mhurhangee/ep-ind-claims huggingface dataset:
A slat roof with slats and with an adjusting device for rotating the slats about an axis of rotation between a closed and an open rotational position, said rotational axis running parallel to the longitudinal extension of the slats, wherein in the closed rotational position, the slats lie against one another in overlap regions (17, 17.1) along the longitudinal edges of the slats and/or are coupled to one another by means of sealing elements (23, 23.1) or guiding systems which engage into one another, and wherein the slats can be adjusted into rotational positions up to the completely open rotational position by the adjusting device, wherein solar cells for converting solar energy into electric energy and/or a solar collector for converting solar energy into thermal energy are attached in or on at least one of the slats or are integral components of the slat, and wherein the slat has, in regions, at least one transparent cover on the upper side oriented towards the outside of the slat roof in the closed position, characterised in that the slat is formed from a main body made from metal, preferably from aluminium, or from plastic, in that the transparent cover is mounted directly or indirectly on the main body and in that a cavity of the slat is formed by the main body and the transparent cover, wherein the solar cells and/or the solar collector are arranged under the cover.
A method for treatment of a heat exchanger which in operation is used to cool process water which has been in contact with polymer particles, which method comprises: i) operation of the heat exchanger to cool process water which has been in contact with polymer particles, ii) taking the heat exchanger out of operation for treatment, and iii) passing to the process side of the heat exchanger a treatment stream whilst the heat exchanger is at an elevated temperature compared to the temperature when the heat exchanger is in operation. i) operation of the heat exchanger to cool process water which has been in contact with polymer particles, ii) taking the heat exchanger out of operation for treatment, and iii) passing to the process side of the heat exchanger a treatment stream whilst the heat exchanger is at an elevated temperature compared to the temperature when the heat exchanger is in operation.
A method of joining lined pipe, the method comprising: joining a first fitting to a first pipe; joining a second fitting to a second pipe; inserting a first end of a fit-up sleeve into the first fitting to force a first liner against the first fitting; inserting a second end of the fit-up sleeve into the second fitting to force a second liner against the second fitting; and joining the first fitting to the second fitting; wherein the internal surfaces of the first and second fittings are provided with a plurality of castellations (157,257), and wherein inserting the fit-up sleeve forces first portions of respective liners against corresponding first portions (157B,257B) or sets of the castellations of the respective fittings. joining a first fitting to a first pipe; joining a second fitting to a second pipe; inserting a first end of a fit-up sleeve into the first fitting to force a first liner against the first fitting; inserting a second end of the fit-up sleeve into the second fitting to force a second liner against the second fitting; and joining the first fitting to the second fitting; wherein the internal surfaces of the first and second fittings are provided with a plurality of castellations (157,257), and wherein inserting the fit-up sleeve forces first portions of respective liners against corresponding first portions (157B,257B) or sets of the castellations of the respective fittings.
Hydraulic system with a hydraulic pressure supply unit which comprises a hydraulic pump actuated by an electric motor, and at least one hydraulic consumer configured as a linear actuator on which the pressure supply unit acts, wherein - as the electric motor, a brushless direct current motor, comprising a stator and a motor rotor is provided, - the hydraulic pump is designed as a slit-controlled radial piston pump with a basic pump body, a control and bearing pin attached thereto and a pump rotor rotatable about this, - the pump rotor is directly connected to the motor rotor in such a way that the pump rotor and the motor rotor form a rigid rotor unit, - the rotor unit is exclusively borne in rotatable manner on the control and bearing pin, characterised in that - the hydraulic pressure supply unit comprises a hydraulic control and line assembly at least partially arranged in the basic pump body, - the basic pump body is accommodated in a housing shell surrounding it and - at least one flow channel of the hydraulic control and line assembly extends at least partially along the interface between the basic pump body and the housing shell wherein - a motor housing surrounding the electric motor is designed in one piece with the housing shell and - the stator of the electric motor is arranged on a protrusion of the control and bearing pin projecting beyond the pump rotor. - as the electric motor, a brushless direct current motor, comprising a stator and a motor rotor is provided, - the hydraulic pump is designed as a slit-controlled radial piston pump with a basic pump body, a control and bearing pin attached thereto and a pump rotor rotatable about this, - the pump rotor is directly connected to the motor rotor in such a way that the pump rotor and the motor rotor form a rigid rotor unit, - the rotor unit is exclusively borne in rotatable manner on the control and bearing pin, characterised in that - the hydraulic pressure supply unit comprises a hydraulic control and line assembly at least partially arranged in the basic pump body, - the basic pump body is accommodated in a housing shell surrounding it and - at least one flow channel of the hydraulic control and line assembly extends at least partially along the interface between the basic pump body and the housing shell wherein - a motor housing surrounding the electric motor is designed in one piece with the housing shell and - the stator of the electric motor is arranged on a protrusion of the control and bearing pin projecting beyond the pump rotor.
