mhurhangee/ep-ind-claims huggingface dataset:
A display apparatus comprising: a display member in which a display area and a peripheral area are defined, the peripheral area adjacent the display area; a cover member on the display member; a first decoration member between the display member and the cover member, and the first decoration member in which: a bezel area overlapping the peripheral area; and a transmission area adjacent the bezel area, and overlapping the display area are defined; and characterized by a second decoration member between the first decoration member and the cover member, and the second decoration member in which: a base member in which at least one recess portion (310-R) overlapping the bezel area is defined; and a filling member in the at least one recess portion (310-R), and having a refractive index that is lower than a refractive index of the base member are defined. a display member in which a display area and a peripheral area are defined, the peripheral area adjacent the display area; a cover member on the display member; a first decoration member between the display member and the cover member, and the first decoration member in which: a bezel area overlapping the peripheral area; and a transmission area adjacent the bezel area, and overlapping the display area are defined; and characterized by a bezel area overlapping the peripheral area; and a transmission area adjacent the bezel area, and overlapping the display area are defined; and characterized by a second decoration member between the first decoration member and the cover member, and the second decoration member in which: a base member in which at least one recess portion (310-R) overlapping the bezel area is defined; and a filling member in the at least one recess portion (310-R), and having a refractive index that is lower than a refractive index of the base member are defined. a base member in which at least one recess portion (310-R) overlapping the bezel area is defined; and a filling member in the at least one recess portion (310-R), and having a refractive index that is lower than a refractive index of the base member are defined.
Automatic fire detector for the detection of fires, having a housing, the housing comprising a measuring chamber for the detection of smoke particles, having sensors for detecting a measured variable for assessing the functionality of the automatic fire detector, having an evaluation device for evaluating the functionality of the automatic fire detector on the basis of the measured variable, the sensors comprising at least one flow sensor for detecting a flow as the measured variable for assessing the functionality of the automatic fire detector, characterized in that the flow sensor is formed as an external flow sensor, which is arranged on the housing outside the measuring chamber or in the surroundings of the measuring chamber in order to measure the flow of the surrounding air outside the measuring chamber as measured variable.
System of electronic torque wrenches comprising a plurality of torque wrenches and a unit for managing the plurality of torque wrenches, characterized in that the wrenches of the plurality each comprise a first NFC module and that external NFC units (12, 42, 44) are provided, these being connected by means of at least one communication line to the wrench management unit and being able to exchange information with the wrenches by means of corresponding NFC modules of the wrenches when the wrenches are moved close to said external communication units (12, 42, 44).
An austenitic-ferritic stainless steel welding material for producing a weld metal, containing in weight %: C: ≤0.02 Si: ≤0.45 Mn: 1.60 - 2.0 P: ≤0.03 S: ≤0.03 Cr: 18.5 - 21.5 Ni: 8.5 - 10.5 Mo: ≤0.75 Co: ≤0.05 Cu: ≤0.75 N: 0.12 - 0.3 the balance being Fe and incidental impurities, wherein the austenitic-ferritic stainless steel welding material has a structure of 5 - 15 vol% ferrite and remainder austenite.
A plastic body, comprising: a first layer comprising a rotomouldable plastic; a second layer, within the first layer, comprising a rotomouldable plastic, a coupling agent and a filler; and, a core comprising a plastic foam; wherein the coupling agent acts to form a bond between the rotomouldable plastic, the filler and the plastic foam, and wherein the coupling agent is maleic anhydride, acrylic acid, or vinyl acetate. a first layer comprising a rotomouldable plastic; a second layer, within the first layer, comprising a rotomouldable plastic, a coupling agent and a filler; and, a core comprising a plastic foam; wherein the coupling agent acts to form a bond between the rotomouldable plastic, the filler and the plastic foam, and wherein the coupling agent is maleic anhydride, acrylic acid, or vinyl acetate.
