mhurhangee/patent-ind-claim-en huggingface dataset:
A contact assembly for electrically connecting a first terminal with a second terminal that are rotatable relative to each other about a rotation axis (R), the assembly comprising: a plurality of conducting rings , each ring of the plurality comprising a contact element at its inner circle for electrically contacting the first terminal ; a plurality of isolating rings alternatively stacked with the plurality of conducting rings (no) to form a stack of rings (no, 120), wherein the conducting rings (no) are electrically isolated from each other; a plurality of finger-shaped spring elements adapted to be electrically connected to the second terminal and configured to provide multiple sliding electrical contacts to outer circles of the conducting rings while rotating the first terminal relative to the second terminal about the rotational axis (R); and a case including pivot bearings for the stack of rings , wherein the stack of rings is rotationally fixed relative to the first terminal and the stack of rings is placed between the pivot bearings , characterized by the case comprising a support for the plurality of spring elements , wherein the support is configured to hold the spring elements while each spring exerts a bias force on the outer circle of the respective conducing ring (no), wherein the support is rotatable to separate the plurality of spring elements from the plurality of conducting rings or vice versa. a plurality of conducting rings , each ring of the plurality comprising a contact element at its inner circle for electrically contacting the first terminal ; a plurality of isolating rings alternatively stacked with the plurality of conducting rings (no) to form a stack of rings (no, 120), wherein the conducting rings (no) are electrically isolated from each other; a plurality of finger-shaped spring elements adapted to be electrically connected to the second terminal and configured to provide multiple sliding electrical contacts to outer circles of the conducting rings while rotating the first terminal relative to the second terminal about the rotational axis (R); and a case including pivot bearings for the stack of rings , wherein the stack of rings is rotationally fixed relative to the first terminal and the stack of rings is placed between the pivot bearings , characterized by the case comprising a support for the plurality of spring elements , wherein the support is configured to hold the spring elements while each spring exerts a bias force on the outer circle of the respective conducing ring (no), wherein the support is rotatable to separate the plurality of spring elements from the plurality of conducting rings or vice versa.
A method for producing a crystal of a cyclic phosphonic acid sodium salt represented by formula : the method comprising step (H) of reacting a cyclic phosphonic acid ester represented by formula : wherein R 1 represents alkyl, arylalkyl, or aryl with a sodium halide in an organic solvent.
In vitro use of a recombinant polypeptide consisting of a sequence that is identical to the sequence of SEQ ID NO: 1 or consisting of a sequence that is identical to the sequence of SEQ ID NO: 1 and additionally having an affinity tag attached for the detection of the presence of Brachyspira hyodysenteriae.
An absorbable iron-based alloy implantable medical device, comprising an iron-based alloy substrate and a degradable polymer layer disposed on the surface of the iron-based alloy substrate , characterized in that the absorbable iron-based alloy implantable medical device further comprises a tannic acid chemical conversion film disposed on the surface of the iron-based alloy substrate , wherein the chemical conversion film is a reaction product obtained by soaking the iron-based alloy substrate in a tannic acid solution with a concentration of 4 g/l to 6 g/l at 20 °C for 20 to 60 minutes.
A superconducting generator comprising: an annular armature connectable to rotate with a rotating component of a wind turbine; a stationary annular field winding coaxial to the armature and separated by a gap from the armature , wherein the field winding includes superconducting coils; a non-rotating support for the field winding , the non-rotating support comprising an external cryostat housing disposed around a thermal shield disposed around the field winding , and a first torque tube and a second torque tube connected to the first torque tube , and an annular casing for housing the field winding , the annular casing being suspended in the thermal shield , wherein the first and second torque tubes are configured to transmit torque from the field winding to the external cryostat housing and to provide thermal insulation, wherein the first torque tube suspends the thermal shield in an interior of the external cryostat housing and is configured to transmit torque from the thermal shield to the external cryostat housing and is configured to provide thermal insulation between the thermal shield and the external cryostat housing , and wherein the second torque tube suspends the annular casing and thermally insulates the annular casing from the thermal shield , characterized in that at least one of the first and second torque tubes is cylindrical or frustoconical and formed of a member comprising a composite material and/or formed of a plurality of segmented sections (801-808). an annular armature connectable to rotate with a rotating component of a wind turbine; a stationary annular field winding coaxial to the armature and separated by a gap from the armature , wherein the field winding includes superconducting coils; a non-rotating support for the field winding , the non-rotating support comprising an external cryostat housing disposed around a thermal shield disposed around the field winding , and a first torque tube and a second torque tube connected to the first torque tube , and an annular casing for housing the field winding , the annular casing being suspended in the thermal shield , wherein the first and second torque tubes are configured to transmit torque from the field winding to the external cryostat housing and to provide thermal insulation, wherein the first torque tube suspends the thermal shield in an interior of the external cryostat housing and is configured to transmit torque from the thermal shield to the external cryostat housing and is configured to provide thermal insulation between the thermal shield and the external cryostat housing , and wherein the second torque tube suspends the annular casing and thermally insulates the annular casing from the thermal shield , characterized in that at least one of the first and second torque tubes is cylindrical or frustoconical and formed of a member comprising a composite material and/or formed of a plurality of segmented sections (801-808).