A resin supply material which is used for molding a fiber-reinforced resin, the resin supply material comprising a continuous porous material and a resin, wherein the continuous porous material has a tensile strength σrt of 0.5 MPa or more at 23°C, and a tensile strength ratio σr of 0.5 or more, the tensile strength ratio σr being expressed by the following formula. σ r = σ mt / σ rt σmt: tensile strength of continuous porous material at 130°C
Method of esthetic skin care, excluding any therapeutic treatment, characterized in that it comprises subjecting the skin to the activation of a piezoelectric quartz with a lithotherapy-effect in an applicator head on the skin, a cycle of successive sequences comprising, in this order, at least a first sequence of skin care, known as electroporation, comprising the application of a pulsed electroporation current on the skin in combination with simultaneous exposure of the skin during treatment to light with a wavelength between 692 nm and 800 nm, and a second skin care sequence, known as electrophoresis, comprising the application of a continuous electrophoresis current in combination with simultaneous exposure of the skin during treatment to light with a wavelength lower than 692 nm. in an applicator head on the skin, a cycle of successive sequences comprising, in this order, at least a first sequence of skin care, known as electroporation, comprising the application of a pulsed electroporation current on the skin in combination with simultaneous exposure of the skin during treatment to light with a wavelength between 692 nm and 800 nm, and a second skin care sequence, known as electrophoresis, comprising the application of a continuous electrophoresis current in combination with simultaneous exposure of the skin during treatment to light with a wavelength lower than 692 nm.
A cartridge for storing a liquid aerosol-forming substrate, for use with an electrically operated smoking system for heating the liquid aerosol-forming substrate, the cartridge comprising: a container for storing the liquid aerosol-forming substrate; a capillary wick for conveying the liquid aerosol-forming substrate from the container; an electric heater for heating the liquid aerosol-forming substrate, the electric heater being connectable to an electric power supply in the electrically operated smoking system; at least one electrical connector for the heater; and leakage prevention means configured to prevent or reduce leakage of the liquid aerosol-forming substrate from the container, wherein the leakage prevention means comprises a first sealing means between the container and the capillary wick, and wherein the leakage prevention means comprises a second sealing means between the container and the at least one electrical connector. a container for storing the liquid aerosol-forming substrate; a capillary wick for conveying the liquid aerosol-forming substrate from the container; an electric heater for heating the liquid aerosol-forming substrate, the electric heater being connectable to an electric power supply in the electrically operated smoking system; at least one electrical connector for the heater; and leakage prevention means configured to prevent or reduce leakage of the liquid aerosol-forming substrate from the container, wherein the leakage prevention means comprises a first sealing means between the container and the capillary wick, and wherein the leakage prevention means comprises a second sealing means between the container and the at least one electrical connector.
A method of radio resource management performed by a source base station performing a handover of a user equipment, UE, to a target base station in a mobile communication system, the method comprising: transmitting, to the target base station, information on at least one resource to which a downlink silencing is applicable; receiving, from the target base station, information on a selected resource for the downlink silencing determined from the at least one resource to which a downlink silencing is applicable; transmitting, to the UE, a handover command message on the selected resource for the downlink silencing, based on the received information on the selected resource for the downlink silencing, while the target base station performing a silencing on the selected resource for the downlink silencing; receiving, from the target base station, information on at least one resource to which an uplink silencing is applicable; selecting a resource for the uplink silencing, based on the information on the at least one resource to which an uplink silencing is applicable received; transmitting, to the target base station, information on the selected resource for the uplink silencing; and performing a silencing on the selected resource for the uplink silencing while a handover confirm message being transmitted to the target base station, by the UE, on the resource for the uplink silencing. transmitting, to the target base station, information on at least one resource to which a downlink silencing is applicable; receiving, from the target base station, information on a selected resource for the downlink silencing determined from the at least one resource to which a downlink silencing is applicable; transmitting, to the UE, a handover command message on the selected resource for the downlink silencing, based on the received information on the selected resource for the downlink silencing, while the target base station performing a silencing on the selected resource for the downlink silencing; receiving, from the target base station, information on at least one resource to which an uplink silencing is applicable; selecting a resource for the uplink silencing, based on the information on the at least one resource to which an uplink silencing is applicable received; transmitting, to the target base station, information on the selected resource for the uplink silencing; and performing a silencing on the selected resource for the uplink silencing while a handover confirm message being transmitted to the target base station, by the UE, on the resource for the uplink silencing.
