mhurhangee/patent-ind-claim-en huggingface dataset:
A building panel having an edge portion presenting a sidewardly open groove , in which a tongue formed as a separate part is received, wherein the tongue is of an elongated shape and made of moulded plastic, wherein the tongue comprises at least two bow shaped protrusions at a first long edge (L1) of the tongue, wherein the protrusions are arranged bendable in the groove in a plane parallel to the front face of the panel and extending essentially in the plane, wherein the tongue has a second long edge (L2), which extends outside the groove , and characterised in that the second long edge (L2) is straight over substantially the whole length of the tongue , including at the at least two bow shaped protrusions . wherein the tongue comprises at least two bow shaped protrusions at a first long edge (L1) of the tongue, wherein the protrusions are arranged bendable in the groove in a plane parallel to the front face of the panel and extending essentially in the plane, wherein the tongue has a second long edge (L2), which extends outside the groove , and characterised in that the second long edge (L2) is straight over substantially the whole length of the tongue , including at the at least two bow shaped protrusions .
Pallet having a substantially rectangular base structure and four side faces bordering the base structure , two of which side faces respectively are disposed on opposite sides of the base structure and oriented parallel with one another and, apart from reinforcing structures, the base structure has a flat top and bottom face respectively, and feet are disposed on the bottom face to support the base structure , and at least one recess is disposed in at least two of the four side faces for receiving a display projection of a display stand, characterised in that the pallet has inwardly offset corners which are designed so that projections on the corners of the display stand can be fitted over the inwardly offset corners.
A polymerizable composition for an optical material, comprising: at least one amine compound (A) selected from a compound (a1) represented by Formula and a compound (a2) represented by Formula ; an iso(thio)cyanate compound (B) which contains two or more iso(thio)cyanate groups; and a polythiol compound (C) which contains a dithiol compound (c1) containing two mercapto groups and a polythiol compound (c2) containing three or more mercapto groups: wherein in Formula , R 3 to R 5 each independently represent a hydrogen atom or a methyl group, p represents an integer of 0 to 100, q represents an integer of 0 to 100, r represents an integer of 1 to 100, p + r represents an integer of 1 to 100, and in a case where a plurality of R 4 's or R 5 's are present, R 4 's or R 5 's may be the same as or different from each other; wherein in Formula , R 6 , R 8 , and R 9 each independently represent a hydrogen atom or a methyl group, R 7 represents a linear alkyl group having 1 to 20 carbon atoms, a branched alkyl group having 3 to 20 carbon atoms, or a cyclic alkyl group having 3 to 20 carbon atoms, x + y + z represents an integer of 1 to 200, n represents an integer of 0 to 10, and in a case where a plurality of R 6 's, R 8 's, or R 9 's are present, R 6 's, R 8 's, or R 9 's may be the same as or different from each other. at least one amine compound (A) selected from a compound (a1) represented by Formula and a compound (a2) represented by Formula ; an iso(thio)cyanate compound (B) which contains two or more iso(thio)cyanate groups; and a polythiol compound (C) which contains a dithiol compound (c1) containing two mercapto groups and a polythiol compound (c2) containing three or more mercapto groups: wherein in Formula , R 3 to R 5 each independently represent a hydrogen atom or a methyl group, p represents an integer of 0 to 100, q represents an integer of 0 to 100, r represents an integer of 1 to 100, p + r represents an integer of 1 to 100, and in a case where a plurality of R 4 's or R 5 's are present, R 4 's or R 5 's may be the same as or different from each other; wherein in Formula , R 6 , R 8 , and R 9 each independently represent a hydrogen atom or a methyl group, R 7 represents a linear alkyl group having 1 to 20 carbon atoms, a branched alkyl group having 3 to 20 carbon atoms, or a cyclic alkyl group having 3 to 20 carbon atoms, x + y + z represents an integer of 1 to 200, n represents an integer of 0 to 10, and in a case where a plurality of R 6 's, R 8 's, or R 9 's are present, R 6 's, R 8 's, or R 9 's may be the same as or different from each other.
