mhurhangee/ep-ind-claims huggingface dataset:
A method for performing at least one activity process, in the form of measurement using a robot on an object in the form of a vehicle, wherein the measurement is a quality test comprising the method steps - providing first data in the form of data of a CAD model of the object or of an object area, or of a model of the object or the object area in a first coordinate system, - localising the object or the object area to determine second data in a second coordinate system by means of a probe extending from the robot and having at least one first sensor, wherein the second coordinate system is that of the robot, - transforming the first data into the second coordinate system, - moving the robot or a part thereof in the second coordinate system and - performing the at least one activity process on the object or on the object area by presetting first data transformed into the second coordinate system, characterized in that localization is performed in multiple stages such that initially a rough localization and then a fine localization is performed, wherein the rough localization is performed by comparing data of the CAD model with measured values of at least one localization sensor from the group of first sensor (38, 40) and second sensor which is stationarily arranged in a space surrounding the object, and fine calibration is performed by measuring at least one local feature of the object by means of the at least one first sensor, wherein center point determination, plane determination by distance measurement or angle measurement is performed at the object. - providing first data in the form of data of a CAD model of the object or of an object area, or of a model of the object or the object area in a first coordinate system, - localising the object or the object area to determine second data in a second coordinate system by means of a probe extending from the robot and having at least one first sensor, wherein the second coordinate system is that of the robot, - transforming the first data into the second coordinate system, - moving the robot or a part thereof in the second coordinate system and - performing the at least one activity process on the object or on the object area by presetting first data transformed into the second coordinate system,
A gas treatment process comprising harvesting the gas after a water scrubbing step, characterised in that the infeed gas is pressurised in a water flooded screw type compressor prior to the water scrubbing step, wherein the water fed into the water flooded screw type compressor is further used as process water in the water scrubbing step, wherein a portion of the process water used in the water scrubbing step is processed in a water stripping and flashing vessel and fed back the water flooded screw type compressor.
Load fixing belt system for trucks or truck trailers, in which at least one roller or ratchet pulling in the belt length of a fixing belt, via which the belt length that can be lashed over the load to be fixed can be changed and fixed, is arranged on the bottom side of a loading surface of a truck or a truck trailer, wherein the fixing belt is led over all the corners of the clear load space profile via deflection elements, and at least the upper deflection elements are fixed to springs or telescopic means, in such a way that the latter can be moved onto the load by the tautening of the fixing belt and can be laid on the same, characterized in that the deflection elements are deflection rollers (11, 12), and in that the deflection rollers (11, 12) are arranged at the top in carriages which can each run upwards and downwards, guided in an upright profile, and can be moved onto the load by tautening the circumferential fixing belt.
A compact having an uncoated vanity mirror, comprising: a compact body, and a compact lid, the compact lid being hinged to the compact body; wherein the compact lid comprises an inner side surface facing towards one side of the compact body, and an outer side surface facing away from one side of the compact body; the compact lid comprises a connection end connected to the compact body, and a free end opposing the connection end; wherein the inner side surface is provided with the vanity mirror; characterized in that at least at the free end of the compact lid the edge of the vanity mirror is flush with the outer edge of the inner side surface. a compact body, and a compact lid, the compact lid being hinged to the compact body; wherein the compact lid comprises an inner side surface facing towards one side of the compact body, and an outer side surface facing away from one side of the compact body; the compact lid comprises a connection end connected to the compact body, and a free end opposing the connection end; wherein the inner side surface is provided with the vanity mirror; characterized in that at least at the free end of the compact lid the edge of the vanity mirror is flush with the outer edge of the inner side surface.
