mhurhangee/patent-ind-claim-en huggingface dataset:
A modified conjugated diene-based polymer comprising: a derived unit from a modification initiator; a repeating unit derived from a conjugated diene-based monomer; and a derived unit from a modifier, the modified conjugated diene-based polymer satisfying the following conditions i) to v): i) a weight average molecular weight: 1,000,000 g/mol or more, ii) a glass transition temperature: -40°C or less, iii) the N content: 70 ppm or more based on a total weight of the polymer, iv) the Si content: 70 ppm or more based on a total weight of the polymer, and v) a coupling number: greater than 2.5 and less than 5.0, wherein the modification initiator is a reaction product of a nitrogen-containing compound and an organometallic compound, and wherein the modifier comprises an aminoalkoxysilane-based compound and an aminoepoxy-based compound, wherein the weight average molecular weight, the glass transition temperature, the N content, the Si content and the coupling number are measured as disclosed in the specification. the modified conjugated diene-based polymer satisfying the following conditions i) to v): i) a weight average molecular weight: 1,000,000 g/mol or more, ii) a glass transition temperature: -40°C or less, iii) the N content: 70 ppm or more based on a total weight of the polymer, iv) the Si content: 70 ppm or more based on a total weight of the polymer, and v) a coupling number: greater than 2.5 and less than 5.0, i) a weight average molecular weight: 1,000,000 g/mol or more, ii) a glass transition temperature: -40°C or less, iii) the N content: 70 ppm or more based on a total weight of the polymer, iv) the Si content: 70 ppm or more based on a total weight of the polymer, and v) a coupling number: greater than 2.5 and less than 5.0, wherein the modification initiator is a reaction product of a nitrogen-containing compound and an organometallic compound, and wherein the modifier comprises an aminoalkoxysilane-based compound and an aminoepoxy-based compound, wherein the weight average molecular weight, the glass transition temperature, the N content, the Si content and the coupling number are measured as disclosed in the specification.
A process for preparation of optically pure (R)-1-aminoindan by a diastereomeric resolution of 1-aminoindan using N-acetyl-L-glutamic acid as a resolving agent.
A circuit card assembly for a vehicle chassis comprising: a circuit card unit having a printed circuit board (PCB) defining a first fastener aperture; a wedge-lock retainer unit defining a second fastener aperture; and a support bracket including first and second elements, the first element defining a third fastener aperture and the second element defining a fourth fastener aperture, wherein the PCB, the wedge-lock retainer unit, and the support bracket are arranged with one another such that the first fastener aperture, the second fastener aperture, and the third fastener aperture are aligned with one another and such that the fourth aperture is oriented in alignment with a chassis aperture of a chassis. a circuit card unit having a printed circuit board (PCB) defining a first fastener aperture; a wedge-lock retainer unit defining a second fastener aperture; and a support bracket including first and second elements, the first element defining a third fastener aperture and the second element defining a fourth fastener aperture, wherein the PCB, the wedge-lock retainer unit, and the support bracket are arranged with one another such that the first fastener aperture, the second fastener aperture, and the third fastener aperture are aligned with one another and such that the fourth aperture is oriented in alignment with a chassis aperture of a chassis.
A composition for film formation comprising at least cellulose fibers, a swollen layered inorganic compound, and a water-soluble polymer, the swollen layered inorganic compound including layers, the cellulose fibers and the water-soluble-polymer are intercalated between the layers of the swollen layered inorganic compound.
A washing, care and/or drying roller , in particular for car washes, comprising: a rotatably drivable roller body ; and at least two substantially cylindrical receiving elements which are arranged one above the other in the axial direction and are non-rotatably connected to the roller body , characterized in that the receiving elements , on the outsides thereof, have axially extending receiving grooves for washing, care and/or drying elements and intermediate spaces located between adjacent receiving grooves ; and that two adjacent receiving elements each are offset from one another in the direction of rotation such that the receiving grooves of one receiving element are aligned in the axial direction with intermediate spaces of the respective adjacent receiving element in order to thus permit replacement of the washing, care and/or drying elements without disassembly. a rotatably drivable roller body ; and at least two substantially cylindrical receiving elements which are arranged one above the other in the axial direction and are non-rotatably connected to the roller body , characterized in that the receiving elements , on the outsides thereof, have axially extending receiving grooves for washing, care and/or drying elements and intermediate spaces located between adjacent receiving grooves ; and that two adjacent receiving elements each are offset from one another in the direction of rotation such that the receiving grooves of one receiving element are aligned in the axial direction with intermediate spaces of the respective adjacent receiving element in order to thus permit replacement of the washing, care and/or drying elements without disassembly.
