mhurhangee/patent-ind-claim-en huggingface dataset:
A light source device for use with an imaging device for simultaneously observing a subject image formed by reflected illumination light in a visible light region and a fluorescence image formed by fluorescent light from a fluorescent substance in a subject excited by excitation light in an infrared light region, the light source device comprising a light source and an illumination aperture diaphragm (100; 150), the illumination aperture diaphragm (100; 150) comprising an annular filter region formed on a base material and an aperture region formed inside the filter region , the filter region serving to transmit light in the wavelength region of the excitation light in the infrared light region for allowing the 10 subject to emit the fluorescent light, and the filter region further serving to reduce or block the transmission of light in the visible light region for forming the subject image and outside the wavelength region of the excitation light, wherein the aperture diaphragm is provided entirely with a filter layer which blocks the transmission of light in the wavelength region of the fluorescent light.
Aids for eating or drinking comprising 40-50% vegetable starch and 35-45% guar gum and 1-5% xanthan gum. 40-50% vegetable starch and 35-45% guar gum and 1-5% xanthan gum.
Process for manufacturing a power cable comprising: - providing a power cable core comprising an electric conductor and having an outer diameter; - providing a copper foil having a width such that, after folding of the copper foil to provide a copper sheath around each power cable core , the copper sheath has an inner diameter from 5 to 15 mm greater than the power cable core outer diameter; - providing a protective strip over the power cable core in a position substantially matching a welding die , the protective strip having a radially inner and outer surface and being made of copper with a coating, at least on the radially outer surface, made of a metal or a metal alloy having a melting temperature comprised between 90 °C and 250°C; - folding the copper foil around the power cable core so as to bring two longitudinal copper foil rims to contact one to the other; - welding the two contacted longitudinal copper foil rims with a welding die thus obtaining a copper sheath in form of a tube with a welding seam and having a diameter; - reducing the diameter of the copper sheath to put it into direct contact with the power cable core and the protective strip ; - heating the protective strip and the copper sheath at a temperature higher than the melting temperature of the coating of the strip so that the coating fuses in the welding seam ; - extruding a polymeric sheath around the copper sheath . - providing a power cable core comprising an electric conductor and having an outer diameter; - providing a copper foil having a width such that, after folding of the copper foil to provide a copper sheath around each power cable core , the copper sheath has an inner diameter from 5 to 15 mm greater than the power cable core outer diameter; - providing a protective strip over the power cable core in a position substantially matching a welding die , the protective strip having a radially inner and outer surface and being made of copper with a coating, at least on the radially outer surface, made of a metal or a metal alloy having a melting temperature comprised between 90 °C and 250°C; - folding the copper foil around the power cable core so as to bring two longitudinal copper foil rims to contact one to the other; - welding the two contacted longitudinal copper foil rims with a welding die thus obtaining a copper sheath in form of a tube with a welding seam and having a diameter; - reducing the diameter of the copper sheath to put it into direct contact with the power cable core and the protective strip ; - heating the protective strip and the copper sheath at a temperature higher than the melting temperature of the coating of the strip so that the coating fuses in the welding seam ; - extruding a polymeric sheath around the copper sheath .
A method of forming a joint between a metal and a thermoplastic material comprising: aging zirconium n-propoxide in a solvent to form a first part for a sol-gel solution ; combining the first part with deionized water to form a second part for the sol-gel solution ; combining aminoaryltrialkoxysilane with an alcohol to form a third part for the sol-gel solution ; combining the third part with the second part to form a mixture for the sol-gel solution ; combining the deionized water , or the alcohol , or a combination thereof, with the mixture to form a solution; and aging the solution to form the sol-gel solution comprising a mole balance ratio of 1:5 between the zirconium n-propoxide and the aminoaryltrialkoxysilane ; wherein after application of the sol-gel solution to a surface of the metal the thermoplastic material is adhered to the metal using an adhering tool, the adhering taking place in a cycle of heat and pressure to form the joint between the metal and the thermoplastic material. aging zirconium n-propoxide in a solvent to form a first part for a sol-gel solution ; combining the first part with deionized water to form a second part for the sol-gel solution ; combining aminoaryltrialkoxysilane with an alcohol to form a third part for the sol-gel solution ; combining the third part with the second part to form a mixture for the sol-gel solution ; combining the deionized water , or the alcohol , or a combination thereof, with the mixture to form a solution; and aging the solution to form the sol-gel solution comprising a mole balance ratio of 1:5 between the zirconium n-propoxide and the aminoaryltrialkoxysilane ; wherein after application of the sol-gel solution to a surface of the metal the thermoplastic material is adhered to the metal using an adhering tool, the adhering taking place in a cycle of heat and pressure to form the joint between the metal and the thermoplastic material.
