mhurhangee/ep-ind-claims huggingface dataset:
Control apparatus (701, 1304) for controlling lighting within an environment, comprising: - a first distance sensor configured to measure at least one first distance between the control apparatus (701, 1304) and at least one light source in a respective first direction, - a second distance sensor configured to measure at least one second distance in a respective second direction in said environment, - a signal transmitter configured to receive first information indicative of said first and second distances and to transmit a first control signal for controlling lighting within said environment on the basis of at least said first information, characterized in that: - said second distance is a distance between the control apparatus (701, 1304) and at least one user, - the control apparatus (701, 1304) comprises a distance calculator configured to receive said first information and to calculate at least one distance between respective ones of said at least one light source and said at least one user based on said first information and on information of said first and second directions, - the control apparatus (701, 1304) comprises a lighting control unit configured to receive second information indicative of said calculated at least one distance and to transmit control information based on said second information to at least one of said at least one light source, and - said first control signal is one of: said first information in transmitted form, said control information. - a first distance sensor configured to measure at least one first distance between the control apparatus (701, 1304) and at least one light source in a respective first direction, - a second distance sensor configured to measure at least one second distance in a respective second direction in said environment, - a signal transmitter configured to receive first information indicative of said first and second distances and to transmit a first control signal for controlling lighting within said environment on the basis of at least said first information, - said second distance is a distance between the control apparatus (701, 1304) and at least one user, - the control apparatus (701, 1304) comprises a distance calculator configured to receive said first information and to calculate at least one distance between respective ones of said at least one light source and said at least one user based on said first information and on information of said first and second directions, - the control apparatus (701, 1304) comprises a lighting control unit configured to receive second information indicative of said calculated at least one distance and to transmit control information based on said second information to at least one of said at least one light source, and - said first control signal is one of: said first information in transmitted form, said control information.
An electronic device, comprising a screen cover and a housing, wherein at least one of the screen cover and the housing comprises a glass, wherein the glass comprises glass phase layers that is located on a surface layer of the glass and comprises no crystal, and a glass-ceramic layer that is stacked with the glass phase layers and comprises crystals; wherein the glass is a glass sheet, and the glass comprises two glass phase layers in a thickness direction of the glass; and the glass-ceramic layer is located between the two glass phase layers. wherein the glass comprises glass phase layers that is located on a surface layer of the glass and comprises no crystal, and a glass-ceramic layer that is stacked with the glass phase layers and comprises crystals; wherein the glass is a glass sheet, and the glass comprises two glass phase layers in a thickness direction of the glass; and the glass-ceramic layer is located between the two glass phase layers.
Device for storing and releasing a given fragrance, comprising a presentation stick in a confining enclosure, this confining enclosure comprising a neck and a zone in which the fragrance exists only in a gaseous state, and this presentation stick comprising a porous portion laden with this fragrance and designed to pass through this neck and another portion forming a holding head, this presentation stick having a rest configuration such that the porous portion is, inside this confining enclosure, in the zone in which the fragrance exists only in the gaseous state, said presentation stick being in contact with the wall of this confining enclosure only in the neck region, the materials of which the presentation stick is made below the holding head and of which the confining enclosure is made having no odor of their own, characterized in that the holding head is designed to plug this neck in the rest configuration and this presentation stick comprises, opposite the holding head, a free end allowing extractions, in succession, out of this confining enclosure in order to exhibit this fragrance.
A method performed by a first radio network node for handling communication in a wireless communication network, the method comprising: - transmitting, to a user equipment, UE, served by the first radio network node in a first cell, a message for the UE, including an indication for a reconfiguration for communicating with the first radio network node in the first cell during a handover of the UE to a second cell, wherein the indication for the reconfiguration comprises an indication to downgrade a source cell configuration of the UE for communicating with the first radio network node, and wherein the message is associated with a configuration for handing over the UE to the second cell based on whether an execution condition is fulfilled or not, and for maintaining a connection to the first cell while a connection to the second cell is being established; and - receiving information, from the UE, comprising an acknowledgement indicating that the UE has applied the reconfiguration to downgrade the source cell configuration. - transmitting, to a user equipment, UE, served by the first radio network node in a first cell, a message for the UE, including an indication for a reconfiguration for communicating with the first radio network node in the first cell during a handover of the UE to a second cell, wherein the indication for the reconfiguration comprises an indication to downgrade a source cell configuration of the UE for communicating with the first radio network node, and wherein the message is associated with a configuration for handing over the UE to the second cell based on whether an execution condition is fulfilled or not, and for maintaining a connection to the first cell while a connection to the second cell is being established; and - receiving information, from the UE, comprising an acknowledgement indicating that the UE has applied the reconfiguration to downgrade the source cell configuration.
