mhurhangee/ep-ind-claims huggingface dataset:
Extruded or drawn aluminium hollow chamber profile, particularly for doors, consisting of an inner shell and an outer shell, between which at least one insulator strip is provided for the interruption of the heat flow as a means for a statically fixed connection, characterised in that the insulator strip is formed as a light metal profile with an inner and outer trailing edge (5 and 6) and a plastic profile strip formed as an integral connector and a thermal insulator between the two, and that between the two end strips (5, 6) of the insulator strip stabilisation bars are provided, which, spaced from one another and overlapping the plastic profile formed as a plastic flat profile, serve in the event of fire as holding points for the trailing edges (5, 6), and also ensure the statics if the plastic loses its strength as a result of a critical temperature limit being exceeded.
Semiautonomous apparatus for preparing and distributing edible products, including based upon a portion of edible substance, and comprising - a casing confining pressurized flow circulation means and a brewing device provided so that can be driven between an open position, where it can collect said portion of edible substance, and a closed position, where pressurized flow can be injected upon said portion of edible substance, - propulsion and locomotion means associated with said casing and provided in operational connection with surroundings recognition means, - a use interface provided in operational connection with said autonomous propulsion and locomotion means, - a control device provided in operational connection with said brewing device and with said autonomous propulsion and locomotion means, characterized in that said use interface includes actuation means adapted for control of at least one of said pressurized flow circulation means and said brewing device, whereby said control device is provided so that a start of operation of at least one of said pressurized flow circulation means and brewing device requires the actuation by a user of a respective start command by means of said use interface, and in that said control device is provided so that at least one of said pressurized flow circulation means and said brewing device can only operate in mutually exclusive manner from said propulsion and locomotion means, whereby said control device provides actuation by the user of said use interface so that the operation of said propulsion and locomotion means is interrupted and said semiautonomous apparatus immobilizes itself. - a casing confining pressurized flow circulation means and a brewing device provided so that can be driven between an open position, where it can collect said portion of edible substance, and a closed position, where pressurized flow can be injected upon said portion of edible substance, - propulsion and locomotion means associated with said casing and provided in operational connection with surroundings recognition means, - a use interface provided in operational connection with said autonomous propulsion and locomotion means, - a control device provided in operational connection with said brewing device and with said autonomous propulsion and locomotion means, in that said use interface includes actuation means adapted for control of at least one of said pressurized flow circulation means and said brewing device, whereby said control device is provided so that a start of operation of at least one of said pressurized flow circulation means and brewing device requires the actuation by a user of a respective start command by means of said use interface, and in that said control device is provided so that at least one of said pressurized flow circulation means and said brewing device can only operate in mutually exclusive manner from said propulsion and locomotion means, whereby said control device provides actuation by the user of said use interface so that the operation of said propulsion and locomotion means is interrupted and said semiautonomous apparatus immobilizes itself.
A spherical hollow body having a diameter of from 37 mm to 45 mm, in particular a diameter of 39.7 mm to 40.75 mm, and a weight of from 2.5 g to 3.5 g, in particular a weight of 2.6 g to 2.85 g, comprising a shell and an inner hollow space, wherein the shell has a wall thickness of 0.2 mm to 1.3 mm, in particular 0.3 mm to 0.8 mm, characterized in that the shell is free of celluloid and comprises at least one styrene-containing copolymer, wherein the styrene-containing copolymer comprises olefin monomers, particularly butadiene monomers, wherein the styrene-containing copolymer is selected from among the group comprising acrylonitrile-butadiene-styrene copolymer, styrene-butadiene copolymer, methyl methacrylate-butadiene-styrene copolymer and methyl methacrylate-acrylonitrile-butadiene-styrene (MABS), wherein the shell further comprises at least one second organic polymer, wherein the second organic polymer is a homopolymer selected from the group comprising polycarbonate and polystyrene or is a copolymer of styrene-butadiene copolymer.
