mhurhangee/patent-ind-claim-en huggingface dataset:
A method for slope face improvement, in which a lifespan-extending layer is layered on a surface of a protective layer comprising mortar or concrete sprayed on a slope face , whereby penetration of rainwater etc. from cracks that form in the protective layer is prevented, degradation of the protective layer is restricted, and detachment of mortar pieces or concrete pieces from the protective layer is prevented, wherein a coating layer having crack-following properties of 0.8 mm or greater, salt-blocking properties and neutralization-preventing properties is formed as the lifespan-extending layer , characterized in that the coating layer comprises a polymer compound.
A high-thermal-sensitivity ablation catheter tip, the tip comprising: an electrically-conductive housing comprising a conductive shell ; a thermally-insulative tip insert , wherein the conductive shell surrounds at least a portion of the tip insert ; a plurality of thermal sensors mounted so as to at least be in close proximity to or so as to be in physical contact with an inner surface of the conductive shell to be in thermal communication with the inner surface of the conductive shell and configured to provide directional tissue temperature feedback, wherein the plurality of thermal sensors comprises thermal sensors that are circumferentially mounted around the tip insert ; and a wired or wireless communication pathway communicatively connected to the plurality of thermal sensors and configured to report the directional temperature feedback to an ablation control system, characterised in that the ablation catheter tip further comprises a plurality of isolated temperature-sensing islands and wherein each temperature-sensing island is circumscribed by a strip of insulative material and in thermally-transmissive contact with a respective one of the plurality of temperature sensors. an electrically-conductive housing comprising a conductive shell ; a thermally-insulative tip insert , wherein the conductive shell surrounds at least a portion of the tip insert ; a plurality of thermal sensors mounted so as to at least be in close proximity to or so as to be in physical contact with an inner surface of the conductive shell to be in thermal communication with the inner surface of the conductive shell and configured to provide directional tissue temperature feedback, wherein the plurality of thermal sensors comprises thermal sensors that are circumferentially mounted around the tip insert ; and a wired or wireless communication pathway communicatively connected to the plurality of thermal sensors and configured to report the directional temperature feedback to an ablation control system, characterised in that the ablation catheter tip further comprises a plurality of isolated temperature-sensing islands and wherein each temperature-sensing island is circumscribed by a strip of insulative material and in thermally-transmissive contact with a respective one of the plurality of temperature sensors.
Cleaning agent product form comprising a) a detergent preparation A liquid at 20 ° C, containing a1) builder; a2) Complexing agent b) a detergent preparation B which is liquid at 20°C and different from detergent preparation A, containing b1) at least one detergent-active enzyme preparation and b2) optionally at least one nonionic surfactant as well as c) optionally, a detergent preparation C which is liquid at 20 °C and different from detergent preparations A and B, Containing c1) an acidifying agent, and optionally less than 1% by weight, preferably less than 0.5% by weight, in particular less than 0.1% by weight of enzyme preparation, and d) a packaging means in which the detergent preparations A and/or B and optionally C are present separately from one another, characterized in that it comprises a bleaching agent preparation E spatially separated from the other detergent preparations, wherein the at least one oxidizing agent in the bleach preparation E, the alkali metal hypochlorite, is present in 0.15 to 3.0% by weight, and more preferably in 0.2 to 1.0% by weight, based on the total weight of bleach preparation. a) a detergent preparation A liquid at 20 ° C, containing a1) builder; a2) Complexing agent b) a detergent preparation B which is liquid at 20°C and different from detergent preparation A, containing b1) at least one detergent-active enzyme preparation and b2) optionally at least one nonionic surfactant as well as b1) at least one detergent-active enzyme preparation and b2) optionally at least one nonionic surfactant as well as c) optionally, a detergent preparation C which is liquid at 20 °C and different from detergent preparations A and B, Containing c1) an acidifying agent, and optionally less than 1% by weight, preferably less than 0.5% by weight, in particular less than 0.1% by weight of enzyme preparation, and liquid at 20 °C and different from detergent preparations A and B, Containing c1) an acidifying agent, and optionally less than 1% by weight, preferably less than 0.5% by weight, in particular less than 0.1% by weight of enzyme preparation, and Containing c1) an acidifying agent, and optionally less than 1% by weight, preferably less than 0.5% by weight, in particular less than 0.1% by weight of enzyme preparation, and d) a packaging means in which the detergent preparations A and/or B and optionally C are present separately from one another, characterized in that it comprises a bleaching agent preparation E spatially separated from the other detergent preparations,