A composite biocompatible ceramic material comprising a first and a second phase, wherein said first phase is doped Hardystonite (Ca 2 ZnSi 2 O 7 ) and said second phase is a metal oxide belonging to the spinel group of minerals.
A monitoring system comprising a cosmic ray-produced charged particle tracker having a plurality of charged particle detectors, said charged particle detectors comprising drift cells filled with an operating gas ionized by charged particles to enable detection of a presence of a material or device within a volume to be scanned from multiple scattering of said charged particles and any radioactive sources within said volume from gamma rays emitted therefrom, wherein the drift cells include a set of drift tubes located above said volume to be scanned to measure positions and directions of the incoming charged particles and another set of drift tubes located below said volume to measure positions and directions of the outgoing charged particles, each set of drift tubes having at least three drift tubes configured in a first direction and another at least three drift tubes configured in a second direction, wherein said drift cells comprise aluminum drift cells or carbon composite drift cells having internal conductive coatings and wherein said drift cells comprise drift tubes of circular or non-circular cross-section, or non-tube shaped cells.
A rotary cutting tool insert comprising: an annular rake face provided with at least one recess portion , each of the at least one recess portion being sandwiched between flat portions of the rake face as viewed in a radial cross section of the rotary cutting tool insert ; and a cutting edge formed at an outer circumference of the rake face , the cutting edge being configured to rotate around an axis of the rotary cutting tool insert , the recess portion having a width of more than or equal to 1.2 mm and less than or equal to 3.0 mm in a circumferential direction of the rake face , a distance between the cutting edge and an end of the recess portion at the outer circumference side of the rake face being more than or equal to 0.1 mm and less than or equal to 0.5 mm, wherein the recess portion has a maximum depth of more than or equal to 0.15mm and less than or equal to 0.25mm wherein a level difference is provided at an inner circumferential side of the rake face . an annular rake face provided with at least one recess portion , each of the at least one recess portion being sandwiched between flat portions of the rake face as viewed in a radial cross section of the rotary cutting tool insert ; and a cutting edge formed at an outer circumference of the rake face , the cutting edge being configured to rotate around an axis of the rotary cutting tool insert , the recess portion having a width of more than or equal to 1.2 mm and less than or equal to 3.0 mm in a circumferential direction of the rake face , a distance between the cutting edge and an end of the recess portion at the outer circumference side of the rake face being more than or equal to 0.1 mm and less than or equal to 0.5 mm, wherein the recess portion has a maximum depth of more than or equal to 0.15mm and less than or equal to 0.25mm wherein a level difference is provided at an inner circumferential side of the rake face .
A method for network access performed by a user equipment, UE, comprising: sending , from the UE , a privacy mobile subscriber identity, PMSI, in place of an international mobile subscriber identity, IMSI, to identify the UE with an initial attach message to a serving network ; receiving , from the serving network , an authentication request that includes a next PMSI determined by a server in communication with the serving network , the next PMSI being derived from the PMSI; determining a UE-based next PMSI; comparing the UE-based next PMSI to the next PMSI received as part of the authentication request to determine if there is a match; generating an acknowledgement token in response to determining there is a match; and sending , from the UE , an acknowledgment of receipt of the next PMSI to the server via the serving network , the acknowledgement of receipt comprising the acknowledgement token. sending , from the UE , a privacy mobile subscriber identity, PMSI, in place of an international mobile subscriber identity, IMSI, to identify the UE with an initial attach message to a serving network ; receiving , from the serving network , an authentication request that includes a next PMSI determined by a server in communication with the serving network , the next PMSI being derived from the PMSI; determining a UE-based next PMSI; comparing the UE-based next PMSI to the next PMSI received as part of the authentication request to determine if there is a match; generating an acknowledgement token in response to determining there is a match; and sending , from the UE , an acknowledgment of receipt of the next PMSI to the server via the serving network , the acknowledgement of receipt comprising the acknowledgement token.
