mhurhangee/ep-ind-claims huggingface dataset:
A method for monitoring and conducting a cooking process of a cooking product in a cooking chamber of a cooking appliance, which comprises the following steps: • heating and cooking the cooking product in the cooking chamber, wherein a gaseous medium in the form of water vapor is emitted from the cooking product; • conducting the gaseous medium away from the cooking chamber by means of a channel leading away from the cooking chamber; • determining the pressure difference between two places in the interior (12, 18) of the cooking appliance by means of a sensor unit (24, 26, 28) by determining a pressure difference between a first place in the interior of the cooking chamber and a second place in the interior of the channel or between two places in the interior of the channel, and indeed upstream of a deflection point in the channel and downstream of a deflection point in the channel; • determining a source steam rate of the cooking product present in the cooking chamber from the pressure difference and/or the progress of the pressure difference over time, wherein, in order to determine the source steam rate, the cooking appliance comprises a moisture sensor and a temperature sensor which is respectively arranged and set up in order to determine the relevant value in the cooking chamber, and • controlling the cooking process as a function of the determined source steam rate by means of a control device. • heating and cooking the cooking product in the cooking chamber, wherein a gaseous medium in the form of water vapor is emitted from the cooking product; • conducting the gaseous medium away from the cooking chamber by means of a channel leading away from the cooking chamber; • determining the pressure difference between two places in the interior (12, 18) of the cooking appliance by means of a sensor unit (24, 26, 28) by determining a pressure difference between a first place in the interior of the cooking chamber and a second place in the interior of the channel or between two places in the interior of the channel, and indeed upstream of a deflection point in the channel and downstream of a deflection point in the channel; • determining a source steam rate of the cooking product present in the cooking chamber from the pressure difference and/or the progress of the pressure difference over time, wherein, in order to determine the source steam rate, the cooking appliance comprises a moisture sensor and a temperature sensor which is respectively arranged and set up in order to determine the relevant value in the cooking chamber, and • controlling the cooking process as a function of the determined source steam rate by means of a control device.
Plastic powder for use as a building material for additively manufacturing a three-dimensional object by selectively solidifying, in particular by exposure to irradiation, the building material at the positions corresponding to the cross-section of the three-dimensional object in the respective layer, wherein the plastic powder comprises a mixture of polymer-based particles and particles of a particulate additive, and wherein the particulate additive comprises a particulate carbon material which is selected such that the crystallisation point of the mixture of the polymer-based particles and the particulate carbon material is not increased more than 2.5°C, compared to the crystallisation point of a mixture of the polymer-based particles without the particulate carbon material, wherein the respective crystallization point corresponds to T K Onset, which is determined by DSC. wherein the plastic powder comprises a mixture of polymer-based particles and particles of a particulate additive, and wherein the particulate additive comprises a particulate carbon material which is selected such that the crystallisation point of the mixture of the polymer-based particles and the particulate carbon material is not increased more than 2.5°C, compared to the crystallisation point of a mixture of the polymer-based particles without the particulate carbon material, wherein the respective crystallization point corresponds to T K Onset, which is determined by DSC.
A heat storage apparatus, comprising: - a heat storage tank including a heat storage material having heat storage property and heat dissipation property; - a heat source machine configured to generate heat to be supplied to the heat storage material; - a first heat medium flow path, in which a first heat medium is able to flow, and which is thermally connected to each of the heat storage material and the heat source machine; - a circulation pump configured to circulate the first heat medium; and - heat storage amount estimation means for estimating a heat storage amount stored in the heat storage tank, - wherein the heat source machine is configured to generate the heat based on a result of the estimation of the heat storage amount by the heat storage amount estimation means, characterised by: - a second heat medium flow path, in which a second heat medium is able to flow, which is thermally connected to the heat storage material, wherein the second heat medium is able to flow through the second heat medium flow path to move to a heat transport means and then to one or more heat consuming devices; - heat output estimation means for estimating an amount of heat exchange between the heat storage tank and the second heat medium; and - heat output/heat storage amount conversion means for estimating the heat storage amount from a result of the estimation by the heat output estimation means, wherein the heat source machine is configured to generate the heat based on results of the estimation of the heat storage amount by the heat output/heat storage amount conversion means. - a heat storage tank including a heat storage material having heat storage property and heat dissipation property; - a heat source machine configured to generate heat to be supplied to the heat storage material; - a first heat medium flow path, in which a first heat medium