mhurhangee/ep-ind-claims huggingface dataset:
A device for concentrating energy, particularly solar light, comprising a main concentrator, an energy converter, and an additional concentrator mounted in the focal zone of the main concentrator, wherein the energy converter is made as a heat exchanger and mounted in the focal zone of the additional concentrator, and wherein the additional concentrator is designed as a segment of a concave cylindrical or spherical surface, and wherein the main concentrator is made as a collection of flat mirrors oriented in a way to let the reflected ray axis of each mirror pass through the center of the sphere of the additional concentrator or through the cylinder axis of the additional concentrator, and wherein the energy converter is arranged between the main concentrator and the additional concentrator such that a part of the energy reflected from the flat mirrors is concentrated directly on one side of the volume of the energy converter and the remaining part of said energy is concentrated on the other side of said volume by the additional concentrator, characterized in that the surface of the main concentrator supporting the flat mirrors is made spherical or cylindrical, with a radius equal to a double distance between its surface and the sphere center or the cylinder axis of the additional concentrator.
A system, comprising: a first printed circuit board; an electrical terminal that provides wire termination at an edge of the first printed circuit board, the electrical terminal comprising: a terminal body including a first and second corners (112, 114) arranged at a distal end of the terminal body; a cage clamp in the terminal body, the cage clamp defining a wire insert axis and a screw insert axis; and a base supporting the terminal body on the first printed circuit board at a proximal end of the terminal body, the base being angled so that the first corner is aligned along a front plane defined along the edge of the first printed circuit board and so that the screw insert axis and the wire insert axis are accessible from the edge of the first printed circuit board; characterized in that the screw insert axis extends between the first corner and the second corner. a first printed circuit board; an electrical terminal that provides wire termination at an edge of the first printed circuit board, the electrical terminal comprising: a terminal body including a first and second corners (112, 114) arranged at a distal end of the terminal body; a cage clamp in the terminal body, the cage clamp defining a wire insert axis and a screw insert axis; and a base supporting the terminal body on the first printed circuit board at a proximal end of the terminal body, the base being angled so that the first corner is aligned along a front plane defined along the edge of the first printed circuit board and so that the screw insert axis and the wire insert axis are accessible from the edge of the first printed circuit board; characterized in that the screw insert axis extends between the first corner and the second corner. a terminal body including a first and second corners (112, 114) arranged at a distal end of the terminal body; a cage clamp in the terminal body, the cage clamp defining a wire insert axis and a screw insert axis; and a base supporting the terminal body on the first printed circuit board at a proximal end of the terminal body, the base being angled so that the first corner is aligned along a front plane defined along the edge of the first printed circuit board and so that the screw insert axis and the wire insert axis are accessible from the edge of the first printed circuit board; characterized in that the screw insert axis extends between the first corner and the second corner.
A device comprising: transmission means arranged to transmit, to an authorization server (200, 201), an authorization code request for the authorization server (200, 201) to issue an authorization code, wherein the authorization code is a token to acquire an authorization token indicating that a user has permitted the device to access a resource server (300, 301); reception means arranged to receive an authorization code response from the authorization server (200, 201) corresponding to the authorization code request; and a token provider which obtains, from an application on the device, region information identifying an authorization endpoint of the authorization server (200, 201) to which the authorization code request is transmitted, and identifies, based on the obtained region information, the authorization endpoint, wherein the transmission means transmit the authorization code request to the identified authorization endpoint, and wherein the reception means receive the authorization code response corresponding to the authorization code request transmitted by the transmission means. transmission means arranged to transmit, to an authorization server (200, 201), an authorization code request for the authorization server (200, 201) to issue an authorization code, wherein the authorization code is a token to acquire an authorization token indicating that a user has permitted the device to access a resource server (300, 301); reception means arranged to receive an authorization code response from the authorization server (200, 201) corresponding to the authorization code request; and a token provider which obtains, from an application on the device, region information identifying an authorization endpoint of the authorization server (200, 201) to which the authorization code request is transmitted, and identifies, based on the obtained region information, the authorization endpoint, wherein the transmission means transmit the authorization code request to the identified authorization endpoint, and wherein the reception means receive the authorization code response corresponding to the authorization code request transmitted by the transmission means.
