mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: receiving (201, 501) at least one set of sensor data from at least one mobile device, the sensor data measured at a particular site and comprising at least motion related sensor data; determining a likelihood that a set of the at least one set of sensor data matches a parametric site model configured with a set of parameter values by running a Bayesian smoothing algorithm on the set of sensor data; and selecting a set of parameter values for the parametric site model from a plurality of possible sets of parameter values, the selected set of parameter values having the highest likelihood that the parametric site model configured with the set of parameter values correctly represents the particular site in view of the received at least one set of sensor data. receiving (201, 501) at least one set of sensor data from at least one mobile device, the sensor data measured at a particular site and comprising at least motion related sensor data; determining a likelihood that a set of the at least one set of sensor data matches a parametric site model configured with a set of parameter values by running a Bayesian smoothing algorithm on the set of sensor data; and selecting a set of parameter values for the parametric site model from a plurality of possible sets of parameter values, the selected set of parameter values having the highest likelihood that the parametric site model configured with the set of parameter values correctly represents the particular site in view of the received at least one set of sensor data.
A measuring assembly for attachment to a container, comprising at least one measuring sensor, a transmission device, a power supply unit and a fastening device for fastening the measuring assembly to the container, characterized in that the fastening device is configured as a clamping device and comprises an activation device, wherein the activation device can be mechanically actuated and is configured such that the activation device can be actuated by clamping the measuring assembly to the container.
A method for monitoring a vehicle available for rental, said vehicle comprising a global positioning/navigation device arranged to determine and notify the location coordinates of said vehicle, said method comprising the following steps: - verifying that the location coordinates of said vehicle are situated in a previously registered predetermined zone, and - if the location coordinates are not situated in the predetermined zone, executing an anomaly signalling step; characterized in that the signalling step comprises the following steps: - sending, from a central site, of an immobilizing data preventing the starting of the vehicle once the vehicle is switched-off; - sending, from the central site, of a message to the user of the vehicle, over the GPRS network, inviting the user for a new identification; - new identification of the user nearby a call centre; and - sending, from the central site, of an authorisation data allowing the starting of the vehicle, if the new identification is successful. - verifying that the location coordinates of said vehicle are situated in a previously registered predetermined zone, and - if the location coordinates are not situated in the predetermined zone, executing an anomaly signalling step; - sending, from a central site, of an immobilizing data preventing the starting of the vehicle once the vehicle is switched-off; - sending, from the central site, of a message to the user of the vehicle, over the GPRS network, inviting the user for a new identification; - new identification of the user nearby a call centre; and - sending, from the central site, of an authorisation data allowing the starting of the vehicle, if the new identification is successful.
Pavement formed by a set of concrete slabs with an H thickness, whereby - each of these slabs has several superficial grooves (15, 17) of an H3 height delimiting sub-slabs; - each of these slabs comprises, as reinforcement, a set of tie bars (25, 27; 26, 28) of sub-slabs adjacent to both sides of these superficial grooves (15, 17) that are arranged under them at an H2 distance; - H2+H3 is less than H/2 and the H1 distance between tie bars (25,27; 26, 28) and half the H thickness of the slabs is of sufficient magnitude so that sub-slabs can transmit negative bending moments between them by upper tractions and lower compressions; - the width of a fissure that delimits the sub-slabs between the lower and upper parts of the tie bars (25, 27; 26, 28) of sub-slabs is zero. - each of these slabs has several superficial grooves (15, 17) of an H3 height delimiting sub-slabs; - each of these slabs comprises, as reinforcement, a set of tie bars (25, 27; 26, 28) of sub-slabs adjacent to both sides of these superficial grooves (15, 17) that are arranged under them at an H2 distance; - H2+H3 is less than H/2 and the H1 distance between tie bars (25,27; 26, 28) and half the H thickness of the slabs is of sufficient magnitude so that sub-slabs can transmit negative bending moments between them by upper tractions and lower compressions; - the width of a fissure that delimits the sub-slabs between the lower and upper parts of the tie bars (25, 27; 26, 28) of sub-slabs is zero.
