mhurhangee/ep-ind-claims huggingface dataset:
A user equipment, comprising: a radio interface (11; 11, 17); and a processing device coupled to the radio interface (11; 11, 17) to control the radio interface (11; 11, 17), the processing device being operative to control a mode switching between a first mode in which the user equipment is configured for communication with a first cellular network and a second mode in which the user equipment is configured for communication with a second cellular network, the user equipment having a first power consumption when operating in the first mode and a second power consumption when operating in the second mode, the second power consumption being different from the first power consumption, characterized by the processing device being operative to control the user equipment to effect the mode switching between the first mode and the second mode in response to a trigger event. a radio interface (11; 11, 17); and a processing device coupled to the radio interface (11; 11, 17) to control the radio interface (11; 11, 17), the processing device being operative to control a mode switching between a first mode in which the user equipment is configured for communication with a first cellular network and a second mode in which the user equipment is configured for communication with a second cellular network, the user equipment having a first power consumption when operating in the first mode and a second power consumption when operating in the second mode, the second power consumption being different from the first power consumption, characterized by the processing device being operative to control the user equipment to effect the mode switching between the first mode and the second mode in response to a trigger event.
An apparatus for mounting an mobile device on an automotive, the apparatus comprising: a fixing plate to be fixed to a surface of a mobile device; a ring including an opening portion at one side thereof and a flat portion at another side to face the opening portion; a connecting member connecting the opening portion of the ring with the fixing plate such that the ring is configured to rotate to have various angles with respect to the fixing plate and an angle between the ring and the fixing plate is configured to maintain, the connecting member including a connecting block disposed at the opening portion of the ring, a connecting rod penetrating through both end portions of the ring having the opening and the connecting block to connect the ring with the connecting block, and an elastic part being interposed between the connecting block and the connecting rod and being disposed along a circumference of the connecting rod to provide a friction force between the connecting block and the connecting rod to suppress the connecting rod from naturally rotating with respect to the connecting block; and a mounting member to be configured to be mounted on an automotive, the mounting member including a receiving groove to be configured to receive the flat portion downwardly and characterized in that the mounting member further includes a release preventing groove to be configured to receive the connecting block for preventing the mobile device from leaving from the automotive. a fixing plate to be fixed to a surface of a mobile device; a ring including an opening portion at one side thereof and a flat portion at another side to face the opening portion; a connecting member connecting the opening portion of the ring with the fixing plate such that the ring is configured to rotate to have various angles with respect to the fixing plate and an angle between the ring and the fixing plate is configured to maintain, the connecting member including a connecting block disposed at the opening portion of the ring, a connecting rod penetrating through both end portions of the ring having the opening and the connecting block to connect the ring with the connecting block, and an elastic part being interposed between the connecting block and the connecting rod and being disposed along a circumference of the connecting rod to provide a friction force between the connecting block and the connecting rod to suppress the connecting rod from naturally rotating with respect to the connecting block; and a mounting member to be configured to be mounted on an automotive, the mounting member including a receiving groove to be configured to receive the flat portion downwardly and characterized in that the mounting member further includes a release preventing groove to be configured to receive the connecting block for preventing the mobile device from leaving from the automotive.
