mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: establishing (611, 1201) a packet data network, PDN, connection by a terminal equipment, TE, in a mobile communication network; transmitting (612, 1202) an Attention, AT, command by the TE, wherein the AT command is related to maximum transmission unit, MTU, information of the PDN connection; receiving (616, 1203) by the terminal equipment, an MTU size from a mobile termination, MT; and generating (617, 1204) by the terminal equipment, IP packets from application data; and setting, by the terminal equipment, the IP packets for transmission over the PDN connection, characterized in that the AT command is a read command for retrieving a list of Packet Data Protocol, PDP, context parameters, the list of PDP context parameters comprising a context identification, CID, and the MTU size; and in that the generating (617, 1204) of IP packets comprises generating IP packets having a size based on the MTU size in the retrieved list of PDP context parameters. establishing (611, 1201) a packet data network, PDN, connection by a terminal equipment, TE, in a mobile communication network; transmitting (612, 1202) an Attention, AT, command by the TE, wherein the AT command is related to maximum transmission unit, MTU, information of the PDN connection; receiving (616, 1203) by the terminal equipment, an MTU size from a mobile termination, MT; and generating (617, 1204) by the terminal equipment, IP packets from application data; and setting, by the terminal equipment, the IP packets for transmission over the PDN connection, characterized in that the AT command is a read command for retrieving a list of Packet Data Protocol, PDP, context parameters, the list of PDP context parameters comprising a context identification, CID, and the MTU size; and in that the generating (617, 1204) of IP packets comprises generating IP packets having a size based on the MTU size in the retrieved list of PDP context parameters.
Connecting system comprising two connecting arrangements (3A', 3B') for providing a fluidic connection between a container (B1, B2, B3) and another container, the connecting arrangements (3A', 3B') being formed to be complementary and/or corresponding to one another, wherein in an initial state one of the connecting arrangements (3A', 3B') is fluidically sealed in an opening region (4A', 4B') and can be opened in order to produce the fluidic connection, characterised in that the one of the connecting arrangements (3A', 3B') comprises a removable cover device (6, 26) which covers the opening region (4A', 4B'), and the opening region (4A', 4B') comprises a rigid or dimensionally stable closure plate which is attached to a holding portion by means of a frangible point, wherein the frangible point is arranged between the closure plate and the holding portion and surrounds the closure plate, wherein the cover device (6, 26) comprises a support portion which corresponds to the closure plate and is directly or so closely adjacent to the closure plate that a force acting on the closure plate in the direction of the support portion is absorbed by the contact of at least part of the closure plate on the support portion such that opening of the opening region (4A', 4B') is prevented.
A header for an agricultural vehicle, comprising: a header frame that defines a travel axis; at least two row dividers (130, 330, 340) carried by the header frame and defining a gap therebetween; and a crop material saver disposed in the gap; the crop material saver comprises a pair of saver flaps (251, 252), characterized in that the first saver flap and the second saver flap contact one another to define a crop admission region of the crop material saver, and wherein each of the saver flaps (251, 252) is positioned at a non-perpendicular angle relative to the travel axis such that the saver flaps (251, 252) co-act as a one-way pass-through, in order to: - allow crop material flow past the saver flaps (251, 252) in an admission direction, by said crop material flow in the admission direction forcing the portions of the saver flaps in the crop admission region away from one another, and - inhibit crop material flow past the saver flaps (251, 252) in an inhibited direction opposite the admission direction, by said crop material flow in the inhibited direction forcing the portions of the flaps in the crop admission region toward one another. a header frame that defines a travel axis; at least two row dividers (130, 330, 340) carried by the header frame and defining a gap therebetween; and a crop material saver disposed in the gap; the crop material saver comprises a pair of saver flaps (251, 252), characterized in that the first saver flap and the second saver flap contact one another to define a crop admission region of the crop material saver, and wherein each of the saver flaps (251, 252) is positioned at a non-perpendicular angle relative to the travel axis such that the saver flaps (251, 252) co-act as a one-way pass-through, in order to: - allow crop material flow past the saver flaps (251, 252) in an admission direction, by said crop material flow in the admission direction forcing the portions of the saver flaps in the crop admission region away from one another, and - inhibit crop material flow past the saver flaps (251, 252) in an inhibited direction opposite the admission direction, by said crop material flow in the inhibited direction forcing the portions of the flaps in the crop admission region toward one another. - allow crop material flow past the saver flaps (251, 252) in an admission direction, by said crop material flow in the admission direction forcing the portions of the saver flaps in the crop admission region away from one another, and - inhibit crop material flow past the saver flaps (251, 252) in an inhibited direction opposite the admission direction, by said crop material flow in the inhibited direction forcing the portions of the flaps in the crop admission region toward one another.