A gas processing system comprising: a vessel defining a cavity for processing a gas and comprising a process gas inlet for accepting process gas at an input pressure, and a process gas outlet for discharging process gas at an output pressure; a shaft coupled to the vessel and configured to transfer mechanical energy to or from gas in the vessel; and a progressive sealing system that defines an intermediate pressure space between adjacent seals spaced along the shaft between the cavity and atmosphere, characterised in that the intermediate pressure space between the adjacent seals spaced along the shaft is in hydraulic communication with the process gas inlet of the vessel via a flow line spaced from the shaft, and wherein the gas processing system is configured such that in operation, maximum pressure in the intermediate pressure space is lower than a greater of the input pressure and the output pressure, and higher than atmospheric pressure. a vessel defining a cavity for processing a gas and comprising a process gas inlet for accepting process gas at an input pressure, and a process gas outlet for discharging process gas at an output pressure; a shaft coupled to the vessel and configured to transfer mechanical energy to or from gas in the vessel; and a progressive sealing system that defines an intermediate pressure space between adjacent seals spaced along the shaft between the cavity and atmosphere, characterised in that the intermediate pressure space between the adjacent seals spaced along the shaft is in hydraulic communication with the process gas inlet of the vessel via a flow line spaced from the shaft, and wherein the gas processing system is configured such that in operation, maximum pressure in the intermediate pressure space is lower than a greater of the input pressure and the output pressure, and higher than atmospheric pressure.
X-ray fluorescence, XRF spectrometer , for measuring X-ray fluorescence emitted by a target , the XRF spectrometer comprising: an X-ray tube with an anode emitting a divergent X-ray beam ; a capillary lens configured to focus the divergent X-ray beam on the target ; an aperture system positioned between the anode of the X-ray tube and the capillary lens and comprising at least one pinhole ; and a detector configured for detecting X-ray fluorescence radiation emitted by the target , wherein the at least one pinhole is configured for being inserted into the divergent X-ray beam and for reducing a beam cross section of the divergent X-ray beam between the anode and the capillary lens ; characterized in that the XRF spectrometer further comprises a control unit configured for adapting the focal depth d F of the XRF spectrometer by controlling the beam cross section of the divergent X-ray beam via the aperture system . an X-ray tube with an anode emitting a divergent X-ray beam ; a capillary lens configured to focus the divergent X-ray beam on the target ; an aperture system positioned between the anode of the X-ray tube and the capillary lens and comprising at least one pinhole ; and a detector configured for detecting X-ray fluorescence radiation emitted by the target , wherein the at least one pinhole is configured for being inserted into the divergent X-ray beam and for reducing a beam cross section of the divergent X-ray beam between the anode and the capillary lens ; characterized in that the XRF spectrometer further comprises a control unit configured for adapting the focal depth d F of the XRF spectrometer by controlling the beam cross section of the divergent X-ray beam via the aperture system .
A tube body cleaning apparatus comprising: a body having a set length, and formed of a flexible material; an expansion member located at one point of the body in the length direction, and configured to expand to increase a volume protruding outward from the body ; a piston part movable back and forth within a cylinder part is formed inside a front end of the body ; a support part connected to the piston part , and located outside the body, and having a support groove formed in a ring shape in a circumferential direction to the support part ; a magnetic member provided as a ring-shaped permanent magnet along the circumference of the support groove and capable of relative rotation with respect to the support part ; and a work member provided along the outer circumference of the magnetic member in a ring shape, fixedly coupled to the magnetic member , having an outer surface gradually increased in diameter from the front end to the rear end and protrusions having a spiral structure formed on the outer surface when a magnetic field is applied from the outside, the magnetic member and the work member rotate together around the axis of the support part to perform a drilling motion. a body having a set length, and formed of a flexible material; an expansion member located at one point of the body in the length direction, and configured to expand to increase a volume protruding outward from the body ; a piston part movable back and forth within a cylinder part is formed inside a front end of the body ; a support part connected to the piston part , and located outside the body, and having a support groove formed in a ring shape in a circumferential direction to the support part ; a magnetic member provided as a ring-shaped permanent magnet along the circumference of the support groove and capable of relative rotation with respect to the support part ; and a work member provided along the outer circumference of the magnetic member in a ring shape, fixedly coupled to the magnetic member , having an outer surface gradually increased in diameter from the front end to the rear end and protrusions having a spiral structure formed on the outer surface when a magnetic field is applied from the outside, the magnetic member and the work member rotate together around the axis of the support part to perform a drilling motion.