Clamping device for clamping a tool having a shaft , in order to prepare and/or check and/or clean same, which has a housing comprising a tool holder , wherein a clamping means for clamping a tool arranged in the tool holder and a fluid channel for feeding a fluid to the tool are provided in the housing, which channel is formed by a tube extending in the housing, the clamping means have a plurality of clamping jaws for clamping the tool , which are held above a structure , the clamping jaws each have a wedge surface on their outer side, via which they can be actuated by an actuating element , characterised in that the tube has an annular contact surface for the tool , and the tube is axially displaceable or is securely connected, via a flange , to a housing floor of the housing by a screw connection, wherein the clamping jaws can be supported approximately axially on a pressure plate with their end face facing away from the actuating element , wherein the pressure plate is axially displaceable and is supported on a resilient support element on its plate side facing away from the clamping jaws .
A method of generating in-focus images of measurement locations of a sample holder in a microscopy imaging system , wherein the imaging device includes image acquisition electronics , the method comprising: (a) positioning a camera array at a first distance from the sample holder ; (b) acquiring a first image of a measurement location using an imaging device disposed on the camera array ; (c) developing a candidate output image associated with the imaging device in accordance with the first image; (d) positioning the camera array at a second distance from the sample holder ; and (e) acquiring a second image of the measurement location using the imaging device ; characterized by further comprising: (f) updating a portion of the candidate output image with a portion of the second image in accordance with a selection criterion; (g) transmitting the updated candidate output image; (h) positioning a first filter in a light path between the measurement location and the imaging acquisition electronics , wherein the first filter is positioned in the light path when the first image is acquired; (i) positioning a second filter in the light path for interchanging the filters; and (j) acquiring a second image of the measurement location using the imaging device , wherein the second filter is positioned in the light path when the second image is acquired. (a) positioning a camera array at a first distance from the sample holder ; (b) acquiring a first image of a measurement location using an imaging device disposed on the camera array ; (c) developing a candidate output image associated with the imaging device in accordance with the first image; (d) positioning the camera array at a second distance from the sample holder ; and (e) acquiring a second image of the measurement location using the imaging device ; (f) updating a portion of the candidate output image with a portion of the second image in accordance with a selection criterion; (g) transmitting the updated candidate output image; (h) positioning a first filter in a light path between the measurement location and the imaging acquisition electronics , wherein the first filter is positioned in the light path when the first image is acquired; (i) positioning a second filter in the light path for interchanging the filters; and (j) acquiring a second image of the measurement location using the imaging device , wherein the second filter is positioned in the light path when the second image is acquired.
A method for adjusting drive train control of a vehicle, said drive train comprising a prime mover , a transmission connected to said prime mover and a power take off unit driven by said prime mover, the method comprising the steps of: continually during vehicle driving determining a torque magnitude indicative of said power take off unit's torque consumption by sensing a fluid pressure produced by a power take off fluid pump for driving a power take off unit power consumer with variable or constant power need, and characterized by the step of continually comparing the sensed power take off unit torque consumption with an output torque produced by said prime mover and adjusting operation of the drive train in consideration of a, by said power take off unit, reduced torque available for application to an output shaft of the transmission under driving conditions. continually during vehicle driving determining a torque magnitude indicative of said power take off unit's torque consumption by sensing a fluid pressure produced by a power take off fluid pump for driving a power take off unit power consumer with variable or constant power need, and characterized by the step of continually comparing the sensed power take off unit torque consumption with an output torque produced by said prime mover and adjusting operation of the drive train in consideration of a, by said power take off unit, reduced torque available for application to an output shaft of the transmission under driving conditions.