A feedback control apparatus comprising: a detector configured to detect an output value based on a controlled object ; a P control circuit wherein the P control circuit is an analog circuit and comprises a differential amplifier circuit, the differential amplifier circuit being configured to receive a detection value (V p_mon ) of the detector and a target value (V p_set ), the differential amplifier circuit being configured to output a P control component V P ; an I control unit configured to output an I control component V I by integrating a deviation of the detection value (V p_mon ) from the target value (V p_set ) by digital processing; and a driver element configured to be driven based on the P control component V P from the P control circuit and the I control component V I from the I control unit to control the controlled object , wherein an output terminal of the differential amplifier circuit is connected to the driver element; characterized in that , the P control circuit is connected to the I control unit so that the I control component V I is input into one input terminal of the differential amplifier circuit together with the detection value (V p_mon ) of the detector . a detector configured to detect an output value based on a controlled object ; a P control circuit wherein the P control circuit is an analog circuit and comprises a differential amplifier circuit, the differential amplifier circuit being configured to receive a detection value (V p_mon ) of the detector and a target value (V p_set ), the differential amplifier circuit being configured to output a P control component V P ; an I control unit configured to output an I control component V I by integrating a deviation of the detection value (V p_mon ) from the target value (V p_set ) by digital processing; and a driver element configured to be driven based on the P control component V P from the P control circuit and the I control component V I from the I control unit to control the controlled object , wherein an output terminal of the differential amplifier circuit is connected to the driver element; characterized in that , the P control circuit is connected to the I control unit so that the I control component V I is input into one input terminal of the differential amplifier circuit together with the detection value (V p_mon ) of the detector .
Device for protecting tissue when treating an eye using a laser beam (L) generated by an optical therapy system and deflected by a scanner system , including: an eye model including eye data which define dimensions and locations of eye structures, a control data module configured to register control data which define beam parameters of the laser beam (L) and a scanning pattern for the laser beam (L), characterized by a processor configured to simulate by computation a light spot (S) moving on or in an eye structure on the basis of the eye data and the control data, to add up, for a plurality of measurement points (Axy) of the eye structure and continuously with the moving light spot (S), a beam dose emitted at the relevant measurement point (Axy) by the moving light spot (S) and to generate an emergency signal if a dose limit D max is exceeded at one of the measurement points (Axy). an eye model including eye data which define dimensions and locations of eye structures, a control data module configured to register control data which define beam parameters of the laser beam (L) and a scanning pattern for the laser beam (L), characterized by a processor configured to simulate by computation a light spot (S) moving on or in an eye structure on the basis of the eye data and the control data, to add up, for a plurality of measurement points (Axy) of the eye structure and continuously with the moving light spot (S), a beam dose emitted at the relevant measurement point (Axy) by the moving light spot (S) and to generate an emergency signal if a dose limit D max is exceeded at one of the measurement points (Axy).
A method for adjusting a control policy of a cooker hood, wherein an operation mode of the cooker hood comprises a manual mode and an automatic mode, and in the automatic mode, the cooker hood automatically controls a rotational speed of a fan according to a sensor parameter; and characterized in that the method comprises: when the cooker hood operates in the automatic mode, obtaining a quantity of times of up shifting and a quantity of times of down shifting that a user manually adjusts a gear of the cooker hood in a preset period; when the cooker hood operates in the automatic mode and the user adjusts the gear according a preference of the user, a habit of the user for adjusting the gear is recorded in a memory, and adjusting a control parameter of the cooker hood in the automatic mode according to the quantity of times of gear shifting, wherein a sensitive parameter of the sensor is adjusted according to the quantity of times of up shifting and the quantity of times of down shifting, and the rotational speed of the fan corresponding is correspondingly adjusted to the sensor parameter.