A method for manufacturing pulp, wherein the manufactured pulp contains at least 30 w-% nanofibrillated cellulose material measured from the dried pulp, the method comprising: - introducing raw material to a system which raw material includes cellulose, - dosing at least one type of an optical brightening agent as a refining additive to the system, and refining the raw material in the presence of the dosed optical brightening agent in at least one pre-refining stage or fibrillation stage in order to form fibrillar cellulose material. - introducing raw material to a system which raw material includes cellulose, - dosing at least one type of an optical brightening agent as a refining additive to the system, and
A proximity service ProSe information transmission method, wherein the method comprises: receiving, by the second ProSe entity, a fifth message sent by the second terminal, wherein the fifth message is used to instruct the second ProSe entity to acquire a fourth code word, the fourth code word is the code word that is allocated to the first terminal by the first ProSe entity, and the first ProSe entity is the ProSe entity in the HPLMN of the first terminal; acquiring, by the second ProSe entity, the fourth code word; and sending, by the second ProSe entity, a sixth message to the second terminal, wherein the sixth message carries the fourth code word; and afterwards receiving, by a second ProSe entity, a first message sent by a second terminal, wherein the first message is used to instruct the second ProSe entity to acquire a second identity, the second identity is a application user identity that is allocated to a first application user by a first application server, the first application user is a user of a first application of a first terminal, the first application server is an application server of the first application, and the second ProSe entity is a ProSe entity in a home public land mobile network HPLMN of the second terminal; acquiring, by the second ProSe entity, the second identity; and sending, by the second ProSe entity, a second message to the second terminal, wherein the second message carries the second identity, and the second identity is used to indicate the first application user discovered by the second terminal. receiving, by the second ProSe entity, a fifth message sent by the second terminal, wherein the fifth message is used to instruct the second ProSe entity to acquire a fourth code word, the fourth code word is the code word that is allocated to the first terminal by the first ProSe entity, and the first ProSe entity is the ProSe entity in the HPLMN of the first terminal; acquiring, by the second ProSe entity, the fourth code word; and sending, by the second ProSe entity, a sixth message to the second terminal, wherein the sixth message carries the fourth code word; and afterwards receiving, by a second ProSe entity, a first message sent by a second terminal, wherein the first message is used to instruct the second ProSe entity to acquire a second identity, the second identity is a application user identity that is allocated to a first application user by a first application server, the first application user is a user of a first application of a first terminal, the first application server is an application server of the first application, and the second ProSe entity is a ProSe entity in a home public land mobile network HPLMN of the second terminal; acquiring, by the second ProSe entity, the second identity; and sending, by the second ProSe entity, a second message to the second terminal, wherein the second message carries the second identity, and the second identity is used to indicate the first application user discovered by the second terminal.
A hydrogen storage alloy having an AB2 type crystal structure, its A site contains Ti and Zr, and its B site contains Cr, Mn, Fe, Ni and Re elements, represented by the general Formula Ti x Zr y Cr a Mn b Fe c Ni d Cu e V f Re g in which x, y, a, b, c and d are molar ratios Re is selected from La and Ce; 0.2 ≤ x ≤ 0.95; 0.05 ≤ y ≤ 0.45; 0.001 ≤ a ≤ 1; 0.3 ≤ b ≤2; 0.01 ≤ c ≤0.6; 0.005 ≤ d ≤ 1.5; 0 ≤ e ≤ 0.1; 0 ≤ f ≤ 0.5; 0.01 ≤ g ≤ 0.05; a+b+c+d+e+f+g = 1.9-2.3.
A method for apportioning system resources in a wireless communication system (100, 200) comprising a plurality of access points (110, 210), comprising: receiving loading information from respective access points of the plurality of access points; and characterised by determining the relative loading of respective access points, wherein determining the relative loading of the respective access points comprises comparing the loading of the respective access points to one another; and apportioning system resources among respective access points, wherein the portion of overall system resources apportioned to an access point is in proportion to the determined relative loading of the access point and a nominal system loading factor, the nominal system loading factor being a factor based on the overall loading of the system. receiving loading information from respective access points of the plurality of access points; and characterised by determining the relative loading of respective access points, wherein determining the relative loading of the respective access points comprises comparing the loading of the respective access points to one another; and apportioning system resources among respective access points, wherein the portion of overall system resources apportioned to an access point is in proportion to the determined relative loading of the access point and a nominal system loading factor, the nominal system loading factor being a factor based on the overall loading of the system.