A mounting device , comprising: a component holding section capable of holding a component ; an imaging section capable of imaging a component held in the component holding section from above or below and capable of adjusting an aperture size and a light exposure time at the time of imaging; a lifting and lowering section capable of adjusting an imaging distance, which is a distance at the time of imaging in the height direction from the component end portion of the imaging section side to the imaging section , by lifting and lowering at least one of the components held by the component holding section and the imaging section ; and a control section configured to obtain information about a difference between a height of the component end portion on the imaging section side and a height of an imaging target portion of the component , characterized in that the control section is configured to determine the imaging distance and the imaging conditions related to the aperture size and the light exposure time so that the imaging target portion falls within the depth of field of the imaging section based on the obtained information, control the lifting and lowering section so as to adjust the imaging distance, and control the imaging section so as to image the component under the determined imaging distance and imaging conditions. a component holding section capable of holding a component ; an imaging section capable of imaging a component held in the component holding section from above or below and capable of adjusting an aperture size and a light exposure time at the time of imaging; a lifting and lowering section capable of adjusting an imaging distance, which is a distance at the time of imaging in the height direction from the component end portion of the imaging section side to the imaging section , by lifting and lowering at least one of the components held by the component holding section and the imaging section ; and a control section configured to obtain information about a difference between a height of the component end portion on the imaging section side and a height of an imaging target portion of the component , characterized in that the control section is configured to determine the imaging distance and the imaging conditions related to the aperture size and the light exposure time so that the imaging target portion falls within the depth of field of the imaging section based on the obtained information, control the lifting and lowering section so as to adjust the imaging distance, and control the imaging section so as to image the component under the determined imaging distance and imaging conditions.
An engine start control apparatus for a hybrid vehicle including a drivetrain including an engine (Eng), a motor (MG), a normally-open hydraulic clutch (CL1) disposed between the engine (Eng) and the motor (MG), and arranged to be engaged by a clutch hydraulic pressure generated based on a discharge pressure from an oil pump (M-O/P) driven by the motor (MG), the engine start control apparatus comprising: an engine start control section configured to crank the engine (Eng) by using the motor (MG) as a starter motor while the hydraulic clutch (CL1) is slip-engaged when the discharge pressure from the oil pump(M-O/P) is ensured by driving the motor (MG), when the engine (Eng) is started after an ignition switch is switched to an ON state, characterized in that the engine start control section being configured to drive the oil pump (M-O/P) by the motor (MG) at a no load during a predetermined time period after the engine (Eng) is stopped when the ignition switch is in an OFF state, wherein the engine start control section is configured to set the predetermined time period for the no-load driving of the oil pump (M-O/P), based on at least one of an accumulated running distance condition, an outside air temperature condition, a previous running distance condition, and a battery capacity condition (S6), wherein the engine start control section is configured to set the predetermined time period for the no-load driving of the oil pump to a longer time period as an accumulated running distance is longer. an engine start control section configured to crank the engine (Eng) by using the motor (MG) as a starter motor while the hydraulic clutch (CL1) is slip-engaged when the discharge pressure from the oil pump(M-O/P) is ensured by driving the motor (MG), when the engine (Eng) is started after an ignition switch is switched to an ON state, characterized in that the engine start control section being configured to drive the oil pump (M-O/P) by the motor (MG) at a no load during a predetermined time period after the engine (Eng) is stopped when the ignition switch is in an OFF state, wherein the engine start control section is configured to set the predetermined time period for the no-load driving of the oil pump (M-O/P), based on at least one of an accumulated running distance condition, an outside air temperature condition, a previous running distance condition, and a battery capacity condition (S6), wherein the engine start control section is configured to set the predetermined time period for the no-load driving of the oil pump to a longer time period as an accumulated running distance is longer.