A combined sensor/emergency light unit for a lighting system, having: - a housing, - a rechargeable store for electrical energy, - a charging circuit for charging the rechargeable store, - an emergency lighting means, and - a low voltage-voltage supply connection, wherein the combined sensor/emergency light unit can be connected by the low voltage-voltage supply connection to a bus for the light control of the lighting system and the rechargeable store can be supplied by means of the charging circuit for recharging current from the bus, and wherein the bus is a DALI bus, which maintains a voltage in a non-operating state, wherein the combined sensor/emergency light unit also has a DALI control device, which is given an increased supply current from the DALI bus, wherein the increased supply current is greater than 2 mA, and the DALI control device is a bus-capable sensor module, wherein the combined sensor/emergency light unit also has an operating circuit, which is designed to monitor the voltage at the low voltage-voltage supply connection and to assess a permanent failure of the voltage as an emergency light situation and accordingly to activate the emergency lighting means, and wherein the DALI control device, the rechargeable store, the charging circuit, the operating circuit and the emergency lighting means are arranged in the housing. - a housing, - a rechargeable store for electrical energy, - a charging circuit for charging the rechargeable store, - an emergency lighting means, and - a low voltage-voltage supply connection, wherein the combined sensor/emergency light unit can be connected by the low voltage-voltage supply connection to a bus for the light control of the lighting system and the rechargeable store can be supplied by means of the charging circuit for recharging current from the bus, and wherein the bus is a DALI bus, which maintains a voltage in a non-operating state,
A composite material comprising: (i) a water-insoluble inorganic compound selected from oxide, hydroxide, phosphate or silicate of calcium, magnesium, titanium, zinc or aluminium; and, (ii) 0.5 to 10 % by weight polystyrene sulphonate (pss) wherein at least 60 % of the total pss content is entrapped as a complex with said calcium, magnesium, titanium, zinc or aluminium within crystals of said inorganic compound. (i) a water-insoluble inorganic compound selected from oxide, hydroxide, phosphate or silicate of calcium, magnesium, titanium, zinc or aluminium; and, (ii) 0.5 to 10 % by weight polystyrene sulphonate (pss) wherein at least 60 % of the total pss content is entrapped as a complex with said calcium, magnesium, titanium, zinc or aluminium within crystals of said inorganic compound.
Ladle lifting device for a metallurgical plant (2, 58), having a lifting arm with a rotatably mounted arm element, a first driving element for driving the rotatably mounted arm element of the lifting arm and a first ladle holding unit, connected to the lifting arm, for holding a molten metal ladle.
A data transfer system comprising: a system host; and an adaptor including a local host, wherein the adaptor is connectable to a local device inserted into the adaptor and includes a switch unit configured to perform address translation and Requestor (Req) ID translation for data transfers between the local device and the system host, when the local device is inserted or removed while the system host is in operation, the system host is configured to check a type of a protocol applied to the local device and to reload a device driver based on a result of the check, the device driver being configured to store in a pre-sleep state storage an insertion and removal state of the local device immediately before the system host and the adaptor enter a sleep state, and when the device driver determines, upon the system host and the adaptor returning from the sleep state, that the insertion and removal state of the local device has changed based on contents stored in the pre-sleep state storage and contents of a response from the adaptor, the system host being configured to reload the device driver. a system host; and an adaptor including a local host, wherein the adaptor is connectable to a local device inserted into the adaptor and includes a switch unit configured to perform address translation and Requestor (Req) ID translation for data transfers between the local device and the system host, when the local device is inserted or removed while the system host is in operation, the system host is configured to check a type of a protocol applied to the local device and to reload a device driver based on a result of the check, the device driver being configured to store in a pre-sleep state storage an insertion and removal state of the local device immediately before the system host and the adaptor enter a sleep state, and when the device driver determines, upon the system host and the adaptor returning from the sleep state, that the insertion and removal state of the local device has changed based on contents stored in the pre-sleep state storage and contents of a response from the adaptor, the system host being configured to reload the device driver.
Dental treatment light, having an arrangement for generating a light field in an object plane, having - an LED light source, - first optical means, preferably for collimating the light emitted from the LED light source, - and also, arranged downstream in the light path, second optical means, wherein the second optical means are designed to reshape multiple partial beam bundles of the light emitted from the LED light source so that each partial beam bundle overlays the entire light field in the object plane, wherein the LED light source forms a substantially punctiform light source, and wherein the second optical means comprise a plurality of lenses, wherein each lens projects one partial beam bundle in each case of the light emitted from the substantially punctiform LED light source onto the entire light field in the object plane. - an LED light source, - first optical means, preferably for collimating the light emitted from the LED light source, - and also, arranged downstream in the light path, second optical means,
A twisted tube heat exchanger, comprising: water tubing which is made of phosphorus deoxidized copper, and which is provided with plural rows of crests and valley bottoms on the circumference thereof in a continuous and spiral form for each row; refrigerant tubing which is spirally wound up and secured along the shape of the crest and valley bottom on the circumference of the water tubing; and joint tubing which is made of phosphorus deoxidized copper, and which is connected to an end of the water tubing, wherein a joined part between the water tubing and the joint tubing is brazed with a brazing material of phosphorus copper filler metal containing 4.0 to 8.0 weight% of tin, and 6.8 to 8.0 weight% of phosphorus, but containing no silver. water tubing which is made of phosphorus deoxidized copper, and which is provided with plural rows of crests and valley bottoms on the circumference thereof in a continuous and spiral form for each row; refrigerant tubing which is spirally wound up and secured along the shape of the crest and valley bottom on the circumference of the water tubing; and joint tubing which is made of phosphorus deoxidized copper, and which is connected to an end of the water tubing, wherein a joined part between the water tubing and the joint tubing is brazed with a brazing material of phosphorus copper filler metal containing 4.0 to 8.0 weight% of tin, and 6.8 to 8.0 weight% of phosphorus, but containing no silver.