An oil pump comprising: a rotor chamber having an intake port and a discharge port; an outer rotor having inner teeth and housed in the rotor chamber; and an inner rotor having outer teeth and housed in the rotor chamber, characterized in that a partition surface between a starting end side of the intake port and a terminal end side of the discharge port is set as a first seal land, an intake groove portion that projects from the starting end side of the intake port toward the terminal end side of the discharge port and a discharge groove portion that projects from the terminal end side of the discharge port toward the starting end side of the intake port are formed in positions which are located on the first seal land and over which a cell formed when the outer teeth of the inner rotor and the inner teeth of the outer rotor are most deeply meshed passes, and the intake groove portion and the discharge groove portion are provided in intermediate tooth height direction positions of a meshing location between the outer teeth of the inner rotor and the inner teeth of the outer rotor, wherein said meshing location defines a region in which an intake side cell (Sa) is formed between the inner teeth of the outer rotor and the outer teeth of the inner rotor on the front side in respect to the rotation direction and a separate discharge side cell (Sb) is formed on the rear side thereof, such that as these side cells (Sa, Sb) pass over the first seal land, at least one side cell is in fluid communication with the intake groove portion or the discharge groove portion. a rotor chamber having an intake port and a discharge port; an outer rotor having inner teeth and housed in the rotor chamber; and an inner rotor having outer teeth and housed in the rotor chamber, characterized in that a partition surface between a starting end side of the intake port and a terminal end side of the discharge port is set as a first seal land, an intake groove portion that projects from the starting end side of the intake port toward the terminal end side of the discharge port and a discharge groove portion that projects from the terminal end side of the discharge port toward the starting end side of the intake port are formed in positions which are located on the first seal land and over which a cell formed when the outer teeth of the inner rotor and the inner teeth of the outer rotor are most deeply meshed passes, and the intake groove portion and the discharge groove portion are provided in intermediate tooth height direction positions of a meshing location between the outer teeth of the inner rotor and the inner teeth of the outer rotor, wherein said meshing location defines a region in which an intake side cell (Sa) is formed between the inner teeth of the outer rotor and the outer teeth of the inner rotor on the front side in respect to the rotation direction and a separate discharge side cell (Sb) is formed on the rear side thereof, such that as these side cells (Sa, Sb) pass over the first seal land, at least one side cell is in fluid communication with the intake groove portion or the discharge groove portion.
A method for supporting location services for a user equipment, UE, performed by the UE, comprising: beginning a first user plane location session with a location server; receiving a request for location measurements from the location server; sending an indication to the location server that the UE will enter an idle state in which the UE will not be connected with a wireless network; ending the first user plane location session with the location server; entering the idle state; obtaining the location measurements while in the idle state; re-entering a connected state with the wireless network; beginning a second user plane location session with the location server; and sending the location measurements to the location server using the second user plane location session. beginning a first user plane location session with a location server; receiving a request for location measurements from the location server; sending an indication to the location server that the UE will enter an idle state in which the UE will not be connected with a wireless network; ending the first user plane location session with the location server; entering the idle state; obtaining the location measurements while in the idle state; re-entering a connected state with the wireless network; beginning a second user plane location session with the location server; and sending the location measurements to the location server using the second user plane location session.
A tool for manufacturing a ceramic matrix composite part by injecting a slurry, said tool comprising an injection chamber intended to receive at least one fibrous preform to be densified, and: - the injection chamber comprises a plurality of first injection ports which are formed in a first side of said injection chamber for injecting the slurry into the injection chamber, said first injection ports being distributed along the first side of the injection chamber; - the injection chamber comprises a plurality of first drainage ports which are formed on the first side of said injection chamber for draining a liquid phase of the slurry from the injection chamber, said first drainage ports being distributed along the first side of the injection chamber; and - the tool comprises a first filtration element which is located on the first side of said injection chamber and which is located opposite the first drainage ports. - the injection chamber comprises a plurality of first injection ports which are formed in a first side of said injection chamber for injecting the slurry into the injection chamber, said first injection ports being distributed along the first side of the injection chamber; - the injection chamber comprises a plurality of first drainage ports which are formed on the first side of said injection chamber for draining a liquid phase of the slurry from the injection chamber, said first drainage ports being distributed along the first side of the injection chamber; and - the tool comprises a first filtration element which is located on the first side of said injection chamber and which is located opposite the first drainage ports.
A non-aqueous dentifrice composition comprising a carrier wherein the carrier comprises a carbomer as a thickening agent and a surfactant system, wherein the surfactant system consists of a first surfactant which is a betaine selected from an n-alkyl betaine such as cetyl betaine, behenyl betaine and an n-alkylamido betaine such as cocamidopropyl betaine; in combination with a second surfactant which is a taurate having the structural formula RC N(CH 3)CH 2 CH 2 SO 3 M where RC represents a fatty acid radical having a carbon chain length of 10 to 20 and M represents sodium, potassium, ammonium or triethanolamine; or a C 10-20 alkyl sulphate surfactant having the structural formula R 1 OSO 3 M wherein R 1 represents a fatty alcohol having a carbon chain length of 10 to 20 and M is sodium,potassium,ammonium or triethanolamine; or mixtures thereof.