A pump array, comprising: an accommodating housing which forms an accommodating space , in particular a cup-shaped accommodating space comprising an end-facing wall and a circumferential wall ; and a pump insert for arranging at least partially in the accommodating space , the pump insert comprising: - a pump comprising a pump chamber and a delivery element which can rotate about a rotational axis (D) and which is arranged in the pump chamber ; - an electric motor comprising a rotor , which can rotate about the rotational axis (D), and a stator ; and - a drive shaft which is mounted such that it can rotate about the rotational axis (D), wherein the rotor and the delivery element are connected via the drive shaft in such a way that rotating the rotor causes the delivery element to rotate, wherein the pump insert comprises an inlet , which is embodied to feed fluid to the pump chamber , and/or an outlet , which is adapted to discharge fluid from the pump chamber , on the side pointing towards the end-facing wall of the accommodating space , and wherein the end-facing wall of the accommodating housing comprises a feed channel and a drainage channel, characterised by a tubular connecting element which is inserted into the inlet and arranged between the feed channel and the inlet and which connects them in fluid communication, and a tubular connecting element which is inserted into the outlet and arranged between the drainage channel and the outlet and which connects them in fluid communication. - a pump comprising a pump chamber and a delivery element which can rotate about a rotational axis (D) and which is arranged in the pump chamber ; - an electric motor comprising a rotor , which can rotate about the rotational axis (D), and a stator ; and - a drive shaft which is mounted such that it can rotate about the rotational axis (D), wherein the rotor and the delivery element are connected via the drive shaft in such a way that rotating the rotor causes the delivery element to rotate, wherein the pump insert comprises an inlet , which is embodied to feed fluid to the pump chamber , and/or an outlet , which is adapted to discharge fluid from the pump chamber , on the side pointing towards the end-facing wall of the accommodating space , and wherein the end-facing wall of the accommodating housing comprises a feed channel and a drainage channel, characterised by a tubular connecting element which is inserted into the inlet and arranged between the feed channel and the inlet and which connects them in fluid communication, and a tubular connecting element which is inserted into the outlet and arranged between the drainage channel and the outlet and which connects them in fluid communication.
Computer-implemented method for assisting a driver of a vehicle during driving of the vehicle , in which the surroundings of the vehicle are acquired, wherein the surroundings acquisition comprises the course of roads and movement data of other road users , wherein historical data are retrieved for the acquired surroundings, these data having been obtained at least from past driving manoeuvres of road users in these surroundings, the acquired surroundings of the vehicle are analysed and a traffic situation of the vehicle in relation to at least one second road user (4-1) of the acquired other road users is determined, wherein the traffic situation is assigned a traffic rule, a provisional driving manoeuvre of the second road user (4-1) is predicted by way of the retrieved historical data and the current traffic situation and a control signal for assisting the driver during driving of the vehicle is generated on the basis of the predicted driving manoeuvre of the second road user (4-1), characterized in that the traffic rule assigned to the traffic situation is obtained by way of the historical data from past driving manoeuvres of road users, wherein the traffic rule is derived from the acquired driving manoeuvres. the acquired surroundings of the vehicle are analysed and a traffic situation of the vehicle in relation to at least one second road user (4-1) of the acquired other road users is determined, wherein the traffic situation is assigned a traffic rule, a provisional driving manoeuvre of the second road user (4-1) is predicted by way of the retrieved historical data and the current traffic situation and a control signal for assisting the driver during driving of the vehicle is generated on the basis of the predicted driving manoeuvre of the second road user (4-1), characterized in that the traffic rule assigned to the traffic situation is obtained by way of the historical data from past driving manoeuvres of road users, wherein the traffic rule is derived from the acquired driving manoeuvres.
A process to calculate a risk of fetal Y chromosomal aneuploidy in a maternal sample, comprising the steps of: interrogating one or more Y chromosomal loci in the maternal sample; interrogating one or more polymorphic loci on at least a first autosome in the maternal sample; calculating a fetal nucleic acid proportion in the maternal sample by analyzing a frequency of polymorphisms on the first autosome; estimating a chromosome frequency for a Y chromosome and the first autosome; using the calculated fetal nucleic acid proportion, calculating values of likelihood that the Y chromosome is present in no copies, one copy or two or more copies in the maternal sample; and calculating a risk of aneuploidy of the Y chromosome in the maternal sample by comparing the values of likelihood to a first mathematic model assuming no copies of the Y chromosome, a second mathematic model assuming one copy of the Y chromosome and a third mathematic model assuming two or more copies of the Y chromosome; wherein the steps of estimating and calculating are performed on a computer, and the steps of interrogating are performed in vitro. interrogating one or more Y chromosomal loci in the maternal sample; interrogating one or more polymorphic loci on at least a first autosome in the maternal sample; calculating a fetal nucleic acid proportion in the maternal sample by analyzing a frequency of polymorphisms on the first autosome; estimating a chromosome frequency for a Y chromosome and the first autosome; using the calculated fetal nucleic acid proportion, calculating values of likelihood that the Y chromosome is present in no copies, one copy or two or more copies in the maternal sample; and calculating a risk of aneuploidy of the Y chromosome in the maternal sample by comparing the values of likelihood to a first mathematic model assuming no copies of the Y chromosome, a second mathematic model assuming one copy of the Y chromosome and a third mathematic model assuming two or more copies of the Y chromosome; wherein the steps of estimating and calculating are performed on a computer, and the steps of interrogating are performed in vitro.
