mhurhangee/ep-ind-claims huggingface dataset:
A handheld lamp, preferably a handheld LED lamp, including an illuminant end and a handle end which are connected to each other, wherein the handle end is provided with a power module including a battery and a switch connected to the power module, the illuminant end is provided with a main body, a light source is mounted on the upper side of the main body; a matching portion is provided in the lower part of the main body, wherein the matching portion is so structured that two matching portions of two handheld lamps can match with each other and can be assembled together; wherein the handheld lamp is so configured that when two handheld lamps are assembled together, the switch on each handheld lamp is able to turn on or off two handheld lamps at the same time; characterized in that an outside surface part is provided at the main body and is connected to the matching portion; an inside surface part is provided at the handle end and is connected to the matching portion; and the outside surface part and the inside surface part are so structured that the inside surface part of one handheld lamp can be coupled with the outside surface part of another handheld lamp, when two handheld lamp are assembled together; the outside surface part is provided with at least two inserting bolts which are respectively connected to the positive electrode and the negative electrode of the power module or of the light source; and the inside surface part is provided with at least two sockets, wherein a socket matches a inserting bolt and is connected to the positive or negative electrode of the power module or the light source; and wherein the handheld lamp is so configured that when two handheld lamps are assembled together, the two combined handheld lamps illuminate both the upper side and the lower side, so that an effect of omnidirectional illumination is achieved.
A transmitter for communicating data using at least two separate RF channels, the transmitter comprising: - a data stream partitioner (72, 101, 120) configured to partition a data stream of data to be communicated into two or more stream partitions, - two or more modulators (731, 741) configured to each receive a stream partition and to generate modulated data from the received stream partition, - cell exchange circuitry configured to operate in different modes including a channel bonding mode and to assign, in the channel bonding mode, the modulated data generated by the two or more modulators from the received stream partitions to different RF channels for transmission so that on each RF channel modulated data from different stream partitions are transmitted, by applying a matrix V(even) for multiplication with an input vector of two symbols or cells of even index from two different stream partitions after modulation and a matrix V(odd) for multiplication with an input vector of two symbols or cells of odd index from two different stream partitions after modulation, wherein V even = 1 0 0 1 and V odd = 0 1 1 0. - a data stream partitioner (72, 101, 120) configured to partition a data stream of data to be communicated into two or more stream partitions, - two or more modulators (731, 741) configured to each receive a stream partition and to generate modulated data from the received stream partition, - cell exchange circuitry configured to operate in different modes including a channel bonding mode and to assign, in the channel bonding mode, the modulated data generated by the two or more modulators from the received stream partitions to different RF channels for transmission so that on each RF channel modulated data from different stream partitions are transmitted, by applying a matrix V(even) for multiplication with an input vector of two symbols or cells of even index from two different stream partitions after modulation and a matrix V(odd) for multiplication with an input vector of two symbols or cells of odd index from two different stream partitions after modulation, wherein V even = 1 0 0 1 and V odd = 0 1 1 0.
A synergistic microbicidal composition; said composition comprises: (a) silver ion that is present as a complex with a copolymer, said copolymer comprising 35 to 55 wt% of units derived from N-vinylimidazole and 45 to 65wt% of units derived from monomer Y; and (b) diiodomethyl-p-tolylsulfone; wherein a weight ratio of silver to diiodomethyl-p-tolylsulfone is from 1/0.008 to 1/0.1, 1/0.13 to 1/8 or 1/120 to 1/280; wherein said complex comprises 6.5wt% to 8.5wt% silver, based on the total weight of copolymer and silver; and wherein monomer Y is an ethylenically unsaturated compound selected from carboxylic acids, carboxylic acid salts, carboxylic acid esters, organosulfuric acids, organosulfuric acid salts, sulfonic acids, sulfonic acid salts, phosphonic acids, phosphonic acid salts, vinyl esters, (meth)acrylamides, C 8 -C 20 aromatic monomers containing at least one exocyclic ethylenic unsaturation and combinations thereof, provided that monomer Y comprises at least one alkyl (meth)acrylate.
A multi-core processor system comprising: a plurality of cores that execute a process having a plurality of threads; and a memory accessible to said plurality of cores, wherein a first core of said plurality of cores generates, when the process is executed by a second core other than the first core, a monitoring thread that saves to the memory state information including an executed state of the process, and causes the second core to suspend an execution of the process before executing the monitoring thread. a plurality of cores that execute a process having a plurality of threads; and a memory accessible to said plurality of cores, wherein a first core of said plurality of cores generates, when the process is executed by a second core other than the first core, a monitoring thread that saves to the memory state information including an executed state of the process, and causes the second core to suspend an execution of the process before executing the monitoring thread.
