mhurhangee/patent-ind-claim-en huggingface dataset:
A battery module capable of detecting swelling comprising: a plurality of battery cell assemblies stacked in an electrically-connected manner, wherein each battery cell assembly includes a battery cell and a cartridge surrounding the outermost battery cell has insertion holes on opposite sides thereof; a strap section disposed across one surface of the outermost battery cell assembly and having an elongated body part made of an expandable and contractible material, fastening parts disposed on opposite ends of the elongated body part fixedly inserted into the insertion holes, and a press pin protruding vertically from the elongated body part; an upper cover arranged on the outermost battery cell assembly among the plurality of battery cell assemblies, and having a hole through which a guide tube is disposed to guide the movement of the press pin; a lower cover arranged on an opposite outermost battery cell assembly among the plurality of battery cell assemblies; and an overcharge protector disposed on an upper surface of the upper cover, wherein, when the battery cell assembly is swelled over a predetermined level, the battery module is capable of cutting off the electric current supplied to battery cell units by turning on the overcharge protector via contact with the press pin. a plurality of battery cell assemblies stacked in an electrically-connected manner, wherein each battery cell assembly includes a battery cell and a cartridge surrounding the outermost battery cell has insertion holes on opposite sides thereof; a strap section disposed across one surface of the outermost battery cell assembly and having an elongated body part made of an expandable and contractible material, fastening parts disposed on opposite ends of the elongated body part fixedly inserted into the insertion holes, and a press pin protruding vertically from the elongated body part; an upper cover arranged on the outermost battery cell assembly among the plurality of battery cell assemblies, and having a hole through which a guide tube is disposed to guide the movement of the press pin; a lower cover arranged on an opposite outermost battery cell assembly among the plurality of battery cell assemblies; and an overcharge protector disposed on an upper surface of the upper cover, wherein, when the battery cell assembly is swelled over a predetermined level, the battery module is capable of cutting off the electric current supplied to battery cell units by turning on the overcharge protector via contact with the press pin.
A method, comprising: Sending, by an evolved Node B, eNB, data representative of a first radio link failure, RLF, report to a network manager, NM, said first RLF report including information related to a disconnection or reconnection of a first user equipment, UE, from an evolved universal terrestrial radio access network, E-UTRAN; sending, by the eNB, data representative of a second RLF report to the NM , said second RLF report including information related to a disconnection or reconnection of a second UE from the E-UTRAN; identifying, by the NM , a hole in a coverage area of the E-UTRAN based at least in part on the first and second RLF reports; characterized by initiating, by the NM , area-based minimization of drive test, MDT, protocols on one or more eNBs associated with cells that nominally cover the identified hole; and performing, by the NM , an automated coverage and capacity optimization, CCO, action to reconfigure cell resources of the E-UTRAN based on the identified hole, said CCO action including changing the power associated with a cell's antenna and/or changing the shape of the cell. Sending, by an evolved Node B, eNB, data representative of a first radio link failure, RLF, report to a network manager, NM, said first RLF report including information related to a disconnection or reconnection of a first user equipment, UE, from an evolved universal terrestrial radio access network, E-UTRAN; sending, by the eNB, data representative of a second RLF report to the NM , said second RLF report including information related to a disconnection or reconnection of a second UE from the E-UTRAN; identifying, by the NM , a hole in a coverage area of the E-UTRAN based at least in part on the first and second RLF reports; characterized by initiating, by the NM , area-based minimization of drive test, MDT, protocols on one or more eNBs associated with cells that nominally cover the identified hole; and performing, by the NM , an automated coverage and capacity optimization, CCO, action to reconfigure cell resources of the E-UTRAN based on the identified hole, said CCO action including changing the power associated with a cell's antenna and/or changing the shape of the cell.