is able to flow, and which is thermally connected to each of the heat storage material and the heat source machine; - a circulation pump configured to circulate the first heat medium; and - heat storage amount estimation means for estimating a heat storage amount stored in the heat storage tank, - wherein the heat source machine is configured to generate the heat based on a result of the estimation of the heat storage amount by the heat storage amount estimation means, - a second heat medium flow path, in which a second heat medium is able to flow, which is thermally connected to the heat storage material, wherein the second heat medium is able to flow through the second heat medium flow path to move to a heat transport means and then to one or more heat consuming devices; - heat output estimation means for estimating an amount of heat exchange between the heat storage tank and the second heat medium; and - heat output/heat storage amount conversion means for estimating the heat storage amount from a result of the estimation by the heat output estimation means,
A rotor, comprising a rotation shaft, a rotor iron core, and a plurality of rotor windings, wherein the rotor iron core is sleeved on the rotation shaft, the rotor winding is wound around the rotor iron core, and the plurality of rotor windings are spaced apart in a circumferential direction of the rotor iron core; the rotation shaft has a first flow channel distributed in an axial direction, the rotation shaft further has a first through hole, and the first through hole is connected to the first flow channel; and the rotor iron core has a second flow channel, both ends of the second flow channel extend to both ends of the rotor iron core, the second flow channel comprises a first inlet end, a first axial flow channel, and a first outlet end that are connected to each other, the first inlet end is connected to the first through hole, and the first axial flow channel is located between two adjacent rotor windings; wherein the rotor further comprises an end plate and an excitation module, wherein the end plate is located on one side of the rotor iron core, the end plate is adjacent to the first inlet end, and the excitation module is disposed on the end plate; and the end plate has a plurality of third grooves, the plurality of third grooves are distributed in the circumferential direction of the rotor iron core, the first inlet end comprises a first radial flow channel distributed in a radial direction of the rotor iron core, the first radial flow channel is connected to the first axial flow channel, and the third groove covers a part of the first radial flow channel. the rotation shaft has a first flow channel distributed in an axial direction, the rotation shaft further has a first through hole, and the first through hole is connected to the first flow channel; and the rotor iron core has a second flow channel, both ends of the second flow channel extend to both ends of the rotor iron core, the second flow channel comprises a first inlet end, a first axial flow channel, and a first outlet end that are connected to each other, the first inlet end is connected to the first through hole, and the first axial flow channel is located between two adjacent rotor windings; wherein the rotor further comprises an end plate and an excitation module, wherein the end plate is located on one side of the rotor iron core, the end plate is adjacent to the first inlet end, and the excitation module is disposed on the end plate; and the end plate has a plurality of third grooves, the plurality of third grooves are distributed in the circumferential direction of the rotor iron core, the first inlet end comprises a first radial flow channel distributed in a radial direction of the rotor iron core, the first radial flow channel is connected to the first axial flow channel, and the third groove covers a part of the first radial flow channel.
A method for wireless communication at a wireless device of a network operating entity, comprising: identifying a priority of the wireless device for a transmission interval of a radio frequency spectrum band shared by a plurality of network operating entities, wherein the priority of the wireless device is based at least in part on a proximity of the transmission interval to a guaranteed sub-interval for the network operating entity, wherein the network operating entity communicates on said guaranteed sub-interval without having to wait or perform any medium sensing procedure; identifying an absence of a predetermined transmission type in each of a number of clear channel assessment, CCA, slots of the transmission interval, each of the number of CCA slots associated with a higher priority than the identified priority of the wireless device; and communicating over the radio frequency spectrum band based at least in part on the identified absence of the predetermined transmission type in each of the number of CCA slots associated with the higher priority than the priority of the wireless device. identifying a priority of the wireless device for a transmission interval of a radio frequency spectrum band shared by a plurality of network operating entities, wherein the priority of the wireless device is based at least in part on a proximity of the transmission interval to a guaranteed sub-interval for the network operating entity, wherein the network operating entity communicates on said guaranteed sub-interval without having to wait or perform any medium sensing procedure; identifying an absence of a predetermined transmission type in each of a number of clear channel assessment, CCA, slots of the transmission interval, each of the number of CCA slots associated with a higher priority than the identified priority of the wireless device; and communicating over the radio frequency spectrum band based at least in part on the identified absence of the predetermined transmission type in each of the number of CCA slots associated with the higher priority than the priority of the wireless device.