A smoke detector comprising: a housing; disposed within the housing, a light source comprising a light emitter and configured to (i) emit a first light portion from the emitter, the first light portion passing outside of the housing and (ii) emit a second light portion from the emitter, the second light portion staying substantially within the housing; disposed within the housing, a light detector configured to receive light from the first light portion reflected back into the housing from outside the housing and to receive light from the second light portion within the housing to generate a background signal; an evaluation circuit for determining the presence of smoke particles outside the housing based on (i) at least one of a luminance or a rate of change of luminance of light received by the light detector from the first light portion that has been reflected back into the housing as well as (ii) a luminance of light received by the light detector from the second light portion, wherein the evaluation circuit is further configured to compare the signal generated from light received by the light detector from the second light portion to a system fault threshold, the system fault threshold being set lower than the background signal typically received by the light detector so as to indicate a fault in at least one of the light source, the light detector or the evaluation circuit if the signal falls below the system fault threshold. a housing; disposed within the housing, a light source comprising a light emitter and configured to (i) emit a first light portion from the emitter, the first light portion passing outside of the housing and (ii) emit a second light portion from the emitter, the second light portion staying substantially within the housing; disposed within the housing, a light detector configured to receive light from the first light portion reflected back into the housing from outside the housing and to receive light from the second light portion within the housing to generate a background signal; an evaluation circuit for determining the presence of smoke particles outside the housing based on (i) at least one of a luminance or a rate of change of luminance of light received by the light detector from the first light portion that has been reflected back into the housing as well as (ii) a luminance of light received by the light detector from the second light portion, wherein the evaluation circuit is further configured to compare the signal generated from light received by the light detector from the second light portion to a system fault threshold, the system fault threshold being set lower than the background signal typically received by the light detector so as to indicate a fault in at least one of the light source, the light detector or the evaluation circuit if the signal falls below the system fault threshold.
A lamp comprising a lamp driver with a driver circuit, a control interface (4, 6) and a body for emitting light, said driver circuit being communicatively connected to the control interface (4, 6), the body for emitting light comprising at least a first electrode (3, 13), wherein said first electrode (3,13) is further connected to the driver circuit for generating and maintaining the emission of light emitted by the lamp, characterised in that said first electrode (3, 13) is connected to the control interface (4, 6) and is used as a first antenna for wireless control of the lamp.
A process for producing a fluorinated olefin/vinyl alcohol copolymer, which comprises the following steps and: Step: a step of emulsion polymerizing a fluorinated olefin represented by the following formula and a vinyl ether represented by the following formula in the presence of an aqueous medium and an emulsifier to obtain a fluorinated olefin/vinyl ether copolymer, wherein the mass ratio of the vinyl ether represented by the formula to the aqueous medium is from 5/95 to 70/30: CF 2 =CFX 1 CH 2 =CHOR 1 wherein in the formula, X 1 is a fluorine atom, a chlorine atom, a trifluoromethyl group or -OC a F 2a+1 (wherein a is an integer of from 1 to 3), and in the formula, R 1 is a group selected from the group consisting of a C 4-12 tertiary alkyl or alkoxyalkyl group, a C 4-6 alicyclic hydrocarbon group which has an etheric oxygen atom, a C 6-10 aryl group and -Si(R 5) 3 (wherein R 5 is a C 1-10 alkyl group or an aryl group); and Step: a step of substituting by a hydrogen atom, R 1 in repeating units based on the vinyl ether represented by the formula in the fluorinated olefin/vinyl ether copolymer to obtain a fluorinated olefin/vinyl alcohol copolymer. Step: a step of emulsion polymerizing a fluorinated olefin represented by the following formula and a vinyl ether represented by the following formula in the presence of an aqueous medium and an emulsifier to obtain a fluorinated olefin/vinyl ether copolymer, wherein the mass ratio of the vinyl ether represented by the formula to the aqueous medium is from 5/95 to 70/30: CF 2 =CFX 1 CH 2 =CHOR 1 wherein in the formula, X 1 is a fluorine atom, a chlorine atom, a trifluoromethyl group or -OC a F 2a+1 (wherein a is an integer of from 1 to 3), and in the formula, R 1 is a group selected from the group consisting of a C 4-12 tertiary alkyl or alkoxyalkyl group, a C 4-6 alicyclic hydrocarbon group which has an etheric oxygen atom, a C 6-10 aryl group and -Si(R 5) 3 (wherein R 5 is a C 1-10 alkyl group or an aryl group); and Step: a step of substituting by a hydrogen atom, R 1 in repeating units based on the vinyl ether represented by the formula in the fluorinated olefin/vinyl ether copolymer to obtain a fluorinated olefin/vinyl alcohol copolymer.