A portfolio creation assistance device comprising: a calculation unit configured to calculate a predetermined formula as an Ising model based on attribute information on each of financial instruments and information on an expected loss in each of the financial instruments associated with scenarios of event occurrence, the predetermined formula describing expected revenues and expected losses associated with the event occurrence corresponding to each of predetermined scenario groups when the predetermined scenario group is adopted to a portfolio formed by combining the financial instruments at predetermined ownership ratios, wherein the calculation unit is configured to output to a predetermined device information on the ownership ratios at which profitability obtained from the expected revenues and the expected losses as a result of the calculation is high, and wherein the portfolio creation assistance device is a CMOS annealing machine configured to solve a combinatorial optimization problem in regard to the Ising model , and wherein the portfolio creation assistance device is configured to generate combinations of the ownership ratios of each of the financial instruments, is configured to set as many types of the Ising models as the combinations, and is configured to solve the combinatorial optimization problem in regard to each of the Ising models . a calculation unit configured to calculate a predetermined formula as an Ising model based on attribute information on each of financial instruments and information on an expected loss in each of the financial instruments associated with scenarios of event occurrence, the predetermined formula describing expected revenues and expected losses associated with the event occurrence corresponding to each of predetermined scenario groups when the predetermined scenario group is adopted to a portfolio formed by combining the financial instruments at predetermined ownership ratios, wherein the calculation unit is configured to output to a predetermined device information on the ownership ratios at which profitability obtained from the expected revenues and the expected losses as a result of the calculation is high, and wherein the portfolio creation assistance device is a CMOS annealing machine configured to solve a combinatorial optimization problem in regard to the Ising model , and wherein the portfolio creation assistance device is configured to generate combinations of the ownership ratios of each of the financial instruments, is configured to set as many types of the Ising models as the combinations, and is configured to solve the combinatorial optimization problem in regard to each of the Ising models .
A method comprising: attaching a face sheet to an acoustic core ; and being characterised by the following steps: controlling a femtosecond laser to laser drill a plurality of perforations in the face sheet without burning portions of the face sheet or the acoustic core surrounding the perforations, wherein the controlling comprises: controlling the femtosecond laser to emit laser pulses on the face sheet at a frequency of over 100,000 Hz; and controlling the femtosecond laser to emit laser pulses on the face sheet at pulse durations between about 100 femtoseconds and about 10,000 femtoseconds. controlling the femtosecond laser to emit laser pulses on the face sheet at a frequency of over 100,000 Hz; and controlling the femtosecond laser to emit laser pulses on the face sheet at pulse durations between about 100 femtoseconds and about 10,000 femtoseconds.
A method of labeling a nucleic acid in a sample, comprising: hybridizing a target with a first oligonucleotide comprising a universal adaptor sequence and a target-specific sequence; extending said first oligonucleotide to generate a first nucleotide sequence; hybridizing said first nucleotide sequence with a second oligonucleotide; extending said second oligonucleotide to generate a second nucleotide sequence; hybridizing said second nucleotide sequence with a third oligonucleotide comprising a binding site for a first amplification primer and the universal adaptor sequence, wherein the third oligonucleotide comprises a stochastic barcode, wherein the stochastic barcode comprises a molecular label; extending said third oligonucleotide to generate a third nucleotide sequence; and amplifying said third nucleotide sequence using a first amplification primer to generate a plurality of a fourth nucleotide sequences, wherein each of the plurality of the fourth nucleotide sequences comprises said target and the stochastic barcode, wherein the target is an mRNA molecule; and wherein the molecular label comprises a nucleic acid sequence that provides a counter for the specific occurrence of the target nucleic acid. hybridizing a target with a first oligonucleotide comprising a universal adaptor sequence and a target-specific sequence; extending said first oligonucleotide to generate a first nucleotide sequence; hybridizing said first nucleotide sequence with a second oligonucleotide; extending said second oligonucleotide to generate a second nucleotide sequence; hybridizing said second nucleotide sequence with a third oligonucleotide comprising a binding site for a first amplification primer and the universal adaptor sequence, wherein the third oligonucleotide comprises a stochastic barcode, wherein the stochastic barcode comprises a molecular label; extending said third oligonucleotide to generate a third nucleotide sequence; and amplifying said third nucleotide sequence using a first amplification primer to generate a plurality of a fourth nucleotide sequences, wherein each of the plurality of the fourth nucleotide sequences comprises said target and the stochastic barcode, wherein the target is an mRNA molecule; and wherein the molecular label comprises a nucleic acid sequence that provides a counter for the specific occurrence of the target nucleic acid.