A parking mode selection apparatus for selecting one parking mode among from a plurality of parking modes including at least a perpendicular parking and a parallel parking, the apparatus comprising: - a steer angle detector that is configured to detect a steer angle (θ) of a steering wheel; - an operation detector that is configured to detect, based on the steer angle (θ) detected by the steer angle detector, a predetermined operation in which the steering wheel is returned to a neutral position after rotated to a right or a left; and - a parking mode selector that is configured to select, when the predetermined operation is detected by the operation detector, one parking mode to a right side of a vehicle or a left side of a vehicle that coincides with a steered direction to the right or the left of the steer angle (θ) detected by the steer angle detector in the predetermined operation and is associated with the steer angle (θ) in the predetermined operation, among from the plurality of parking modes. - a steer angle detector that is configured to detect a steer angle (θ) of a steering wheel; - an operation detector that is configured to detect, based on the steer angle (θ) detected by the steer angle detector, a predetermined operation in which the steering wheel is returned to a neutral position after rotated to a right or a left; and - a parking mode selector that is configured to select, when the predetermined operation is detected by the operation detector, one parking mode to a right side of a vehicle or a left side of a vehicle that coincides with a steered direction to the right or the left of the steer angle (θ) detected by the steer angle detector in the predetermined operation and is associated with the steer angle (θ) in the predetermined operation, among from the plurality of parking modes.
A method comprising: - obtaining, by a cleaning device, first map data through sensors of the cleaning device corresponding to a current cleaning position and second map data through sensors of the cleaning device corresponding to a previous cleaning position, each of the first and second map data comprises data associated with at least two map layers (0, 64, 100-105); - extracting, by the cleaning device, first map layer data from the first map data for each of the at least two map layers (0, 64, 100-105) and extracting, by the cleaning device, second map data from the second map data for each of the at least two map layers (0, 64, 100-105); - for at least one of the at least two map layers (0, 64, 100-105), obtaining, by the cleaning device, a difference between the first map layer data and the second map layer data, wherein the difference is a change of the second map layer data relative to the first map layer data; and - sending the difference to a computing device. - obtaining, by a cleaning device, first map data through sensors of the cleaning device corresponding to a current cleaning position and second map data through sensors of the cleaning device corresponding to a previous cleaning position, each of the first and second map data comprises data associated with at least two map layers (0, 64, 100-105); - extracting, by the cleaning device, first map layer data from the first map data for each of the at least two map layers (0, 64, 100-105) and extracting, by the cleaning device, second map data from the second map data for each of the at least two map layers (0, 64, 100-105); - for at least one of the at least two map layers (0, 64, 100-105), obtaining, by the cleaning device, a difference between the first map layer data and the second map layer data, wherein the difference is a change of the second map layer data relative to the first map layer data; and - sending the difference to a computing device.
Arrangement comprising an expansion joint strip and a profile for erecting the expansion joint strip, said profile having two clamping legs which delimit, in an erected position of the profile, an upwardly open gap in which the expansion joint strip is clamped, wherein, in a non-loaded state of the clamping legs, internal walls of the clamping legs of the profile which define the width of the gap essentially converge from bottom to top towards a constriction, characterized in that in the non-loaded condition of the clamping legs, the spacing between the clamping legs of the profile above the constriction increases towards the free ends of the clamping legs so as to form an insertion funnel for the expansion joint strip.
A method performed by a processing device located in a vehicle, the method comprising: a. receiving a first data set from at least a radar device corresponding to a first detection signal transmitted over a first spatial region based on initial location and attitude information of the radar device; b. determining a match probability between the first data set and previously stored a priori terrain and obstacle data based on the location and attitude information of the radar device and associated with the received first data set; c. if at least one of the determined match probability is not greater than a predefined match probability threshold or a predefined threshold number of match probability determinations has not been met, adjusting at least one of the location or attitude information of the radar device and returning to b. based on the adjusted location or attitude information; d. if at least one of the determined match probability is greater than a predefined match probability threshold or a predefined threshold number of match probability determinations has been met, saving the adjusted location or attitude information or the initial location and attitude information if no adjustment occurred; e. calculating the most likely occupancy values to cells in an evidence grid based on the first data set, the stored location and attitude information, and a second data set formed by representing the a priori terrain data as the output of a virtual sensor; and f. generating an output based on the most likely occupancy values. a. receiving a first data set from at least a radar device corresponding to a first detection signal transmitted over a first spatial region based on initial location and attitude information of the radar device; b. determining a match probability between the first data set and previously stored a priori terrain and obstacle data based on the location and attitude information of the radar device and associated with the received first data set; c. if at least one of the determined match probability is not greater than a predefined match probability threshold or a predefined threshold number of match probability determinations has not been met, adjusting at least one of the location or attitude information of the radar device and returning to b. based on the adjusted location or attitude information; d. if at least one of the determined match probability is greater than a predefined match probability threshold or a predefined threshold number of match probability determinations has been met, saving the adjusted location or attitude information or the initial location and attitude information if no adjustment occurred; e. calculating the most likely occupancy values to cells in an evidence grid based on the first data set, the stored location and attitude information, and a second data set formed by representing the a priori terrain data as the output of a virtual sensor; and f. generating an output based on the most likely occupancy values.
