, apply platform related API (application programming interface), connect to a proxy between the system and the platform, and apply a VPN tunneling technique. individual user-level data acquired from user devices (104, 104a, 104b, 105, 217, 402) through passive metering, and census-level data (107a, 211) indicating behavior and demographic characteristics across the entire population of users, active devices, or measured services,
An implantable medical device comprising: a device container including an electronic module within the device container; a header core including an electronic connection feature electrically coupled to the electronic module within the device container, the electronic connection feature configured to engage with a lead, the header core including a tag holder; an identification tag engaged with the tag holder, the tag holder configured to locate the identification tag in a selected position with respect to the header core; and a molded header shell disposed around the header core and attached to the device container, wherein the tag holder includes: a first slot in the header core configured to engage with a portion of the identification tag; and characterised by a second slot in the header core which is substantially perpendicular to the first slot and which is configured to facilitate overmolding of the header shell. a device container including an electronic module within the device container; a header core including an electronic connection feature electrically coupled to the electronic module within the device container, the electronic connection feature configured to engage with a lead, the header core including a tag holder; an identification tag engaged with the tag holder, the tag holder configured to locate the identification tag in a selected position with respect to the header core; and a molded header shell disposed around the header core and attached to the device container, wherein the tag holder includes: a first slot in the header core configured to engage with a portion of the identification tag; and characterised by a second slot in the header core which is substantially perpendicular to the first slot and which is configured to facilitate overmolding of the header shell. a first slot in the header core configured to engage with a portion of the identification tag; and characterised by a second slot in the header core which is substantially perpendicular to the first slot and which is configured to facilitate overmolding of the header shell.
A method for storing an iso(thio)cyanate compound, comprising storing, for 24 h or more, a composition for an optical component, comprising: - an iso(thio)cyanate compound, the iso(thio)cyanate compound being at least one selected from bis(isocyanatomethyl)benzene, bis(isocyanatomethyl) cyclohexane, bis(4-isocyanatocyclohexyl)methane, isophorone diisocyanate, norbornanediylbis(methylene) diisocyanate, and bis(isocyanatomethyl) dithiane; - a phosphoric acid ester compound of formula, wherein R 1 is C 4-12 -alkyl, R 2 is C 1-4 -alkylene, and a is an integer of 0-2: and - a phosphoric acid ester compound of formula, wherein R 3 is C 4-12 -alkyl, R 4 is C 1-4 -alkylene, and b is an integer of 0-2: wherein the total amount of the phosphoric acid ester compounds is 1-25,000 ppm, based on the mass of the iso(thio)cyanate compound. - an iso(thio)cyanate compound, the iso(thio)cyanate compound being at least one selected from bis(isocyanatomethyl)benzene, bis(isocyanatomethyl) cyclohexane, bis(4-isocyanatocyclohexyl)methane, isophorone diisocyanate, norbornanediylbis(methylene) diisocyanate, and bis(isocyanatomethyl) dithiane; - a phosphoric acid ester compound of formula, wherein R 1 is C 4-12 -alkyl, R 2 is C 1-4 -alkylene, and a is an integer of 0-2: and - a phosphoric acid ester compound of formula, wherein R 3 is C 4-12 -alkyl, R 4 is C 1-4 -alkylene, and b is an integer of 0-2:
Degassing tube for a turbine engine of an aircraft, this tube having an extended form and comprising fixing means to an element of the turbine engine at a longitudinal end, the tube also comprises at its external periphery and at distance from said longitudinal end first centring means configured to co-operate with second centring means of an ejection cone of the turbine engine designed to be traversed by said tube, characterised in that said first centring means are formed by an allowance of said tube and have a polygonal peripheral form in cross section and comprise an annular range of external support surfaces.
A method for setting up a call in a mobile communication system, the method being carried out by a user equipment, UE, and comprising: switching a serving cell from a first cell of a first communication system to a second cell of a second communication system based on a voice call, if a voice call occurs in the UE while the UE accesses the first communication system; receiving system information from the second cell, and identifying, based on an indication set in the UE, the system information blocks, SIBs, which constitute essential system information for circuit switched fallback, CSFB; identifying whether the essential system information for CSFB is completely received; and performing a CSFB procedure although system information which is not essential for CSFB is not completely received, if the essential system information for CSFB is completely received. switching a serving cell from a first cell of a first communication system to a second cell of a second communication system based on a voice call, if a voice call occurs in the UE while the UE accesses the first communication system; receiving system information from the second cell, and identifying, based on an indication set in the UE, the system information blocks, SIBs, which constitute essential system information for circuit switched fallback, CSFB; identifying whether the essential system information for CSFB is completely received; and performing a CSFB procedure although system information which is not essential for CSFB is not completely received, if the essential system information for CSFB is completely received.