A control button comprising: - a button head having an upper end acting as a pressing surface for initiating an action, and a lower end having at least one electrical connector; - an internal button body into which the button head can be inserted; - an external button body comprising an upper end and a lower end , the upper end being open for insertion of the internal button body therein such that it comes into abutment and the pressing surface of the button head protrudes, and such that said at least one electrical connector emerges from the lower end of the external button body, and where the lower base of the external body of the button has housings for accommodating different contacts of the internal body of the button when the latter is inserted; the control button being characterised in that the flanks of the external button body between the upper end and the lower end are not solid and have material openings, the hollow structure of the external button body allowing compression of the external body along the axis of the button. - a button head having an upper end acting as a pressing surface for initiating an action, and a lower end having at least one electrical connector; - an internal button body into which the button head can be inserted; - an external button body comprising an upper end and a lower end , the upper end being open for insertion of the internal button body therein such that it comes into abutment and the pressing surface of the button head protrudes, and such that said at least one electrical connector emerges from the lower end of the external button body, and where the lower base of the external body of the button has housings for accommodating different contacts of the internal body of the button when the latter is inserted;
A system for treating a tissue site with reduced pressure, the system comprising: a dressing adapted to be placed adjacent to the tissue site ; a canister having a fluid reservoir adapted to be fluidly coupled to the dressing ; a moisture trap fluidly coupled to the fluid reservoir , the moisture trap comprising a barrier and a sump adapted to receive condensation from the barrier; and a reduced-pressure source adapted to be fluidly coupled to the moisture trap ; wherein the barrier defines an indirect fluid path between the fluid reservoir and the reduced-pressure source, characterised in that the barrier comprises a hydrophilic surface and further comprises a hydrophobic channel adapted to direct condensation to the sump . a dressing adapted to be placed adjacent to the tissue site ; a canister having a fluid reservoir adapted to be fluidly coupled to the dressing ; a moisture trap fluidly coupled to the fluid reservoir , the moisture trap comprising a barrier and a sump adapted to receive condensation from the barrier; and a reduced-pressure source adapted to be fluidly coupled to the moisture trap ; wherein the barrier defines an indirect fluid path between the fluid reservoir and the reduced-pressure source, characterised in that the barrier comprises a hydrophilic surface and further comprises a hydrophobic channel adapted to direct condensation to the sump .
A process for the preparation of 2-chloro-4-(1H-pyrazol-3-yl)benzonitrile of formula (V) comprising the steps of a) reacting 1-(tetrahydro-2H-pyran-2-yl)-5-(4,4,5,5-tetramethyl-1,3,2-dioxa-borolan-2-yl)-1H-pyrazole of formula (I) with 4-bromo-2-chlorobenzonitrile of formula (II) at an elevated temperature in the presence of Pd(OAc) 2 , triphenylphosphine and a base in an acetonitrile-water solvent to form 2-chloro-4-(1-(tetrahydro-2H-pyran-2-yl)-1H-pyrazol-5-yl)benzonitrile of formula (III) b) treating the compound of formula (III) in a methanol solvent with a catalytic amount of HCl; c) adding a base to neutralize the mixture; and d) isolating the compound of formula (V). a) reacting 1-(tetrahydro-2H-pyran-2-yl)-5-(4,4,5,5-tetramethyl-1,3,2-dioxa-borolan-2-yl)-1H-pyrazole of formula (I) with 4-bromo-2-chlorobenzonitrile of formula (II) at an elevated temperature in the presence of Pd(OAc) 2 , triphenylphosphine and a base in an acetonitrile-water solvent to form 2-chloro-4-(1-(tetrahydro-2H-pyran-2-yl)-1H-pyrazol-5-yl)benzonitrile of formula (III) b) treating the compound of formula (III) in a methanol solvent with a catalytic amount of HCl; c) adding a base to neutralize the mixture; and d) isolating the compound of formula (V).
A work vehicle collective switch apparatus comprising: a switch operation unit (SW) including a plurality of switches (SW1 to SW12); a network side signal output unit that outputs a switch state signal to an in-vehicle network side connected to the collective switch apparatus ; a drive signal output unit that outputs a drive signal to a direct-coupled device (51 to 54) connected to the collective switch apparatus , and a control unit that outputs a command signal corresponding to switch operation on a basis of switch assignment information that assigns in advance as to whether the drive signal is to be output from the drive signal output unit or the switch state signal is to be output from the network side signal output unit in accordance with switch operation of any of the plurality of switches (SW1 to SW12). a switch operation unit (SW) including a plurality of switches (SW1 to SW12); a network side signal output unit that outputs a switch state signal to an in-vehicle network side connected to the collective switch apparatus ; a drive signal output unit that outputs a drive signal to a direct-coupled device (51 to 54) connected to the collective switch apparatus , and a control unit that outputs a command signal corresponding to switch operation on a basis of switch assignment information that assigns in advance as to whether the drive signal is to be output from the drive signal output unit or the switch state signal is to be output from the network side signal output unit in accordance with switch operation of any of the plurality of switches (SW1 to SW12).