A packer for setting in a tubular with a setting force, the packer comprising: a mandrel defining a first housed area; a first piston (170 of 160a) movably disposed on the mandrel, the first piston (170 of 160a) having first and second ends, the first end defining a first sealed pressure chamber with the first housed area of the mandrel; a packing element movably disposed on the mandrel and being compressible on a first side against the second end of the first piston (170 of 160a) in response to the setting force to seal against the tubular; and a first ratchet mechanism disposed between the first piston (170 of 160a) and the first housed area, the first ratchet mechanism in an initial condition permitting movement of the first piston (170 of 160a) in a first direction away from the packing element expanding the first sealed pressure chamber, the first ratchet mechanism in a subsequent condition permitting urging of the first piston (170 of 160a) in a second opposite direction toward the packing element in response to a first pressure differential across the first sealed pressure chamber and preventing retraction of first piston (170 of 160a) in the first direction. a mandrel defining a first housed area; a first piston (170 of 160a) movably disposed on the mandrel, the first piston (170 of 160a) having first and second ends, the first end defining a first sealed pressure chamber with the first housed area of the mandrel; a packing element movably disposed on the mandrel and being compressible on a first side against the second end of the first piston (170 of 160a) in response to the setting force to seal against the tubular; and a first ratchet mechanism disposed between the first piston (170 of 160a) and the first housed area, the first ratchet mechanism in an initial condition permitting movement of the first piston (170 of 160a) in a first direction away from the packing element expanding the first sealed pressure chamber, the first ratchet mechanism in a subsequent condition permitting urging of the first piston (170 of 160a) in a second opposite direction toward the packing element in response to a first pressure differential across the first sealed pressure chamber and preventing retraction of first piston (170 of 160a) in the first direction.
A rolling tool for producing a convex toothing on a gear by means of a transverse rolling process, particularly for compressing the toothing of the gear at least in certain areas, with a tool body featuring tool teeth that protrude radially outward and mesh with the toothing of the gear to be rolled, wherein the tool teeth are at least in certain areas realized concave in the axial direction in the region of the tooth flanks, characterized in that several concave regions (11 to 13) are arranged on the tooth flanks behind one another in the axial direction.
A fire extinguishing apparatus comprising: an actuating mechanism defining a first chamber containing an electrically operable explosive device; a piezoelectric element capable of producing an electrical output in response to a mechanical force upon the piezoelectric element electrically connected to the electrically operable explosive device; a pressure container with material housed therein; and a manually actuatable mechanical mechanism adjacent the piezoelectric element for producing the mechanical force on the piezoelectric element; wherein a mechanical force produced by the mechanical mechanism is applied to the piezoelectric element to produce the electrical output that actuates the electrically operable explosive device; characterised in that the fire extinguishing apparatus further comprises a thermal sensing mechanism connected to the mechanical mechanism; in that the thermal sensing mechanism is configured to actuate a portion of the mechanical mechanism at an activation temperature to provide the mechanical force on the piezoelectric element; and in that the pressure container has a valve configured to be actuated by the actuating mechanism. an actuating mechanism defining a first chamber containing an electrically operable explosive device; a piezoelectric element capable of producing an electrical output in response to a mechanical force upon the piezoelectric element electrically connected to the electrically operable explosive device; a pressure container with material housed therein; and a manually actuatable mechanical mechanism adjacent the piezoelectric element for producing the mechanical force on the piezoelectric element; wherein a mechanical force produced by the mechanical mechanism is applied to the piezoelectric element to produce the electrical output that actuates the electrically operable explosive device; characterised in that the fire extinguishing apparatus further comprises a thermal sensing mechanism connected to the mechanical mechanism; in that the thermal sensing mechanism is configured to actuate a portion of the mechanical mechanism at an activation temperature to provide the mechanical force on the piezoelectric element; and in that the pressure container has a valve configured to be actuated by the actuating mechanism.