A heat exchanger comprising: a plurality of heat exchange modules arranged and spaced apart from each other in a first direction; a header connected to end portions of the plurality of heat exchange modules, the end portions being located at ends of the plurality of heat exchange modules in a second direction crossing perpendicularly to the first direction, the plurality of heat exchange modules each including a heat transfer tube extending in the second direction, and a fin extending from an edge portion (20a, 20b) of the heat transfer tube in a third direction crossing perpendicularly to a plane parallel to the first direction and the second direction, the fin being positioned on both sides of the heat transfer tube across the heat transfer tube in the third direction, and including on its surface a plurality of convex parts each protruding in the first direction, and, the plurality of convex parts each being provided to define a surface inclined relative to the second direction and the third direction, wherein in each of the plurality of heat exchange modules, at least one convex part of the plurality of convex parts provided to the fin positioned on one side of the heat transfer tube has a top portion that is positioned outside the heat transfer tube in the first direction, and the plurality of convex parts provided to the fin positioned on an other side of the heat exchange module are positioned within a width of the heat transfer tube in the first direction. a plurality of heat exchange modules arranged and spaced apart from each other in a first direction; a header connected to end portions of the plurality of heat exchange modules, the end portions being located at ends of the plurality of heat exchange modules in a second direction crossing perpendicularly to the first direction, the plurality of heat exchange modules each including a heat transfer tube extending in the second direction, and a fin extending from an edge portion (20a, 20b) of the heat transfer tube in a third direction crossing perpendicularly to a plane parallel to the first direction and the second direction, the fin being positioned on both sides of the heat transfer tube across the heat transfer tube in the third direction, and including on its surface a plurality of convex parts each protruding in the first direction, and, the plurality of convex parts each being provided to define a surface inclined relative to the second direction and the third direction, wherein in each of the plurality of heat exchange modules, at least one convex part of the plurality of convex parts provided to the fin positioned on one side of the heat transfer tube has a top portion that is positioned outside the heat transfer tube in the first direction, and the plurality of convex parts provided to the fin positioned on an other side of the heat exchange module are positioned within a width of the heat transfer tube in the first direction.
A method for manufacturing and testing the conformity of a dental prosthesis from a capturing of parameters in the mouth with a colour-capturing device, the method comprising the following steps: a) capturing the colour of the tooth of the patient intended to be replaced or restored by the practitioner using a colour-capturing device belonging to the practitioner, referred to as DPractitioner, with local storage of these data, b) transmission of these data to a computer station of the practitioner equipped with software for displaying the data measured and optionally software for entering the personal details and specificities of the patient, the two sets of software advantageously being combined, c) transmission of these data to a computer station of a given prosthetist, d) manufacture of the prosthesis in accordance with the data received from the practitioner, e) testing of the data of the prosthesis manufactured by the prosthetist using a colour-capturing device identical to the one belonging to said dental technician, referred to as DProsthetist, self-calibrated in the same way as the DPractitioner device of the practitioner, f) sending of the conforming prosthesis by the prosthetist to the practitioner; wherein the DProsthesist and DPractitioner devices for capturing colour and for testing said colour comprise a housing, a handle and a measuring head, provided with an end piece intended to come into contact with an analysis surface of a tooth, at least one light source and image acquisition means (22, 24), an orientation assembly enabling the measuring head to occupy various angular positions with respect to the housing, as well as a data processing unit, the processing of the data making it possible to determine, by zones, the colour of the tooth in order to produce mapping of the variations of the various characteristics of the tooth; characterised in that the end piece of each of the DProsthesist and DPractitioner devices comprises the same chromatic reference surface that enables the device to carry out automatic self-calibration. a) capturing the colour of the tooth of the patient intended to be replaced or restored by the practitioner using a colour-capturing device belonging to the practitioner, referred to as DPractitioner, with local storage of these data, b) transmission of these data to a computer station of the practitioner equipped with software for displaying the data measured and optionally software for entering the personal details and specificities of the patient, the two sets of software advantageously being combined, c) transmission of these data to a computer station of a given prosthetist, d) manufacture of the prosthesis in accordance with the data received from the practitioner, e) testing of the data of the prosthesis manufactured by the prosthetist using a colour-capturing device identical to the one belonging to said dental technician, referred to as DProsthetist, self-calibrated in the same way as the DPractitioner device of the practitioner, f) sending of the conforming prosthesis by the prosthetist to the practitioner;