A flavor generation device comprising: a case; a first electronic component (50, 20) disposed in the case; a temperature sensor disposed in or adjacent to the first electronic component (50, 20); a second electronic component disposed in the case and away from the temperature sensor, a distance between the temperature sensor and the second electronic component being greater than a distance between the temperature sensor and the first electronic component (50, 20); a controller configured to determine or estimate a temperature of the second electronic component, based on an output value obtained from the temperature sensor; the flavor generation device characterized in that it comprises a thermally conductive member disposed between the first (50, 20) and second electronic components or adjacent to the first (50, 20) or second electronic component, so that heat generated by the second electronic component is conducted to the temperature sensor through the thermally conductive member. a case; a first electronic component (50, 20) disposed in the case; a temperature sensor disposed in or adjacent to the first electronic component (50, 20); a second electronic component disposed in the case and away from the temperature sensor, a distance between the temperature sensor and the second electronic component being greater than a distance between the temperature sensor and the first electronic component (50, 20); a controller configured to determine or estimate a temperature of the second electronic component, based on an output value obtained from the temperature sensor; the flavor generation device characterized in that it comprises a thermally conductive member disposed between the first (50, 20) and second electronic components or adjacent to the first (50, 20) or second electronic component, so that heat generated by the second electronic component is conducted to the temperature sensor through the thermally conductive member.
A method for supporting a carrier aggregation group in a wireless communication system supporting multiple carriers, performed by a wireless device, the method comprising: receiving a radio resource control, RRC, configuration message including one or more parameters related to one or more serving cells; and configuring two or more carrier aggregation groups, CAGs, based on the one or more parameters included in the RRC configuration message, wherein the CAG is a group of one or more serving cells employing carrier aggregation, and wherein a medium access control, MAC, configuration is configured independently per each CAG of the two or more CAGs, wherein the MAC configuration includes a CAG identification, ID, for the configuration of two or more CAGs wherein a release, an addition or a modification of a secondary cell, SCell, in a first CAG of the two or more CAGs is applied in accordance with a first parameter related to a common Scell radio resource configuration and a second parameter related to a dedicated SCell radio resource configuration, and wherein a primary serving cell, PCell, for each CAG of the two or more CAGs is configured independently from each other. receiving a radio resource control, RRC, configuration message including one or more parameters related to one or more serving cells; and configuring two or more carrier aggregation groups, CAGs, based on the one or more parameters included in the RRC configuration message, wherein the CAG is a group of one or more serving cells employing carrier aggregation, and wherein a medium access control, MAC, configuration is configured independently per each CAG of the two or more CAGs, wherein the MAC configuration includes a CAG identification, ID, for the configuration of two or more CAGs wherein a release, an addition or a modification of a secondary cell, SCell, in a first CAG of the two or more CAGs is applied in accordance with a first parameter related to a common Scell radio resource configuration and a second parameter related to a dedicated SCell radio resource configuration, and wherein a primary serving cell, PCell, for each CAG of the two or more CAGs is configured independently from each other.
An extensively hydrolysed infant formula (eHF) comprising protein, carbohydrate and fat, wherein the eHF comprises about 2.4 g or less protein per 100 kcal, wherein about 30% or less by weight of the fat is medium chain triglycerides (MCTs), and wherein the eHF comprises 2'FL in an amount of 0.5-3 g/L and LNnT in an amount of 0.2-1 g/L.
