mhurhangee/ep-ind-claims huggingface dataset:
A covert mobile inspection vehicle comprising: a. a backscatter X-ray scanning system comprising an X-ray source and a plurality of detectors for obtaining a radiographic image of an object outside the vehicle; and b. one or more sensors to obtain surveillance data from a predefined area surrounding the vehicle; and characterised by further comprising: c. a detection processor configured to: analyse the surveillance data and data from the backscatter X-ray scanning system for key signatures, detect correlated risks between the surveillance data and the data from the backscatter X-ray scanning system, and raise a significant threat alarm for immediate action by a human operator if a correlated risk is detected or raise a moderate threat alarm for review by a human operator if no correlated risk is detected. a. a backscatter X-ray scanning system comprising an X-ray source and a plurality of detectors for obtaining a radiographic image of an object outside the vehicle; and b. one or more sensors to obtain surveillance data from a predefined area surrounding the vehicle; and characterised by further comprising: c. a detection processor configured to: analyse the surveillance data and data from the backscatter X-ray scanning system for key signatures, detect correlated risks between the surveillance data and the data from the backscatter X-ray scanning system, and raise a significant threat alarm for immediate action by a human operator if a correlated risk is detected or raise a moderate threat alarm for review by a human operator if no correlated risk is detected. analyse the surveillance data and data from the backscatter X-ray scanning system for key signatures, detect correlated risks between the surveillance data and the data from the backscatter X-ray scanning system, and raise a significant threat alarm for immediate action by a human operator if a correlated risk is detected or raise a moderate threat alarm for review by a human operator if no correlated risk is detected.
A load control system comprising: a controller; a power converter controlled by the controller; and a load to which electric power is supplied from the power converter, wherein when linkage security authentication based on at least one of hardware and software by linkage between at least the controller and the power converter has been established, a function that enables the power converter to be used for a predetermined purpose is generated by a software in the power converter, wherein when the linkage security authentication has been established, a function that enables the power converter to be used as a frequency converter capable of outputting a first variable frequency or a first variable voltage is generated by the software, wherein the controller and the power converter are connected to each other by a wire that is the hardware, and the linkage security authentication based on the hardware includes authenticating that communication through the wire has been enabled between the controller and the power converter, characterized in that when the linkage security authentication has not been established, the power converter becomes the frequency converter capable of outputting a second variable frequency or a second variable voltage, different from the frequency converter capable of outputting the first variable frequency or the first variable voltage. a controller; a power converter controlled by the controller; and a load to which electric power is supplied from the power converter, wherein when linkage security authentication based on at least one of hardware and software by linkage between at least the controller and the power converter has been established, a function that enables the power converter to be used for a predetermined purpose is generated by a software in the power converter, wherein when the linkage security authentication has been established, a function that enables the power converter to be used as a frequency converter capable of outputting a first variable frequency or a first variable voltage is generated by the software, wherein the controller and the power converter are connected to each other by a wire that is the hardware, and the linkage security authentication based on the hardware includes authenticating that communication through the wire has been enabled between the controller and the power converter, characterized in that when the linkage security authentication has not been established, the power converter becomes the frequency converter capable of outputting a second variable frequency or a second variable voltage, different from the frequency converter capable of outputting the first variable frequency or the first variable voltage.
Air-conditioning compressor for a motor vehicle, the pressure chamber of which is connected to a high pressure-side port and the suction chamber of which is connected to a low pressure-side port, a check valve being arranged between the pressure chamber and the high pressure-side port, the valve body of which check valve is prestressed counter to the refrigerant flow direction as intended and in the closing direction of the check valve by way of a prestressing force which has a first spring prestressing force component which is generated by way of a spring which is supported at one end on the valve body and at the other end on a spring abutment, characterized in that the check valve is equipped with a prestress increasing device which imparts an additional prestressing force component to the valve body if a pressure which prevails at the high pressure-side port is smaller than a pressure which prevails at the low pressure-side port.