An imaging apparatus comprising: an array of at least three co-planar electromagnetic transceivers defining a receiving plane; at least one deformable electromagnetic emitter moveable orthogonally to the receiving plane; a displacement sensor configured to measure the orthogonal deformation of the at least one deformable electromagnetic emitter moving on a surface bounding a volume to be imaged; and a two dimensional, 2D, position tracking device configured to track a position of the electromagnetic emitter on the surface bounding a volume to be imaged; wherein the electromagnetic emitter and transceivers are configured to generate data from at least three depths below the surface for use in creating an image of the volume when the apparatus is moved along the surface. an array of at least three co-planar electromagnetic transceivers defining a receiving plane; at least one deformable electromagnetic emitter moveable orthogonally to the receiving plane; a displacement sensor configured to measure the orthogonal deformation of the at least one deformable electromagnetic emitter moving on a surface bounding a volume to be imaged; and a two dimensional, 2D, position tracking device configured to track a position of the electromagnetic emitter on the surface bounding a volume to be imaged;
A process for synthesizing 2,5-di(hydroxymethyl)furan (DHMF) and/or 2,5-di(hydroxymethyl)tetrahydrofuran DHMTHF, by bringing into contact: a) a composition containing furan-2,5-dialdehyde, b) a protic solvent, c) a source of hydrogen, d) and a hydrogenation catalyst. Wherein the composition a) has a content of DFF by weight at least equal to 90%, preferably 95%, very preferably 98%, the synthesis reaction via hydrogenation takes place at a temperature between 50 °C and 120 °C, the source of hydrogen c) is molecular hydrogen, under a pressure of between 10 bar and 110 bar, the hydrogenation catalyst is based on Pd supported on activated carbon and in that the metal content represents from 0.1 % to 90% of the total weight of the catalyst. a) a composition containing furan-2,5-dialdehyde, b) a protic solvent, c) a source of hydrogen, d) and a hydrogenation catalyst.
A radome for vehicles defining a proximal side and a distal side, comprising: - a base layer formed of a radio transmissive resin, the base layer defining a proximal face and a distal face; - a decoration layer applied to the proximal face of the base layer, the decoration layer comprising a metalloid or a metalloid alloy; characterized in that the radome also comprises an anti-reflective coating placed proximal with respect to the decoration layer. - a base layer formed of a radio transmissive resin, the base layer defining a proximal face and a distal face; - a decoration layer applied to the proximal face of the base layer, the decoration layer comprising a metalloid or a metalloid alloy;
Refillable liquid cartridge system comprising: a docking cap for controlling liquid flow from a main container to a refillable cartridge, a refillable cartridge for use as a portable spray device and mounted on the docking cap, a main container for providing liquid contained therein to the refillable cartridge and mounted on the docking cap, a power supply for powering the docking cap, characterised in that the docking cap comprises a piezoelectric micro-pump system, and a system controller operable to control the micro-pump, and in that the piezoelectric micro-pump system is operable to pump liquid from the main container to the refillable cartridge and to detect an empty state of the main container and a full state of the refillable cartridge. a docking cap for controlling liquid flow from a main container to a refillable cartridge, a refillable cartridge for use as a portable spray device and mounted on the docking cap, a main container for providing liquid contained therein to the refillable cartridge and mounted on the docking cap, a power supply for powering the docking cap, characterised in that the docking cap comprises a piezoelectric micro-pump system, and a system controller operable to control the micro-pump, and in that a piezoelectric micro-pump system, and a system controller operable to control the micro-pump, and in that the piezoelectric micro-pump system is operable to pump liquid from the main container to the refillable cartridge and to detect an empty state of the main container and a full state of the refillable cartridge.
An air conditioner capable of cooling operation and heating operation, comprising: a housing including a heat exchanger for heat exchanging air; an inlet at a lower surface of the housing for receiving the air; an outlet at an upper end of the housing for discharging the air; the outlet including at least a first vane at a top surface of the housing, and at least a second vane at an upper front surface of the housing, the vanes (34, 32) being selectively moveable between a closed position in which they are substantially continuous with the respective surfaces (10, 6) at which they are located, and an open position to allow air to be discharged from the outlet; and an air guide for directing air from the heat exchanger to the outlet; characterised in that the first and second vanes (34, 32) are opened to one or more predetermined angles for both cooling and heating operations, wherein the first vane can be opened within an approximate range of 0° to 40° for cooling operation and within an approximate range of 5° to 40° for heating operation, and the second vane can be opened within an approximate range of 90° to 130° for cooling operation and within an approximate range of 60° to 130° for heating operation, including a position in which the first vane is substantially aligned with the air guide and the second vane is parallel to the airflow discharged from the outlet to maximise the distance the air travels therefrom. a housing including a heat exchanger for heat exchanging air; an inlet at a lower surface of the housing for receiving the air; an outlet at an upper end of the housing for discharging the air; the outlet including at least a first vane at a top surface of the housing, and at least a second vane at an upper front surface of the housing, the vanes (34, 32) being selectively moveable between a closed position in which they are substantially continuous with the respective surfaces (10, 6) at which they are located, and an open position to allow air to be discharged from the outlet; and an air guide for directing air from the heat exchanger to the outlet; characterised in that the first and second vanes (34, 32) are opened to one or more predetermined angles for both cooling and heating operations, wherein the first vane can be opened within an approximate range of 0° to 40° for cooling operation and within an approximate range of 5° to 40° for heating operation, and the second vane can be opened within an approximate range of 90° to 130° for cooling operation and within an approximate range of 60° to 130° for heating operation, including a position in which the first vane is substantially aligned with the air guide and the second vane is parallel to the airflow discharged from the outlet to maximise the distance the air travels therefrom.
