mhurhangee/ep-ind-claims huggingface dataset:
A chain cover that is configured to cover a timing chain that transmits rotation of a crankshaft of an internal combustion engine to a camshaft, the chain cover comprising: a crankshaft-side opening forming portion that defines a crankshaft-side opening into which the crankshaft is inserted; and a general portion that is a section different from the crankshaft-side opening forming portion, wherein the crankshaft-side opening forming portion is made of a first material, the general portion is made of a second material, the first material and the second material are different from each other, and the chain cover further comprises a camshaft-side opening into which the camshaft is inserted, characterized in that a section of the chain cover that defines the camshaft-side opening is made of a third material, and the third material is different from both the first material and the second material. a crankshaft-side opening forming portion that defines a crankshaft-side opening into which the crankshaft is inserted; and a general portion that is a section different from the crankshaft-side opening forming portion, wherein the crankshaft-side opening forming portion is made of a first material, the general portion is made of a second material, the first material and the second material are different from each other, and the chain cover further comprises a camshaft-side opening into which the camshaft is inserted, characterized in that a section of the chain cover that defines the camshaft-side opening is made of a third material, and the third material is different from both the first material and the second material.
System for controlling at least one automation equipment item equipping a building (1; 5), the system including: - a remote control unit controlling the automation equipment item or items equipping the building (1; 5); - a gateway for communication between the remote control unit and at least one mobile terminal belonging to a user of the building (1; 5); and - at least one primary marker readable by hardware and software recognition means equipping the mobile terminal, the primary marker being associated with at least one predetermined automation equipment item; the system being characterized in that the remote control unit is configured to operate: - in a normal mode, in which the remote control unit independently controls the automation equipment item, - and in an advanced mode, in which the remote control unit controls the automation equipment item on the basis of information transmitted by the mobile terminal communicating with the remote control unit via the gateway; and so that the identification of the primary marker, by identification means equipping the remote control unit, authorizes an activation of the advanced mode for controlling the automation equipment item associated with said primary marker. - a remote control unit controlling the automation equipment item or items equipping the building (1; 5); - a gateway for communication between the remote control unit and at least one mobile terminal belonging to a user of the building (1; 5); and - at least one primary marker readable by hardware and software recognition means equipping the mobile terminal, the primary marker being associated with at least one predetermined automation equipment item; - in a normal mode, in which the remote control unit independently controls the automation equipment item, - and in an advanced mode, in which the remote control unit controls the automation equipment item on the basis of information transmitted by the mobile terminal communicating with the remote control unit via the gateway;
A carrier comprising: core material particles, and a coating layer on surfaces of the core material particles, wherein the coating layer comprises a crosslinked product which is obtained by condensation of a silicone resin with an organic zirconium catalyst, the silicone resin having at least one of a silanol group and a functional group capable of generating a silanol group by means of hydrolysis, wherein the organic zirconium catalyst is at least one of a zirconium alkoxide, a zirconium chelate and a zirconium acylate. core material particles, and a coating layer on surfaces of the core material particles, wherein the coating layer comprises a crosslinked product which is obtained by condensation of a silicone resin with an organic zirconium catalyst, the silicone resin having at least one of a silanol group and a functional group capable of generating a silanol group by means of hydrolysis, wherein the organic zirconium catalyst is at least one of a zirconium alkoxide, a zirconium chelate and a zirconium acylate.
A composition comprising at least one biological control agent and at least one insecticide, wherein a) the biological control agent is Bacillus pumilus (NRRL Accession No. B-30087) and the at least one insecticide is selected from the group consisting of methiocarb and thiodicarb, in a synergistic weight ratio of between 1: 10 to 5000: 1, b) the biological control agent is Bacillus subtilis AQ713 (NRRL Accession No. B-21661) and the at least one insecticide is selected from the group consisting of methiocarb and thiodicarb, in a synergistic weight ratio of between 1: 10 to 10.000: 1, and c) the biological control agent is Streptomyces galbus (NRRL Accession No. 30232) and the at least one insecticide is methiocarb, in a synergistic weight ratio of between 1: 10 to 2500: 1. a) the biological control agent is Bacillus pumilus (NRRL Accession No. B-30087) and the at least one insecticide is selected from the group consisting of methiocarb and thiodicarb, in a synergistic weight ratio of between 1: 10 to 5000: 1, b) the biological control agent is Bacillus subtilis AQ713 (NRRL Accession No. B-21661) and the at least one insecticide is selected from the group consisting of methiocarb and thiodicarb, in a synergistic weight ratio of between 1: 10 to 10.000: 1, and c) the biological control agent is Streptomyces galbus (NRRL Accession No. 30232) and the at least one insecticide is methiocarb, in a synergistic weight ratio of between 1: 10 to 2500: 1.