A tyre comprising: a tread portion comprising at least one crown land portion defined between two main grooves extending continuously in a tyre circumferential direction, the at least one crown land portion being provided with crown lateral grooves traversing the at least one crown land portion, each of the crown lateral grooves, in a cross-sectional view perpendicular to its longitudinal direction, comprising a sipe portion having a width equal to or less than 1.5 mm, and a main portion connected to the sipe portion and opening at a ground contact surface of the at least one crown land portion, wherein the main portion has a width enlarging from the sipe portion, the main portion has a depth smaller than depths of the main grooves, the sipe portion has a first wall extending in a tyre radial direction so as to be continuous with a first wall of the main portion to form a single groove wall together, and the at least one crown land portion comprises two crown land portions, characterized in that one of the crown land portions is provided with the crown lateral grooves each having the sipe portion on a first side in the tyre circumferential direction with respect to a groove centerline thereof, and the other one of the crown land portions is provided with the crown lateral grooves each having the sipe portion on a second side opposite the first side in the tyre circumferential direction with respect to a groove centerline thereof. a tread portion comprising at least one crown land portion defined between two main grooves extending continuously in a tyre circumferential direction, the at least one crown land portion being provided with crown lateral grooves traversing the at least one crown land portion, each of the crown lateral grooves, in a cross-sectional view perpendicular to its longitudinal direction, comprising a sipe portion having a width equal to or less than 1.5 mm, and a main portion connected to the sipe portion and opening at a ground contact surface of the at least one crown land portion, wherein the main portion has a width enlarging from the sipe portion, the main portion has a depth smaller than depths of the main grooves, the sipe portion has a first wall extending in a tyre radial direction so as to be continuous with a first wall of the main portion to form a single groove wall together, and the at least one crown land portion comprises two crown land portions, characterized in that one of the crown land portions is provided with the crown lateral grooves each having the sipe portion on a first side in the tyre circumferential direction with respect to a groove centerline thereof, and the other one of the crown land portions is provided with the crown lateral grooves each having the sipe portion on a second side opposite the first side in the tyre circumferential direction with respect to a groove centerline thereof.
An electrical box (10; 10') for engaging in a partition, the box comprising: • a rear body having a back wall; • a front body having fastener means for fastening to the partition; and • at least one junction element connected to the front body and to the rear body by two hinges (301A, 301B) in such a manner that the rear body can occupy two stable positions relative to the front body, comprising a first stable position in which the electrical box (10; 10') presents a depth that is less than the depth that it presents when in a second stable position; the electrical box being characterized in that a plurality of distinct junction elements are provided and in that the rear body includes at least one deformable portion between two distinct junction elements, which deformable portion is adapted to deform with greater amplitude than the remainder of the rear body during pivoting of the junction elements relative to the front body and to the rear body. • a rear body having a back wall; • a front body having fastener means for fastening to the partition; and • at least one junction element connected to the front body and to the rear body by two hinges (301A, 301B) in such a manner that the rear body can occupy two stable positions relative to the front body, comprising a first stable position in which the electrical box (10; 10') presents a depth that is less than the depth that it presents when in a second stable position;
A process for producing a non-oriented cast film, wherein the film comprises a polyolefin composition comprising the components, and: - a propylene homo- or copolymer with an MFR 2 of 0.5-80 g/10 min as measured in accordance with ISO 1133, - a hydrocarbon resin product comprising a hydrocarbon resin, wherein the hydrocarbon resin is characterized by a softening point of 200 °C or less as measured according to ASTM E-28, and - an alpha-nucleating agent, wherein the process comprises the steps of (a) providing the components for producing the film including components, and, (b) blending the components before or during melt-mixing in an extruder for producing a film, (c) extruding the film by means of the extruder, (d) cooling the obtained film by a chill roll having a temperature of 40-90 °C, and (e) recovering of the obtained film. - a propylene homo- or copolymer with an MFR 2 of 0.5-80 g/10 min as measured in accordance with ISO 1133, - a hydrocarbon resin product comprising a hydrocarbon resin, wherein the hydrocarbon resin is characterized by a softening point of 200 °C or less as measured according to ASTM E-28, and - an alpha-nucleating agent, (a) providing the components for producing the film including components, and, (b) blending the components before or during melt-mixing in an extruder for producing a film, (c) extruding the film by means of the extruder, (d) cooling the obtained film by a chill roll having a temperature of 40-90 °C, and (e) recovering of the obtained film.
A method of controlling source terminal transmissions from a destination terminal in an in-band communication system, the method comprising the steps of: repeatedly transmitting a start signal from a destination terminal; discontinuing transmission of the start signal upon detection of a first received signal, wherein the first received signal indicates a successful reception of the start signal by a source terminal; repeatedly transmitting a NACK signal from the destination terminal after reception of the first received signal, whereby the source terminal is constrained to respond by repeatedly transmitting a source terminal data message (812, 813, 814); discontinuing transmission of the NACK signal upon detection of the successfully received source terminal data message (812, 813, 814); transmitting an alternating sync and ACK message from the destination terminal after successful reception of the source terminal data message (812, 813, 814), whereby the source terminal is constrained to respond by discontinuing transmission of the source terminal data message (812, 813, 814); and discontinuing transmission of the alternating sync and ACK message after a predetermined number of the alternating sync and ACK messages have been transmitted. repeatedly transmitting a start signal from a destination terminal; discontinuing transmission of the start signal upon detection of a first received signal, wherein the first received signal indicates a successful reception of the start signal by a source terminal; repeatedly transmitting a NACK signal from the destination terminal after reception of the first received signal, whereby the source terminal is constrained to respond by repeatedly transmitting a source terminal data message (812, 813, 814); discontinuing transmission of the NACK signal upon detection of the successfully received source terminal data message (812, 813, 814); transmitting an alternating sync and ACK message from the destination terminal after successful reception of the source terminal data message (812, 813, 814), whereby the source terminal is constrained to respond by discontinuing transmission of the source terminal data message (812, 813, 814); and discontinuing transmission of the alternating sync and ACK message after a predetermined number of the alternating sync and ACK messages have been transmitted.