A specimen information acquisition apparatus that transmits elastic waves to a specimen and receives the elastic waves reflected in the specimen to acquire information in the specimen, the specimen information acquisition apparatus comprising: a conversion element configured to convert the received elastic waves into an electrical signal; a reference layer provided between the conversion element and the specimen, a modulus of elasticity of the reference layer being known; a measurement unit configured to measure a strain in the specimen and a strain of the reference layer when pressure is applied on the specimen and the reference layer by using the electrical signal; characterised by a calculation unit configured to calculate a coefficient of viscosity of the specimen by using the modulus of elasticity of the reference layer, a variation in the strain in the specimen, and a saturation value of the strain of the reference layer. a conversion element configured to convert the received elastic waves into an electrical signal; a reference layer provided between the conversion element and the specimen, a modulus of elasticity of the reference layer being known; a measurement unit configured to measure a strain in the specimen and a strain of the reference layer when pressure is applied on the specimen and the reference layer by using the electrical signal; characterised by a calculation unit configured to calculate a coefficient of viscosity of the specimen by using the modulus of elasticity of the reference layer, a variation in the strain in the specimen, and a saturation value of the strain of the reference layer.
A method comprising: communicating, by a wireless device, with a first network node via a second network node; receiving, by the wireless device from the second network node, backhaul link failure information indicating a failure of a radio link established between the first network node and the second network node; determining, based on the backhaul link failure information, a failure of a connection between the wireless device and the first network node; and transmitting, by the wireless device to a third network node, a radio link failure report indicating a backhaul link failure, between the first network node and the second network node, as causing the failure of the connection between the wireless device and the first network node. communicating, by a wireless device, with a first network node via a second network node; receiving, by the wireless device from the second network node, backhaul link failure information indicating a failure of a radio link established between the first network node and the second network node; determining, based on the backhaul link failure information, a failure of a connection between the wireless device and the first network node; and transmitting, by the wireless device to a third network node, a radio link failure report indicating a backhaul link failure, between the first network node and the second network node, as causing the failure of the connection between the wireless device and the first network node.
A process for removing organic acids from a crude oil and/or a crude oil distillate containing organic acids comprising the steps of: (i) contacting the crude oil and/or crude oil distillate containing organic acids with a basic solid having the formula: SUPPORT-(O-Z-Bas) wherein: SUPPORT represents a solid support; Z is a divalent linking group; and Bas is a basic moiety having the formula - NR 1 R 2, R 1 and R 2 being independently selected from hydrogen, C 1 -C 8 alkyl, C 1 -C 8 cycloalkyl, C 6 -C 10 aryl, C 6 -C 10 alkaryl, or C 6 -C 10 aralkyl; or a 4 to 8 membered heterocyclic ring comprising at least one basic nitrogen atom; and (ii) separating a crude oil and/or crude oil distillate product having reduced acidity from the basic solid. (i) contacting the crude oil and/or crude oil distillate containing organic acids with a basic solid having the formula: SUPPORT-(O-Z-Bas) wherein: SUPPORT represents a solid support; Z is a divalent linking group; and Bas is a basic moiety having the formula - NR 1 R 2, R 1 and R 2 being independently selected from hydrogen, C 1 -C 8 alkyl, C 1 -C 8 cycloalkyl, C 6 -C 10 aryl, C 6 -C 10 alkaryl, or C 6 -C 10 aralkyl; or a 4 to 8 membered heterocyclic ring comprising at least one basic nitrogen atom; and SUPPORT represents a solid support; Z is a divalent linking group; and Bas is a basic moiety having the formula - NR 1 R 2, R 1 and R 2 being independently selected from hydrogen, C 1 -C 8 alkyl, C 1 -C 8 cycloalkyl, C 6 -C 10 aryl, C 6 -C 10 alkaryl, or C 6 -C 10 aralkyl; or a 4 to 8 membered heterocyclic ring comprising at least one basic nitrogen atom; and (ii) separating a crude oil and/or crude oil distillate product having reduced acidity from the basic solid.