A communication device that is configured to communicate using visible light, the communication device comprising: a plurality of first light emitters, each of which is disposed along a first surface of the communication device and is configured to transmit a visible light signal; and a plurality of first light receivers, each of which is disposed along the first surface and is configured to receive a visible light signal, wherein the plurality of first light emitters are disposed on a first side of all of the plurality of first light receivers, and the plurality of first light receivers are disposed on a second side of all of the plurality of first light emitters, the first side and the second side being in opposite directions along a first axis; a plurality of second light emitters, each of which is disposed along a second surface of the communication device and is configured to transmit a visible light signal; and a plurality of second light receivers, each of which is disposed along the second surface and is configured to receive a visible light signal, characterized in that in a view of each of the first surface and the second surface when the communication device is rotated around a second axis perpendicular to the first axis, a relative positional relationship between the plurality of first light emitters and the plurality of first light receivers on the first surface is identical to a relative positional relationship between the plurality of second light emitters and the plurality of second light receivers on the second surface. a plurality of first light emitters, each of which is disposed along a first surface of the communication device and is configured to transmit a visible light signal; and a plurality of first light receivers, each of which is disposed along the first surface and is configured to receive a visible light signal, wherein the plurality of first light emitters are disposed on a first side of all of the plurality of first light receivers, and the plurality of first light receivers are disposed on a second side of all of the plurality of first light emitters, the first side and the second side being in opposite directions along a first axis; a plurality of second light emitters, each of which is disposed along a second surface of the communication device and is configured to transmit a visible light signal; and a plurality of second light receivers, each of which is disposed along the second surface and is configured to receive a visible light signal, characterized in that in a view of each of the first surface and the second surface when the communication device is rotated around a second axis perpendicular to the first axis, a relative positional relationship between the plurality of first light emitters and the plurality of first light receivers on the first surface is identical to a relative positional relationship between the plurality of second light emitters and the plurality of second light receivers on the second surface.
A wind turbine blade comprising: a blade main body extending from a blade root portion toward a blade tip portion; and an FRP reinforcing layer formed so as to cover at least a part of an outer surface of the blade root portion of the blade main body, wherein the FRP reinforcing layer includes: a plurality of laminated fiber layers; and a resin with which the plurality of fiber layers is impregnated, and the FRP reinforcing layer is formed such that, in a cross section along a longitudinal direction of the blade main body, both ends of the plurality of laminated fiber layers in the longitudinal direction thereof are tapered, and the FRP reinforcing layer includes an intermediate layer positioned between the outer surface of the blade root portion and the plurality of fiber layers and formed of a multidirectional fiber layer, the intermediate layer allowing the fiber layers to be more appropriately bonded to the outer surface of the wind turbine blade. a blade main body extending from a blade root portion toward a blade tip portion; and an FRP reinforcing layer formed so as to cover at least a part of an outer surface of the blade root portion of the blade main body, wherein the FRP reinforcing layer includes: a plurality of laminated fiber layers; and a resin with which the plurality of fiber layers is impregnated, and a plurality of laminated fiber layers; and a resin with which the plurality of fiber layers is impregnated, and the FRP reinforcing layer is formed such that, in a cross section along a longitudinal direction of the blade main body, both ends of the plurality of laminated fiber layers in the longitudinal direction thereof are tapered, and the FRP reinforcing layer includes an intermediate layer positioned between the outer surface of the blade root portion and the plurality of fiber layers and formed of a multidirectional fiber layer, the intermediate layer allowing the fiber layers to be more appropriately bonded to the outer surface of the wind turbine blade.
