mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of predicting a drag area of a vehicle combination after hypothetically changing an exterior shape of the vehicle combination from a first exterior shape to a second exterior shape, the method comprising: - obtaining a first drag area function ([ C d A]*( θ)) indicating how a drag area of the vehicle combination having the first exterior shape depends on air-attack angle ( θ); - obtaining a first projected area function ( A p * θ) indicating how a projected area of the vehicle combination having the first exterior shape on a plane perpendicular to air-attack ( v a) depends on air-attack angle; - obtaining a second projected area function ( A p ( θ)) indicating how a projected area of the vehicle combination having the second exterior shape on the plane perpendicular to air-attack depends on air-attack angle; and - predicting a second drag area function ([ C d A]( θ)) indicating how a drag area of the vehicle combination having the second exterior shape depends on air-attack angle, based on a rescaling of the first drag area function by a ratio ( A p θ / A p * θ) of the second projected area function to the first projected area function. - obtaining a first drag area function ([ C d A]*( θ)) indicating how a drag area of the vehicle combination having the first exterior shape depends on air-attack angle ( θ); - obtaining a first projected area function ( A p * θ) indicating how a projected area of the vehicle combination having the first exterior shape on a plane perpendicular to air-attack ( v a) depends on air-attack angle; - obtaining a second projected area function ( A p ( θ)) indicating how a projected area of the vehicle combination having the second exterior shape on the plane perpendicular to air-attack depends on air-attack angle; and - predicting a second drag area function ([ C d A]( θ)) indicating how a drag area of the vehicle combination having the second exterior shape depends on air-attack angle, based on a rescaling of the first drag area function by a ratio ( A p θ / A p * θ) of the second projected area function to the first projected area function.
Movable shove frame structure, comprising: - a shove frame that comprises support legs, - a shove ring and - a thrust ring placed between the shove frame and the shove ring, and - a gliding element under each support leg of the shove frame characterized in that it additionally comprises removable fixing means to anchor the support legs to the floor. - a shove frame that comprises support legs, - a shove ring and - a thrust ring placed between the shove frame and the shove ring, and - a gliding element under each support leg of the shove frame
A surface cleaning head (300, 500) comprising: a main body (303, 501); a neck pivotally coupled to the main body (303, 501); a stabilizer; and a linkage pivotally coupled to the main body (303, 501) and the stabilizer, wherein the linkage is configured to cause the stabilizer to transition between an extended position and a retracted position in response to a pivotal movement of the neck between a storage position and an in-use position, characterized in that the linkage includes a pivot arm and a plunger, the pivot arm defining a channel for receiving the plunger. a main body (303, 501); a neck pivotally coupled to the main body (303, 501); a stabilizer; and a linkage pivotally coupled to the main body (303, 501) and the stabilizer, wherein the linkage is configured to cause the stabilizer to transition between an extended position and a retracted position in response to a pivotal movement of the neck between a storage position and an in-use position, characterized in that the linkage includes a pivot arm and a plunger, the pivot arm defining a channel for receiving the plunger.
A method of controlling a mobile device, which is a deformable mobile terminal (100, 200)), comprising the steps of: detecting a first action of a user; outputting a folding indicator (830, 920, 1010) on a screen according to the detected first action of the user, wherein the folding indicator (830, 920, 1010) indicates a folding area in which a folding can be performed by the user, the folding indicator (830, 920, 1010) comprising at least one of one or more foldable lines, along which a folding can be performed, and data on a function corresponding to the one or more foldable lines on the screen, to be performed in case the folding area is folded, subsequently, detecting a second action of the user, wherein the second action comprises folding of the display performed in the folding area, executing a function corresponding to the detected second action and outputting data resulted from executing the function on the screen; and controlling the device based on the outputted data, characterized in that the data resulted from executing the function is outputted in a first area and a second area which are divided according to the second action of the user on the screen, wherein a first content of the data, which used to be output on the second area before folding, is output on the first area, and a second content of the data, which used to be output on the first area before folding, is output on the second area. detecting a first action of a user; outputting a folding indicator (830, 920, 1010) on a screen according to the detected first action of the user, wherein the folding indicator (830, 920, 1010) indicates a folding area in which a folding can be performed by the user, the folding indicator (830, 920, 1010) comprising at least one of one or more foldable lines, along which a folding can be performed, and data on a function corresponding to the one or more foldable lines on the screen, to be performed in case the folding area is folded, subsequently, detecting a second action of the user, wherein the second action comprises folding of the display performed in the folding area, executing a function corresponding to the detected second action and outputting data resulted from executing the function on the screen; and controlling the device based on the outputted data, characterized in that the data resulted from executing the function is outputted in a first area and a second area which are divided according to the second action of the user on the screen, wherein a first content of the data, which used to be output on the second area before folding, is output on the first area, and a second content of the data, which used to be output on the first area before folding, is output on the second area.