A method performed by a flow network element in a network flow management system, the method comprising: receiving an observation profile for each of a plurality of subscribers from an AAA server (2.1), each observation profile indicating network flow monitoring parameters for a particular subscriber; programming a plurality of subscriber-level flow observation points according to the received observation profiles (2.3); monitoring network flows at a subscriber-level for the plurality of subscribers; exporting flow records associated with the plurality of subscribers, wherein each flow record includes an identification of which one of the plurality of subscribers the flow record belongs (4.2); receiving one or more flow policies that were assigned by applying the exported flow records against a plurality of policy rule definitions (9.1), wherein each received flow policy identifies an action to take on network parameters associated with one of the plurality of subscribers as a result of violating one or more policy rules; and applying the one or more flow policies, wherein each applied flow policy modifies at least some of the network parameters associated with one of the plurality of subscribers (7.2). receiving an observation profile for each of a plurality of subscribers from an AAA server (2.1), each observation profile indicating network flow monitoring parameters for a particular subscriber; programming a plurality of subscriber-level flow observation points according to the received observation profiles (2.3); monitoring network flows at a subscriber-level for the plurality of subscribers; exporting flow records associated with the plurality of subscribers, wherein each flow record includes an identification of which one of the plurality of subscribers the flow record belongs (4.2); receiving one or more flow policies that were assigned by applying the exported flow records against a plurality of policy rule definitions (9.1), wherein each received flow policy identifies an action to take on network parameters associated with one of the plurality of subscribers as a result of violating one or more policy rules; and applying the one or more flow policies, wherein each applied flow policy modifies at least some of the network parameters associated with one of the plurality of subscribers (7.2).
A centrifugal electric pump for suction of aeriform fluids comprising: - an electric motor equipped with a shaft; - a cylindrical suction box provided with an inlet for the aeriform fluid positioned centrally with respect to a bottom of said box, with one or more outlet openings arranged on the lateral wall (4") thereof and with a closing cover also arranged for acting as base for said motor; - at least one fan, splined onto said shaft and driven in movement by said motor, arranged for sucking a flow of air from said inlet, centrifuge it and discharge it outside said suction box through said one or more outlet openings; - a silencing device arranged inside said suction box, wherein said silencing device comprises an annular deflector, placed in front of said outlet openings, so as to interrupt the direct path of the flow of centrifuged air between said at least one fan and said outlet openings, and arranged for creating a shaped annular damping chamber for the flow of centrifuged air, open towards said suction inlet, wherein said shaped annular damping chamber has a sloping wall, characterised in that said shaped annular damping chamber has a cross section gradually narrowing towards the outlet openings, and in that said annular deflector forms an acute angle (α) with said lateral wall (4") of said suction box, so that said shaped annular damping chamber has a triangular or trapezoidal cross section. - an electric motor equipped with a shaft; - a cylindrical suction box provided with an inlet for the aeriform fluid positioned centrally with respect to a bottom of said box, with one or more outlet openings arranged on the lateral wall (4") thereof and with a closing cover also arranged for acting as base for said motor; - at least one fan, splined onto said shaft and driven in movement by said motor, arranged for sucking a flow of air from said inlet, centrifuge it and discharge it outside said suction box through said one or more outlet openings; - a silencing device arranged inside said suction box, wherein said silencing device comprises an annular deflector, placed in front of said outlet openings, so as to interrupt the direct path of the flow of centrifuged air between said at least one fan and said outlet openings, and arranged for creating a shaped annular damping chamber for the flow of centrifuged air, open towards said suction inlet,
A multipolar, detection / stimulation endovascular lead intended to be implanted in the coronary venous network, said lead comprising: - a lead body; - in the proximal part of the lead body, a connector for connection to a cardiac pacemaker/defibrillator generator; and - in the distal part of the lead body, an active part extending the lead body beyond a bifurcation of the lead body from which a first branch and a second branch extending from the lead body Branch extend, the proximal ends (132,142) of the first and second branches being joined at the bifurcation and the distal ends (134,144) of the first and second branches being free ends, each of the first and second branches carrying an array of electrodes (136, 136', 146, 146') connected to the connector, characterized in that this lead being intended to be implanted by wire-guiding, each of the first and second branches comprises a distal guiding element having at the free end of the branch an outlet in the distal direction, this outlet being able to receive a guide-wire (210, 230) inserted therein and guiding this implantation guide-wire in an axial direction (Δ1, Δ2) parallel to the main axis of the lead body. - a lead body; - in the proximal part of the lead body, a connector for connection to a cardiac pacemaker/defibrillator generator; and - in the distal part of the lead body, an active part extending the lead body beyond a bifurcation of the lead body from which a first branch and a second branch extending from the lead body Branch extend,