A computer-implemented process for establishing a measure of an image-based semantic distance between semantic concepts, comprising using a computer to perform the following process actions: respectively computing a semantic concept representation for each concept, wherein the semantic concept representation takes the form of a statistical distribution model of the images associated with the corresponding semantic concept, said semantic concept representation being based, for each concept, on images associated with the concept, wherein the images are tagged with a term, the term being related to the concept, wherein each image is divided into equal-sized patches, wherein each patch is described using a texture histogram which is converted into a visual word, wherein a visual language model being an n-gram model is used to calculate a conditional probability of each visual word dependent on n-1 of its neighboring visual words, and wherein a product over the conditional probabilities of the visual words of the images associated with the concept is maximized; and computing a degree of difference between two semantic concept representations to produce said semantic distance measure for the pair of corresponding semantic concepts. respectively computing a semantic concept representation for each concept, wherein the semantic concept representation takes the form of a statistical distribution model of the images associated with the corresponding semantic concept, said semantic concept representation being based, for each concept, on images associated with the concept, wherein the images are tagged with a term, the term being related to the concept, wherein each image is divided into equal-sized patches, wherein each patch is described using a texture histogram which is converted into a visual word, wherein a visual language model being an n-gram model is used to calculate a conditional probability of each visual word dependent on n-1 of its neighboring visual words, and wherein a product over the conditional probabilities of the visual words of the images associated with the concept is maximized; and computing a degree of difference between two semantic concept representations to produce said semantic distance measure for the pair of corresponding semantic concepts.
A wireless communication method, comprising: receiving, by a second communication node, a paging occasion determination parameter transmitted by a first communication node, the paging occasion determination parameter including a paging occasion offset (t offset) transmitted by a first communication node, the paging occasion offset configured to adjust a first time domain position of a paging occasion to a second time domain position of the paging occasion within a discontinuous reception, DRX, cycle, the paging occasion including a group of paging resources for transmitting paging downlink control information across a plurality of beams; calculating, by the second communication node, the second time domain position of the paging occasion according to the paging occasion offset and the first time domain position; calculating, by the second communication node, a starting radio frame number in a radio frame corresponding to the paging occasion according to the paging occasion offset (t offset); calculating, by the second communication node, a starting subframe position of the starting radio frame number for a first beam of the plurality of beams corresponding to a resource of the group of resources; and receiving, by the second communication node, paging downlink control information transmitted by a first communication node within the starting radio frame position of the starting radio frame number in the radio frame corresponding to the paging occasion. receiving, by a second communication node, a paging occasion determination parameter transmitted by a first communication node, the paging occasion determination parameter including a paging occasion offset (t offset) transmitted by a first communication node, the paging occasion offset configured to adjust a first time domain position of a paging occasion to a second time domain position of the paging occasion within a discontinuous reception, DRX, cycle, the paging occasion including a group of paging resources for transmitting paging downlink control information across a plurality of beams; calculating, by the second communication node, the second time domain position of the paging occasion according to the paging occasion offset and the first time domain position; calculating, by the second communication node, a starting radio frame number in a radio frame corresponding to the paging occasion according to the paging occasion offset (t offset); calculating, by the second communication node, a starting subframe position of the starting radio frame number for a first beam of the plurality of beams corresponding to a resource of the group of resources; and receiving, by the second communication node, paging downlink control information transmitted by a first communication node within the starting radio frame position of the starting radio frame number in the radio frame corresponding to the paging occasion.
A polymer comprising: a) a polymeric backbone, b) one or more phosphate groups linked to the backbone, and c) one or more hydroxyl aromatic groups linked to the backbone capable of undergoing oxidation in the presence of an oxidant. a) a polymeric backbone, b) one or more phosphate groups linked to the backbone, and c) one or more hydroxyl aromatic groups linked to the backbone capable of undergoing oxidation in the presence of an oxidant.