A card handling system, comprising: a shuffling device comprising a first card sensing device; a shoe device comprising a base and a second card sensing device, wherein the shoe device is separable from the shuffling device; a card transfer system for transferring cards directly from the shuffling device into the shoe device through an opening in the base; and a processor for controlling operation of the system. a shuffling device comprising a first card sensing device; a shoe device comprising a base and a second card sensing device, wherein the shoe device is separable from the shuffling device; a card transfer system for transferring cards directly from the shuffling device into the shoe device through an opening in the base; and a processor for controlling operation of the system.
A roof window with an upper window frame member, a rotating window sash and an air supply duct constructed inside the upper window frame member, with the inlet opening located on the outside of the window and the outlet opening located on the inside of the window, whereas inside the air supply duct there is an elastic strip mounted in a groove of the upper window frame member along the fixed edge of the strip, the said strip deviating when the air flows and returning to its initial position under the influence of the reverse elasticity force, the edges of the strip mating with internal surfaces of the air supply duct, and the strip with variable position controlling the size of the airflow through the air supply duct depending on the pressure difference between the outside and the inside of the roof window, characterised in that the roof window has at least one counterweight (6, 6'), which, together with the strip, forms a balanced double-arm lever, mounted rotationally or rotationally-slidably on a fulcrum.
A method for improving wait time in a wireless communication system comprising: receiving a message indicating an eWaitTime value at a user equipment, UE; entering a wait time period corresponding to the eWaitTime value, and preventing from initiating a connection request with a cause set to delay tolerant or low priority during the wait time period, by the UE; wherein the UE is allowed to initiate a connection request with a cause set to emergency during the wait time period and the wait time period is unaffected, and considering by the UE, while in the wait time period, the wait time period as finished upon receiving a paging message that pages the UE, and initiating by the UE a connection establishment procedure in response to the paging message that pages the UE. receiving a message indicating an eWaitTime value at a user equipment, UE; entering a wait time period corresponding to the eWaitTime value, and preventing from initiating a connection request with a cause set to delay tolerant or low priority during the wait time period, by the UE; wherein the UE is allowed to initiate a connection request with a cause set to emergency during the wait time period and the wait time period is unaffected, and considering by the UE, while in the wait time period, the wait time period as finished upon receiving a paging message that pages the UE, and initiating by the UE a connection establishment procedure in response to the paging message that pages the UE.
A method implemented in a network node for traffic enhancement to apply to an application between a wireless device and a server, wherein the application is to be delivered using a Quick User Datagram Protocol Internet Connection, QUIC, session, the method being characterised in comprising: receiving from the wireless device, a request to activate a policy for the application between the wireless device and the server, wherein the request includes an identifier of the application, and an indication to request an enhancement function; and in response to the request to activate the policy for the application, transmitting to the wireless device, an authorization of traffic enhancement with information of a proxy node to provide the enhancement function upon the network node identifying the proxy node. receiving from the wireless device, a request to activate a policy for the application between the wireless device and the server, wherein the request includes an identifier of the application, and an indication to request an enhancement function; and in response to the request to activate the policy for the application, transmitting to the wireless device, an authorization of traffic enhancement with information of a proxy node to provide the enhancement function upon the network node identifying the proxy node.
A multi-diameter power pin for a plug of a cable for an arc process system, the power pin comprising: a proximal portion having a first diameter (d), the proximal portion disposable at a proximal end of the plug, the proximal portion electrically couplable to the cable; an engagement portion extending from the proximal portion, the engagement portion having a second diameter smaller than the first diameter (d); the pin being characterised by the following: bearing portion extending from the engagement portion, the bearing portion having a third diameter smaller than the second diameter; and a distal threaded portion comprising a first annular face with a distal end, a proximal end, a threaded outer surface, and a distal annular face disposed at the distal end, the distal thread portion having a fourth diameter smaller than the third diameter. a proximal portion having a first diameter (d), the proximal portion disposable at a proximal end of the plug, the proximal portion electrically couplable to the cable; an engagement portion extending from the proximal portion, the engagement portion having a second diameter smaller than the first diameter (d); the pin being characterised by the following: bearing portion extending from the engagement portion, the bearing portion having a third diameter smaller than the second diameter; and a distal threaded portion comprising a first annular face with a distal end, a proximal end, a threaded outer surface, and a distal annular face disposed at the distal end, the distal thread portion having a fourth diameter smaller than the third diameter. bearing portion extending from the engagement portion, the bearing portion having a third diameter smaller than the second diameter; and a distal threaded portion comprising a first annular face with a distal end, a proximal end, a threaded outer surface, and a distal annular face disposed at the distal end, the distal thread portion having a fourth diameter smaller than the third diameter.