A method of manufacturing a component carrier, wherein the method comprises the following steps: a) providing a stack comprising at least one electrically conductive layer structure and/or at least one electrically insulating layer structure, wherein the stack has a through-hole for accommodating a component; b) connecting a sheet with nano- and/or microstructures on a sheet surface, as at least a part of a temporary carrier, with the stack for delimiting a cavity together with the through hole; c) accommodating the component in the cavity; d) interconnecting at least one further electrically insulating layer structure and at least one further electrically conductive layer structure with the stack and the component in the cavity by lamination, wherein the lamination includes applying heat and/or pressure such that at least partially uncured material of part or all of the further electrically insulating layer structures re-melts, undergoes cross-linking and then resolidifies; and e) subsequently removing the temporary carrier from the stack and the component, wherein the sheet is used as dry adhesive such that the sheet as at least the part of the temporary carrier can be re-used for supporting components and defining cavities in terms of component embedding. a) providing a stack comprising at least one electrically conductive layer structure and/or at least one electrically insulating layer structure, wherein the stack has a through-hole for accommodating a component; b) connecting a sheet with nano- and/or microstructures on a sheet surface, as at least a part of a temporary carrier, with the stack for delimiting a cavity together with the through hole; c) accommodating the component in the cavity; d) interconnecting at least one further electrically insulating layer structure and at least one further electrically conductive layer structure with the stack and the component in the cavity by lamination, wherein the lamination includes applying heat and/or pressure such that at least partially uncured material of part or all of the further electrically insulating layer structures re-melts, undergoes cross-linking and then resolidifies; and e) subsequently removing the temporary carrier from the stack and the component, wherein the sheet is used as dry adhesive such that the sheet as at least the part of the temporary carrier can be re-used for supporting components and defining cavities in terms of component embedding.
An apparatus, comprising: a mobile telephone receiver configured to receive a short message; a near field communication unit configured to receive information from near field communication for a near field communication application or service, using a protocol stack containing an SNEP layer, wherein SNEP refers to a simple near field communication data exchange format exchange protocol; at least one processor configured to: identify a near field communication extension message in the received short message; and to pass the identified near field communication extension message to the near field communication application or service via the SNEP layer of the near field communication unit in response to the identifying of the near field communication extension message. a mobile telephone receiver configured to receive a short message; a near field communication unit configured to receive information from near field communication for a near field communication application or service, using a protocol stack containing an SNEP layer, wherein SNEP refers to a simple near field communication data exchange format exchange protocol; at least one processor configured to: identify a near field communication extension message in the received short message; and to pass the identified near field communication extension message to the near field communication application or service via the SNEP layer of the near field communication unit in response to the identifying of the near field communication extension message. identify a near field communication extension message in the received short message; and to pass the identified near field communication extension message to the near field communication application or service via the SNEP layer of the near field communication unit in response to the identifying of the near field communication extension message.