A power tool (20, 320) comprising: a housing (22, 322) arranged to be coupled to an electrical power source (26, 326); a motor (1220, 1520) contained in the housing (22, 322) and connectable to the power source (26, 326) by a motor control circuit (1201, 1501) configured to control output speed of the motor (1220, 1520); a light unit (38, 338) coupled to the housing (22, 322), configured to illuminate a work surface, and connectable to the power source (26, 326) by a light unit control circuit (1202, 1502) configured to control illumination of the light unit (38, 338); a switch unit (31, 331) coupled to the housing (22, 322) and selectively operable by the user to control the operation of the motor control circuit (1201, 1501) and the light unit control circuit (1202, 1502); wherein the light unit control circuit (1202, 1502) includes a timer (1204, 1504) configured to cause the light unit (38, 338) to illuminate at a first brightness level when the switch unit (31, 331) is actuated, and to remain illuminated at the first brightness level for a predetermined time period after the switch unit (31, 331) is actuated; characterised in that the predetermined time period restarts if the switch unit (31, 331) is not deactivated before the end of the predetermined time period. a housing (22, 322) arranged to be coupled to an electrical power source (26, 326); a motor (1220, 1520) contained in the housing (22, 322) and connectable to the power source (26, 326) by a motor control circuit (1201, 1501) configured to control output speed of the motor (1220, 1520); a light unit (38, 338) coupled to the housing (22, 322), configured to illuminate a work surface, and connectable to the power source (26, 326) by a light unit control circuit (1202, 1502) configured to control illumination of the light unit (38, 338); a switch unit (31, 331) coupled to the housing (22, 322) and selectively operable by the user to control the operation of the motor control circuit (1201, 1501) and the light unit control circuit (1202, 1502); wherein the light unit control circuit (1202, 1502) includes a timer (1204, 1504) configured to cause the light unit (38, 338) to illuminate at a first brightness level when the switch unit (31, 331) is actuated, and to remain illuminated at the first brightness level for a predetermined time period after the switch unit (31, 331) is actuated; characterised in that the predetermined time period restarts if the switch unit (31, 331) is not deactivated before the end of the predetermined time period.
A method of separating carbohydrate, comprising: mixing formic acid with heteropoly acid, chloride or bromide of lithium, magnesium, calcium, zinc, or iron, or combinations thereof to form a mixing liquid, wherein the mixing liquid contains 60wt% to 99wt% of formic acid; dissolving a cellulose biomass by the mixing liquid to form a solution; mixing water and the solution to hydrolyze the cellulose biomass for forming a carbohydrate solution; mixing an extractant and the carbohydrate solution to extract the formic acid out of the carbohydrate solution; and separating the heteropoly acid, the chloride or bromide of lithium, magnesium, calcium, zinc, or iron, or combinations thereof out of the carbohydrate solution by an ion exclusion chromatography separation to obtain a carbohydrate. mixing formic acid with heteropoly acid, chloride or bromide of lithium, magnesium, calcium, zinc, or iron, or combinations thereof to form a mixing liquid, wherein the mixing liquid contains 60wt% to 99wt% of formic acid; dissolving a cellulose biomass by the mixing liquid to form a solution; mixing water and the solution to hydrolyze the cellulose biomass for forming a carbohydrate solution; mixing an extractant and the carbohydrate solution to extract the formic acid out of the carbohydrate solution; and separating the heteropoly acid, the chloride or bromide of lithium, magnesium, calcium, zinc, or iron, or combinations thereof out of the carbohydrate solution by an ion exclusion chromatography separation to obtain a carbohydrate.
A method in a base station for dynamically triggering a mobile terminal to transmit sounding reference signals, SRS, wherein a predefined uplink symbol of an uplink subframe is configured to be used by the mobile terminal for SRS, the method being characterized in the steps of: - determining whether the mobile terminal shall use the predefined uplink symbol for data transmission or not during uplink transmission, - signaling to the mobile terminal, at least partially in an uplink grant, an instruction whether the mobile terminal shall use the predefined uplink symbol for data transmission or not during uplink transmission, wherein the signaled instruction further comprises information whether the mobile terminal shall use the predefined uplink symbol for SRS or leave the predefined uplink symbol blank if the predefined uplink symbol shall not be used for data transmission. - determining whether the mobile terminal shall use the predefined uplink symbol for data transmission or not during uplink transmission, - signaling to the mobile terminal, at least partially in an uplink grant, an instruction whether the mobile terminal shall use the predefined uplink symbol for data transmission or not during uplink transmission, wherein the signaled instruction further comprises information whether the mobile terminal shall use the predefined uplink symbol for SRS or leave the predefined uplink symbol blank if the predefined uplink symbol shall not be used for data transmission.