Detergent, in particular a detergent for washing laundry, comprising two separate components, the first component being formed by a liquid detergent and the second component being a booster characterised in that - the first component contains at least anionic surfactants and less than 10 wt.% builders - the second component contains a water softener from the group of polymeric builders, complexing agents and sequestering agents, and also contains a bleaching agent, preferably H 2 O 2 or a bleaching agent that produces hydrogen peroxide, 0.2 to 15 wt.% surfactants and an optical brightener. - the first component contains at least anionic surfactants and less than 10 wt.% builders - the second component contains a water softener from the group of polymeric builders, complexing agents and sequestering agents, and also contains a bleaching agent, preferably H 2 O 2 or a bleaching agent that produces hydrogen peroxide, 0.2 to 15 wt.% surfactants and an optical brightener.
A ring segment device for turbine vanes of a power plant turbine assembly having an axis, preferably a gas turbine assembly; the ring segment device comprising: - a ring segment having a first face configured for being coupled to a free end of at least two adjacent turbine vanes; - at least a damping pin device housed in a corresponding hole obtained in the ring segment; the damping pin device being configured for coupling the ring segment to the corresponding turbine vane/s in a sprung manner; characterized in that the ring segment device moreover comprises: - a circumferential bar having substantially the same circumferential extent of the ring segment arranged between the damping pin device and the turbine vane/s so that the force generated by the damping pin device against the turbine vane/s is not locally concentrated but distributed along the bar; wherein each hole has an axis configured so that, during the use of the ring segment device, the damping pin device is axially arranged with respect to the axis of the power plant turbine assembly. - a ring segment having a first face configured for being coupled to a free end of at least two adjacent turbine vanes; - at least a damping pin device housed in a corresponding hole obtained in the ring segment; the damping pin device being configured for coupling the ring segment to the corresponding turbine vane/s in a sprung manner; characterized in that the ring segment device moreover comprises: - a circumferential bar having substantially the same circumferential extent of the ring segment arranged between the damping pin device and the turbine vane/s so that the force generated by the damping pin device against the turbine vane/s is not locally concentrated but distributed along the bar; - a circumferential bar having substantially the same circumferential extent of the ring segment arranged between the damping pin device and the turbine vane/s so that the force generated by the damping pin device against the turbine vane/s is not locally concentrated but distributed along the bar; wherein each hole has an axis configured so that, during the use of the ring segment device, the damping pin device is axially arranged with respect to the axis of the power plant turbine assembly.
A method, comprising: wirelessly notifying, via a charging station in wireless communication with a group of identified transports, at least one transport of the group of identified transports 110,112) of a needed amount of energy stored in the at least one transport prior to the at least one transport being connected to the charging station by a direct electrical connection or an inductive coupling; wherein the group of identified transports comprises a group of at least two vehicles (110,112) having one or more batteries, located within a vicinity of the charging station. wirelessly notifying, via a charging station in wireless communication with a group of identified transports, at least one transport of the group of identified transports 110,112) of a needed amount of energy stored in the at least one transport prior to the at least one transport being connected to the charging station by a direct electrical connection or an inductive coupling; wherein the group of identified transports comprises a group of at least two vehicles (110,112) having one or more batteries, located within a vicinity of the charging station.