A pharmaceutical composition comprising a human interleukin-3 (IL-3)-diphtheria toxin conjugate for use in a method of treating cancer in a human, wherein said method comprises administration of the IL-3-diphtheria toxin conjugate at a dose of about 4 μg/kg, about 4 μg/kg to about 12.5 μg/kg, about 4 μg/kg to about 20 μg/kg, about 5.3 μg/kg, about 7.1 μg/kg, about 9.4 μg/kg or about 12.5 μg/kg per day, wherein said cancer is characterized by IL-3R expressing cells; and wherein the term about represents a value that is no more than 10% above or below the stated dose.
Cylinder core that can be arranged to rotate in a closure device particularly in center consul compartment or a glass compartment of a vehicle with a head area which has key channel in which a key can be introduced and a holding area connected to the head area which has a control device which moves a blocking device arranged in the closure device when the cylinder core is rotated around its axes of rotation for a closing and/or an opening process wherein the cylinder core has at least two material elements (6, 7, 8) characterized in that a first material element (6, 7) is designed with a head area that contains a first plastic and second material element (7, 8) is designed with the control device that contains a second plastic, wherein the second plastic having a higher strength than the first plastic, wherein the first (6, 7) and the second material elements (7, 8) design one mountain unit.
A method for redirecting a user equipment with a routing misconfiguration, the method comprising: detecting a potential misconfiguration associated with the user equipment or a subscriber identity module, SIM, associated with the user equipment in response to an access request transmitted by the user equipment; and generating an error code indicating a potential misconfiguration associated with the user equipment of the SIM associated with the user equipment, wherein the error code further indicates that the potential misconfiguration is an incorrect routing identifier and includes additional user information; wherein an authentication module directs the access request to a first functional module based on the incorrect routing identifier included in the access request, and the authentication module redirects the access request to a second functional module based on the generated error code or information included with the generated error code, wherein the second functional module authenticates or registers the user equipment or SIM; and wherein the first functional module comprises at least one of a first authentication server function, AUSF, module, a first unified data management, UDM, module, or a first unified data repository, UDR, module, and the second functional module comprises at least one of a second AUSF module, a second UDM module, or a second UDR module. detecting a potential misconfiguration associated with the user equipment or a subscriber identity module, SIM, associated with the user equipment in response to an access request transmitted by the user equipment; and generating an error code indicating a potential misconfiguration associated with the user equipment of the SIM associated with the user equipment, wherein the error code further indicates that the potential misconfiguration is an incorrect routing identifier and includes additional user information; wherein an authentication module directs the access request to a first functional module based on the incorrect routing identifier included in the access request, and the authentication module redirects the access request to a second functional module based on the generated error code or information included with the generated error code, wherein the second functional module authenticates or registers the user equipment or SIM; and wherein the first functional module comprises at least one of a first authentication server function, AUSF, module, a first unified data management, UDM, module, or a first unified data repository, UDR, module, and the second functional module comprises at least one of a second AUSF module, a second UDM module, or a second UDR module.
A process for the production of methanol from hydrogen and carbon monoxide, characterised in that the hydrogen and carbon monoxide, both in gaseous form, are contacted with a liquid in at least one bubble or loop or jet loop reactor, in that the liquid comprises at least one solvent, an alcohol and/or an amine as nucleophilic promoter, optionally an additional base and a catalyst, the catalyst comprising a transition metal and at least one Lewis base ligand, in that at least one device is provided for heat removal from the reactor, and in that methanol is formed as product.
A method for imaging a coronary artery of interest in a patient, the method comprising: acquiring computed tomography imaging data depicting a coronary tree; acquiring a single angiographic projection of the coronary artery of interest; registering the single angiographic projection to the CT imaging data; and determining a fractional flow reserve of the coronary artery of interest based on the single angiographic projection registered to the CT imaging data, wherein determining the FFR comprises estimating the FFR by forming a reduced order model based on the single angiographic projection registered to the CT imaging data. acquiring computed tomography imaging data depicting a coronary tree; acquiring a single angiographic projection of the coronary artery of interest; registering the single angiographic projection to the CT imaging data; and determining a fractional flow reserve of the coronary artery of interest based on the single angiographic projection registered to the CT imaging data, wherein determining the FFR comprises estimating the FFR by forming a reduced order model based on the single angiographic projection registered to the CT imaging data.