A manufacturing method of a thermoelectric conversion element in which an electrode (4a, 104a, 124a) is formed at at least one end portion (2a, 3a, 102a, 103a) of at least one thermoelectric conversion member (2, 3, 102, 103) by sintering metal powder (13, 115), the method comprising: a preparation step of preparing a holding section (11, 21, 111, 121) having a concave section or through holes (111a, 121a) for forming the electrode by introducing the metal powder into the concave section or through holes (111a, 121a) while holding the at least one thermoelectric conversion member (2, 3, 102, 103); a holding step of holding the at least one thermoelectric conversion member by the holding section (11, 21, 111, 121) in a state where the at least one end portion (2a, 3a, 102a, 103a) of the thermoelectric conversion member protrudes from the concave section or through holes (111a, 121a) and is thus exposed; a coating step of introducing the metal powder into the concave section or through holes (111a,121a) and coating the exposed one end portion (2a, 3a, 102a, 103a) of the thermoelectric conversion member (2, 3, 102, 103) with the metal powder (13, 115); and an electrode forming step of forming the electrode (4a, 104a, 124a) at the end portion of the thermoelectric conversion member (2, 3, 102, 103) by sintering the metal powder (13, 115). a preparation step of preparing a holding section (11, 21, 111, 121) having a concave section or through holes (111a, 121a) for forming the electrode by introducing the metal powder into the concave section or through holes (111a, 121a) while holding the at least one thermoelectric conversion member (2, 3, 102, 103); a holding step of holding the at least one thermoelectric conversion member by the holding section (11, 21, 111, 121) in a state where the at least one end portion (2a, 3a, 102a, 103a) of the thermoelectric conversion member protrudes from the concave section or through holes (111a, 121a) and is thus exposed; a coating step of introducing the metal powder into the concave section or through holes (111a,121a) and coating the exposed one end portion (2a, 3a, 102a, 103a) of the thermoelectric conversion member (2, 3, 102, 103) with the metal powder (13, 115); and an electrode forming step of forming the electrode (4a, 104a, 124a) at the end portion of the thermoelectric conversion member (2, 3, 102, 103) by sintering the metal powder (13, 115).
A lower structure of a vehicle in which a rear wheel serves as a drive wheel, the vehicle comprising: a gearbox disposed with at least a portion thereof present in a floor tunnel, the portion being present on a vehicle rear side; a propeller shaft that extends from the gearbox toward the vehicle rear side, the propeller shaft transmitting power to the rear wheel; and left and right battery units (40L, 40R) disposed on a vehicle lower side of left and right floor panels, the left and right floor panels being disposed on a vehicle left side and a vehicle right side of the floor tunnel, wherein the propeller shaft has a first shaft portion and a second shaft portion that are arranged in sequence from a vehicle front side, the first shaft portion being connected to the gearbox, the second shaft portion being connected to the first shaft portion via a joint portion, each of the left and right battery units (40L, 40R) has an inner side surface portion (45L, 45R) that extends along an inner wall portion of the floor tunnel and faces an inner side in a vehicle width direction, the lower structure of the vehicle being characterized in that a planar protector (70L, 70R) that covers a portion of the inner side surface portion (45L, 45R) is mounted to each of the left and right battery units (40L, 40R), the portion being located on the vehicle rear side of the joint portion. a gearbox disposed with at least a portion thereof present in a floor tunnel, the portion being present on a vehicle rear side; a propeller shaft that extends from the gearbox toward the vehicle rear side, the propeller shaft transmitting power to the rear wheel; and left and right battery units (40L, 40R) disposed on a vehicle lower side of left and right floor panels, the left and right floor panels being disposed on a vehicle left side and a vehicle right side of the floor tunnel, wherein the propeller shaft has a first shaft portion and a second shaft portion that are arranged in sequence from a vehicle front side, the first shaft portion being connected to the gearbox, the second shaft portion being connected to the first shaft portion via a joint portion, each of the left and right battery units (40L, 40R) has an inner side surface portion (45L, 45R) that extends along an inner wall portion of the floor tunnel and faces an inner side in a vehicle width direction, the lower structure of the vehicle being characterized in that a planar protector (70L, 70R) that covers a portion of the inner side surface portion (45L, 45R) is mounted to each of the left and right battery units (40L, 40R), the portion being located on the vehicle rear side of the joint portion.