A hybrid degradable stent comprising: a generally tubular main body comprising an inner diameter and an outer diameter, wherein the tubular body is formed from a biodegradable material; and a photodegradable layer disposed over at least a portion of the inner diameter and the outer diameter of the biodegradable tubular body, wherein the photodegradable layer is formed from a photodegradable material that is chemically inert to bodily fluids contained at an implanted site within the patient, the photodegradable layer selectively adapted to be activated from a chemically inert state to a photodegradable state, wherein the photodegradable state initiates degradation of the photodegradable layer so as to expose the portion of the biodegradable material over which the photodegradable layer is disposed so as to begin biodegradation of the biodegradable material. a generally tubular main body comprising an inner diameter and an outer diameter, wherein the tubular body is formed from a biodegradable material; and a photodegradable layer disposed over at least a portion of the inner diameter and the outer diameter of the biodegradable tubular body, wherein the photodegradable layer is formed from a photodegradable material that is chemically inert to bodily fluids contained at an implanted site within the patient, the photodegradable layer selectively adapted to be activated from a chemically inert state to a photodegradable state, wherein the photodegradable state initiates degradation of the photodegradable layer so as to expose the portion of the biodegradable material over which the photodegradable layer is disposed so as to begin biodegradation of the biodegradable material.
An image display processing device comprising: a unit configured to obtain diagnostic information concerning correspondence when correspondence between an RF tag and an RFID reader/writer is successful, wherein said correspondence being successful is defined as the situation where a response signal from the RF tag has been successfully received by the RFID reader/writer in response to the RFID reader/writer having transmitted data to the RF tag, and a display controller configured to make a display unit display an image based on the diagnostic information, wherein the diagnostic information comprises correspondence margin based on at least one characteristic value obtained from a correspondence signal, wherein the characteristic value is one of noise, S/N ratio, reception power, transmission power, said margin indicating the level by which the value indicated by the at least one obtained characteristic value is higher or lower than the threshold value for guaranteeing a stable correspondence operation. a unit configured to obtain diagnostic information concerning correspondence when correspondence between an RF tag and an RFID reader/writer is successful, wherein said correspondence being successful is defined as the situation where a response signal from the RF tag has been successfully received by the RFID reader/writer in response to the RFID reader/writer having transmitted data to the RF tag, and a display controller configured to make a display unit display an image based on the diagnostic information, wherein the diagnostic information comprises correspondence margin based on at least one characteristic value obtained from a correspondence signal, wherein the characteristic value is one of noise, S/N ratio, reception power, transmission power, said margin indicating the level by which the value indicated by the at least one obtained characteristic value is higher or lower than the threshold value for guaranteeing a stable correspondence operation.
A method of remotely configuring an application installed on more than one device simultaneously, the method comprising: receiving, by a device fleet management utility, an install application instruction from a user; extracting, by the device fleet management utility, configuration information for the application, the configuration information comprising configuration parameters; configuring, by the device fleet management utility, a user interface based on the extracted configuration information, wherein the user interface is displayed to the user; receiving, via the user interface, parameter values corresponding to the configuration parameters; saving the parameter values into persistent storage in the device fleet management utility; sending, by the device fleet management utility, an install command to install the application on each of the more than one devices; and communicating, by the device fleet management utility, the parameter values from the persistent storage to all of the more than one devices for enabling each one of them to execute the application installed thereon configured in accordance with the parameter values. receiving, by a device fleet management utility, an install application instruction from a user; extracting, by the device fleet management utility, configuration information for the application, the configuration information comprising configuration parameters; configuring, by the device fleet management utility, a user interface based on the extracted configuration information, wherein the user interface is displayed to the user; receiving, via the user interface, parameter values corresponding to the configuration parameters; saving the parameter values into persistent storage in the device fleet management utility; sending, by the device fleet management utility, an install command to install the application on each of the more than one devices; and communicating, by the device fleet management utility, the parameter values from the persistent storage to all of the more than one devices for enabling each one of them to execute the application installed thereon configured in accordance with the parameter values.
