mhurhangee/ep-ind-claims huggingface dataset:
A heat pump control device that controls a heat pump type heating device that supplies heat to a heating device from a heat pump, the heat pump control device comprising: a reception unit that receives temperature information indicating outside temperature of space of a consumer house in which the heating device is installed; and a control unit that outputs, to the heat pump type heating device, first information indicating a first output water temperature according to the outside temperature by using a memory that manages output water temperature of the heat pump for maintaining the space at a first setting temperature in relation to the outside temperature, wherein the heat pump control device stores setting information indicating a second setting temperature, which is a target temperature of the space in an output suppression period, in which power consumption of the heat pump type heating device is suppressed, and wherein, the control unit outputs second information to the heat pump type heating device in order to switch from the first setting temperature to the second setting temperature in the output suppression period, the second information indicates a second output water temperature, wherein the difference between the first output water temperature and the second output water temperature becomes larger as the first output water temperature becomes higher if the outside temperature is the same. a reception unit that receives temperature information indicating outside temperature of space of a consumer house in which the heating device is installed; and a control unit that outputs, to the heat pump type heating device, first information indicating a first output water temperature according to the outside temperature by using a memory that manages output water temperature of the heat pump for maintaining the space at a first setting temperature in relation to the outside temperature, wherein the heat pump control device stores setting information indicating a second setting temperature, which is a target temperature of the space in an output suppression period, in which power consumption of the heat pump type heating device is suppressed, and wherein, the control unit outputs second information to the heat pump type heating device in order to switch from the first setting temperature to the second setting temperature in the output suppression period, the second information indicates a second output water temperature, wherein the difference between the first output water temperature and the second output water temperature becomes larger as the first output water temperature becomes higher if the outside temperature is the same.
A method for operating a port a power sourcing equipment, PSE, in a power over Ethernet, PoE, system, comprising: determining whether a data link is established on the port, before enabling a detection of powered devices on the port and before supplying power on the port; and determining that a non-powered device is coupled to the port in response to determining the data link is established on the port before enabling the detection of powered devices on the port and before supplying power on the port. determining whether a data link is established on the port, before enabling a detection of powered devices on the port and before supplying power on the port; and determining that a non-powered device is coupled to the port in response to determining the data link is established on the port before enabling the detection of powered devices on the port and before supplying power on the port.
A method for operating a device in a wireless communication system, the method characterized in comprising receiving a plurality of embedded subscriber identity module, eSIM, profiles, each eSIM profile being associated with at least one quality of service, QoS, feature; performing a primary mapping between the plurality of eSIM profiles and applications available on the device based on QoS requirements of the applications; and performing transfer of data belonging to the applications using the mapped eSIM profiles corresponding to the primary mapping, wherein the data includes first data belonging to a first application mapped to a first eSIM profile and second data belonging to a second application mapped to a second eSIM profile, and wherein, among the mapped eSIM profiles, the first eSIM profile is used for performing transfer of the first data and the second eSIM profile is used for performing transfer of the second data. receiving a plurality of embedded subscriber identity module, eSIM, profiles, each eSIM profile being associated with at least one quality of service, QoS, feature; performing a primary mapping between the plurality of eSIM profiles and applications available on the device based on QoS requirements of the applications; and performing transfer of data belonging to the applications using the mapped eSIM profiles corresponding to the primary mapping, wherein the data includes first data belonging to a first application mapped to a first eSIM profile and second data belonging to a second application mapped to a second eSIM profile, and wherein, among the mapped eSIM profiles, the first eSIM profile is used for performing transfer of the first data and the second eSIM profile is used for performing transfer of the second data.