Opening device for a cooling device having a door assembly, comprising a mounting base which comprises mounting holes for connection to the cooling device and a furniture body in which the cooling device is accommodated and is mountable on provided securing units for a door hinge of the cooling device, and a functional unit having an ejection element which can be extended under electrical control, characterized in that the mounting base has contacts and the functional unit has mating contacts, wherein the contacts and the mating contacts contact each other when the functional unit is secured to the mounting base to supply power to the functional unit, wherein the contacts of the mounting base are connected to a connecting cable comprising power supply lines and optionally signal lines.
Double clutch transmission for motor vehicles having - a first input shaft and a second input shaft, - two clutches (2, 3), via which the first input shaft and the second input shaft can be coupled selectively to a drive engine, - two intermediate shafts (13, 14) which are arranged parallel to the transmission input shafts, gearwheel pairings of fixed gears and movable gears, of which a first gearwheel is arranged on one of the input shafts and a second gearwheel is arranged on one of the intermediate shafts, - coupling apparatuses, via which the movable gears can be connected selectively to the respective intermediate shaft, and - in each case one output gearwheel (21, 16) which is arranged on the two intermediate shafts (13, 14), the output gearwheels of the two intermediate shafts (13, 14) meshing with a differential gear, and it being possible for the said output gearwheels to be connected alternately to the respective intermediate shaft fixedly so as to rotate with it in each case by means of one of the coupling apparatuses (22, 27), characterized in that an additional intermediate gear set with precisely two gearwheels (30, 29) is provided, in that the one gearwheel of the intermediate gear set is seated on the first or second intermediate shaft, in that the other gearwheel of the intermediate gear set is arranged on a third intermediate shaft, and in that a third output gearwheel is seated on the third intermediate shaft, which third output gearwheel meshes with one of the output gearwheels of the first or second intermediate shaft. - a first input shaft and a second input shaft, - two clutches (2, 3), via which the first input shaft and the second input shaft can be coupled selectively to a drive engine, - two intermediate shafts (13, 14) which are arranged parallel to the transmission input shafts, gearwheel pairings of fixed gears and movable gears, of which a first gearwheel is arranged on one of the input shafts and a second gearwheel is arranged on one of the intermediate shafts, - coupling apparatuses, via which the movable gears can be connected selectively to the respective intermediate shaft, and - in each case one output gearwheel (21, 16) which is arranged on the two intermediate shafts (13, 14), the output gearwheels of the two intermediate shafts (13, 14) meshing with a differential gear, and it being possible for the said output gearwheels to be connected alternately to the respective intermediate shaft fixedly so as to rotate with it in each case by means of one of the coupling apparatuses (22, 27),
A method performed by a Radio Access Network, RAN, function node, for handling connectivity in a RAN of a wireless communications network, the method comprising: receiving from a network node, a first subscription request for one or more RAN insights relating to the connectivity, requested for an application related to a wireless device, identifying RAN data needed to fulfil the subscription request for the one or more RAN insights, sending to a RAN node, a second subscription request for the identified RAN data, wherein the RAN data comprise measurements collected by the RAN node, wherein the RAN insights are processed RAN data comprising statistical or predicted information, when RAN data according to the second subscription request is available, receiving from the RAN node, published RAN data according to the second subscription request, generating the one or more RAN insights according to the first subscription request based on the received RAN data, and establishing which domain out of a trusted domain or an untrusted domain the generated one or more RAN insights are to be exposed in, and publishing the generated one or more RAN insights according to the first subscription request to reach the network node, wherein the published one or more RAN insights comprises an indication, indicating to the network node the established domain out of a trusted domain or an untrusted domain, that the generated one or more RAN insights are to be exposed in. receiving from a network node, a first subscription request for one or more RAN insights relating to the connectivity, requested for an application related to a wireless device, identifying RAN data needed to fulfil the subscription request for the one or more RAN insights, sending to a RAN node, a second subscription request for the identified RAN data, wherein the RAN data comprise measurements collected by the RAN node, wherein the RAN insights are processed RAN data comprising statistical or predicted information, when RAN data according to the second subscription request is available, receiving from the RAN node, published RAN data according to the second subscription request, generating the one or more RAN insights according to the first subscription request based on the received RAN data, and establishing which domain out of a trusted domain or an untrusted domain the generated one or more RAN insights are to be exposed in, and publishing the generated one or more RAN insights according to the first subscription request to reach the network node, wherein the published one or more RAN insights comprises an indication, indicating to the network node the established domain out of a trusted domain or an untrusted domain, that the generated one or more RAN insights are to be exposed in.