Method for influencing the sound emission of a heat pump or air-conditioning system which is preferably provided with an inverter, in which method a device component (16, 18) designed as a fan or compressor is operated in an external device of the heat pump or air-conditioning system that is intended for installation in the external region of a building and sound is thus emitted, a noise level of the surrounding noise in the region of the external device being detected by means of a measuring unit, an upper threshold speed of the device component (16, 18) being determined on the basis of the noise level, and the speed for operating the device component (16, 18) being limited as to its maximum by the threshold speed, characterized in that an increasing threshold speed is determined as the noise level increases, until a predetermined maximum speed of the device component (16, 18) is reached.
A dispensing assembly mountable on a container for dispensing a foam, comprising: - a liquid piston pump, comprising a liquid cylinder and a liquid piston delimiting a liquid pump chamber, and a liquid inlet and a liquid outlet. - an air piston pump comprising an air cylinder and an air piston delimiting an air pump chamber, and an air inlet and an air outlet. - a common actuation button for actuation of said liquid pump and said air pump, - a dispensing channel four mixing and dispensing liquid and air pumped by said liquid and air pump, respectively, and - a securing collar for attachment of said dispensing assembly to a container, wherein said air cylinder is formed by a cylindrical skirt of said actuation button, and said air piston its at least partially formed by a cylindrical extension of said securing collar and in that a piston seal is arranged between the cylindrical extension and the skirt, said piston seal being displaceable with respect to said cilindrical extension in at least a closed position in which the piston seal provides an air tight seal between environmental air and said air pump chamber, and an open position in which introduction of air into the air pump chamber between the cylindrical extension and the skirt is possible, characterized in that said piston seal comprises a first end configured to sealingly engage with said air cylinder, a second end to abut against an inner side of said air piston, and an intermediate part comprising a sealing surface to sealingly engage with a top end surface of said air piston. - a liquid piston pump, comprising a liquid cylinder and a liquid piston delimiting a liquid pump chamber, and a liquid inlet and a liquid outlet. - an air piston pump comprising an air cylinder and an air piston delimiting an air pump chamber, and an air inlet and an air outlet. - a common actuation button for actuation of said liquid pump and said air pump, - a dispensing channel four mixing and dispensing liquid and air pumped by said liquid and air pump, respectively, and - a securing collar for attachment of said dispensing assembly to a container, wherein said air cylinder is formed by a cylindrical skirt of said actuation button, and said air piston its at least partially formed by a cylindrical extension of said securing collar and in that a piston seal is arranged between the cylindrical extension and the skirt, said piston seal being displaceable with respect to said cilindrical extension in at least a closed position in which the piston seal provides an air tight seal between environmental air and said air pump chamber, and an open position in which introduction of air into the air pump chamber between the cylindrical extension and the skirt is possible, characterized in that said piston seal comprises a first end configured to sealingly engage with said air cylinder, a second end to abut against an inner side of said air piston, and an intermediate part comprising a sealing surface to sealingly engage with a top end surface of said air piston.
A method of handover, comprising: receiving, by an revolved NodeB, eNB in a packet switched, PS, domain network, a measurement parameter from a user equipment, UE; and determining, by the eNB, to initiate relocation according to the measurement parameter; characterized by sending, by the eNB, a relocation request to a mobility management entity, MME, in the PS domain network, wherein the relocation request carries a target cell list and a context ID of a bearer that needs to be forwarded to a peer entity, and the relocation request further carries a relocation cause value indicating that the relocation is a PS domain-circuit switched, CS, domain relocation. receiving, by an revolved NodeB, eNB in a packet switched, PS, domain network, a measurement parameter from a user equipment, UE; and determining, by the eNB, to initiate relocation according to the measurement parameter; characterized by sending, by the eNB, a relocation request to a mobility management entity, MME, in the PS domain network, wherein the relocation request carries a target cell list and a context ID of a bearer that needs to be forwarded to a peer entity, and the relocation request further carries a relocation cause value indicating that the relocation is a PS domain-circuit switched, CS, domain relocation.