A method comprising: establishing, by a user equipment, in the following also referred to as UE, a multicast radio bearer, in the following also referred to as MRB, with a base station in a wireless network for one or more multicast and broadcast services, in the following also referred to as MBSs, wherein an MRB configuration enables feedback for the one or more MBSs and wherein the base station and the UE has a unicast connection for feedback; initiating, by the UE, a join procedure to join an MBS session, wherein the MBS session is active ; receiving, by the UE, one or more configuration values for packet data convergence protocol, in the following also referred to as PDCP, state variables from the base station in the wireless network after the UE initiates the join procedure, wherein the PDCP state variables control PDCP transceiving for the MBS session (731; 903); configuring, by the UE, PDCP state variables based on the received one or more configuration values (718, 719; 904); and transmitting, by the UE, feedback to the base station regarding reception of information of the MBS session. establishing, by a user equipment, in the following also referred to as UE, a multicast radio bearer, in the following also referred to as MRB, with a base station in a wireless network for one or more multicast and broadcast services, in the following also referred to as MBSs, wherein an MRB configuration enables feedback for the one or more MBSs and wherein the base station and the UE has a unicast connection for feedback; initiating, by the UE, a join procedure to join an MBS session, wherein the MBS session is active ; receiving, by the UE, one or more configuration values for packet data convergence protocol, in the following also referred to as PDCP, state variables from the base station in the wireless network after the UE initiates the join procedure, wherein the PDCP state variables control PDCP transceiving for the MBS session (731; 903); configuring, by the UE, PDCP state variables based on the received one or more configuration values (718, 719; 904); and transmitting, by the UE, feedback to the base station regarding reception of information of the MBS session.
A method for preparing a porous non-metal material, comprising the following steps: material preparation mixing raw material powder with a pore-forming agent for preparing smallest-level pore cavities of the porous non-metal material and formulating a slurry; uniformly filling the slurry into a polymer material support by foam dipping to form a green body and drying and smashing to obtain mixed grains containing the raw material, the pore-forming agent and the material of polymer material support; uniformly mixing the mixed grains above with a pore-forming agent for preparing upper-level pore cavities which are larger than the smallest-level pore cavities of the porous non-metal material to make a compact green body; performing vacuum sintering to the compact green body; the sintered green body is subjected to a conventional follow-up treatment according to a raw material process of the porous non-metal material to obtain the porous non-metal material; and wherein the porous non-metal material is one or more selected from ceramic materials, high siliceous silicate materials, aluminosilicate materials, diatomaceous earth materials, pure carbonaceous materials, corundum and diamond. material preparation mixing raw material powder with a pore-forming agent for preparing smallest-level pore cavities of the porous non-metal material and formulating a slurry; uniformly filling the slurry into a polymer material support by foam dipping to form a green body and drying and smashing to obtain mixed grains containing the raw material, the pore-forming agent and the material of polymer material support; mixing raw material powder with a pore-forming agent for preparing smallest-level pore cavities of the porous non-metal material and formulating a slurry; uniformly filling the slurry into a polymer material support by foam dipping to form a green body and drying and smashing to obtain mixed grains containing the raw material, the pore-forming agent and the material of polymer material support; uniformly mixing the mixed grains above with a pore-forming agent for preparing upper-level pore cavities which are larger than the smallest-level pore cavities of the porous non-metal material to make a compact green body; performing vacuum sintering to the compact green body; the sintered green body is subjected to a conventional follow-up treatment according to a raw material process of the porous non-metal material to obtain the porous non-metal material; and wherein the porous non-metal material is one or more selected from ceramic materials, high siliceous silicate materials, aluminosilicate materials, diatomaceous earth materials, pure carbonaceous materials, corundum and diamond.
A process for preparing a spray-dried laundry detergent particle, wherein the process comprises the step of contacting water-insoluble magnesium silicate salt to monomeric organic carboxylic acid in an aqueous mixture, wherein the aqueous mixture has a pH of 4.2 or less, wherein the aqueous mixture comprises detersive surfactant, wherein the aqueous mixture is substantially free of carbonate salt, wherein the water-insoluble magnesium silicate salt reacts with the monomeric organic carboxylic acid to form silica, wherein the aqueous mixture is spray-dried to form a spray-dried laundry detergent particle, wherein the particle comprises: detersive surfactant; monomeric organic carboxylic acid; and silica, wherein the particle is substantially free of carbonate salt.