Device for measuring the line of sight jitter of an optical instrument that comprises an observation path, whereby said optical instrument is mounted on an optical platform, said device comprising: an optical measurement path (C') that is primarily common with the observation path of the optical instrument, a light measurement source that is arranged essentially at one end of the optical observation path, a detector for measuring the optical beam that comes from the light measurement source, arranged in such a way that this measurement beam has passed through the optical observation path at least once, at least one light reference that is arranged on the optical measurement path (C'), means for passive isolation of this light reference with regard to lateral vibrations transmitted by the optical platform in a predetermined range of frequencies, thus creating a pseudo-inertial light reference, characterized in that the passive isolation means comprises at least one passive isolator comprising a segment in the form of an elastomer beam that is suitable for filtering the lateral vibrations that are imposed on its support in the predetermined frequency range. an optical measurement path (C') that is primarily common with the observation path of the optical instrument, a light measurement source that is arranged essentially at one end of the optical observation path, a detector for measuring the optical beam that comes from the light measurement source, arranged in such a way that this measurement beam has passed through the optical observation path at least once, at least one light reference that is arranged on the optical measurement path (C'), means for passive isolation of this light reference with regard to lateral vibrations transmitted by the optical platform in a predetermined range of frequencies, thus creating a pseudo-inertial light reference, characterized in that the passive isolation means comprises at least one passive isolator comprising a segment in the form of an elastomer beam that is suitable for filtering the lateral vibrations that are imposed on its support in the predetermined frequency range.
A method of making a tracer material comprising the steps of: providing a plurality of particles; applying a tracer composition to the particles; contacting the particles with a liquid precursor to a retaining material; granulating the contacted particles to form a plurality of agglomerates; and treating the agglomerates to form a retaining material from the liquid precursor.
A process for preparing apixaban of formula, said process comprising: (i) providing a compound of formula, wherein Hal is Br or Cl; (ii) cyclizing the compound of formula in the presence of potassium carbonate, a first solvent, and a phase transfer catalyst, to obtain a compound of formula (iii) amidating the compound of formula to obtain apixaban of formula; and (iv) optionally crystallizing apixaban of formula. (i) providing a compound of formula, wherein Hal is Br or Cl; (ii) cyclizing the compound of formula in the presence of potassium carbonate, a first solvent, and a phase transfer catalyst, to obtain a compound of formula (iii) amidating the compound of formula to obtain apixaban of formula; and (iv) optionally crystallizing apixaban of formula.
A method for scheduling tasks related to the processing of seismic shot data, comprising: receiving seismic shot data acquired using a marine seismic acquisition system; scheduling one or more input tasks on one or more computing resources of a network, wherein the one or more input tasks include sorting and/or storing of the received seismic shot data; partitioning the one or more input tasks based on a first attribute of the received seismic shot data; predicting one or more placeholder tasks to be executed based on the one or more input tasks; executing one or more precursor tasks based on the one or more input tasks to determine a second attribute of the received seismic shot data; determining a number of first tasks to be executed based on the second attribute of the seismic shot data; splitting the one or more placeholder tasks such that a number of one or more placeholder tasks matches the number of the one or more first tasks to be executed;and scheduling (714, 715) the one or more first tasks on the one or more computing resources by matching the one or more first tasks to the one or more placeholder tasks. receiving seismic shot data acquired using a marine seismic acquisition system; scheduling one or more input tasks on one or more computing resources of a network, wherein the one or more input tasks include sorting and/or storing of the received seismic shot data; partitioning the one or more input tasks based on a first attribute of the received seismic shot data; predicting one or more placeholder tasks to be executed based on the one or more input tasks; executing one or more precursor tasks based on the one or more input tasks to determine a second attribute of the received seismic shot data; determining a number of first tasks to be executed based on the second attribute of the seismic shot data; splitting the one or more placeholder tasks such that a number of one or more placeholder tasks matches the number of the one or more first tasks to be executed;and scheduling (714, 715) the one or more first tasks on the one or more computing resources by matching the one or more first tasks to the one or more placeholder tasks.