Apparatus for producing a glass or a glass-ceramic, said apparatus comprising a surface adapted to contact the glass or the glass-ceramic when the glass or the glass-ceramic is in a molten state, at least a portion of the apparatus being composed of a refractory material that comprises on an oxide basis: (i) 5-50 mole percent P 2 O 5, termed first constituent; (ii) 5-50 mole percent Y 2 O 3, Sc 2 O 3, Er 2 O 3, Lu 2 O 3, Yb 2 O 3, Tm 2 O 3, Ho 2 O 3, Dy 2 O 3, Tb 2 O 3, Gd 2 O 3, or a combination thereof, termed second constituent; (iii) 1-49 mole percent SiO 2, termed third constituent; and (iv) 1-49 mole percent ZrO 2, HfO 2, ThO 2, or a combination thereof, termed fourth constituent. (i) 5-50 mole percent P 2 O 5, termed first constituent; (ii) 5-50 mole percent Y 2 O 3, Sc 2 O 3, Er 2 O 3, Lu 2 O 3, Yb 2 O 3, Tm 2 O 3, Ho 2 O 3, Dy 2 O 3, Tb 2 O 3, Gd 2 O 3, or a combination thereof, termed second constituent; (iii) 1-49 mole percent SiO 2, termed third constituent; and (iv) 1-49 mole percent ZrO 2, HfO 2, ThO 2, or a combination thereof, termed fourth constituent.
An ejection device, comprising an ejection lever, which has a contact surface, and which is mounted on a support part so it is pivotable out from a nonusage position into a usage position and consists in its longitudinal extension of a lever arm attached to a pivot bearing and an extension leg connected thereto, characterized in that the extension leg is linked on to the lever arm so it can be buckled in the pivoting-out direction of the ejection lever.
Capsule for preparing beverages characterized in that it comprises: - a hollow body with an outer wall and an inner wall for housing a beverage preparation, said hollow body comprising: - a flat protuberance with a central opening which is located in the top center part, - some piercings made around the opening intended to allow the passage of water, - a perimetral ridge which is located at the bottom of the inner wall of the body, - an inlet lid located inside the upper area of the body, and comprising some holes designed to allow entry of water in the body, and - an outlet lid located inside the lower area of the body and shaped as a tray with a flat base and vertical walls which has an essentially triangular beveled flap on its lower outer perimeter designed to fit with the ridge. - a hollow body with an outer wall and an inner wall for housing a beverage preparation, said hollow body comprising: - a flat protuberance with a central opening which is located in the top center part, - some piercings made around the opening intended to allow the passage of water, - a perimetral ridge which is located at the bottom of the inner wall of the body, - a flat protuberance with a central opening which is located in the top center part, - some piercings made around the opening intended to allow the passage of water, - a perimetral ridge which is located at the bottom of the inner wall of the body, - an inlet lid located inside the upper area of the body, and comprising some holes designed to allow entry of water in the body, and - an outlet lid located inside the lower area of the body and shaped as a tray with a flat base and vertical walls which has an essentially triangular beveled flap on its lower outer perimeter designed to fit with the ridge.
Combination for use in the treatment of multiple sclerosis, psoriasis and rheumatoid arthritis containing propionic acid, its physiologically tolerated salts and/or methyl or ethyl esters on the one hand and one or more fumaric acid esters and/or their physiologically tolerated salts on the other hand.