A method of creating an optical link between two portions of plastic optical fibres, comprising the steps of providing a first plastic optical fibre comprising a first terminal end with a first optical lens pattern, and providing a second plastic optical fibre cable, to be optically linked to said first plastic optical fibre, comprising a first terminal end with a second optical lens pattern, wherein said optical lens patterns are formed by selecting a portion of fibre to be shaped, comprising the steps of; providing a shaping surface with a release material thereon, said shaping surface comprising a template which imparts a pattern onto the portion of fibre, causing heating and mating of the portion of fibre and said shaping surface ; causing the portion of fibre to be softened, such that it is capable of moulding to the surface structure defined on the template on said shaping surface , during mating, so as to impart the pattern onto the portion of fibre; causing the surface of the portion of fibre to cool by cooling the shaping surface whilst in mating union with the portion of fibre, such that portion of fibre comprising the pattern sets, providing a connector to house said joined first and second plastic optical fibres; wherein the plastic fibres within the connector are separated by a distance less than 100mm, wherein the steps of heating and cooling have controlled rates. providing a first plastic optical fibre comprising a first terminal end with a first optical lens pattern, and providing a second plastic optical fibre cable, to be optically linked to said first plastic optical fibre, comprising a first terminal end with a second optical lens pattern, wherein said optical lens patterns are formed by selecting a portion of fibre to be shaped, comprising the steps of; providing a shaping surface with a release material thereon, said shaping surface comprising a template which imparts a pattern onto the portion of fibre, causing heating and mating of the portion of fibre and said shaping surface ; causing the portion of fibre to be softened, such that it is capable of moulding to the surface structure defined on the template on said shaping surface , during mating, so as to impart the pattern onto the portion of fibre; causing the surface of the portion of fibre to cool by cooling the shaping surface whilst in mating union with the portion of fibre, such that portion of fibre comprising the pattern sets, providing a connector to house said joined first and second plastic optical fibres; wherein the plastic fibres within the connector are separated by a distance less than 100mm, wherein the steps of heating and cooling have controlled rates.
Additive manufacturing equipment for being able to produce sintered parts , said manufacturing equipment comprising: - a stratification device for superimposing a plurality of layers of particles of a powdery material; - a printing device for printing a binder on each of the layers of particles of said powdery material so as to bind together particles intended to form said sintered parts , while the non-bound particles accumulate around the bound particles while forming a single stratified block ; and - a device for extracting said non-bound particles of said single stratified block to leave clear said parts of bound particles; characterised in that said extraction device comprises a bell having a plurality of orifices , said bell being adapted for sealingly fitting on top of said single stratified block to be able to inject a gas through some of the orifices of said plurality of orifices so as to detach said non-bound particles from said single stratified block, while said gas entrains the detached particles through the rest of said orifices , and in that the orifices of said some of the orifices are uniformly distributed in said bell , while the orifices of said rest of said orifices are uniformly distributed between the orifices of said some of the orifices. - a stratification device for superimposing a plurality of layers of particles of a powdery material; - a printing device for printing a binder on each of the layers of particles of said powdery material so as to bind together particles intended to form said sintered parts , while the non-bound particles accumulate around the bound particles while forming a single stratified block ; and - a device for extracting said non-bound particles of said single stratified block to leave clear said parts of bound particles; characterised in that said extraction device comprises a bell having a plurality of orifices , said bell being adapted for sealingly fitting on top of said single stratified block to be able to inject a gas through some of the orifices of said plurality of orifices so as to detach said non-bound particles from said single stratified block, while said gas entrains the detached particles through the rest of said orifices , and in that the orifices of said some of the orifices are uniformly distributed in said bell , while the orifices of said rest of said orifices are uniformly distributed between the orifices of said some of the orifices. characterised in that said extraction device comprises a bell having a plurality of orifices , said bell being adapted for sealingly fitting on top of said single stratified block to be able to inject a gas through some of the orifices of said plurality of orifices so as to detach said non-bound particles from said single stratified block, while said gas entrains the detached particles through the rest of said orifices , and in that the orifices of said some of the orifices are uniformly distributed in said bell , while the orifices of said rest of said orifices are uniformly distributed between the orifices of said some of the orifices.