A system comprising: a first controller area network, CAN, system including: a first CAN chip ; and a second CAN chip different from the first CAN chip; and a first common CAN bus coupled to the first CAN system, the first common CAN bus coupling the first CAN chip and the second CAN chip together; wherein the first CAN chip and the second CAN chip are configured to receive a first CAN frame from the first common CAN bus, and the first CAN system is configured to detect a failure of at least the first CAN chip or the second CAN chip, wherein the first CAN system configured to detect the failure of at least the first CAN chip or the second CAN chip comprises: the first CAN system being configured to determine that the first CAN frame as received by the first CAN chip is not identical to the first CAN frame as received by the second CAN chip. a first controller area network, CAN, system including: a first CAN chip ; and a second CAN chip different from the first CAN chip; and a first common CAN bus coupled to the first CAN system, the first common CAN bus coupling the first CAN chip and the second CAN chip together; wherein the first CAN chip and the second CAN chip are configured to receive a first CAN frame from the first common CAN bus, and the first CAN system is configured to detect a failure of at least the first CAN chip or the second CAN chip, wherein the first CAN system configured to detect the failure of at least the first CAN chip or the second CAN chip comprises: the first CAN system being configured to determine that the first CAN frame as received by the first CAN chip is not identical to the first CAN frame as received by the second CAN chip. a first CAN chip ; and a second CAN chip different from the first CAN chip; and a first common CAN bus coupled to the first CAN system, the first common CAN bus coupling the first CAN chip and the second CAN chip together; wherein the first CAN chip and the second CAN chip are configured to receive a first CAN frame from the first common CAN bus, and the first CAN system is configured to detect a failure of at least the first CAN chip or the second CAN chip, wherein the first CAN system configured to detect the failure of at least the first CAN chip or the second CAN chip comprises: the first CAN system being configured to determine that the first CAN frame as received by the first CAN chip is not identical to the first CAN frame as received by the second CAN chip.
A stethoscope device comprising: a stethoscope head comprising a mechanical diaphragm for receiving a stethoscopic audio signal from an object; a first ultrasonic transducer for transmitting a first transmitted ultrasonic imaging signal to the object at a first frequency and receiving a first received ultrasonic imaging signal from the object at the first frequency; a second ultrasonic transducer for transmitting a second transmitted ultrasonic imaging signal to the object at a second frequency different from the first frequency and receiving a second received ultrasonic imaging signal from the object at the second frequency, and a control for operating the device in one or more of a stethoscopic mode, an ultrasonic imaging mode, or a non-stethoscopic, non-ultrasonic mode, wherein the first and second ultrasonic transducers are configured to transmit and receive simultaneously with one another, and the stethoscopic device is configured to normalize the first received ultrasonic imaging signal with the second received ultrasonic imaging signal. a stethoscope head comprising a mechanical diaphragm for receiving a stethoscopic audio signal from an object; a first ultrasonic transducer for transmitting a first transmitted ultrasonic imaging signal to the object at a first frequency and receiving a first received ultrasonic imaging signal from the object at the first frequency; a second ultrasonic transducer for transmitting a second transmitted ultrasonic imaging signal to the object at a second frequency different from the first frequency and receiving a second received ultrasonic imaging signal from the object at the second frequency, and a control for operating the device in one or more of a stethoscopic mode, an ultrasonic imaging mode, or a non-stethoscopic, non-ultrasonic mode, wherein the first and second ultrasonic transducers are configured to transmit and receive simultaneously with one another, and the stethoscopic device is configured to normalize the first received ultrasonic imaging signal with the second received ultrasonic imaging signal.
An aqueous formulation for topical application to the skin comprising water, propylene glycol, benzoyl peroxide, and an antibiotic, wherein the antibiotic is a member of the lincomycin family, wherein the concentration of the propylene glycol is sufficient to provide a stable suspension of benzoyl peroxide in the aqueous formulation without the inclusion of a surfactant in the formulation, wherein the combined concentration of water and propylene glycol is sufficient to provide a suspension of a benzoyl peroxide in a saturated solution of benzoyl peroxide, wherein the concentration of benzoyl peroxide in the formulation is less than 5.0% and at least 1.0% w/w, wherein the ratio of water to propylene glycol in the formulation is at least 12:1 (w/w) or at least 20:1 (w/w), and wherein the concentration (% w/w) of propylene glycol is 1 to 4 times the concentration (% w/w) of the benzoyl peroxide in the formulation.