A method for controlling the execution of elements in a time-based block diagram in a time based-block diagram environment, comprising the steps of: - creating an execution context, said execution context being a data structure associated with a subsystem of a time-based block diagram, said subsystem comprising at least one element, said data structure controlling execution of said subsystem based on the satisfaction of a pre-condition; - identifying during compilation at least one further element capable of inheriting said execution context in said time-based block diagram; - propagating programmatically during compilation said execution context to said at least one further element capable of inheriting said execution context; and - executing said subsystem and said at least one further element that received the propagated executed context after the fulfillment of the pre-condition indicated by said execution context, wherein said one further element does not live in the subsystem. - creating an execution context, said execution context being a data structure associated with a subsystem of a time-based block diagram, said subsystem comprising at least one element, said data structure controlling execution of said subsystem based on the satisfaction of a pre-condition; - identifying during compilation at least one further element capable of inheriting said execution context in said time-based block diagram; - propagating programmatically during compilation said execution context to said at least one further element capable of inheriting said execution context; and - executing said subsystem and said at least one further element that received the propagated executed context after the fulfillment of the pre-condition indicated by said execution context,
A method for receiving broadcast system information in a radio access network, the method comprising the steps of: receiving first system information, which is included in a master information block, of a broadcast control logical channel via a broadcast transport channel, obtaining timing information that is comprised in the first system information, and receiving a second system information, which includes a system information block, of the broadcast control logical channel, via a shared transport channel by using the obtained timing information, wherein the method further comprises the step of receiving a periodicity of the second system information to receive the second system information. receiving first system information, which is included in a master information block, of a broadcast control logical channel via a broadcast transport channel, obtaining timing information that is comprised in the first system information, and receiving a second system information, which includes a system information block, of the broadcast control logical channel, via a shared transport channel by using the obtained timing information, wherein the method further comprises the step of receiving a periodicity of the second system information to receive the second system information.
Mobile vehicle barrier (100; 100'; 100") for setting up on flat ground,at least containing a lower part (10; 10'; 10") and an upper part (20; 20'), wherein: - between a lower part (10; 10'; 10") and an upper part (20; 20') a sliding plane rising from a vehicle impact side to a rear side or a curved sliding surface (G') is provided which is formed between adjacent contact surfaces (12, 22) and/or sliding elements on the upper and lower part (10, 20; 10'; 20'; 10"), wherein the upper part (20; 20') is displaceable in relation to the lower part; - an offset section of the upper part (20; 20') in relation to the lower part (10; 10'; 10"), is defined by a positive connection of the lower part (10; 10'; 10") and the upper part (20; 20'), and - the lower part (10; 10'; 10") and the upper part (20; 20') are made of concrete characterized - in that the lower part and the upper part are connected in a positive connection via at least one deformable traction element which extends beyond the sliding plane or the sliding surface (G'), and - that, in the initial state of the mobile vehicle barrier (100; 100'; 100"), the traction element is received by and therefore connected to at least one recess (16, 26) in the lower part (10; 10'; 10") and/or the upper part (20; 20'), said recess opening towards the sliding pane or the sliding surface (G'). - between a lower part (10; 10'; 10") and an upper part (20; 20') a sliding plane rising from a vehicle impact side to a rear side or a curved sliding surface (G') is provided which is formed between adjacent contact surfaces (12, 22) and/or sliding elements on the upper and lower part (10, 20; 10'; 20'; 10"), wherein the upper part (20; 20') is displaceable in relation to the lower part; - an offset section of the upper part (20; 20') in relation to the lower part (10; 10'; 10"), is defined by a positive connection of the lower part (10; 10'; 10") and the upper part (20; 20'), and - the lower part (10; 10'; 10") and the upper part (20; 20') are made of concrete characterized - in that the lower part and the upper part are connected in a positive connection via at least one deformable traction element which extends beyond the sliding plane or the sliding surface (G'), and - that, in the initial state of the mobile vehicle barrier (100; 100'; 100"), the traction element is received by and therefore connected to at least one recess (16, 26) in the lower part (10; 10'; 10") and/or the upper part (20; 20'), said recess opening towards the sliding pane or the sliding surface (G').
A station association method, comprising: receiving, by a wake-up receiver of a station, STA, in a wake-up radio channel, a respective message sent by each one of a plurality of access points, APs; the wake-up receiver operating on low power and being additionally arranged to a main transceiver of the STA; wherein each of the respective messages carries a wake-up radio load information element, and the wake-up radio load information element comprises load information of the wake-up radio channel managed by the corresponding AP; wherein each of the respective messages further comprises maximum sleep time information of the corresponding AP; and the method further comprises: selecting, by the STA, based on the load information and the maximum sleep time information, a target AP from the plurality of APs, and performing association with the target AP for wake-up communication. receiving, by a wake-up receiver of a station, STA, in a wake-up radio channel, a respective message sent by each one of a plurality of access points, APs; the wake-up receiver operating on low power and being additionally arranged to a main transceiver of the STA; wherein each of the respective messages carries a wake-up radio load information element, and the wake-up radio load information element comprises load information of the wake-up radio channel managed by the corresponding AP; wherein each of the respective messages further comprises maximum sleep time information of the corresponding AP; and the method further comprises: selecting, by the STA, based on the load information and the maximum sleep time information, a target AP from the plurality of APs, and performing association with the target AP for wake-up communication.