Method for processing cigarette butts polluted with toxic substances comprising the steps: a. feeding a container with said cigarette butts, a possible organic substrate and water, obtaining a culture substrate according to a first predetermined ratio between said organic substrate and said cigarette butts; b. inoculating said culture substrate by at least one strain of fungus according to a second predetermined ratio between said at least one strain of fungus and said culture substrate; c. a mycelium growth phase of said at least one inoculated fungus strain in said culture substrate, obtaining a culture of said at least one fungus strain for a first predetermined period of time in which a first portion of toxic substances is degraded by the enzymatic activity secreted by said at least one cultured fungus strain; d. a fruiting phase of said culture of said at least one strain of fungus to form fruits of said at least one strain for a second predetermined period of time with a transfer of a second portion of toxic substances from the culture substrate in said fruits; e. collecting said fruits of said fungi; f. obtaining a culture substrate which is depolluted and cleared of said first portion of toxic substances and said second portion toxic substances; and g. drying said depolluted and cleared culture substrate and obtaining a biopolymer. a. feeding a container with said cigarette butts, a possible organic substrate and water, obtaining a culture substrate according to a first predetermined ratio between said organic substrate and said cigarette butts; b. inoculating said culture substrate by at least one strain of fungus according to a second predetermined ratio between said at least one strain of fungus and said culture substrate; c. a mycelium growth phase of said at least one inoculated fungus strain in said culture substrate, obtaining a culture of said at least one fungus strain for a first predetermined period of time in which a first portion of toxic substances is degraded by the enzymatic activity secreted by said at least one cultured fungus strain; d. a fruiting phase of said culture of said at least one strain of fungus to form fruits of said at least one strain for a second predetermined period of time with a transfer of a second portion of toxic substances from the culture substrate in said fruits; e. collecting said fruits of said fungi; f. obtaining a culture substrate which is depolluted and cleared of said first portion of toxic substances and said second portion toxic substances; and g. drying said depolluted and cleared culture substrate and obtaining a biopolymer.
A method for controlling a communication between a vehicle and a backend device in a vehicle-to-cloud-system, the method comprising: 1) sending a message (m) from the vehicle to the backend device, 2) setting a timer (t) for receiving an acknowledgment (a) from the backend device at the vehicle that the message (m) was successfully received, 3) resending the message (m) from the vehicle to the backend device, when no acknowledgment (a) from the backend device was received at the vehicle or when an acknowledgment (a) from the backend device does not correspond to the message (m) sent in step 1), wherein the method steps 2) and 3) have different schedules according to different settings, and wherein the different settings comprise privacy settings. 1) sending a message (m) from the vehicle to the backend device, 2) setting a timer (t) for receiving an acknowledgment (a) from the backend device at the vehicle that the message (m) was successfully received, 3) resending the message (m) from the vehicle to the backend device, when no acknowledgment (a) from the backend device was received at the vehicle or when an acknowledgment (a) from the backend device does not correspond to the message (m) sent in step 1), wherein the method steps 2) and 3) have different schedules according to different settings, and wherein the different settings comprise privacy settings.
A method for the simultaneous production of iron and a raw syngas containing CO and H 2 using a blast furnace which is charged with iron ores and carbon-containing reduction agents, wherein the blast furnace is fed with technically pure oxygen for the blast furnace process and for production of the raw syngas and wherein CO 2 is additionally fed to the blast furnace, in order to control the CO/H 2 ratio of the raw syngas leaving the blast furnace as blast furnace gas and/or to moderate a blow-in temperature of the oxygen injection, characterized in that the quantity of carbon-containing reduction agents fed to the blast furnace is greater than the quantity of fuel needed for iron production, that at least part of the raw syngas is converted into H 2 and CO 2 by means of CO conversion with the addition of water vapour and that hydrogen is obtained in a downstream pressure swing adsorption plant, wherein a CO 2 -rich exhaust gas flow from the pressure swing adsorption plant is fed back again to the blast furnace for temperature modification, so that the CO 2 fed to the blast furnace is obtained from the raw syngas which has undergone a CO 2 conversion.
Monolayer membrane for cell culture comprising at least two types of pores: (i) pores having an average diameter between 0.1 and 1 μm, at a density of 1×10 5 to 1×10 8 pores per cm 2 of membrane, and (ii) pores having an average diameter between 2 and 12 μm, at a density of 0.5×10 2 to 5×10 3 pores per cm 2 of membrane, with the two types of pores crossing through the thickness of the membrane from one side to the other. (i) pores having an average diameter between 0.1 and 1 μm, at a density of 1×10 5 to 1×10 8 pores per cm 2 of membrane, and (ii) pores having an average diameter between 2 and 12 μm, at a density of 0.5×10 2 to 5×10 3 pores per cm 2 of membrane,