Method for producing sausages having peel-off casings, in which quantities of a meat emulsion filled in the artificial casing sections are supplied in succession to at least the following processes: - a drying process, - a cooking process as well as - a cooling process wherein the cooked quantities of meat emulsion are dyed through the respective artificial skin by spraying a dye solution in a dyeing process, taking place during the cooking process, at least periodically onto at least one surface area of the respective artificial sausage skin section. - a drying process, - a cooking process as well as - a cooling process
An oxo-nitrogenated complex of cobalt having general formula: wherein: - R 1 and R 2, the same or different, represent a hydrogen atom, or they are selected from linear or branched C 1 -C 20 alkyl groups optionally halogenated, cycloalkyl groups optionally substituted; aryl groups optionally substituted; - R 3 represents a hydrogen atom, or it is selected from linear or branched C 1 -C 20 alkyl groups optionally halogenated, cycloalkyl groups optionally substituted; aryl groups selected from aromatic carbocyclic groups optionally substituted with one or more groups, equal to or different from each other, selected from: halogen atoms such as fluorine, chlorine, bromine; hydroxyl groups; C 1 -C 12 alkyl groups; C 1 -C 12 alkoxyl groups, cyano groups; amino groups; nitro groups; or R 3 represents a ketoimine group having formula: wherein R' and R", the same or different, represent a hydrogen atom, or they are selected from linear or branched C 1 -C 20 alkyl groups, cycloalkyl groups optionally substituted; aryl groups optionally substituted; - X 1 and X 2, the same or different, represent a halogen atom such as chlorine, bromine, iodine. - R 1 and R 2, the same or different, represent a hydrogen atom, or they are selected from linear or branched C 1 -C 20 alkyl groups optionally halogenated, cycloalkyl groups optionally substituted; aryl groups optionally substituted; - R 3 represents a hydrogen atom, or it is selected from linear or branched C 1 -C 20 alkyl groups optionally halogenated, cycloalkyl groups optionally substituted; aryl groups selected from aromatic carbocyclic groups optionally substituted with one or more groups, equal to or different from each other, selected from: halogen atoms such as fluorine, chlorine, bromine; hydroxyl groups; C 1 -C 12 alkyl groups; C 1 -C 12 alkoxyl groups, cyano groups; amino groups; nitro groups; or R 3 represents a ketoimine group having formula: wherein R' and R", the same or different, represent a hydrogen atom, or they are selected from linear or branched C 1 -C 20 alkyl groups, cycloalkyl groups optionally substituted; aryl groups optionally substituted; - X 1 and X 2, the same or different, represent a halogen atom such as chlorine, bromine, iodine.
A distributed system for monitoring an industrial process within an industrial plant comprising a plurality of field devices being configured to sense or alter the industrial process; wherein each field device comprises: a transducer; a wireless transceiver; a power terminal for connecting the field device to a single-wire plant-wide power bus; a ground connection for electrically grounding the field device; and an internal power supply circuit connected to the power terminal and the ground connection for supplying power to the transducer and the wireless transceiver, wherein the single-wire plant-wide power bus does not include and is separate from any communication signal path to or from the field devices; wherein the system further comprises: a control/monitoring center, wherein the transducer and wireless transceiver of each field device is configured to communicate signals between the field device and the control/monitoring centre; and a single-wire plant-wide power bus comprising a single wire carrying an unfiltered voltage potential for delivering a voltage potential of twenty-four or forty-eight volt alternating current, AC, or direct current, DC, to each of the plurality of field devices, wherein the power bus does not include and is separate from any communication signal path between the control/monitoring centre and the field devices. a transducer; a wireless transceiver; a power terminal for connecting the field device to a single-wire plant-wide power bus; a ground connection for electrically grounding the field device; and an internal power supply circuit connected to the power terminal and the ground connection for supplying power to the transducer and the wireless transceiver, wherein the single-wire plant-wide power bus does not include and is separate from any communication signal path to or from the field devices; wherein the system further comprises: a control/monitoring center, wherein the transducer and wireless transceiver of each field device is configured to communicate signals between the field device and the control/monitoring centre; and a single-wire plant-wide power bus comprising a single wire carrying an unfiltered voltage potential for delivering a voltage potential of twenty-four or forty-eight volt alternating current, AC, or direct current, DC, to each of the plurality of field devices, wherein the power bus does not include and is separate from any communication signal path between the control/monitoring centre and the field devices. a control/monitoring center, wherein the transducer and wireless transceiver of each field device is configured to communicate signals between the field device and the control/monitoring centre; and a single-wire plant-wide power bus comprising a single wire carrying an unfiltered voltage potential for delivering a voltage potential of twenty-four or forty-eight volt alternating current, AC, or direct current, DC, to each of the plurality of field devices, wherein the power bus does not include and is separate from any communication signal path between the control/monitoring centre and the field devices.
An esophagus sample collecting device for collecting a biological sample from an esophagus of a patient, the device comprising a collection portion adapted to be attached to a support member and swallowed by the patient, the collection portion having a first axial end portion and a second axial end portion for collection of the biological sample thereon, the second axial end portion having a collapsed position and an expanded position, the second axial end portion being designed to move, in response to a fluid pressure applied through the support member, in an axial direction relative to the first axial end portion, from the collapsed position to the expanded position to collect the biological sample.