A method for washing laundry in a laundry washing machine of the type comprising: - a washing tub enclosing a rotatable washing drum adapted to receive laundry to be washed; - an electric motor connected to said washing drum for rotating said washing drum; the method comprising at least a spinning phase to extract liquid from said laundry during which said washing drum is rotated by means of said electric motor, wherein said spinning phase comprises the steps of: a) activating said electric motor to bring the rotating speed (Ws) of said washing drum up to a target rotating speed (Wst); b) rotating said washing drum at said target rotating speed (Wst); c) monitoring at least one parameter coinciding with the electric power absorbed by said electric motor; characterized in that monitoring at least one parameter coinciding with the electric power absorbed by said electric motor comprises monitoring a decreasing rate of the electric power, and in that the method comprises the step of d)terminating said spinning phase when said monitored decreasing rate of the electric power decreases at a decreasing rate (Dpr) which is below, or equal to, a minimum threshold value (ΔPr). - a washing tub enclosing a rotatable washing drum adapted to receive laundry to be washed; - an electric motor connected to said washing drum for rotating said washing drum; a) activating said electric motor to bring the rotating speed (Ws) of said washing drum up to a target rotating speed (Wst); b) rotating said washing drum at said target rotating speed (Wst); c) monitoring at least one parameter coinciding with the electric power absorbed by said electric motor;
An apparatus comprising: one or more processor cores, each of the processor cores including performance monitoring hardware; and cache units coupled to the one or more processor cores, wherein the performance monitoring hardware to: identify a code page in memory containing potentially optimizable instructions; request allocation of a new page in the memory associated with the code page, wherein the new page contains a collection of counters and each of the counters corresponds to one of the instructions in the code page; detect a branch instruction having a branch target within the code page; increment one of the counters that has the same position in the new page as the branch target in the code page; repeat execution of the code page and incrementing the counters when branch targets fall within the code page; and provide values of the counters in the new page to a binary translator for binary translation. one or more processor cores, each of the processor cores including performance monitoring hardware; and cache units coupled to the one or more processor cores, wherein the performance monitoring hardware to: identify a code page in memory containing potentially optimizable instructions; request allocation of a new page in the memory associated with the code page, wherein the new page contains a collection of counters and each of the counters corresponds to one of the instructions in the code page; detect a branch instruction having a branch target within the code page; increment one of the counters that has the same position in the new page as the branch target in the code page; repeat execution of the code page and incrementing the counters when branch targets fall within the code page; and provide values of the counters in the new page to a binary translator for binary translation. identify a code page in memory containing potentially optimizable instructions; request allocation of a new page in the memory associated with the code page, wherein the new page contains a collection of counters and each of the counters corresponds to one of the instructions in the code page; detect a branch instruction having a branch target within the code page; increment one of the counters that has the same position in the new page as the branch target in the code page; repeat execution of the code page and incrementing the counters when branch targets fall within the code page; and provide values of the counters in the new page to a binary translator for binary translation.
Environment sensing apparatus for determining the position and/or the movement of at least one object in the surroundings of a mobility aid by means of at least one emitted acoustic pulse reflected from the object, wherein the environment sensing apparatus comprises, in the reception path, an electroacoustic transducer for receiving the at least one acoustic pulse reflected from the object, and referred to as an echo pulse, and an evaluation unit for evaluating the signal from the electroacoustic transducer, the environment sensing apparatus is configured to damp the signal from the electroacoustic transducer present in the reception path by means of a damping apparatus at least during the reception time of the echo pulse, and the environment sensing apparatus further comprises a time controller configured to control the damping apparatus such that a decrease in the damping of the signal from the electroacoustic transducer occurs at least during the reception time of the echo pulse, characterized in that the damping apparatus has multiple transmission paths (72, 73), contained in the reception path, having different dampings that each form an input amplifier stage (72, 73) of the evaluation unit, wherein the environment sensing apparatus is configured to transmit the signal from the electroacoustic transducer by means of different transmission paths (72, 73) of the damping apparatus controlled by means of the time controller during different periods and, as a result, to damp said signal by means of the damping that decreases at least during the reception time of the echo pulse.