Dishwasher (2.1), in particular commercial dishwasher or utensil washer, which is in the form of a conveyor dishwasher and has at least one wash system for spraying wash liquid in a wash zone (12, 14, 16) and has at least one final-rinse system for spraying final-rinse liquid in a final-rinse zone, wherein a control device is also provided for actuating the at least one wash system and 1 the at least one final-rinse system in accordance with a predefined execution program, wherein at least a first execution program is stored in the control device, said first execution program having been created taking into account requirements for hygienic operation of a commercial dishwasher (2.1) which are applicable in a first territorial region, the first execution program defines the process parameters which vary during washing of washware and can be set with the aid of the control device, such that the requirements for hygienic operation of the dishwasher which are applicable in the first territorial region during operation of the dishwasher are met such that the hygienic guidelines which are applicable in this first territorial region can be complied with; wherein at least a second execution program is stored in the control device, the said second execution program having been created taking into account requirements for hygienic operation of a commercial dishwasher (2.1) which are applicable in a second territorial region, the second execution program defines the process parameters which vary during washing of washware and can be set with the aid of the control device, such that the requirements for hygienic operation of the dishwasher which are applicable in the second territorial region during operation of the dishwasher are met such that the hygienic guidelines which are applicable in this second territorial region can be complied with, wherein a user interface is also provided for manually selecting the at least one first or second execution program which is stored in the control device, wherein the at least one first execution program defines a temperature of 60 °C as the minimum value for the temperature of the wash liquid which is sprayed in the wash zone (12, 14, 16) and a temperature of 80 °C as the minimum value for the temperature of the final-rinse liquid which is sprayed in the final-rinse zone, and wherein the at least one second execution program defines a temperature of 66 °C as the minimum value for the temperature of the wash liquid which is sprayed in the wash zone (12, 14, 16) and a temperature of 82 °C as the minimum value for the temperature of the final-rinse liquid which is sprayed in the final-rinse zone.
Process for the preparation of L-ornithine, characterized in that the following steps are carried out: a) fermentation of an L-ornithine-excreting bacterium selected from the group consisting of Corynebacterium, Bacillus, Streptomyces, Arthrobacter and the Enterobacteriaceae, which bacterium harbours an overexpressed polynucleotide coding for a polypeptide which has the activity of an L-ornithine exporter and whose amino acid sequence is identical to SEQ ID NO:2, or whose amino acid sequence may be derived from SEQ ID NO:2 by a maximum of 25 deletions, insertions, substitutions and/or N- or C-terminal additions of amino acids in total, in a medium, b) accumulation of L-ornithine in the medium, wherein a fermentation broth is obtained, and c) wherein, for overexpression, plasmid pEC71ysE deposited in DSM23239 is excluded. a) fermentation of an L-ornithine-excreting bacterium selected from the group consisting of Corynebacterium, Bacillus, Streptomyces, Arthrobacter and the Enterobacteriaceae, which bacterium harbours an overexpressed polynucleotide coding for a polypeptide which has the activity of an L-ornithine exporter and whose amino acid sequence is identical to SEQ ID NO:2, or whose amino acid sequence may be derived from SEQ ID NO:2 by a maximum of 25 deletions, insertions, substitutions and/or N- or C-terminal additions of amino acids in total, in a medium, b) accumulation of L-ornithine in the medium, wherein a fermentation broth is obtained, and c) wherein, for overexpression, plasmid pEC71ysE deposited in DSM23239 is excluded.