A desktop card printer, comprising: a housing with an input and an output, both the input and the output being at one end of the housing; a print mechanism within the housing that is configured to print on a card; an indent printing mechanism within the housing after the print mechanism and configured to indent print on a card; a card transport mechanism configured to transport a card from the input to the print mechanism and the indent printing mechanism, and to transport a card from the indent printing mechanism back through the print mechanism to the output. a housing with an input and an output, both the input and the output being at one end of the housing; a print mechanism within the housing that is configured to print on a card; an indent printing mechanism within the housing after the print mechanism and configured to indent print on a card; a card transport mechanism configured to transport a card from the input to the print mechanism and the indent printing mechanism, and to transport a card from the indent printing mechanism back through the print mechanism to the output.
An electronic device, comprising: a body having a first surface and a second surface opposite the first surface; the body defining a first pattern of first cavities extending into the body from the first surface; and the body defining a second pattern of second cavities extending into the body, the second cavities intersecting with the first cavities to form a three-dimensional pattern of apertures in fluid communication with one another, the first cavities and the second cavities both being at least partially spherical. a body having a first surface and a second surface opposite the first surface; the body defining a first pattern of first cavities extending into the body from the first surface; and the body defining a second pattern of second cavities extending into the body, the second cavities intersecting with the first cavities to form a three-dimensional pattern of apertures in fluid communication with one another, the first cavities and the second cavities both being at least partially spherical.
Method for operating a fuel cell device, in which electrical energy is made available with a fuel cell and is at least partially stored, wherein a maximum amount of energy to be stored is predefined as a function of an ambient temperature of the fuel cell, characterised in that the maximum amount of energy to be stored is predefined in a limited way, such that a difference in energy between the maximum energy that can be stored and the predefined maximum amount of energy to be stored is sufficient for the fuel cell to heat itself up sufficiently by means of internal losses when the difference in energy is made available at a start of the fuel cell device.
A fan rotor for an aircraft engine, the fan rotor comprising: a rotor disk and a plurality of outwardly extending rotor blades, each rotor blade including an airfoil portion, a dove-tailed root portion and a platform; at least one separate fan blade platform attached to the rotor disk; at least one blade root attachment lug, including an attachment lug surface, a blade root attachment lug transverse axis, and a blade root attachment lug longitudinal axis; wherein the blade root attachment lug transverse axis is substantially perpendicular to the blade root attachment lug longitudinal axis; wherein the attachment lug surface includes a proximal end and a distal end; and at least one cavity (122A, 122B, 122C, 122D; 122A', 122B') disposed in the attachment lug surface; wherein the at least one fan blade platform is secured to the at least one blade root attachment lug by at least one connector (134A; 134B) that is inserted into the at least one cavity; characterised by a pin securing the at least one blade platform to the at least one blade root attachment lug, wherein the pin is inserted into the at least one blade platform through a blade root attachment lug aperture disposed within the blade root attachment lug that intersects the at least one cavity and wherein the pin passes through a fan blade platform aperture of the at least one connector, the at least one cavity and the blade root attachment lug aperture when the at least one fan blade platform is secured to the at least one blade root attachment lug by the pin. a rotor disk and a plurality of outwardly extending rotor blades, each rotor blade including an airfoil portion, a dove-tailed root portion and a platform; at least one separate fan blade platform attached to the rotor disk; at least one blade root attachment lug, including an attachment lug surface, a blade root attachment lug transverse axis, and a blade root attachment lug longitudinal axis; wherein the blade root attachment lug transverse axis is substantially perpendicular to the blade root attachment lug longitudinal axis; wherein the attachment lug surface includes a proximal end and a distal end; and at least one cavity (122A, 122B, 122C, 122D; 122A', 122B') disposed in the attachment lug surface; wherein the at least one fan blade platform is secured to the at least one blade root attachment lug by at least one connector (134A; 134B) that is inserted into the at least one cavity; characterised by a pin securing the at least one blade platform to the at least one blade root attachment lug, wherein the pin is inserted into the at least one blade platform through a blade root attachment lug aperture disposed within the blade root attachment lug that intersects the at least one cavity and wherein the pin passes through a fan blade platform aperture of the at least one connector, the at least one cavity and the blade root attachment lug aperture when the at least one fan blade platform is secured to the at least one blade root attachment lug by the pin.