A method for production of a seed-specific and/or seed-preferential plant promoter comprising functionally linking to a promoter one or more nucleic acid expression enhancing nucleic acid (NEENA) molecule heterologous to said promoter comprising i) the nucleic acid molecule having a sequence as defined in SEQ ID NO: 2, or ii) a nucleic acid molecule having a sequence with an identity of at least 80% to SEQ ID NO: 2, or iii) a fragment of at least 100 consecutive bases of a nucleic acid molecule of i) or ii) which has expression enhancing activity as the corresponding nucleic acid molecule having the sequence of SEQ ID NO: 2 2, or iv) a nucleic acid molecule which is the complement or reverse complement of any of the previously mentioned nucleic acid molecules under i) or ii), or wherein said one or more NEENA is functionally linked to the promoter 2500 bp or less away from the transcription start site of said heterologous nucleic acid molecule. i) the nucleic acid molecule having a sequence as defined in SEQ ID NO: 2, or ii) a nucleic acid molecule having a sequence with an identity of at least 80% to SEQ ID NO: 2, or iii) a fragment of at least 100 consecutive bases of a nucleic acid molecule of i) or ii) which has expression enhancing activity as the corresponding nucleic acid molecule having the sequence of SEQ ID NO: 2 2, or iv) a nucleic acid molecule which is the complement or reverse complement of any of the previously mentioned nucleic acid molecules under i) or ii), or
A pump probe measuring device , comprising: an ultrashort optical pulse laser generator for generating a first ultrashort optical pulse train which is a pump light, a second ultrashort optical pulse train which has a first delay time with respect to the pump light, and a third ultrashort optical pulse train which has a second delay time with respect to the pump light, the second and the third ultrashort optical pulse trains constitute a probe light; an optical shutter unit to which the second and the third ultrashort optical pulse trains are introduced, the optical shutter unit emits the second and the third ultrashort optical pulse trains alternately; an optical shutter control unit for controlling the optical shutter unit ; an irradiation optical system for irradiating a sample with the pump light and the probe light; a sensor for detecting a probe signal from the sample ; and a phase-sensitive detecting means connected to the sensor , wherein, in use, the irradiation optical system irradiates the sample with the first ultrashort optical pulse train as the pump light; the second and the third ultrashort optical pulse trains are introduced into the optical shutter unit , the optical shutter unit irradiates the sample with the second and the third ultrashort optical pulse trains alternately as the probe light so that a delay time of the probe light with respect to the pump light is modulated periodically; and the probe signal from the sample is detected by the phase-sensitive detecting means in synchronization with the periodic modulation of the delay time. an ultrashort optical pulse laser generator for generating a first ultrashort optical pulse train which is a pump light, a second ultrashort optical pulse train which has a first delay time with respect to the pump light, and a third ultrashort optical pulse train which has a second delay time with respect to the pump light, the second and the third ultrashort optical pulse trains constitute a probe light; an optical shutter unit to which the second and the third ultrashort optical pulse trains are introduced, the optical shutter unit emits the second and the third ultrashort optical pulse trains alternately; an optical shutter control unit for controlling the optical shutter unit ; an irradiation optical system for irradiating a sample with the pump light and the probe light; a sensor for detecting a probe signal from the sample ; and a phase-sensitive detecting means connected to the sensor , wherein, in use, the irradiation optical system irradiates the sample with the first ultrashort optical pulse train as the pump light; the second and the third ultrashort optical pulse trains are introduced into the optical shutter unit , the optical shutter unit irradiates the sample with the second and the third ultrashort optical pulse trains alternately as the probe light so that a delay time of the probe light with respect to the pump light is modulated periodically; and the probe signal from the sample is detected by the phase-sensitive detecting means in synchronization with the periodic modulation of the delay time.
An electrostatic discharge unit containing at least one electrostatic discharge subunit, wherein the at least one electrostatic discharge subunit contains at least one transport roller system and at least one discharge path, wherein each transport roller system independently from each other contains one transport roller and at least one mounting containing a rolling-element bearing , wherein the transport rollers are selected from metal transport rollers or polymer coated metal transport rollers , and wherein the electrostatic discharge subunit is adapted to conduct the charge from the surface of the transport roller through the rolling-element bearing to the discharge path; wherein the electrical resistance of the mounting being adapted to conduct the charges towards the grounding lies within the range from 10 3 to 10 9 Ohm; and wherein the rolling-element bearing is a ball bearing.
A polyolefin fiber that is formed from a thermoplastic composition, wherein the thermoplastic composition contains a continuous phase that includes a polyolefin matrix polymer and a nanoinclusion additive dispersed within the continuous phase in the form of discrete nano-scale domains having an average cross-sectional dimension of from 1 to 800 nanometers, wherein a porous network is defined in the composition that includes a plurality of nanopores having an average cross-sectional dimension of 800 nanometers or less; wherein the composition further comprises a microinclusion additive dispersed within the continuous phase in the form of discrete micro-scale domains having an average cross-sectional dimension of from 1 to 25 micrometers; wherein the nanoinclusion additive is a functionalized polyolefin containing a polar and a non-polar component; and wherein the microinclusion additive is a styrenic copolymer, a fluoropolymer, a polyvinyl alcohol, a polyvinyl acetate, or a polyester. wherein the composition further comprises a microinclusion additive dispersed within the continuous phase in the form of discrete micro-scale domains having an average cross-sectional dimension of from 1 to 25 micrometers; wherein the nanoinclusion additive is a functionalized polyolefin containing a polar and a non-polar component; and wherein the microinclusion additive is a styrenic copolymer, a fluoropolymer, a polyvinyl alcohol, a polyvinyl acetate, or a polyester.