An alkyd polymer composition for use in low volatile organic compound (VOC) containing products, the alkyd polymer composition comprising, as polymerized units an alkyd polymer of: 15 to 75 wt. % of one or more fatty acids; 5 to 35 wt. % of a sugar alcohol having at least 6 carbon atoms; 2 to 10 wt. % of a polyol with four or more hydroxyl functional groups; and 5 to 25 wt. % of an aromatic polyacid with at least two carboxylic acid groups located in a meta-position relative to one another; wherein the alkyd polymer composition has a Gardner-Holt viscosity with 30 weight % mineral spirits at 25°C that is less than or equal to Z4, measured as indicated in the specification, a dry-hard time of less than 10 hours when tested with metal driers according to ASTM D1640-03, and a clear appearance that transmits 20% or more of impinging visible light having a wavelength of 540 nm, measured as indicated in the specification. 15 to 75 wt. % of one or more fatty acids; 5 to 35 wt. % of a sugar alcohol having at least 6 carbon atoms; 2 to 10 wt. % of a polyol with four or more hydroxyl functional groups; and 5 to 25 wt. % of an aromatic polyacid with at least two carboxylic acid groups located in a meta-position relative to one another;
A device for the additive production of three-dimensional objects by successive, layered, selective irradiation and accompanying successive, layered, selective solidification of construction material layers composed of a construction material that can be solidified by means of an energy beam, comprising: - a plurality of irradiation devices , each of which is configured to generate at least one energy beam, - a control device , which is configured to generate control information controlling the operation of the irradiation devices and to control the operation of the irradiation devices based on generated control information, wherein the control device is configured to generate first control information to control the operation of at least one first irradiation device, on the basis of which the first irradiation device generates a first energy beam for the successive, layered, selective solidification of a construction material layer, and is configured to generate second control information to control the operation of at least one second irradiation device, on the basis of which the second irradiation device generates a second energy beam for the thermal pre-treatment of a construction material layer to be selectively solidified, particularly in a region of the construction material layer to be selectively solidified, and/or a second energy beam for the thermal post-treatment of a selectively solidified construction material layer, particularly in a selectively solidified region of the construction material layer, wherein it comprises a plurality of irradiation devices that are operable or operated as second irradiation devices, wherein the control device is configured to generate second control information, on the basis of which the second energy beams generated by respective second irradiation devices can be guided or are guided leading or trailing the first energy beam generated by the first irradiation device, with a defined local and/or temporal lead or lag, along the same trajectory, over a construction material layer that is to be or has been selectively solidified, as the first energy beam generated by the first irradiation device, characterised in that the control device is configured to control the energy input, which is to be or has been introduced into a construction material layer, of respective energy beams generated by respective second irradiation devices as a function of the local and/or temporal lead or lag of the respective second energy beams relative to the first energy beam generated by the first irradiation device. - a plurality of irradiation devices , each of which is configured to generate at least one energy beam, - a control device , which is configured to generate control information controlling the operation of the irradiation devices and to control the operation of the irradiation devices based on generated control information, wherein
A horizontal axis wind turbine augmented with a diffuser comprising: a first diffuser ring arranged to form a turbine rotor cowling, the first diffuser ring having an inlet and an outlet , where the outlet area is equal to or greater than the inlet area, wherein the first diffuser ring is not rotatable around the horizontal axis wherein the diffuser is at least partially constructed from an aero-elastic material and arranged to provide a controlled deformation under wind load; and wherein the diffuser comprises one or more vortex entrainment devices arranged on a trailing edge of the outlet of the first diffuser ring , wherein the diffuser further comprises one or more slot gaps which extend from an interior surface of the first diffuser ring through at least a partial thickness of the first diffuser ring , wherein the slot gaps are configured to enable airflowfrom outside of the diffuser to enter the diffuser through the diffuser wall. a first diffuser ring arranged to form a turbine rotor cowling, the first diffuser ring having an inlet and an outlet , where the outlet area is equal to or greater than the inlet area, wherein the first diffuser ring is not rotatable around the horizontal axis wherein the diffuser is at least partially constructed from an aero-elastic material and arranged to provide a controlled deformation under wind load; and wherein the diffuser comprises one or more vortex entrainment devices arranged on a trailing edge of the outlet of the first diffuser ring , wherein the diffuser further comprises one or more slot gaps which extend from an interior surface of the first diffuser ring through at least a partial thickness of the first diffuser ring , wherein the slot gaps are configured to enable airflowfrom outside of the diffuser to enter the diffuser through the diffuser wall.