An optical member having a laminated structure formed on a surface of a substrate (25, 28), wherein the substrate is made of glass, comprising: a layer (27, 30) formed of a crystal containing an oxide or a hydroxide of aluminum or a hydrate thereof, the layer having unevenness on a surface; characterized in that the optical member further comprises: a layer (26, 29) containing an organic resin as a main component formed between the substrate (25, 28) and the layer (27, 30) formed of a crystal, wherein the thickness of the layer (26, 29) containing an organic resin is 10 nm or more and 150 nm or less, and wherein the organic resin includes an aromatic ring and/or an imide ring in a main chain. a layer (27, 30) formed of a crystal containing an oxide or a hydroxide of aluminum or a hydrate thereof, the layer having unevenness on a surface; characterized in that the optical member further comprises: a layer (26, 29) containing an organic resin as a main component formed between the substrate (25, 28) and the layer (27, 30) formed of a crystal, wherein the thickness of the layer (26, 29) containing an organic resin is 10 nm or more and 150 nm or less, and wherein the organic resin includes an aromatic ring and/or an imide ring in a main chain. a layer (26, 29) containing an organic resin as a main component formed between the substrate (25, 28) and the layer (27, 30) formed of a crystal, wherein the thickness of the layer (26, 29) containing an organic resin is 10 nm or more and 150 nm or less, and wherein the organic resin includes an aromatic ring and/or an imide ring in a main chain.
Structural component comprising: a composite laminate built up of a plurality of layers of carbon fibres, wherein the layers of carbon fibres are oriented in different directions and wherein the carbon fibres are surrounded by a conductive polymer resin; wherein the carbon fibres of at least one of the layers comprise an electrically insulating coating, and wherein at least one of the coated carbon fibres extend through its respective layer to form an electrical connection between ends of the layer spaced apart from one another. a composite laminate built up of a plurality of layers of carbon fibres, wherein the layers of carbon fibres are oriented in different directions and wherein the carbon fibres are surrounded by a conductive polymer resin; wherein the carbon fibres of at least one of the layers comprise an electrically insulating coating, and wherein at least one of the coated carbon fibres extend through its respective layer to form an electrical connection between ends of the layer spaced apart from one another.
A method for wireless communication, comprising: receiving, by a mobile device, configuration information from a base station for configuring a random-access transmission to request system information, wherein the configuration information indicates a number of Synchronization Signal, SS, and Physical Broadcast Channel, PBCH, blocks per random-access transmission occasion, wherein the configuration information includes a start preamble index indicating a preamble index for requesting system information, and wherein the configuration information further indicates a number of random-access channel transmission occasions reserved for requesting system information, the random access channel transmission occasions being frequency division multiplexed in one time slot; mapping, by the mobile device, one or more consecutive random access transmission occasions to an SS and PBCH block based on the configuration information, wherein a preamble to be used to request the system information is determined based on the start preamble index and the mapped SS and PBCH block; and performing, by the mobile device, the random-access transmission based on the mapping. receiving, by a mobile device, configuration information from a base station for configuring a random-access transmission to request system information, wherein the configuration information indicates a number of Synchronization Signal, SS, and Physical Broadcast Channel, PBCH, blocks per random-access transmission occasion, wherein the configuration information includes a start preamble index indicating a preamble index for requesting system information, and wherein the configuration information further indicates a number of random-access channel transmission occasions reserved for requesting system information, the random access channel transmission occasions being frequency division multiplexed in one time slot; mapping, by the mobile device, one or more consecutive random access transmission occasions to an SS and PBCH block based on the configuration information,
A method for controlling a semiconductor memory, which has a DRAM cell array and a SRAM interface, the method comprising the steps of: Changing an operation mode of the semiconductor memory from burst mode, through power-down mode, to a first standby mode to set a mode register for setting an operation mode in the burst mode; changing the operation mode of the semiconductor memory from the first standby mode to mode register set mode in the case of commands being input in predetermined sequence in the first standby mode; and setting the mode register according to input from outside of the semiconductor memory, wherein in the first standby mode the semiconductor memory is decoding an input signal and wherein the mode register includes a bit for prohibiting resetting, further wherein the contents of the mode register are not reset in the power-down mode if the bit has been set. Changing an operation mode of the semiconductor memory from burst mode, through power-down mode, to a first standby mode to set a mode register for setting an operation mode in the burst mode; changing the operation mode of the semiconductor memory from the first standby mode to mode register set mode in the case of commands being input in predetermined sequence in the first standby mode; and setting the mode register according to input from outside of the semiconductor memory, wherein in the first standby mode the semiconductor memory is decoding an input signal and wherein the mode register includes a bit for prohibiting resetting, further wherein the contents of the mode register are not reset in the power-down mode if the bit has been set.