A cleaning blade for cleaning a rotating body, the cleaning blade comprising: an edge layer having a tip portion that comes into contact with the rotating body; and a coating layer on the tip portion of the edge layer, wherein the coating layer contains a first fluorine-based resin and a second fluorine-based resin incompatible with the first fluorine-based resin, so that the first fluorine-based resin and the second fluorine-based resin incompletely mix with each other forming interfaces therebetween, wherein the cleaning blade has a Martens hardness when measured according to the description of from 0.5 to 3 N/mm 2 at a position 20 μm distant from a tip edge portion of the edge layer. an edge layer having a tip portion that comes into contact with the rotating body; and a coating layer on the tip portion of the edge layer, wherein the coating layer contains a first fluorine-based resin and a second fluorine-based resin incompatible with the first fluorine-based resin, so that the first fluorine-based resin and the second fluorine-based resin incompletely mix with each other forming interfaces therebetween, wherein the cleaning blade has a Martens hardness when measured according to the description of from 0.5 to 3 N/mm 2 at a position 20 μm distant from a tip edge portion of the edge layer.
Method for starting a submerged arc welding process, which method comprises an arc ignition phase, comprising the step of igniting an arc, an arc- stabilizing phase and a stable arc phase, which method is characterized in that said arc stabilizing phase comprises at least one initial sub-phase and at least one subsequent main sub-phase, wherein said initial sub-phase comprises the step of: - feeding at least one hot wire (4, 12) towards a work piece at a constant feed speed; said main sub-phase comprises the steps of: - feeding said hot wire (4, 12) towards the work piece at a constant feed speed; and - feeding at least one cold wire towards the work piece at a constant feed speed; characterised in that said stable arc phase comprises the steps of: - continuously adjusting the feed speed of the hot wire (4, 12) in dependence on at least a welding current transferred through said hot wire (4, 12); and - continuously adjusting the feed speed of the cold wire in dependence on at least one hot wire (4, 12) feed speed. - feeding at least one hot wire (4, 12) towards a work piece at a constant feed speed; - feeding said hot wire (4, 12) towards the work piece at a constant feed speed; and - feeding at least one cold wire towards the work piece at a constant feed speed; characterised in that - continuously adjusting the feed speed of the hot wire (4, 12) in dependence on at least a welding current transferred through said hot wire (4, 12); and - continuously adjusting the feed speed of the cold wire in dependence on at least one hot wire (4, 12) feed speed.
A device for applying to the skin or the lips, said device comprising: · a body (2; 2a, 2b) made of thermoplastic material that is open at at least one end; · a metal wall that is shaped by plastically deforming sheet metal, in particular by stamping, which sheet metal is embedded in the body at the open end, and defines a contact surface with the skin or the lips, and · a refrigerant that is suitable for coming into thermal contact with the metal wall; characterized in that said thermoplastic material covers both the inside and the outside of a portion of the metal wall, and comes into contact therewith. · a body (2; 2a, 2b) made of thermoplastic material that is open at at least one end; · a metal wall that is shaped by plastically deforming sheet metal, in particular by stamping, which sheet metal is embedded in the body at the open end, and defines a contact surface with the skin or the lips, and · a refrigerant that is suitable for coming into thermal contact with the metal wall; characterized in that said thermoplastic material covers both the inside and the outside of a portion of the metal wall, and comes into contact therewith.
A modular catalyst for emission reduction, the catalyst comprising at least one body section, which an exhaust gas flow is guided to flow through, the body section comprising at least one catalyst unit supplied with catalyst elements for emission reduction, and the catalyst is provided with at least one end section, which the exhaust gas flow is guided to flow through, and with at least one elongated beam element connected to the end section for supporting the at least one catalyst unit of the body section, characterized in that the catalyst is provided with means for supplying an operating fluid to the at least one catalyst unit via the at least one end section and via the at least one beam element.
Device for fastening elongate objects, having a first edge arm and a second edge arm which can be fastened to one another, wherein at least one inner arm is provided which is arranged between the edge arms (1, 2) and which has receptacle spaces delimited by side limbs for receiving elongate objects, wherein the edge arms (1, 2) and the or each inner arm are pivotably fastened to one another by means of a hinge arrangement (4, 5), wherein the edge arms (1, 2) and the or each inner arm are fastenable to one another, in each case, by means of a snap-lock fastening (8, 10, 20), respectively arranged opposite the hinge arrangement (4, 5) and wherein in the region of the hinge arrangement (4, 5), further snap-lock fastenings (8, 10) are provided, characterised in that at least one edge arm has a number of receptacle spaces delimited by side limbs for receiving elongate objects, said elongate objects being enclosed in the fastened arrangement of the edge arms (1, 2) and of the or each inner arm, and in that cover receptacles are formed on side limbs at the edge side and on at least one edge arm and on the or each inner arm, stop covers are formed which, in the assembled arrangement of the edge arms (1, 2) and of the or each inner arm, are arranged in the cover receptacles.