A method of preparing an edible oil-in-water emulsion having a pH in the range of 3.0 to 5.0 and comprising 30-78 wt.% of oil and 65-20 wt.% water, and further 0.5-6 wt.% hen's egg yolk proteinaceous component by dry weight, said egg yolk proteinaceous component consisting of a combination of low-density lipoprotein, livetin, high-density lipoprotein, and phosvitin, said method comprising the steps of: a. heating a liquid aqueous mixture comprising a first egg yolk plasma fraction at a temperature of 65°C to 90°C for 2 to 60 minutes to produce heat treated egg yolk plasma liquid comprising heat treated egg yolk plasma fraction; b. preparing a first pre-emulsion by combining oil, water, egg yolk granules fraction and optionally a second egg yolk plasma fraction; c. combining the heat treated egg yolk plasma liquid with the pre-emulsion to produce a second pre-emulsion; d. adding one or more acidulants; and e. homogenizing the second pre-emulsion to obtain an oil-in-water emulsion; wherein the egg yolk proteinaceous component of the oil-in-water emulsion has the following composition: • 60-75 wt.% LDL; • 8-14 wt.% livetin; • 11-18 wt.% HDL; • 2-5 wt.% phosvitin. a. heating a liquid aqueous mixture comprising a first egg yolk plasma fraction at a temperature of 65°C to 90°C for 2 to 60 minutes to produce heat treated egg yolk plasma liquid comprising heat treated egg yolk plasma fraction; b. preparing a first pre-emulsion by combining oil, water, egg yolk granules fraction and optionally a second egg yolk plasma fraction; c. combining the heat treated egg yolk plasma liquid with the pre-emulsion to produce a second pre-emulsion; d. adding one or more acidulants; and e. homogenizing the second pre-emulsion to obtain an oil-in-water emulsion; • 60-75 wt.% LDL; • 8-14 wt.% livetin; • 11-18 wt.% HDL; • 2-5 wt.% phosvitin.
A suspension arm assembly comprising: at least two members (12, 24, 26, 30, 304) relatively rotatable about each other, each adjacent pair of members being connected to each other by a joint, with at least one of the joints comprising an infinite rotation joint (14, 28, 28a, 32, 32a, 34, 34a, 522, 800); the infinite rotation joint (14, 28, 28a, 32, 32a, 34, 34a, 522, 800) allowing the members at the infinite rotation joint to have unlimited rotation relative to one another; the infinite rotation joint (14, 28, 28a, 32, 32a, 34, 34a, 522, 800) being configured to pass at least an optical signal therethrough; and the infinite rotation joint (14, 28, 28a, 32, 32a, 34, 34a, 522, 800) comprising a stator (106, 106a, 580) and a rotor (114, 114a, 568, 802), at least two portions of the infinite rotation joint being separable such that the infinite rotation joint (14, 28, 28a, 32, 32a, 34, 34a, 522, 800) can be separated into the at least two portions (802, 804, 918, 920), the at least two portions being configured to be connected to allow the optical signal to pass therethrough once the at least two portions are engaged; at least a first portion of the at least two portions of the infinite rotation joint includes a sliding fiber optic cable holder (971, 1114) holding a fiber optic (928; 1056), the sliding fiber optic cable holder being configured to linearly move the fiber optic (928; 1056) within the first portion during engagement of the at least two portions of the infinite rotation joint. at least two members (12, 24, 26, 30, 304) relatively rotatable about each other, each adjacent pair of members being connected to each other by a joint, with at least one of the joints comprising an infinite rotation joint (14, 28, 28a, 32, 32a, 34, 34a, 522, 800); the infinite rotation joint (14, 28, 28a, 32, 32a, 34, 34a, 522, 800) allowing the members at the infinite rotation joint to have unlimited rotation relative to one another; the infinite rotation joint (14, 28, 28a, 32, 32a, 34, 34a, 522, 800) being configured to pass at least an optical signal therethrough; and the infinite rotation joint (14, 28, 28a, 32, 32a, 34, 34a, 522, 800) comprising a stator (106, 106a, 580) and a rotor (114, 114a, 568, 802), at least two portions of the infinite rotation joint being separable such that the infinite rotation joint (14, 28, 28a, 32, 32a, 34, 34a, 522, 800) can be separated into the at least two portions (802, 804, 918, 920), the at least two portions being configured to be connected to allow the optical signal to pass therethrough once the at least two portions are engaged; at least a first portion of the at least two portions of the infinite rotation joint includes a sliding fiber optic cable holder (971, 1114) holding a fiber optic (928; 1056), the sliding fiber optic cable holder being configured to linearly move the fiber optic (928; 1056) within the first portion during engagement of the at least two portions of the infinite rotation joint.
An end winding support segment for a generator rotor comprising: a support segment body with a curved inner surface configured to be adjacent to a rotor shaft; a winding support arm extending radially outward from the support segment body; and an orifice extending from the curved inner surface of the support segment body to an exterior surface of the support segment body adjacent the winding support arm, the orifice configured to transfer lubricant from a surface of the rotor shaft to a winding located on the winding support arm; characterised in that the orifice is angled to be non-parallel to a line perpendicular to the curved inner surface of the support segment body. a support segment body with a curved inner surface configured to be adjacent to a rotor shaft; a winding support arm extending radially outward from the support segment body; and an orifice extending from the curved inner surface of the support segment body to an exterior surface of the support segment body adjacent the winding support arm, the orifice configured to transfer lubricant from a surface of the rotor shaft to a winding located on the winding support arm; characterised in that the orifice is angled to be non-parallel to a line perpendicular to the curved inner surface of the support segment body.