A phosphate-free automatic dishwashing cleaning composition comprising: i) a protease wherein the protease is a variant of a parent protease having the amino acid sequence of SEQ ID NO:1 and the variant protease has at least 90% identity with the amino acid sequence of SEQ ID NO:1 wherein the protease comprises at least one aspartic acid residue in the active site loop region from position 95 to 103 (BPN' numbering); and ii) more than 15% of organic complexing agent system comprising a weak complexing agent that is a salt of citric acid and a strong complexing agent that is a salt of methyl-glycine-diacetic acid in a weight ratio of from about 0.5:1 to about 2:1. i) a protease wherein the protease is a variant of a parent protease having the amino acid sequence of SEQ ID NO:1 and the variant protease has at least 90% identity with the amino acid sequence of SEQ ID NO:1 wherein the protease comprises at least one aspartic acid residue in the active site loop region from position 95 to 103 (BPN' numbering); and ii) more than 15% of organic complexing agent system comprising a weak complexing agent that is a salt of citric acid and a strong complexing agent that is a salt of methyl-glycine-diacetic acid in a weight ratio of from about 0.5:1 to about 2:1.
A process for spraying a highly fibrous building material mixture with a steel fibre content of more than 50 kg/m 3 and/or with a plastic fibre content of more than 1 kg/m 3 in a wet spraying process, wherein: a) in order to improve the transportability of a highly fibrous building material mixture, a surfactant is added and air is admixed, b) the building material mixture is transported through a conveyor line to a spray application device, and c) during spraying, a defoaming agent is added to the building material mixture. a) in order to improve the transportability of a highly fibrous building material mixture, a surfactant is added and air is admixed, b) the building material mixture is transported through a conveyor line to a spray application device, and c) during spraying, a defoaming agent is added to the building material mixture.
An insulation material comprising a resin composition containing: an ester (i) having one or more constitutional units represented by the following formula (A): wherein R 1 is an isopropyl group and R 2 represents an alkyl group having from 1 to 4 carbon atoms; and a resin (ii); wherein the ester (i) is selected from a phthalate ester, an adipate ester, an azelate ester, a sebacate ester and a 1,2-cyclohexanedicarboxylate ester; and wherein the ester (i) is an ester that is obtained through condensation of an alcohol represented by the following formula : and an acid component. an ester (i) having one or more constitutional units represented by the following formula (A): wherein R 1 is an isopropyl group and R 2 represents an alkyl group having from 1 to 4 carbon atoms; and a resin (ii); wherein the ester (i) is selected from a phthalate ester, an adipate ester, an azelate ester, a sebacate ester and a 1,2-cyclohexanedicarboxylate ester; and wherein the ester (i) is an ester that is obtained through condensation of an alcohol represented by the following formula : and an acid component. wherein the ester (i) is selected from a phthalate ester, an adipate ester, an azelate ester, a sebacate ester and a 1,2-cyclohexanedicarboxylate ester; and wherein the ester (i) is an ester that is obtained through condensation of an alcohol represented by the following formula : and an acid component.
An installation for purifying a first polyunsaturated fatty acid from an initial mixture, the installation comprising: - at least one liquid chromatography unit to separate a first polyunsaturated fatty acid and a second fatty acid, at the outlet of which there are connected a flow line enriched with first polyunsaturated fatty acid and a flow line enriched with second fatty acid ; - at least one processing unit fed by the flow line enriched with first polyunsaturated fatty acid , the processing unit being adapted to carry out a decrease in peroxide value and/or anisidine value, wherein the processing unit is a molecular distillation unit or a contacting unit with an adsorption substrate, said contacting unit not comprising a solvent supply. - at least one liquid chromatography unit to separate a first polyunsaturated fatty acid and a second fatty acid, at the outlet of which there are connected a flow line enriched with first polyunsaturated fatty acid and a flow line enriched with second fatty acid ; - at least one processing unit fed by the flow line enriched with first polyunsaturated fatty acid , the processing unit being adapted to carry out a decrease in peroxide value and/or anisidine value, wherein the processing unit is a molecular distillation unit or a contacting unit with an adsorption substrate, said contacting unit not comprising a solvent supply.
A light emitting diode , comprising: an n-type semiconductor layer ; a light emitting layer over the n-type semiconductor layer; an electron blocking layer over the light emitting layer; and a p-type semiconductor layer over the electron blocking layer, wherein the electron blocking layer comprises a pattern having height differences so as to have a patterned interface with the p-type semiconductor layer , wherein the n-type semiconductor layer has a roughness with recessed portions (A) and protrusion parts (B); the light emitting diode further comprising an undoped semiconductor layer disposed on the n-type semiconductor layer to fill the roughness and planarize a top surface of the n-type semiconductor layer . an n-type semiconductor layer ; a light emitting layer over the n-type semiconductor layer; an electron blocking layer over the light emitting layer; and a p-type semiconductor layer over the electron blocking layer, wherein the electron blocking layer comprises a pattern having height differences so as to have a patterned interface with the p-type semiconductor layer , wherein the n-type semiconductor layer has a roughness with recessed portions (A) and protrusion parts (B); the light emitting diode further comprising an undoped semiconductor layer disposed on the n-type semiconductor layer to fill the roughness and planarize a top surface of the n-type semiconductor layer .