Method for operating a high-voltage network of a motor vehicle comprising a higher voltage than a low-voltage network, wherein a high-voltage network unit of a control device of the motor vehicle is used, wherein the high-voltage network unit is provided to control the operation of the high-voltage network, characterised in that upon restarting the control device following a reset of said control device, the type of reset is verified, wherein in the case of a reset triggered from inside the control device, with a comparison between a stored status of the high-voltage network prior to the reset and a current status of the high-voltage network which shows a concordance and which is carried out in an initialisation phase of the high-voltage network unit, the operation of the high-voltage network unit is once again resumed for the concordant status without switching off the high-voltage network.
An imaging system comprising: at least one imaging module for acquiring diagnostic imaging data of a subject in an imaging region of the imaging module, the imaging module having at least a first docking interface; a docking station where subjects can be prepared for imaging in the imaging module, the docking station having at least a second docking interface; at least one animal capsule that is configured to enclose the subject and interface with the first and second docking interfaces; wherein the animal capsule includes: a subject support upon which an anesthetized animal rests during imaging and preparation; a docking interface that mates with the docking interfaces of the imaging module and the docking station; and a removable cover that encloses the subject support; characterised in that the docking station includes an induction chamber for anesthetizing the animal before securing the animal in the animal capsule; and the docking station includes a post-anesthesia chamber into which the anesthetized animal is to be placed after an imaging session to allow the animal to recover from anesthesia. at least one imaging module for acquiring diagnostic imaging data of a subject in an imaging region of the imaging module, the imaging module having at least a first docking interface; a docking station where subjects can be prepared for imaging in the imaging module, the docking station having at least a second docking interface; at least one animal capsule that is configured to enclose the subject and interface with the first and second docking interfaces; wherein the animal capsule includes: a subject support upon which an anesthetized animal rests during imaging and preparation; a docking interface that mates with the docking interfaces of the imaging module and the docking station; and a removable cover that encloses the subject support; characterised in that the docking station includes an induction chamber for anesthetizing the animal before securing the animal in the animal capsule; and the docking station includes a post-anesthesia chamber into which the anesthetized animal is to be placed after an imaging session to allow the animal to recover from anesthesia. a subject support upon which an anesthetized animal rests during imaging and preparation; a docking interface that mates with the docking interfaces of the imaging module and the docking station; and a removable cover that encloses the subject support; characterised in that the docking station includes an induction chamber for anesthetizing the animal before securing the animal in the animal capsule; and the docking station includes a post-anesthesia chamber into which the anesthetized animal is to be placed after an imaging session to allow the animal to recover from anesthesia.
An expandable lavatory configured for installation in a vehicle including an interior space formed between an exterior wall and a longitudinal aisle, the expandable lavatory comprising: first, second and third walls forming a lavatory interior, the first wall positionable across the interior space, the second wall positionable along the longitudinal aisle, and wherein the third wall repositionable between a first position in which the third wall is positionable across the interior space and a second position in which the third wall is positionable along the longitudinal aisle; a first door positioned in the second wall, the first door providing access to the lavatory interior from the longitudinal aisle; and a second door pivotally attached to the third wall, the second door deployable across the interior space when the third wall is in the second position, and the second door when deployed providing access to the lavatory interior from an exit pathway positioned across the interior space; wherein a footprint of the lavatory interior is greater when the third wall is in the second position. first, second and third walls forming a lavatory interior, the first wall positionable across the interior space, the second wall positionable along the longitudinal aisle, and wherein the third wall repositionable between a first position in which the third wall is positionable across the interior space and a second position in which the third wall is positionable along the longitudinal aisle; a first door positioned in the second wall, the first door providing access to the lavatory interior from the longitudinal aisle; and a second door pivotally attached to the third wall, the second door deployable across the interior space when the third wall is in the second position, and the second door when deployed providing access to the lavatory interior from an exit pathway positioned across the interior space; wherein a footprint of the lavatory interior is greater when the third wall is in the second position.