A gas turbine engine comprising: a fan inlet case; and a variable volume acoustic damper (210; 310) coupled to the fan inlet case, wherein the variable volume acoustic damper (210; 310) is configured to damp acoustic energy, wherein the fan inlet case comprises a radially inward panel to which the variable volume acoustic damper (210; 310) is coupled, wherein the radially inward panel is configured to allow air to pass through the radially inward panel and into the variable volume acoustic damper (210; 310), and wherein the radially inward panel of the fan inlet case comprises an acoustic liner, the acoustic liner being disposed between a flowpath of air in the fan section of the gas turbine engine and an acoustic volume (216; 316) of the acoustic damper (210; 310), wherein the radially inward panel of the fan inlet case comprises perforations for fluid communication between air in the fan section and the variable volume acoustic damper (210; 310), characterised in that both radial sides of the acoustic liner comprise perforations through which, during operation, air flows such that air in the fan section flows through the acoustic liner and into the acoustic volume (216; 316). a fan inlet case; and a variable volume acoustic damper (210; 310) coupled to the fan inlet case, wherein the variable volume acoustic damper (210; 310) is configured to damp acoustic energy, wherein the fan inlet case comprises a radially inward panel to which the variable volume acoustic damper (210; 310) is coupled, wherein the radially inward panel is configured to allow air to pass through the radially inward panel and into the variable volume acoustic damper (210; 310), and wherein the radially inward panel of the fan inlet case comprises an acoustic liner, the acoustic liner being disposed between a flowpath of air in the fan section of the gas turbine engine and an acoustic volume (216; 316) of the acoustic damper (210; 310), wherein the radially inward panel of the fan inlet case comprises perforations for fluid communication between air in the fan section and the variable volume acoustic damper (210; 310), characterised in that both radial sides of the acoustic liner comprise perforations through which, during operation, air flows such that air in the fan section flows through the acoustic liner and into the acoustic volume (216; 316).
An ink composition for inkjet recording, comprising: a color material, a binder resin, and an organic solvent, wherein the binder resin contains at least an acrylic-based resin, and a copolymer having a constitutional unit derived from a hydroxyalkyl (meth)acrylate, a constitutional unit represented by the following general formula, and a constitutional unit represented by the following general formula, the acrylic-based resin is different from the copolymer, a content ratio by mass of the acrylic-based resin to the copolymer ( /) is 25/75 or more and 70/30 or less, and wherein the organic solvent contains at least a polyalkylene glycol dialkyl ether and a cyclic ester, a content ratio of the cyclic ester is 3 parts by mass or more and 10 parts by mass or less relative to 100 parts by mass of the ink composition, and a content ratio of an ethylene glycol alkyl ether acetate is 5 parts by mass or less relative to 100 parts by mass of the ink composition: wherein each of R 1 and R 2 is independently a hydrogen atom, or a methyl group; R 3 is an alkyl group having 1 to 3 carbon atoms; and X is a halogen atom.
A wireless terminal comprising: a radio broadcast receiver for receiving a Radio Data System, RDS, broadcast signal; and a controller configured to attempt an Alternative Frequency, AF, channel switch by tuning the radio broadcast receiver to an alternative frequency based on a received signal quality of the broadcast signal in a current channel, wherein the controller is configured to determine whether a state of the mobile terminal is a first state where a speed of the mobile terminal is greater than a predetermined speed or a second state where the speed of the mobile terminal is lower than the predetermined speed; if a first state is determined, the AF channel switch is attempted immediately after an elapse of a predetermined time designated for the first state during which the received signal quality is below a threshold, regardless of the number of recent AF channel switch failures; and if a second state is determined, the AF channel switch is attempted after an elapse of a wait time after a predetermined time designated for the second state during which the received signal quality is below the threshold, wherein the wait time is set according to a number of recent AF channel switch failures, wherein the duration of the predetermined time designated for the first state is longer than the duration of the predetermined time designated for the second state. a radio broadcast receiver for receiving a Radio Data System, RDS, broadcast signal; and a controller configured to attempt an Alternative Frequency, AF, channel switch by tuning the radio broadcast receiver to an alternative frequency based on a received signal quality of the broadcast signal in a current channel, wherein the controller is configured to determine whether a state of the mobile terminal is a first state where a speed of the mobile terminal is greater than a predetermined speed or a second state where the speed of the mobile terminal is lower than the predetermined speed; if a first state is determined, the AF channel switch is attempted immediately after an elapse of a predetermined time designated for the first state during which the received signal quality is below a threshold, regardless of the number of recent AF channel switch failures; and if a second state is determined, the AF channel switch is attempted after an elapse of a wait time after a predetermined time designated for the second state during which the received signal quality is below the threshold, wherein the wait time is set according to a number of recent AF channel switch failures,