A system for supplying DC power to an electrical system, comprising: - at least two devices (14 1, 14 2) for supplying DC power, each comprising means for electrical connection to a source (16 1, 16 2) for supplying AC power and an AC/DC converter for converting AC power into DC power, - a module for managing the power supply of the electrical system physically designed or programmed to, after receiving information of a failure of a first active power supply device (14 1) of said at least two power supply devices (14 1, 14 2), transmit a command to start up a second inactive power supply device (14 2) of said at least two power supply devices (14 1, 14 2), and - a backup device for storing electric energy connected electrically in bypass between said at least two power supply devices (14 1, 14 2) on the one hand and the electrical system on the other hand, the management module being physically designed or programmed to transmit the command to start up the second power supply device (14 2) during a discharge phase of the backup device, the management module being connected, by means of a digital data transmission bus to the two power supply devices (14 1, 14 2), to the backup device and to the electrical system so as to receive and transmit information and/or control data coming from and directed to these two power supply devices, to this backup device and to this electrical system, characterized in that the management module is further physically designed or programmed to receive said information of a failure of said first active power supply device (14 1) from the backup device and/or from the electrical system. - at least two devices (14 1, 14 2) for supplying DC power, each comprising means for electrical connection to a source (16 1, 16 2) for supplying AC power and an AC/DC converter for converting AC power into DC power, - a module for managing the power supply of the electrical system physically designed or programmed to, after receiving information of a failure of a first active power supply device (14 1) of said at least two power supply devices (14 1, 14 2), transmit a command to start up a second inactive power supply device (14 2) of said at least two power supply devices (14 1, 14 2), and - a backup device for storing electric energy connected electrically in bypass between said at least two power supply devices (14 1, 14 2) on the one hand and the electrical system on the other hand,
A method for controlling a wind turbine based on a collective pitch-offset, the method comprising: determining, via a controller, a wind condition at the wind turbine; setting a first collective pitch angle for a plurality of rotor blades mounted to a rotatable hub of a rotor of the wind turbine; operating the wind turbine with the plurality of rotor blades at the first collective pitch angle; determining, via the controller, a thrust of the rotor based, at least in part, on the wind condition; calculating, via the controller, an actual collective pitch angle for the plurality of rotor blades based, at least in part, on the thrust; determining, via the controller, the collective pitch offset based on the difference between the first collective pitch angle and the actual collective pitch angle; integrating the collective pitch offset with at least one pitch setpoint command; and transmitting, via the controller, the integrated at least one pitch setpoint command to a pitch control mechanism of the wind turbine. determining, via a controller, a wind condition at the wind turbine; setting a first collective pitch angle for a plurality of rotor blades mounted to a rotatable hub of a rotor of the wind turbine; operating the wind turbine with the plurality of rotor blades at the first collective pitch angle; determining, via the controller, a thrust of the rotor based, at least in part, on the wind condition; calculating, via the controller, an actual collective pitch angle for the plurality of rotor blades based, at least in part, on the thrust; determining, via the controller, the collective pitch offset based on the difference between the first collective pitch angle and the actual collective pitch angle; integrating the collective pitch offset with at least one pitch setpoint command; and transmitting, via the controller, the integrated at least one pitch setpoint command to a pitch control mechanism of the wind turbine.
A method for removing a fluid influx from a wellbore, the wellbore drilled using a drill string having an internal passage therethrough, the wellbore having a wellhead disposed proximate a bottom of a body of water disposed thereabove, a fluid outlet of the wellbore coupled to an inlet of a mud return pump, an outlet of the mud return pump coupled to a return line to the water surface, the method comprising: detecting the influx; diverting flow from the wellbore from the mud return pump to a choke line when the influx reaches the wellhead; operating a choke in the choke line so that a rate of fluid pumped into the wellbore is substantially equal to a flow rate through the choke line, while continuing fluid flow into the drill string, the bottom hole pressure being less than a hydrostatic pressure that would be exerted by a column of the fluid flowing into the drill string from a surface of the water to a bottom of the wellbore; and redirecting fluid flow from the wellbore to the mud return pump inlet when the influx has substantially left the wellbore. detecting the influx; diverting flow from the wellbore from the mud return pump to a choke line when the influx reaches the wellhead; operating a choke in the choke line so that a rate of fluid pumped into the wellbore is substantially equal to a flow rate through the choke line, while continuing fluid flow into the drill string, the bottom hole pressure being less than a hydrostatic pressure that would be exerted by a column of the fluid flowing into the drill string from a surface of the water to a bottom of the wellbore; and redirecting fluid flow from the wellbore to the mud return pump inlet when the influx has substantially left the wellbore.