A manufacturing method of a solar cell comprising: forming a photoelectric conversion unit; and forming an electrode connected to the photoelectric conversion unit, wherein the step of forming the electrode comprises: forming a seed formation layer connected to the photoelectric conversion unit; forming an anti-oxidation layer on the seed formation layer to prevent oxidation of the seed formation layer; performing a thermal process such that a material of the seed formation layer and a material of the photoelectric conversion unit react with each other to form a chemical bonding layer (422a, 442a) at a portion at which the seed formation layer and the photoelectric conversion unit are adjacent to each other, after forming of the anti-oxidation layer; forming a conductive layer and a capping layer on the seed formation layer in a state in which a mask is disposed on the seed formation layer; and patterning the seed formation layer and the anti-oxidation layer using the capping layer as a mask. forming a photoelectric conversion unit; and forming an electrode connected to the photoelectric conversion unit, wherein the step of forming the electrode comprises: forming a seed formation layer connected to the photoelectric conversion unit; forming an anti-oxidation layer on the seed formation layer to prevent oxidation of the seed formation layer; performing a thermal process such that a material of the seed formation layer and a material of the photoelectric conversion unit react with each other to form a chemical bonding layer (422a, 442a) at a portion at which the seed formation layer and the photoelectric conversion unit are adjacent to each other, after forming of the anti-oxidation layer; forming a conductive layer and a capping layer on the seed formation layer in a state in which a mask is disposed on the seed formation layer; and patterning the seed formation layer and the anti-oxidation layer using the capping layer as a mask. forming a seed formation layer connected to the photoelectric conversion unit; forming an anti-oxidation layer on the seed formation layer to prevent oxidation of the seed formation layer; performing a thermal process such that a material of the seed formation layer and a material of the photoelectric conversion unit react with each other to form a chemical bonding layer (422a, 442a) at a portion at which the seed formation layer and the photoelectric conversion unit are adjacent to each other, after forming of the anti-oxidation layer; forming a conductive layer and a capping layer on the seed formation layer in a state in which a mask is disposed on the seed formation layer; and patterning the seed formation layer and the anti-oxidation layer using the capping layer as a mask.
A kitchen device comprising a cooking vessel, a heating plate, a first temperature sensor and a second temperature sensor, wherein the first temperature sensor is thermally connected to, at least part of, the heating plate of the kitchen device for measuring the temperature of the heating plate, and the second temperature sensor is located in a position to measure the temperature of one or more ingredients that are inside the cooking vessel and the second temperature sensor is thermally isolated from the cooking vessel by a sensor isolation seal (317, 319), characterised in that the sensor isolation seal (317, 319) is comprised of two or more sensor isolation seal components (317, 319), where a first sensor isolation seal is made of a first material and the second sensor isolation seal is made of a second material different to the first material and the first sensor isolation seal is located within an internal aperture of the second sensor isolation seal.
Bicycle drinking bottle, in particular for time trial bicycles, comprising a liquid container having two opposite side walls (16, 18), a rear wall connecting the side walls (16, 18), a front wall connecting the side walls (16, 18), a lid closing the drinking bottle, and a bottom element, and wherein the two side walls (16, 18) have recesses for receiving fixing elements connected with a handlebar of a bicycle steering structure, wherein the fixing elements are fixing or holding elements for forearm supports and/or additional gripping elements and are connected with a handlebar, the liquid container is connected with an additional liquid container, the additional liquid container comprises an additional rear wall offset with respect to the rear wall of the liquid container, and characterized in that the recesses are open in the downward direction for plugging the drinking bottle onto the fixing elements from above, and additional rear wall is concavely curved. a liquid container having two opposite side walls (16, 18), a rear wall connecting the side walls (16, 18), a front wall connecting the side walls (16, 18), a lid closing the drinking bottle, and a bottom element, two opposite side walls (16, 18), a rear wall connecting the side walls (16, 18), a front wall connecting the side walls (16, 18), a lid closing the drinking bottle, and a bottom element, and wherein the two side walls (16, 18) have recesses for receiving fixing elements connected with a handlebar of a bicycle steering structure, wherein the fixing elements are fixing or holding elements for forearm supports and/or additional gripping elements and are connected with a handlebar, the liquid container is connected with an additional liquid container, the additional liquid container comprises an additional rear wall offset with respect to the rear wall of the liquid container, and characterized in that the recesses are open in the downward direction for plugging the drinking bottle onto the fixing elements from above, and additional rear wall is concavely curved.
A method for providing a packet data service by a radio network controller, RNC, in a mobile communication system including the radio network controller the system including a plurality of cells which are distinguished by different frequency areas, FA, overlapping in the same geographical area, the method comprising: providing (542, 543) a service identifier, ID, of the packet data service and information on a cell of a frequency area supporting the packet data service to at least one user equipment (502, 503) located in a cell of a frequency area not supporting the packet data service; assigning a radio resource for the packet data service; and providing the packet data service to the at least one user equipment through the assigned radio resource, wherein the information includes frequency information for the cell of the frequency area supporting the packet data service. providing (542, 543) a service identifier, ID, of the packet data service and information on a cell of a frequency area supporting the packet data service to at least one user equipment (502, 503) located in a cell of a frequency area not supporting the packet data service; assigning a radio resource for the packet data service; and providing the packet data service to the at least one user equipment through the assigned radio resource, wherein the information includes frequency information for the cell of the frequency area supporting the packet data service.