A shock wave device , comprising: an outer covering ; an inner member , wherein the outer covering and inner member are connected at a distal end of the device , and wherein a volume between the outer covering and the inner member is fillable with a conductive fluid; a first conductive wire and a second conductive wire extending along the length of the device within the volume between the outer covering and the inner member and ending proximate to the distal end of the device , wherein the lengths of the first and second wires are insulated and wherein there is an uninsulated portion on each of the first and second wires at a distal end thereof; and a conductive emitter band circumscribing the ends of the first and second wires and forming a first spark gap between the end of the first wire and the emitter band and a second spark gap between the end of the second wire and the emitter band , wherein when the volume is filled with the conductive fluid and a high voltage pulse is applied across the first and second wires , first and second shock waves will be initiated from the first and second spark gaps. an outer covering ; an inner member , wherein the outer covering and inner member are connected at a distal end of the device , and wherein a volume between the outer covering and the inner member is fillable with a conductive fluid; a first conductive wire and a second conductive wire extending along the length of the device within the volume between the outer covering and the inner member and ending proximate to the distal end of the device , wherein the lengths of the first and second wires are insulated and wherein there is an uninsulated portion on each of the first and second wires at a distal end thereof; and a conductive emitter band circumscribing the ends of the first and second wires and forming a first spark gap between the end of the first wire and the emitter band and a second spark gap between the end of the second wire and the emitter band , wherein when the volume is filled with the conductive fluid and a high voltage pulse is applied across the first and second wires , first and second shock waves will be initiated from the first and second spark gaps.
An adhesive composition comprising: at least 40 wt.-% of a polyisobutylene polymer component; and a polyolefin copolymer comprising polymerized units of a carboxylic acid or anhydride thereof, wherein the adhesive composition comprises up to 20 wt.-% of the polyolefin copolymer; optionally, at least one tackifier. at least 40 wt.-% of a polyisobutylene polymer component; and a polyolefin copolymer comprising polymerized units of a carboxylic acid or anhydride thereof, wherein the adhesive composition comprises up to 20 wt.-% of the polyolefin copolymer; optionally, at least one tackifier.
Backrest trim to be fastened to a rear-side seat structure having a multilayer construction with: a decorative layer that is arranged on the side facing away from the seat structure in the assembled state of the backrest trim , and which has a contour cut , at least one reinforcing layer , which is fastened to the side of the decorative layer facing the seat structure and a foam layer arranged on the reinforcing layer , which is connected to the decorative layer and embedded in the reinforcing layer , whereby the reinforcing layer has a net-like or lattice-like structure. a decorative layer that is arranged on the side facing away from the seat structure in the assembled state of the backrest trim , and which has a contour cut , at least one reinforcing layer , which is fastened to the side of the decorative layer facing the seat structure and a foam layer arranged on the reinforcing layer , which is connected to the decorative layer and embedded in the reinforcing layer , whereby the reinforcing layer has a net-like or lattice-like structure.
A urine collection device , comprising: a fluid impermeable barrier at least partially defining a chamber, the fluid impermeable barrier including: at least one elongated portion having a first width; and a second portion having a second width greater than the first width, the second portion at least partially defining an aperture distal to the at least one elongated portion and an opening having a maximum lateral dimension greater than the first width; a fluid permeable body positioned at least partially within the chamber to extend across at least a portion of the opening and into at least a portion of the at least one elongated portion of the fluid impermeable body, the fluid permeable body configured to wick fluid away from the opening into the at least one elongated portion; and characterised by a conduit extending through the aperture, through the second portion, and at least partially into the at least one elongated portion of the fluid impermeable barrier, the conduit being for removal of urine from the urine collection device. at least one elongated portion having a first width; and a second portion having a second width greater than the first width, the second portion at least partially defining an aperture distal to the at least one elongated portion and an opening having a maximum lateral dimension greater than the first width; a fluid permeable body positioned at least partially within the chamber to extend across at least a portion of the opening and into at least a portion of the at least one elongated portion of the fluid impermeable body, the fluid permeable body configured to wick fluid away from the opening into the at least one elongated portion; and characterised by a conduit extending through the aperture, through the second portion, and at least partially into the at least one elongated portion of the fluid impermeable barrier, the conduit being for removal of urine from the urine collection device.