Hydraulic arrangement for axle height adjustment for a mobile working machine, having a lifting cylinder which has a pressure space which acts in the lifting direction and is charged with a load pressure on the basis of an axle load component of the mobile working machine, and having an electronically pressure-regulated variable-displacement pump by which the pressure space can be supplied, and having an electronic control device by which the variable-displacement pump can be driven and which has an input for a lifting signal of an operator control element, wherein, using the lifting signal, the variable-displacement pump can be set by means of the control device to a pump pressure which is greater than the load pressure.
A method of disinfecting an aircraft cabin, comprising: injecting a non-peroxide disinfectant into an environmental control system of an aircraft; discharging supply air through the environmental control system to discharge the non-peroxide disinfectant into the aircraft cabin; and characterized by vaporizing the disinfectant prior to injecting the disinfectant into the environmental control system. injecting a non-peroxide disinfectant into an environmental control system of an aircraft; discharging supply air through the environmental control system to discharge the non-peroxide disinfectant into the aircraft cabin; and characterized by vaporizing the disinfectant prior to injecting the disinfectant into the environmental control system.
A carbonation device having a microprocessor, the carbonation device adapted to carbonate the contents of a bottle containing a liquid, the bottle having a maximum fill level, comprising: a pull solenoid and valve arrangement (903, 904, 905, 906) or a direct acting solenoid valve or actuator adapted to be attached to a carbon dioxide cylinder; the pull solenoid and valve arrangement (903, 904, 905, 906) or the direct acting solenoid valve or actuator adapted to supply carbon dioxide to a fill head, the fill head being connected to a fill line from the delivery valve (903, 950) and to a vent, an exhaust solenoid valve being adapted to control the vent; the fill head having a pressure sensor (912, 912b) that is arranged to provide a pressure signal to the microprocessor, the pressure sensor (912, 912b) located such that, when the bottle is in a sealed engagement with the fill head, it is above the maximum fill level of the bottle; characterised in that the carbonation device is to determine or approximate an amount of carbon dioxide gas remaining in a carbon dioxide cylinder by utilising the pressure sensor (912, 912b) and the microprocessor to measure both the pressure rise in the bottle and a time over which the pressure increase occurs, and the microprocessor is configured to compare rise times between any two carbonation cycles and to use the differences in detected pressure and time to provide information about the fill level of the carbon dioxide cylinder. a pull solenoid and valve arrangement (903, 904, 905, 906) or a direct acting solenoid valve or actuator adapted to be attached to a carbon dioxide cylinder; the pull solenoid and valve arrangement (903, 904, 905, 906) or the direct acting solenoid valve or actuator adapted to supply carbon dioxide to a fill head, the fill head being connected to a fill line from the delivery valve (903, 950) and to a vent, an exhaust solenoid valve being adapted to control the vent; the fill head having a pressure sensor (912, 912b) that is arranged to provide a pressure signal to the microprocessor, the pressure sensor (912, 912b) located such that, when the bottle is in a sealed engagement with the fill head, it is above the maximum fill level of the bottle; characterised in that the carbonation device is to determine or approximate an amount of carbon dioxide gas remaining in a carbon dioxide cylinder by utilising the pressure sensor (912, 912b) and the microprocessor to measure both the pressure rise in the bottle and a time over which the pressure increase occurs, and the microprocessor is configured to compare rise times between any two carbonation cycles and to use the differences in detected pressure and time to provide information about the fill level of the carbon dioxide cylinder.
A method of preparing a liquid oat base for use in the manufacture of food for human consumption, comprising: (a) providing a material comprising oat bran comprising from 1 % by weight to 50 % by weight of ß-glucan; (b) suspending the material comprising oat bran in an aqueous media, in particular water, to form an aqueous suspension; (c) contacting, in no particular order, said aqueous suspension with α-amylase, β-amylase, β-glucanase, xylanase to raise the concentration of soluble arabinoxylan in the suspension by a factor of 5 or more provide a liquid oat base; (d) optionally homogenizing the liquid oat base of step (c) to provide homogenized liquid oat base; (e) optionally destroying enzymatic activity in the liquid oat base of step (c) or the homogenized liquid oat base of step (d) to provide enzymatically inactive liquid oat base; (f) optionally aseptically packaging the liquid oat base of step (c) or the homogenized liquid oat base of step (d) or the enzymatically inactive liquid oat base of step (e) in a container. (a) providing a material comprising oat bran comprising from 1 % by weight to 50 % by weight of ß-glucan; (b) suspending the material comprising oat bran in an aqueous media, in particular water, to form an aqueous suspension; (c) contacting, in no particular order, said aqueous suspension with α-amylase, β-amylase, β-glucanase, xylanase to raise the concentration of soluble arabinoxylan in the suspension by a factor of 5 or more provide a liquid oat base; (d) optionally homogenizing the liquid oat base of step (c) to provide homogenized liquid oat base; (e) optionally destroying enzymatic activity in the liquid oat base of step (c) or the homogenized liquid oat base of step (d) to provide enzymatically inactive liquid oat base; (f) optionally aseptically packaging the liquid oat base of step (c) or the homogenized liquid oat base of step (d) or the enzymatically inactive liquid oat base of step (e) in a container.