A roller guide for a fiber strand comprising: a first support member extending from a base of the roller guide to a compound joint having first and second portions, the first portion of the compound joint being mounted on the first support member for rotation around a first axis; the second portion of the compound joint being rotatable relative to the first portion around a second axis at a compound angle to the first axis; a second support member connected with the second portion of the compound joint at a proximal end of the second support member; a channeled roller carried on the second support member distally from the proximal end, and mounted for rotation around a third axis, the channeled roller having an annular channel formed therein; a fastener positioned to selectively prevent the second portion of the compound joint from rotating around the second axis relative to the first portion of the compound joint, and characterized in that the fastener is further operative to selectively prevent the first portion of the compound joint from rotating around the first axis. a first support member extending from a base of the roller guide to a compound joint having first and second portions, the first portion of the compound joint being mounted on the first support member for rotation around a first axis; the second portion of the compound joint being rotatable relative to the first portion around a second axis at a compound angle to the first axis; a second support member connected with the second portion of the compound joint at a proximal end of the second support member; a channeled roller carried on the second support member distally from the proximal end, and mounted for rotation around a third axis, the channeled roller having an annular channel formed therein; a fastener positioned to selectively prevent the second portion of the compound joint from rotating around the second axis relative to the first portion of the compound joint, and characterized in that the fastener is further operative to selectively prevent the first portion of the compound joint from rotating around the first axis.
A method for operating a HID lamp, whereby - an operating unit has an inverter, which is supplied with DC voltage from an AC/DC converter connected to the mains, whereby the inverter generates a high-frequency operating current for the HID lamp, and with which the operating unit supplies the HID lamp, - a frequency filter filters out a periodic detection signal transferred from the operating unit to the HID lamp with the high-frequency operating current, and whereby - an evaluation circuit to which the detection signal filtered out by the frequency filter is supplied, whereby the evaluation circuit evaluates the filtered-out detection signal in order to detect an acoustic resonance, characterized in that - a generator contained in the operating unit modulates the supply voltage of the inverter of the operating unit in order to specifically produce the detection signal, i.e. independently of the supply voltage, for the purpose of determining the acoustic resonance. - an operating unit has an inverter, which is supplied with DC voltage from an AC/DC converter connected to the mains, whereby the inverter generates a high-frequency operating current for the HID lamp, and with which the operating unit supplies the HID lamp, - a frequency filter filters out a periodic detection signal transferred from the operating unit to the HID lamp with the high-frequency operating current, and whereby - an evaluation circuit to which the detection signal filtered out by the frequency filter is supplied, whereby the evaluation circuit evaluates the filtered-out detection signal in order to detect an acoustic resonance, - a generator contained in the operating unit modulates the supply voltage of the inverter of the operating unit in order to specifically produce the detection signal, i.e. independently of the supply voltage, for the purpose of determining the acoustic resonance.
An engine, comprising: a cylinder head defining an exhaust gas recirculation crossover tube integrally formed in the cylinder head, the exhaust gas recirculation crossover tube comprising a Venturi tube configuration; a differential pressure sensor operatively coupled to the Venturi tube configuration; and a controller operatively coupled to the differential pressure sensor, the controller comprising an exhaust gas recirculation flow rate circuit structured to receive differential pressure measurement values from the differential pressure sensor, interpret the differential pressure measurement values, and determine a flow rate of exhaust gas through the exhaust gas recirculation crossover tube directly from the interpreted pressure measurement values received from the differential pressure sensor. a cylinder head defining an exhaust gas recirculation crossover tube integrally formed in the cylinder head, the exhaust gas recirculation crossover tube comprising a Venturi tube configuration; a differential pressure sensor operatively coupled to the Venturi tube configuration; and a controller operatively coupled to the differential pressure sensor, the controller comprising an exhaust gas recirculation flow rate circuit structured to receive differential pressure measurement values from the differential pressure sensor, interpret the differential pressure measurement values, and determine a flow rate of exhaust gas through the exhaust gas recirculation crossover tube directly from the interpreted pressure measurement values received from the differential pressure sensor.