A dual volume storage device comprising: a first container comprising a first base, a first top and a first collar attached over the first top, the first top is opposite to the first base; a second container comprising a second base, a second top and a second collar attached over the second top, the second top is opposite to the second base; and a hinge connecting the first container and the second container; wherein: the first container and the second container are situated side by side with the first base and the second base in a coplanar alignment when the device is in an opened configuration; and the first container is inverted about the hinge to contact the first collar with the second collar when the device in a folded configuration, and wherein: the first container further comprises a first lid reversibly sealing a first opening formed within the first top; and the second container further comprises a second lid reversibly sealing a second opening formed within the second top, and wherein: the first lid, the second lid, or both the first and second lids (702, 704) further comprise at least one vent forming a vented passage through the first lid or the second lid from an outer lid surface to an inner lid surface, wherein the vent is configured to equalize an internal pressure within the first container or the second container to an ambient pressure if the internal pressure falls below the ambient pressure. a first container comprising a first base, a first top and a first collar attached over the first top, the first top is opposite to the first base; a second container comprising a second base, a second top and a second collar attached over the second top, the second top is opposite to the second base; and a hinge connecting the first container and the second container; wherein: the first container and the second container are situated side by side with the first base and the second base in a coplanar alignment when the device is in an opened configuration; and the first container is inverted about the hinge to contact the first collar with the second collar when the device in a folded configuration, the first container and the second container are situated side by side with the first base and the second base in a coplanar alignment when the device is in an opened configuration; and the first container is inverted about the hinge to contact the first collar with the second collar when the device in a folded configuration, the first container further comprises a first lid reversibly sealing a first opening formed within the first top; and the second container further comprises a second lid reversibly sealing a second opening formed within the second top, the first lid, the second lid, or both the first and second lids (702, 704) further comprise at least one vent forming a vented passage through the first lid or the second lid from an outer lid surface to an inner lid surface, wherein the vent is configured to equalize an internal pressure within the first container or the second container to an ambient pressure if the internal pressure falls below the ambient pressure.
A method for controlling a heating distribution of an electromagnetic cooking device comprising: scanning a resonant cavity (20, 222) of the cooking device in which a food load has been placed with a plurality of RF feeds (26A-26D, 226A, 226B) that are coupled to a plurality of respective high power amplifiers (18A-18D); based on the scanning, identifying a plurality of resonant frequencies and corresponding phases of the RF feeds (26A-26D, 226A, 226B); creating and storing a resonance map in the frequency phase domain; classifying symmetries in the resonant map; determining paths defining stirring routes between poles of different symmetries; determining midpoints in the paths with a maximum unbalance between reflected powers of the plurality of respective high power amplifiers (18A-18D); classifying the unbalance in terms of power steered to a first side of the food load with respect to power steered to a second side of the food load; synthesizing a heating strategy for zone cooking using the classified unbalance; and implementing the heating strategy by causing the plurality of high power amplifiers (18A-18D) and RF feeds (26A-26D, 226A, 226B) to introduce electromagnetic radiation at specific frequencies and phases into the cavity (20, 222), wherein the specific frequencies and phases are selected in accordance with the heating strategy. scanning a resonant cavity (20, 222) of the cooking device in which a food load has been placed with a plurality of RF feeds (26A-26D, 226A, 226B) that are coupled to a plurality of respective high power amplifiers (18A-18D); based on the scanning, identifying a plurality of resonant frequencies and corresponding phases of the RF feeds (26A-26D, 226A, 226B); creating and storing a resonance map in the frequency phase domain; classifying symmetries in the resonant map; determining paths defining stirring routes between poles of different symmetries; determining midpoints in the paths with a maximum unbalance between reflected powers of the plurality of respective high power amplifiers (18A-18D); classifying the unbalance in terms of power steered to a first side of the food load with respect to power steered to a second side of the food load; synthesizing a heating strategy for zone cooking using the classified unbalance; and implementing the heating strategy by causing the plurality of high power amplifiers (18A-18D) and RF feeds (26A-26D, 226A, 226B) to introduce electromagnetic radiation at specific frequencies and phases into the cavity (20, 222), wherein the specific frequencies and phases are selected in accordance with the heating strategy.
Heat shield element arrangement having a heat shield element for a heat shield having a plurality of heat shield elements arranged adjacent to one another on a supporting structure, wherein the heat shield element has a hot side and a cold side, and the heat shield element is securely fixed to the supporting structure, wherein the supporting structure has at least one installation groove per heat shield element row, and wherein the heat shield element has recessed cutouts in the form of retaining grooves on two oppositely disposed edge sides in each case running transversely to the parallel installation grooves, wherein the heat shield element has at least one continuous screw head opening which penetrates the cold side and the hot side of the heat shield element substantially vertically and through which the screw head of a respective screw is arranged so as to be accessible and/or can be freely countersunk as far as the supporting structure, wherein the continuous screw head opening is configured over the installation groove and a drilled screw hole for accommodating the threaded shank of the screw is provided in the installation groove of the supporting structure, and a spring element (37, 44) can be arranged and/or is arranged under the screw head of the respective screw and extends along the cold side of the heat shield element in the installation groove of the supporting structure, wherein at least one outer end of the spring element (37, 44) is embodied as a clamping retaining hook (36, 46) which is embodied for engaging in the lateral recessed retaining groove of the heat shield element.