A drill pipe comprising: a first tool joint; a second tool joint; and a tubular section between the first tool joint and the second tool joint, wherein the tubular section comprises a wall with an overall thickness comprising a nominal thickness (t 1) and a secondary thickness (t 2), wherein the secondary thickness (t 2) has an increased outer diameter compared to the nominal thickness (t 1) and is configured to abrade against a wall of a wellbore, thereby reducing the secondary thickness (t 2) and maintaining the nominal thickness (t 1); characterized in that an inner diameter (ID 2) of each tool joint is less than an entire inner diameter (ID 1) of the tubular section to accommodate for threaded connectors. a first tool joint; a second tool joint; and a tubular section between the first tool joint and the second tool joint, wherein the tubular section comprises a wall with an overall thickness comprising a nominal thickness (t 1) and a secondary thickness (t 2), wherein the secondary thickness (t 2) has an increased outer diameter compared to the nominal thickness (t 1) and is configured to abrade against a wall of a wellbore, thereby reducing the secondary thickness (t 2) and maintaining the nominal thickness (t 1); characterized in that an inner diameter (ID 2) of each tool joint is less than an entire inner diameter (ID 1) of the tubular section to accommodate for threaded connectors.
A method of terminating an optical fiber at a ferrule to create a ferrule assembly for a fiber optic connector, comprising: providing a ferrule at an initial temperature, the ferrule comprising a ferrule bore extending from a rear opening to a front opening; heating the ferrule above the initial temperature with a heater device (54, 56, 70, 74); and inserting a coated end portion of an optical fiber through the rear opening of the ferrule bore while the ferrule is heated above the initial temperature sufficient to thermally remove or substantially thermally remove a coating from the coated end portion of the optical fiber as it passes through the rear opening of the ferrule. providing a ferrule at an initial temperature, the ferrule comprising a ferrule bore extending from a rear opening to a front opening; heating the ferrule above the initial temperature with a heater device (54, 56, 70, 74); and inserting a coated end portion of an optical fiber through the rear opening of the ferrule bore while the ferrule is heated above the initial temperature sufficient to thermally remove or substantially thermally remove a coating from the coated end portion of the optical fiber as it passes through the rear opening of the ferrule.
A contact device comprising: a sealed unit including a fixed contact, a movable contact, and a sealed receptacle configured to house said fixed contact and said movable contact; and a drive unit configured to move said movable contact between an on position where said movable contact is kept in contact with said fixed contact and an off position where said movable contact is kept away from said fixed contact, wherein said sealed unit includes a fixed terminal penetrating through a wall of said sealed receptacle, and an external connection terminal adapted to be connected to an external circuit, said fixed terminal being provided with said fixed contact at its first end inside said sealed receptacle, characterized in that said fixed terminal is provided with a deformation portion at its second end outside said sealed receptacle, and said deformation portion is adapted to be plastically deformed to connect said fixed terminal to said external connection terminal. a sealed unit including a fixed contact, a movable contact, and a sealed receptacle configured to house said fixed contact and said movable contact; and a drive unit configured to move said movable contact between an on position where said movable contact is kept in contact with said fixed contact and an off position where said movable contact is kept away from said fixed contact, wherein said sealed unit includes a fixed terminal penetrating through a wall of said sealed receptacle, and an external connection terminal adapted to be connected to an external circuit, said fixed terminal being provided with said fixed contact at its first end inside said sealed receptacle, characterized in that said fixed terminal is provided with a deformation portion at its second end outside said sealed receptacle, and said deformation portion is adapted to be plastically deformed to connect said fixed terminal to said external connection terminal.
A rack (26, 28) assembly for an automatic dishwasher comprising: opposing side portions (72, 74); at least two axles extending outwardly from each of the opposing side portions (72, 74); and a roller wheel mounted to each axle, wherein each roller wheel has ball bearings that enable at least a portion of the roller wheel to rotate about the axle, wherein the roller wheel comprises a hub adapted to be fixedly attached to the axle, and a wheel rotatably mounted to the hub with the ball bearings between the wheel and the hub, wherein one of the hub or the wheel has a raceway (230, 232) that holds the ball bearings, characterised in that the other of the hub or the wheel has separators that inhibit the ball bearings from contacting each other. opposing side portions (72, 74); at least two axles extending outwardly from each of the opposing side portions (72, 74); and a roller wheel mounted to each axle, wherein each roller wheel has ball bearings that enable at least a portion of the roller wheel to rotate about the axle,