A method of decoding a bit stream signal as an audio time signal, including the steps of: decoding a bit stream signal as a preliminary audio time signal according to a coding mode selected from a plurality of coding modes, wherein the plurality of coding modes includes at least a first coding mode which includes a post-filtering step and at least a second coding mode which does not include the post-filtering step, wherein the post-filtering step applies a pitch-enhancement filter to the preliminary audio time signal, thereby obtaining an audio time signal, wherein the post-filtering is applied only to low frequencies, and wherein the post-filtering step is selectively omitted responsive to post-filtering information encoded in the bit stream signal, the post-filtering information being indicative of an encoder-side decision of whether or not to omit the post-filtering step, whereby the post-filtering step is selectively omitted in the first coding mode. decoding a bit stream signal as a preliminary audio time signal according to a coding mode selected from a plurality of coding modes, wherein the plurality of coding modes includes at least a first coding mode which includes a post-filtering step and at least a second coding mode which does not include the post-filtering step, wherein the post-filtering step applies a pitch-enhancement filter to the preliminary audio time signal, thereby obtaining an audio time signal, wherein the post-filtering is applied only to low frequencies, and wherein the post-filtering step is selectively omitted responsive to post-filtering information encoded in the bit stream signal, the post-filtering information being indicative of an encoder-side decision of whether or not to omit the post-filtering step, whereby the post-filtering step is selectively omitted in the first coding mode.
Valve having a valve housing which comprises at least one work port (A, B), one pressure supply port (P) and one return port (T) and in which a valve spool (STS) is guided so as to be longitudinally movable for controlling these individual ports, wherein the supply pressure present at the pressure supply port (P) for actuating a consumer connected to the respective work port (A; B) is guided via a first orifice device and a control channel to at least one control side of the valve spool (STS) which control side is arranged so as to be movable in a control chamber in the valve housing , said control chamber being connected via a third orifice device to the return port (T), wherein at least one further work port (B; A) is present in the valve housing and wherein the first orifice device is connected via the control channel to a second orifice device which, during pressure supply of the one work port (A; B), discharges into the respective other work port (B; A) for a fluid return and, upstream of a return control edge towards the return port (T), brings about a pressure increase in the respective other work port (B; A), characterised in that, in a neutral position of the valve spool (STS), in which all ports (P, A, B, T) are separated from each other, the pressure supply port (P) is accommodated between the first and the second orifice device in the valve housing which in this neutral position covers the first and the second orifice device in a sealing manner.
A heat exchanger , comprising: a plurality of first members ; a plurality of second members located between adjacent first members of the plurality of first members , wherein the plurality of first members each comprise a plurality of openings , and a first flow path connected to the plurality of openings , the plurality of second members each comprise a second flow path connected to the openings of the adjacent first members , and the plurality of openings and the first flow path of the first members , and the second flow path of the second members define a flow path for a first fluid, and a region between the adjacent first members defines a flow path for a second fluid; third members extending toward the region on the first member ; and a fourth member extending from a third member toward the region, characterised in that the fourth member has a rectangular plate shape extending along the width direction of the first member and connected to each of the third members which are opposed to the fourth member . a plurality of first members ; a plurality of second members located between adjacent first members of the plurality of first members , wherein the plurality of first members each comprise a plurality of openings , and a first flow path connected to the plurality of openings , a plurality of openings , and a first flow path connected to the plurality of openings , the plurality of second members each comprise a second flow path connected to the openings of the adjacent first members , and the plurality of openings and the first flow path of the first members , and the second flow path of the second members define a flow path for a first fluid, and a region between the adjacent first members defines a flow path for a second fluid; third members extending toward the region on the first member ; and a fourth member extending from a third member toward the region, characterised in that the fourth member has a rectangular plate shape extending along the width direction of the first member and connected to each of the third members which are opposed to the fourth member .
A product for the treatment of a washing appliance; the product comprises a substantially water-soluble casing ; a collecting chamber , which is delimited by said casing ; and an inner composition , which is substantially liquid, is arranged inside the collecting chamber and comprises at least a weak acid and an organic solvent selected from the group consisting of: alcohols, diols, triols, polyols and a combination thereof; said inner composition comprises 0% to 20% by weight, with respect to the total weight of said inner composition , of water; 2% to 40% by weight, with respect to the total weight of said inner composition , of said weak acid; and 10% to 95% by weight, with respect to the total weight of said inner composition , of said organic solvent. the product comprises a substantially water-soluble casing ; a collecting chamber , which is delimited by said casing ; and an inner composition , which is substantially liquid, is arranged inside the collecting chamber and comprises at least a weak acid and an organic solvent selected from the group consisting of: alcohols, diols, triols, polyols and a combination thereof; said inner composition comprises 0% to 20% by weight, with respect to the total weight of said inner composition , of water; 2% to 40% by weight, with respect to the total weight of said inner composition , of said weak acid; and 10% to 95% by weight, with respect to the total weight of said inner composition , of said organic solvent.