A fibrous product comprising a glass fibre scrim and an aqueous formulation comprising polymer which is obtainable by polymerizing a monomer mixture comprising a) 55 to 90 wt.-% vinyl acetate, b) 5 to 40 wt.-% ethylene, c) 0.5 to 10 wt.-% of an ethylenically unsaturated self crosslinking agent and d) up to 10 wt.-% of ethylenically unsaturated monomers which are different from monomers a) to c), via free radical emulsion polymerization and wherein the weight is based on the total weight of monomers in the monomer mixture. a) 55 to 90 wt.-% vinyl acetate, b) 5 to 40 wt.-% ethylene, c) 0.5 to 10 wt.-% of an ethylenically unsaturated self crosslinking agent and d) up to 10 wt.-% of ethylenically unsaturated monomers which are different from monomers a) to c),
A liquid delivery method for delivering a liquid with a liquid delivery apparatus: the liquid delivery apparatus comprising a cylinder in which a plunger is inserted, liquid delivery port, a valve chamber in which a selector valve is disposed, a delivery channel (23, 27) communicating the valve chamber and the delivery port, a liquid tank, a supply channel (22, 27) communicating the valve chamber and the liquid tank, and an opening/closing valve is disposed on the supply channel (22, 27), wherein the apparatus does not include an opening/closing valve disposed on the delivery channel (23, 27), the method comprising the steps of: shifting the selector valve to a position to establish the communication of the cylinder and the valve chamber with the supply channel (22, 27), and retracting the plunger to open the opening/closing valve and to fill a liquid in the cylinder, and shifting the selector valve to a position to establish the communication of the cylinder and the valve chamber with the delivery channel (23, 27) and to close the opening/closing valve, and advancing the plunger to deliver the liquid through the delivery port. the liquid delivery apparatus comprising a cylinder in which a plunger is inserted, liquid delivery port, a valve chamber in which a selector valve is disposed, a delivery channel (23, 27) communicating the valve chamber and the delivery port, a liquid tank, a supply channel (22, 27) communicating the valve chamber and the liquid tank, and an opening/closing valve is disposed on the supply channel (22, 27), wherein the apparatus does not include an opening/closing valve disposed on the delivery channel (23, 27), the method comprising the steps of: shifting the selector valve to a position to establish the communication of the cylinder and the valve chamber with the supply channel (22, 27), and retracting the plunger to open the opening/closing valve and to fill a liquid in the cylinder, and shifting the selector valve to a position to establish the communication of the cylinder and the valve chamber with the delivery channel (23, 27) and to close the opening/closing valve, and advancing the plunger to deliver the liquid through the delivery port. shifting the selector valve to a position to establish the communication of the cylinder and the valve chamber with the supply channel (22, 27), and retracting the plunger to open the opening/closing valve and to fill a liquid in the cylinder, and shifting the selector valve to a position to establish the communication of the cylinder and the valve chamber with the delivery channel (23, 27) and to close the opening/closing valve, and advancing the plunger to deliver the liquid through the delivery port.
A polyester resin composition, which comprises a polyester resin and a terminal-modified polyethylene terephthalate or a terminal-modified polybutylene terephthalate, wherein said terminal-modified polyethylene terephthalate or a terminal-modified polybutylene terephthalate is a polyethylene terephthalate or polybutylene terphthalate whose terminal(s) is/are modified with a group represented by the following Formula and a metal carboxylate, wherein said metal carboxylate is selected from lithium carboxylate, potassium carboxylate and sodium carboxylate: (wherein, X represents a direct bond or an alkylene group having 1 to 12 carbon atoms).
An ink curing apparatus comprising: a lamp housing with a lamp fitting (7, 9, 7') for a lamp terminal of a UV lamp at each opposing end, wherein the lamp terminal comprises all components at the end of the lamp, including an electrical connector; wherein at least one of the lamp fittings (7, 9, 7') is non-conducting and has a non-conducting lamp terminal seat (7, 7'), characterised by having a concave profile for receiving a substantially spherical lamp terminal end piece; whereby, in use during the fitting or removal of a lamp, the or each lamp fitting (7, 9, 7') allows a lamp terminal end piece (23, 23') to roll over the lamp terminal seat and move in multiple degrees of freedom, whilst the movement is restricted such that the lamp terminal is retained substantially in position at the lamp fitting (7, 9, 7'). a lamp housing with a lamp fitting (7, 9, 7') for a lamp terminal of a UV lamp at each opposing end, wherein the lamp terminal comprises all components at the end of the lamp, including an electrical connector; wherein at least one of the lamp fittings (7, 9, 7') is non-conducting and has a non-conducting lamp terminal seat (7, 7'), characterised by having a concave profile for receiving a substantially spherical lamp terminal end piece; whereby, in use during the fitting or removal of a lamp, the or each lamp fitting (7, 9, 7') allows a lamp terminal end piece (23, 23') to roll over the lamp terminal seat and move in multiple degrees of freedom, whilst the movement is restricted such that the lamp terminal is retained substantially in position at the lamp fitting (7, 9, 7').