An electronic device configured to remotely control an external device using voice recognition, the electronic device comprising: a plurality of microphones for receiving audio signals in which voice signals are included; a communicator configured to receive state information of the external device on whether the external device and the electronic device are connected; and a processor configured to: determine a noise environment around the electronic device based on audio amplitude information that is received by the plurality of microphones and that is output by the external device, and the state information of the external device, process the audio signals based on the determined noise environment; and perform voice recognition. a plurality of microphones for receiving audio signals in which voice signals are included; a communicator configured to receive state information of the external device on whether the external device and the electronic device are connected; and a processor configured to: determine a noise environment around the electronic device based on audio amplitude information that is received by the plurality of microphones and that is output by the external device, and the state information of the external device, process the audio signals based on the determined noise environment; and perform voice recognition.
A method for improving the AC accuracy of a dual stage current transformer (CT R ), wherein the dual stage current transformer (CT R ) comprises a primary winding (N 0 ), a first secondary winding (N 1 ) and second secondary winding (N 2 ), the method comprising the steps: measuring a DC signal, the DC signal generated in dependence upon a DC aspect of a signal; measuring an AC signal, the AC signal generated in dependence upon an AC aspect of the signal; and generating a corrected measurement of the measured AC signal characterized in that the first secondary winding (N 1 ) is loaded with a resistance (R 1 ) and the second secondary winding (N 2 ) is loaded with a resistance (R 2 ), wherein a high output terminal (H 900A) of the dual stage current transformer (CT R ) is connected to a start connection of the first secondary winding (N 1 ) while an end connection of the first secondary winding (N 1 ) is connected to a start connection of the second secondary winding (N 2 ) and an end connection of the second secondary winding (N 2 ) is connected to a low output terminal (L 900B) of the dual stage current transformer (CT R ), wherein the method comprises the further step of providing a correction current from the combination first secondary winding (N 1 ) and resistance (R 1 ) to that generated by the combination second secondary winding (N 2 ) and resistance (R 2 ). measuring a DC signal, the DC signal generated in dependence upon a DC aspect of a signal; measuring an AC signal, the AC signal generated in dependence upon an AC aspect of the signal; and generating a corrected measurement of the measured AC signal characterized in that the first secondary winding (N 1 ) is loaded with a resistance (R 1 ) and the second secondary winding (N 2 ) is loaded with a resistance (R 2 ), wherein a high output terminal (H 900A) of the dual stage current transformer (CT R ) is connected to a start connection of the first secondary winding (N 1 ) while an end connection of the first secondary winding (N 1 ) is connected to a start connection of the second secondary winding (N 2 ) and an end connection of the second secondary winding (N 2 ) is connected to a low output terminal (L 900B) of the dual stage current transformer (CT R ), wherein the method comprises the further step of providing a correction current from the combination first secondary winding (N 1 ) and resistance (R 1 ) to that generated by the combination second secondary winding (N 2 ) and resistance (R 2 ).
Power tool comprising a mechanical device for setting a working parameter of said power tool , at least part of the mechanical device being visible and accessible from outside of the power tool by a user of the power tool , the power tool further comprising a printed circuit board and an illumination device with electrical contacts , the illumination device being adapted for illuminating at least that part of the mechanical device being visible from outside of the power tool , the electrical contacts of the illumination device are indirectly connected to the printed circuit board via flexible wires , characterized in that the illumination of the mechanical device by the illumination device allows an operator of the power tool to easily recognize a position and alignment of the mechanical device for setting the working parameter on the power tool and that the mechanical device comprises a potentiometer for setting the working parameter of the power tool and a turn-switch adapted to adjust a resistance value of the potentiometer and being located in the power tool such that it is visible and accessible from outside of the power tool by the user of the power tool , wherein the illumination device is adapted for illuminating the turn-switch . the illumination of the mechanical device by the illumination device allows an operator of the power tool to easily recognize a position and alignment of the mechanical device for setting the working parameter on the power tool and that the mechanical device comprises a potentiometer for setting the working parameter of the power tool and a turn-switch adapted to adjust a resistance value of the potentiometer and being located in the power tool such that it is visible and accessible from outside of the power tool by the user of the power tool , wherein the illumination device is adapted for illuminating the turn-switch .