A baking container , comprising: a planar bottom face , having a periphery ; a sidewall extending from the periphery to a rim ; and a rupture line extending from the rim to a first point on the periphery , and extending from the first point on the periphery to a second point on the planar bottom face located within the periphery , wherein the rupture line is configured to be torn to open the sidewall to ease removal from and/or consumption of a baked foodstuff contained therein, wherein the rupture line is formed by perforations, and wherein the baking container is made of paper, characterized in that the rupture line extends to a third point located on an opposite side of the periphery from the first point . a planar bottom face , having a periphery ; a sidewall extending from the periphery to a rim ; and a rupture line extending from the rim to a first point on the periphery , and extending from the first point on the periphery to a second point on the planar bottom face located within the periphery , wherein the rupture line is configured to be torn to open the sidewall to ease removal from and/or consumption of a baked foodstuff contained therein, wherein the rupture line is formed by perforations, and wherein the baking container is made of paper, characterized in that the rupture line extends to a third point located on an opposite side of the periphery from the first point .
An imaging device comprising: a pixel array including an effective region used for obtaining an image and a surrounding region around the effective region , wherein a plurality of kinds of first optical filters configured to transmit a light with a respective different wavelength are provided in respective pixels in the effective region , a second optical filter having a transmission band with a shorter bandwidth than a bandwidth of a transmission band of the first optical filters (R, G, B) is provided in a first pixel (51-1) in the surrounding region , and a third optical filter with a difference in transmission band from the second optical filter of a predetermined wavelength or more is provided in a second pixel (51-2) adjacent to the first pixel (51-1) wherein a difference between a peak wavelength of the second optical filter and a peak wavelength of the third optical filter is the predetermined wavelength or more, and wherein the transmission band of the second optical filter and the transmission band of the third optical filter overlap and the predetermined wavelength is 20nm or more. a pixel array including an effective region used for obtaining an image and a surrounding region around the effective region , wherein a plurality of kinds of first optical filters configured to transmit a light with a respective different wavelength are provided in respective pixels in the effective region , a second optical filter having a transmission band with a shorter bandwidth than a bandwidth of a transmission band of the first optical filters (R, G, B) is provided in a first pixel (51-1) in the surrounding region , and a third optical filter with a difference in transmission band from the second optical filter of a predetermined wavelength or more is provided in a second pixel (51-2) adjacent to the first pixel (51-1) wherein a difference between a peak wavelength of the second optical filter and a peak wavelength of the third optical filter is the predetermined wavelength or more, and wherein the transmission band of the second optical filter and the transmission band of the third optical filter overlap and the predetermined wavelength is 20nm or more.
A clock generator circuit , comprising: a fractional reference generator configured to generate a reference clock in response to a base reference clock and a phase error signal, the reference clock having a frequency that is a rational multiple of a frequency of the base reference clock; a digitally controlled delay line, DCDL, configured to delay the reference clock based on a first control code; a pulse generator configured to generate pulses based on the delayed reference clock; a digitally controlled oscillator, DCO, including an injection input coupled to the pulse generator to receive the pulses, the DCO configured to generate an output clock based on the pulses and a second control code; a phase detector configured to compare phases of the output clock and the reference clock and generate the phase error signal; and a control circuit configured to generate the first and second control codes based on the phase error signal. a fractional reference generator configured to generate a reference clock in response to a base reference clock and a phase error signal, the reference clock having a frequency that is a rational multiple of a frequency of the base reference clock; a digitally controlled delay line, DCDL, configured to delay the reference clock based on a first control code; a pulse generator configured to generate pulses based on the delayed reference clock; a digitally controlled oscillator, DCO, including an injection input coupled to the pulse generator to receive the pulses, the DCO configured to generate an output clock based on the pulses and a second control code; a phase detector configured to compare phases of the output clock and the reference clock and generate the phase error signal; and a control circuit configured to generate the first and second control codes based on the phase error signal.